DAQ-2024-011086

DAQE-AN161600001-24

{{$d1 }}

Grant Ensign
Geneva Rock Products, Inc.
730 North 1500 West
Orem, UT 84057
[e-mail]

Dear Mr. Ensign:

Re: Approval Order: New Mona Aggregate Production Facility, Concrete Batch Plant, and Hot Mix
Asphalt Plant
Project Number: N161600001

The attached Approval Order (AO) is issued pursuant to the Notice of Intent (NOI) received on July 13,
2023. Geneva Rock Products, Inc. must comply with the requirements of this AO, all applicable state
requirements (R307), and Federal Standards.

The project engineer for this action is Mr. Tim DeJulis, who can be contacted at [phone] or
[e-mail]. Future correspondence on this AO should include the engineer's name as well as the
DAQE number shown on the upper right-hand corner of this letter. No public comments were received on
this action.

Sincerely,

{{$s }}

Bryce C. Bird
Director

BCB:TD:jg

cc: Central Utah Health Department

195 North 1950 West • Salt Lake City, UT
Mailing Address: P.O. Box 144820 • Salt Lake City, UT 84114-4820
Telephone [phone] • Fax [phone] • T.D.D. [phone]
www.deq.utah.gov
Printed on 100% recycled paper
State of Utah

SPENCER J. COX
Governor
DEIDRE HENDERSON
Lieutenant Governor

Department of
Environmental Quality

Kimberly D. Shelley
Executive Director

DIVISION OF AIR QUALITY
Bryce C. Bird
Director

September 27, 2024

STATE OF UTAH
Department of Environmental Quality
Division of Air Quality

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APPROVAL ORDER
DAQE-AN161600001-24
New Mona Aggregate Production Facility,
Concrete Batch Plant, and Hot Mix Asphalt Plant

Prepared By
Mr. Tim DeJulis, Engineer
[phone]
[e-mail]

Issued to
Geneva Rock Products, Inc. - Mona Asphalt, Concrete, and Aggregate Pit

Issued On
{{$d2 }}

Issued By

{{$s }}

Bryce C. Bird
Director
Division of Air Quality

September 27, 2024
TABLE OF CONTENTS

TITLE/SIGNATURE PAGE ....................................................................................................... 1
GENERAL INFORMATION ...................................................................................................... 3
CONTACT/LOCATION INFORMATION ............................................................................... 3
SOURCE INFORMATION ........................................................................................................ 3
General Description ................................................................................................................ 3
NSR Classification .................................................................................................................. 3
Source Classification .............................................................................................................. 3
Applicable Federal Standards ................................................................................................. 3
Project Description.................................................................................................................. 4
SUMMARY OF EMISSIONS .................................................................................................... 4
SECTION I: GENERAL PROVISIONS .................................................................................... 4
SECTION II: PERMITTED EQUIPMENT .............................................................................. 5
SECTION II: SPECIAL PROVISIONS ..................................................................................... 7
PERMIT HISTORY ................................................................................................................... 14
ACRONYMS ............................................................................................................................... 15

DAQE-AN161600001-24
Page 3

GENERAL INFORMATION

CONTACT/LOCATION INFORMATION

Owner Name Source Name
Geneva Rock Products, Inc. Geneva Rock Products, Inc. - Mona Asphalt, Concrete, and Aggregate Pit

Mailing Address Physical Address
730 North 1500 West 1.5 Miles Northeast of Mona
Orem, UT 84057 Mona, UT

Source Contact UTM Coordinates
Name: Grant Ensign 429,887 m Easting
Phone: [phone],408,585 m Northing
Email: [e-mail] Datum NAD83
UTM Zone 12
SIC code 1442 (Construction Sand & Gravel)

SOURCE INFORMATION
General Description
Geneva Rock Products, Inc. (GRP) operates an aggregate processing plant, concrete batch plant (CBP),
and hot mix asphalt (HMA) plant located in Mona, Juab County. Aggregate is processed for sale and for
use in the concrete and asphalt plants. Equipment in use at the site includes: crushers, screens, conveyors,
conveyor transfers, aggregate feeder bins, wash plant, feeding bins, staging bins, truck mix concrete batch
plant, drum-mix dryer, a baghouse, a lime pugmill, lime silo, storage tanks, and a diesel-fired heater. The
Mona plant produces up to 1,000,000 tons/yr of aggregate, 300,000 cubic yards/yr of concrete, and
500,000 tons/yr of asphalt.

NSR Classification
New Minor Source

Source Classification
Located in Attainment Area
Juab County
Airs Source Size: B

Applicable Federal Standards
NSPS (Part 60), A: General Provisions
NSPS (Part 60), I: Standards of Performance for HMA Facilities
NSPS (Part 60), OOO: Standards of Performance for Nonmetallic Mineral Processing Plants
DAQE-AN161600001-24
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Project Description
GRP has requested a new AO to mine aggregate for sale and also for use in the CBP and HMA plant in
the property boundaries. GRP will produce 1,000,000 tons/yr of aggregate, 300,000 cubic yards/yr of
concrete, and 500,000 tons/yr of asphalt product. GRP will use six (6) crushers, six (6) triple deck
screens, 15 conveyor transfers, four (4) aggregate feeder bins, and one (1) wash plant in the aggregate
production facility. The active aggregate mining area will be 25 acres. Stockpiles will be a maximum of
15 acres. Four (4) diesel fuel storage tanks with a 12,000 gallon capacity each will supply the front-end
loaders, bulldozers, and haul trucks with a total throughput of 288,000 gallons each. The onsite roads will
consist of paved and unpaved haul roads. The CBP has four (4) staging bins containing fly ash, cement,
sand, and aggregate; feeders to the central mix area; and a water heater. The asphalt plant has feeding
bins, transfer conveyors, a scalping screen, a drum-mix dryer, a baghouse, a lime pugmill, a lime silo with
an attached dust collector, liquid asphalt storage tanks, and a diesel-fired heater.

SUMMARY OF EMISSIONS

The emissions listed below are an estimate of the total potential emissions from the source. Some
rounding of emissions is possible.

Criteria Pollutant Change (TPY) Total (TPY)
CO2 Equivalent 10433.00
Carbon Monoxide 35.49
Nitrogen Oxides 23.07
Particulate Matter - PM10 38.77
Particulate Matter - PM2.5 5.64
Sulfur Dioxide 14.60
Volatile Organic Compounds 12.74

Hazardous Air Pollutant Change (lbs/yr) Total (lbs/yr)
Acetaldehyde (CAS #75070) 650
Formaldehyde (CAS #50000) 1600
Generic HAPs (CAS #GHAPS) 1160
Hexane (CAS #110543) 460
Naphthalene (CAS #91203) 436
Toluene (CAS #108883) 1464
Change (TPY) Total (TPY)
Total HAPs 2.89

SECTION I: GENERAL PROVISIONS

I.1 All definitions, terms, abbreviations, and references used in this AO conform to those used in the UAC R307 and 40 CFR. Unless noted otherwise, references cited in these AO conditions refer to those rules. [R307-101]
DAQE-AN161600001-24
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I.2 The limits set forth in this AO shall not be exceeded without prior approval. [R307-401]
I.3 Modifications to the equipment or processes approved by this AO that could affect the emissions covered by this AO must be reviewed and approved. [R307-401-1]
I.4 All records referenced in this AO or in other applicable rules, which are required to be kept by the owner/operator, shall be made available to the Director or Director's representative upon request, and the records shall include the two-year period prior to the date of the request. Unless otherwise specified in this AO or in other applicable state and federal rules, records shall be kept for a minimum of two (2) years. [R307-401-8] I.5 At all times, including periods of startup, shutdown, and malfunction, owners and operators
shall, to the extent practicable, maintain and operate any equipment approved under this AO, including associated air pollution control equipment, in a manner consistent with good air pollution control practice for minimizing emissions. Determination of whether acceptable
operating and maintenance procedures are being used will be based on information available to the Director which may include, but is not limited to, monitoring results, opacity observations,
review of operating and maintenance procedures, and inspection of the source. All maintenance
performed on equipment authorized by this AO shall be recorded. [R307-401-4]
I.6 The owner/operator shall comply with UAC R307-107. General Requirements: Breakdowns. [R307-107] I.7 The owner/operator shall comply with UAC R307-150 Series. Emission Inventories.
[R307-150]

I.8 The owner/operator shall submit documentation of the status of construction or modification to the Director within 18 months from the date of this AO. This AO may become invalid if construction is not commenced within 18 months from the date of this AO or if construction is discontinued for 18 months or more. To ensure proper credit when notifying the Director, send the documentation to the Director, attn.: NSR Section. [R307-401-18]

SECTION II: PERMITTED EQUIPMENT
II.A THE APPROVED EQUIPMENT II.A.1 Geneva Rock Mona HMA, Concrete, and Aggregate Site
II.A.2 Crushers Two (2) Jaw, Cone, VSI, or HSI Crushers 1000 tons/hr each NSPS Subpart OOO Four (4) Jaw, Cone, VSI, or HSI Crushers 600 tons/hr each NSPS Subpart OOO II.A.3 Screens Six (6) Triple-Deck Screens 20' x 30' each NSPS Subpart OOO
DAQE-AN161600001-24
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II.A.4 Various Conveyors NSPS Subpart OOO One (1) Aggregate Wash Plant Conveyor Listed for informational purposes only. II.A.5 Aggregate Feeder Bins Four (4) Aggregate Feeder Bins
NSPS Subpart OOO
II.A.6 Concrete Batch Plant One (1) CBP with the following equipment: One (1) sand storage silo One (1) aggregate storage silo One (1) 60-ton flyash storage silo with a dust collector Two (2) 80-ton cement storage silos with a dust collector each One (1) weigh hopper One (1) 9.9 MMBtu/hr water heater (see below item in this equipment list) Assorted conveyors
II.A.7 Concrete Batch Plant Boiler
One (1) CBP Boiler Capacity: 9.9 MMBtu/hr
Fuel: diesel, propane, or natural gas

II.A.8 Hot Mix Asphalt Plant One (1) HMA Plant with the following equipment included: One (1) drum mix dryer with a heating unit (see below item in this equipment list) One (1) mixing drum One (1) lime pugmill system One (1) lime silo with a dust collector One (1) fabric filter (see below item in this equipment list) One (1) 5.0 MMBtu/hr boiler (see below item in this equipment list) Six (6) asphalt oil storage tanks (see below item in this equipment list) NSPS Subpart I
II.A.9 Asphalt Plant Boiler
One (1) Asphalt Plant Boiler Capacity: 5.0 MMBtu/hr
Fuel: Natural Gas, Propane, Diesel Fuel, or On-Specification Used Oil
NSPS Subpart I
II.A.10 Asphalt Drum Mixer One (1) Asphalt Drum Mixer with Heater Capacity: 425 tons/hr Rating: 150 MMBtu/hr Fuel: Natural Gas, Propane, Diesel Fuel, or On-Specification Used Oil NSPS Subpart I
II.A.11 Asphalt Drum Mixer Baghouse
One (1) Baghouse
Flowrate: 86,217 dscfm

DAQE-AN161600001-24
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II.A.12 Storage Tanks Twelve (12) Storage Tanks Capacities: Tank 1 - 4 12,000 gallons (diesel fuel) each Tank 5 4,000 gallons (asphalt cement) Tank 6 25,000 gallons (asphalt cement) Tank 7 30,000 gallons (asphalt cement) Tank 8 35,000 gallons (asphalt cement) Tank 9 - 10 60,000 gallons (asphalt cement) each Tank 11 60,000 gallons (RFO) Tank 12 250,000 gallons (asphalt cement)

SECTION II: SPECIAL PROVISIONS II.B REQUIREMENTS AND LIMITATIONS
II.B.1 Plantwide Requirements II.B.1.a The owner/operator shall not produce more than the following: A. 1,000,000 tons of aggregate per rolling 12-month period. B. 300,000 cubic yards of concrete per rolling 12-month period. C. 500,000 tons of finished asphalt per rolling 12-month period. [R307-401-8]
II.B.1.a.1 The owner/operator shall:

A. Determine production with a scale or a cubic yard measurement device.
B. Record production on a daily basis.
C. Use the production data to calculate a new rolling 12-month total by the 20th day
of each month using data from the previous 12 months.
D. Keep the production records for all periods the plant is in operation.

[R307-401-8]
II.B.2 HMA Plant Requirements
II.B.2.a The owner/operator shall not allow visible emissions from the HMA plant baghouse or storage
silo fabric filters on site to exceed 10% opacity. [R307-401-8]
II.B.2.a.1 Opacity observations of emissions from stationary sources shall be conducted according to 40 CFR 60, Appendix A, Method 9. [R307-401-8]
DAQE-AN161600001-24
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II.B.2.b The owner/operator shall not emit more than the following rates and concentrations from the HMA plant baghouse: Pollutant lb/hr grains/dscf Filterable PM10 9.80 0.024 Filterable PM2.5 1.20 0.024 [R307-401-8] II.B.2.b.1 Compliance Demonstration To demonstrate compliance with the emission limitations above, the owner/operator shall
perform stack testing on the emissions unit according to the stack testing conditions contained in this AO. [R307-165-2, R307-401-8]
II.B.2.b.2 Initial Test The owner/operator shall conduct an initial stack test on the emission unit within 180 days after startup of the emission unit. [R307-165-2]
II.B.2.b.3 Test Frequency The owner/operator shall conduct a stack test on the emission unit within five years after the date
of the most recent stack test of the emission unit. The Director may require the owner/operator to
perform a stack test at any time. [R307-165-2, R307-401-8]
II.B.3 Stack Testing Requirements
II.B.3.a The owner/operator shall conduct any stack testing required by this AO according to the
following conditions. [R307-401-8]
II.B.3.a.1 Notification At least 30 days prior to conducting a stack test, the owner/operator shall submit a source test protocol to the Director. The source test protocol shall include the items contained in R307-165-3. If directed by the Director, the owner/operator shall attend a pretest conference. [R307-165-3, R307-401-8] II.B.3.a.2 Testing & Test Conditions
The owner/operator shall conduct testing according to the approved source test protocol and
according to the test conditions contained in R307-165-4. [R307-165-4, R307-401-8]
II.B.3.a.3 Access The owner/operator shall provide Occupational Safety and Health Administration (OSHA)- or Mine Safety and Health Administration (MSHA)-approved access to the test location. [R307-401-8]
II.B.3.a.4 Reporting No later than 60 days after completing a stack test, the owner/operator shall submit a written
report of the results from the stack testing to the Director. The report shall include validated
results and supporting information. [R307-165-5, R307-401-8]

II.B.3.a.5 Possible Rejection of Test Results The Director may reject stack testing results if the test did not follow the approved source test protocol or for a reason specified in R307-165-6. [R307-165-6, R307-401-8]
II.B.3.b Test Methods
When performing stack testing, the owner/operator shall use the appropriate EPA-approved test
methods as acceptable to the Director. Acceptable test methods for pollutants are listed below.
[R307-401-8]

DAQE-AN161600001-24
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II.B.3.b.1 Standard Conditions A. Temperature - 68 degrees Fahrenheit (293 K). B. Pressure - 29.92 in Hg (101.3 kPa). C. Averaging Time - As specified in the applicable test method. [40 CFR 60 Subpart A, 40 CFR 63 Subpart A, R307-401-8] II.B.3.b.2 Filterable PM10
40 CFR 60, Appendix A, Method 5; 40 CFR 51, Appendix M, Method 201; Method 201A; or other EPA-approved testing method as acceptable to the Director. If other approved testing methods are used which cannot measure the PM10 fraction of the filterable particulate emissions,
all of the filterable particulate emissions shall be considered PM10. [R307-401-8]
II.B.3.b.3 Filterable PM2.5 40 CFR 60, Appendix A, Method 5; 40 CFR 51, Appendix M, Method 201A or other EPA-approved testing method as acceptable to the Director. If other approved testing methods are used which cannot measure the PM2.5 fraction of the filterable particulate emissions, all of the filterable particulate emissions shall be considered PM2.5. [R307-401-8] II.B.3.c The owner/operator shall use natural gas, propane, diesel fuel (e.g., fuel oil #1 or #2),
on-specification used oil as defined in R315-15, or any combination thereof as fuel in the HMA
plant. [R307-401-8]
II.B.3.d The owner/operator shall only combust diesel fuel that meets the definition of ultra-low sulfur diesel (ULSD), which has a sulfur content of 15 ppm or less. [R307-401-8] II.B.3.d.1 To demonstrate compliance with the ULSD fuel requirement, the owner/operator shall maintain
records of diesel fuel purchase invoices or obtain certification of sulfur content from the diesel
fuel supplier. The diesel fuel purchase invoices shall indicate that the diesel fuel meets the ULSD requirements. [R307-401-8]

II.B.4 Baghouse Requirements
II.B.4.a The owner/operator shall use a baghouse to control particulate emissions from the HMA plant dryer and mixer drums on site. [R307-401-8]

II.B.4.b The owner/operator shall install a manometer or magnehelic pressure gauge to measure the static pressure drop across the HMA plant baghouse. [R307-401-8]
II.B.4.b.1 The pressure gauge shall be located such that an inspector/operator can safely read the indicator
at any time. [R307-401-8]
II.B.4.b.2 The pressure gauge shall measure the pressure drop in 1-inch water column increments or less. [R307-401-8]
II.B.4.c At least once every 12 months, the owner/operator shall calibrate the pressure gauges in
accordance with the manufacturer's instructions or replace the gauges. [R307-401-8]

II.B.4.c.1 The owner/operator shall maintain records of the pressure gauge calibrations and replacements. [R307-401-8]
II.B.4.d The owner/operator shall maintain the static pressure drop across the HMA plant baghouse
during operation between 1.5 and 8 inches of water column. [R307-401-8]

II.B.4.d.1 The owner/operator shall record the pressure drop at least once per operating day. [R307-401-8]
DAQE-AN161600001-24
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II.B.4.d.2 The owner/operator shall maintain records of the pressure drop readings. [R307-401-8]
II.B.4.e The owner/operator shall install a fabric filter on each lime storage silo associated with the HMA plant to control particulate emissions generated during the filling of the lime silos. Displaced air from each lime silo shall pass through a fabric filter before being vented to the atmosphere.
[R307-401-8]
II.B.5 Concrete Batch Plant Requirements II.B.5.a The owner/operator shall use a baghouse to control emissions from the weigh hopper loading of
the concrete batch plant. [R307-401-8]
II.B.5.b The owner/operator shall install a manometer or magnehelic pressure gauge to measure the static pressure drop across the CBP baghouse. [R307-401-8] II.B.5.b.1 The pressure gauge shall be located such that an inspector/operator can safely read the indicator
at any time. [R307-401-8]

II.B.5.b.2 The pressure gauge shall measure the pressure drop in 1-inch water column increments or less. [R307-401-8]
II.B.5.c At least once every 12 months, the owner/operator shall calibrate the pressure gauges in accordance with the manufacturer's instructions or replace the gauges. [R307-401-8]

II.B.5.c.1 The owner/operator shall maintain records of the pressure gauge calibrations and replacements. [R307-401-8]
II.B.5.d The owner/operator shall maintain the static pressure drop across the CBP baghouse during
operation between 1.5 and 8 inches of water column. [R307-401-8]
II.B.5.d.1 The owner/operator shall record the pressure drop at least once per operating day. [R307-401-8]
II.B.5.d.2 The owner/operator shall maintain records of the pressure drop readings. [R307-401-8]
II.B.5.e The owner/operator shall install a fabric filter on each material storage silo associated with the CBP to control particulate emissions generated during the filling of the silos. Displaced air from each silo shall pass through a fabric filter before being vented to the atmosphere. [R307-401-8]
II.B.5.f The owner/operator shall not allow visible emissions from the CBP baghouse or storage silo
fabric filters on site to exceed 7% opacity. [R307-401-8]
II.B.5.f.1 Opacity observations of emissions from stationary sources shall be conducted according to 40 CFR 60, Appendix A, Method 9. [R307-401-8] II.B.6 Aggregate Processing Requirements
II.B.6.a The owner/operator shall install water sprays on each crusher, screen, conveyor transfer point, and conveyor drop point on site to control emissions. Water sprays shall operate as necessary to prevent visible emissions from exceeding the opacity limits listed in this AO. [R307-401-8]
II.B.6.b The owner/operator shall perform monthly periodic inspections to check that water is flowing to
water sprays associated with each crusher, screen, and conveyor. If the owner/operator finds that
water is not flowing properly during an inspection of the water sprays, the owner/operator shall
initiate corrective action within 24 hours and complete corrective action as expediently as
practical. [40 CFR 60 Subpart OOO, R307-401-8]

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II.B.6.b.1 Records of the water spray inspections shall be maintained in a logbook for all periods when the plant is in operation. The records shall include the following items: A. Date the inspections were made. B. Any corrective actions taken. C. Control mechanism used if sprays are not operating. [40 CFR 60 Subpart OOO, R307-401-8]
II.B.6.c The owner/operator shall not exceed the following opacity limits for indicated the emission units. A. Crushers - 12% Opacity.
B. Screens - 7% Opacity.

C. Conveyor Transfer Points - 7% Opacity.
D. Conveyor Drop Points - 7% Opacity.
E. All Other Points - 20% Opacity.

[40 CFR 60 Subpart OOO, R307-401-8]
II.B.6.c.1 Opacity observations of emissions from stationary sources shall be conducted according to 40 CFR 60, Appendix A, Method 9. [R307-401-8] II.B.6.d The owner/operator shall not operate the aggregate production and hauling for 17 hours per day,
before 6 a.m. and after 11 p.m., after December 1st to before March 1st. The owner/operator may
operate the aggregate production and hauling 24-hours per day the rest of the year. [R307-401-8]
II.B.6.d.1 The owner/operator shall keep and maintain the following records of operation for all periods of aggregate production and hauling: A. Time operations begin each day. B. Time operations end each day. [R307-401-8] II.B.7 Crushers, Screens, and Conveyors Subject to NSPS Subpart OOO:
II.B.7.a The owner/operator shall conduct an initial performance test for each crusher, screen, and conveyor transfer point on site. Performance tests shall demonstrate compliance with the limitations specified in Table 3 to Subpart OOO. [40 CFR 60 Subpart OOO]
II.B.7.a.1 Initial performance tests for fugitive emissions limits shall be conducted according to 40 CFR
60.675(c). The owner or operator may use methods and procedures specified in 40 CFR
60.675(e) as alternatives to the reference methods and procedures specified in 40 CFR 60.675(c).
[40 CFR 60 Subpart OOO]

II.B.7.a.2 The owner/operator shall keep and maintain records of the initial performance test for each crusher, screen, and conveyor for the life of the equipment. [40 CFR 60 Subpart OOO, R307-401-8]

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II.B.8 Haul Roads and Fugitive Dust Requirements II.B.8.a The owner/operator shall not allow visible emissions from haul roads and fugitive dust sources to
exceed 20% opacity on site. [R307-205-4, R307-401-8]
II.B.8.a.1 Visible emission determinations for fugitive dust from haul roads and operational areas shall use procedures similar to Method 9. The normal requirement for observations to be made at 15-second intervals over a six-minute period, however, shall not apply. Visible emissions shall be measured at the densest point of the plume but at a point not less than one-half vehicle length behind the vehicle and not less than one-half the height of the vehicle. [R307-205-4, R307-401-8] II.B.8.b The owner/operator shall pave the haul road from the site entrance to the HMA plant.
[R307-401-8]
II.B.8.c The haul roads shall comply with the following lengths: A. Paved haul roads shall not be less than 550 feet. B. Unpaved hot-mix asphalt haul road shall not exceed 3,221 feet. C. Unpaved concrete haul road shall not exceed 2,535 feet. D. Unpaved wash plant haul road shall not exceed 2,693 feet. E. Unpaved aggregate haul road shall not exceed 5,544 feet. F. Loader main operating area shall not exceed 264 feet. [R307-401-8]
II.B.8.c.1 Compliance shall be determined through Global Positioning System (GPS) measurements or
aerial photographs. [R307-401-8]
II.B.8.c.2 The owner/operator shall measure the six (6) roadways once per year each. The owner/operator shall keep these measurements in a log book. [R307-401-8] II.B.8.d The owner/operator shall cover all unpaved haul roads and wheeled-vehicle operational areas
with road base and chemical suppressants to maintain the opacity limits in this AO. An
operational water truck shall be available during each operating day. [R307-401-8]
II.B.8.d.1 The owner/operator shall keep the following records for water and/or chemical dust suppressant application: A. The material used. B. The date of application. C. The quantity used. [R307-401-8]
II.B.8.d.2 The owner/operator shall use water application to maintain the opacity limits listed in this AO.
[R307-401-8]

II.B.8.d.3 If the temperature is below freezing, the owner/operator may stop applying water to the unpaved haul roads or wheeled-vehicle operational areas. [R307-401-8]
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II.B.8.e The owner/operator shall vacuum sweep and flush with water all the paved roads on site to maintain the opacity limits in this AO. An operational vacuum sweeper and water truck shall be available each operating day. [R307-401-8] II.B.8.e.1 If the temperature is below freezing, the owner/operator shall continue to sweep the paved haul
road but may stop flushing the roads with water. If the paved haul roads are covered with snow or ice, the owner/operator may stop vacuum sweeping. [R307-401-8]
II.B.8.e.2 The owner/operator shall not exceed a combined area of 15 acres of all storage piles. [R307-401-8] II.B.8.e.3 To determine compliance with the total acres of the storage piles, the owner/operator shall
measure the total area of the storage piles at least once every six months and shall maintain a record of the total acres of the storage piles. Compliance shall be determined through GPS measurements or aerial photographs. The area of each storage pile shall be added together to
obtain the total area of all the storage piles on site. Records of the total acres of the storage piles shall contain the following:

A. Date of measurement.
B. Size of each storage pile on site.
C. Total acres of all storage piles combined.

[R307-401-8]
II.B.8.f The owner/operator shall not exceed a combined disturbed mining area of 25 acres. [R307-401-8] II.B.8.f.1 Compliance shall be determined through GPS measurements or aerial photographs.
[R307-401-8]

II.B.8.f.2 The owner/operator shall measure the disturbed mining area once per year. The owner/operator shall keep the measurement in a log book. [R307-401-8]
II.B.8.g The owner/operator shall apply water to fugitive dust sources to prevent visible emissions from exceeding the opacity limits listed in this AO. The owner/operator may stop applying water to
fugitive dust sources when the temperature is below freezing, but shall apply other controls as
necessary to prevent visible emissions from exceeding the opacity limits listed in this AO. [R307-205-4, R307-401-8]

II.B.8.g.1 The owner/operator shall keep records of water application and fugitive dust control for all periods when the plant is in operation. The records shall include the following items: A. Date and time treatments were made. B. Number of treatments made and quantity of water applied. C. Rainfall amount received, if any. D. Records of temperature, if the temperature is below freezing. E. Records of any other controls used to reduce fugitive dust. [R307-205-4, R307-401-8]

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PERMIT HISTORY

This Approval Order shall supersede (if a modification) or will be based on the following documents: Is Derived From NOI dated July 13, 2023 Incorporates Additional information dated October 30, 2023 Incorporates Modeling completed dated November 21, 2023 Incorporates Additional information dated May 22, 2024

DAQE-AN161600001-24
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ACRONYMS

The following lists commonly used acronyms and associated translations as they apply to this document:

40 CFR Title 40 of the Code of Federal Regulations
AO Approval Order
BACT Best Available Control Technology
CAA Clean Air Act
CAAA Clean Air Act Amendments
CDS Classification Data System (used by Environmental Protection Agency to classify
sources by size/type)
CEM Continuous emissions monitor
CEMS Continuous emissions monitoring system
CFR Code of Federal Regulations
CMS Continuous monitoring system
CO Carbon monoxide
CO2 Carbon Dioxide
CO2e Carbon Dioxide Equivalent - Title 40 of the Code of Federal Regulations Part 98,
Subpart A, Table A-1
COM Continuous opacity monitor
DAQ/UDAQ Division of Air Quality
DAQE This is a document tracking code for internal Division of Air Quality use
EPA Environmental Protection Agency
FDCP Fugitive dust control plan
GHG Greenhouse Gas(es) - Title 40 of the Code of Federal Regulations 52.21 (b)(49)(i)
GWP Global Warming Potential - Title 40 of the Code of Federal Regulations Part 86.1818-
12(a)
HAP or HAPs Hazardous air pollutant(s)
ITA Intent to Approve
LB/YR Pounds per year MACT Maximum Achievable Control Technology MMBTU Million British Thermal Units NAA Nonattainment Area NAAQS National Ambient Air Quality Standards NESHAP National Emission Standards for Hazardous Air Pollutants NOI Notice of Intent
NOx Oxides of nitrogen
NSPS New Source Performance Standard
NSR New Source Review
PM10 Particulate matter less than 10 microns in size
PM2.5 Particulate matter less than 2.5 microns in size
PSD Prevention of Significant Deterioration
PTE Potential to Emit
R307 Rules Series 307
R307-401 Rules Series 307 - Section 401
SO2 Sulfur dioxide
Title IV Title IV of the Clean Air Act
Title V Title V of the Clean Air Act
TPY Tons per year
UAC Utah Administrative Code
VOC Volatile organic compounds

DAQE-IN161600001-24

August 15, 2024

Grant Ensign
Geneva Rock Products, Inc.
730 North 1500 West
Orem, UT 84057
[e-mail]

Dear Mr. Ensign:

Re: Intent to Approve: New Mona Aggregate Production Facility, Concrete Batch Plant, and Hot Mix
Asphalt Plant
Project Number: N161600001

The attached document is the Intent to Approve (ITA) for the above-referenced project. The ITA is
subject to public review. Any comments received shall be considered before an Approval Order (AO) is
issued. The Division of Air Quality is authorized to charge a fee for reimbursement of the actual costs
incurred in the issuance of an AO. An invoice will follow upon issuance of the final AO.

Future correspondence on this ITA should include the engineer's name, Mr. Tim DeJulis, as well as the
DAQE number as shown on the upper right-hand corner of this letter. Mr. Tim DeJulis, can be reached at
[phone] or [e-mail], if you have any questions.

Sincerely,

{{$s }}

Alan D. Humpherys, Manager
New Source Review Section

ADH:TD:jg

cc: Central Utah Health Department

195 North 1950 West • Salt Lake City, UT
Mailing Address: P.O. Box 144820 • Salt Lake City, UT 84114-4820
Telephone [phone] • Fax [phone] • T.D.D. [phone]
www.deq.utah.gov
Printed on 100% recycled paper
State of Utah

SPENCER J. COX
Governor
DEIDRE HENDERSON
Lieutenant Governor

Department of
Environmental Quality

Kimberly D. Shelley
Executive Director

DIVISION OF AIR QUALITY
Bryce C. Bird
Director

STATE OF UTAH
Department of Environmental Quality
Division of Air Quality

INTENT TO APPROVE
DAQE-IN161600001-24
New Mona Aggregate Production Facility, Concrete Batch Plant,
and Hot Mix Asphalt Plant

Prepared By
Mr. Tim DeJulis, Engineer
[phone]
[e-mail]

Issued to
Geneva Rock Products - Mona Asphalt, Concrete, and Aggregate Pit

Issued On
August 15, 2024

{{$s }}

New Source Review Section Manager
Alan D. Humpherys
{{#s=Sig_es_:signer1:signature}}

TABLE OF CONTENTS

TITLE/SIGNATURE PAGE ....................................................................................................... 1
GENERAL INFORMATION ...................................................................................................... 3
CONTACT/LOCATION INFORMATION ............................................................................... 3
SOURCE INFORMATION ........................................................................................................ 3
General Description ................................................................................................................ 3
NSR Classification .................................................................................................................. 3
Source Classification .............................................................................................................. 3
Applicable Federal Standards ................................................................................................. 3
Project Description.................................................................................................................. 4
SUMMARY OF EMISSIONS .................................................................................................... 4
PUBLIC NOTICE STATEMENT............................................................................................... 4
SECTION I: GENERAL PROVISIONS .................................................................................... 5
SECTION II: PERMITTED EQUIPMENT .............................................................................. 6
SECTION II: SPECIAL PROVISIONS ..................................................................................... 8
PERMIT HISTORY ................................................................................................................... 14
ACRONYMS ............................................................................................................................... 15

DAQE-IN161600001-24
Page 3

GENERAL INFORMATION

CONTACT/LOCATION INFORMATION

Owner Name Source Name
Geneva Rock Products, Inc. Geneva Rock Products - Mona Asphalt, Concrete, and Aggregate Pit

Mailing Address Physical Address
730 North 1500 West 1.5 Miles Northeast of Mona
Orem, UT 84057 Mona, UT

Source Contact UTM Coordinates
Name: Grant Ensign 429,887 m Easting
Phone: [phone],408,585 m Northing
Email: [e-mail] Datum NAD83
UTM Zone 12
SIC code 1442 (Construction Sand & Gravel)

SOURCE INFORMATION
General Description
Geneva Rock Products (GRP) operates an aggregate processing plant, a concrete batch plant, and a hot
mix asphalt (HMA) plant located in Mona, Juab County. Aggregate is processed for sale and for use in
the concrete and asphalt plants. Equipment in use at the site includes crushers, screens, conveyors,
conveyor transfers, aggregate feeder bins, a wash plant, feeding bins, staging bins, a truck mix concrete
batch plant (CBP), a drum-mix dryer, a baghouse, a lime pugmill, a lime silo, storage tanks, and a diesel-
fired heater. The Mona plant produces up to 1,000,000 tons/yr of aggregate, 300,000 cubic yards/yr of
concrete, and 500,000 tons/yr of asphalt.
NSR Classification
New Minor Source

Source Classification
Located in Attainment Area
Juab County
Airs Source Size: B

Applicable Federal Standards
NSPS (Part 60), A: General Provisions
NSPS (Part 60), I: Standards of Performance for Hot Mix Asphalt Facilities
NSPS (Part 60), OOO: Standards of Performance for Nonmetallic Mineral Processing Plants
DAQE-IN161600001-24
Page 4

Project Description
GRP has requested a new AO to mine aggregate for sale and also for use in the CBP and HMA plant
within the property boundaries. GRP will produce 1,000,000 tons/yr of aggregate, 300,000 cubic yards/yr
of concrete, and 500,000 tons/yr of asphalt product. GRP will use six (6) crushers, six (6) triple deck
screens, 15 conveyor transfers, four (4) aggregate feeder bins, and one (1) wash plant in the aggregate
production facility. The active aggregate mining area will be 25 acres. Stockpiles will be a maximum of
15 acres. Four (4) diesel fuel storage tanks with a 12,000-gallon capacity each will supply the front-end
loaders, bulldozers, and haul trucks with a total throughput of 288,000 gallons each. The onsite roads will
consist of paved and unpaved haul roads. The CBP has four (4) staging bins containing fly ash, cement,
sand, and aggregate; feeders to the central mix area; and a water heater. The asphalt plant has feeding
bins, transfer conveyors, a scalping screen, a drum-mix dryer, a baghouse, a lime pugmill, a lime silo with
an attached dust collector, liquid asphalt storage tanks, and a diesel-fired heater.

SUMMARY OF EMISSIONS

The emissions listed below are an estimate of the total potential emissions from the source. Some
rounding of emissions is possible.

Criteria Pollutant Change (TPY) Total (TPY)
CO2 Equivalent 10433.00
Carbon Monoxide 35.49
Nitrogen Oxides 23.07
Particulate Matter - PM10 38.77
Particulate Matter - PM2.5 5.64
Sulfur Dioxide 14.60
Volatile Organic Compounds 12.74

Hazardous Air Pollutant Change (lbs/yr) Total (lbs/yr)
Acetaldehyde (CAS #75070) 650
Formaldehyde (CAS #50000) 1600
Generic HAPs (CAS #GHAPS) 1160
Hexane (CAS #110543) 460
Naphthalene (CAS #91203) 436
Toluene (CAS #108883) 1464
Change (TPY) Total (TPY)
Total HAPs 2.89

PUBLIC NOTICE STATEMENT

The NOI for the above-referenced project has been evaluated and has been found to be consistent with the requirements of UAC R307. Air pollution producing sources and/or their air control facilities may not be constructed, installed, established, or modified prior to the issuance of an AO by the Director. A 30-day public comment period will be held in accordance with UAC R307-401-7. A notification of the intent to approve will be published in the Nephi Times News on August 21, 2024. During the public comment period the proposal and the evaluation of its impact on air quality will be available for the
DAQE-IN161600001-24
Page 5
public to review and provide comment. If anyone so requests a public hearing within 15 days of
publication, it will be held in accordance with UAC R307-401-7. The hearing will be held as close as practicable to the location of the source. Any comments received during the public comment period and the hearing will be evaluated. The proposed conditions of the AO may be changed as a result of the
comments received.

SECTION I: GENERAL PROVISIONS

The intent is to issue an air quality AO authorizing the project with the following recommended
conditions and that failure to comply with any of the conditions may constitute a violation of the AO.

I.1 All definitions, terms, abbreviations, and references used in this AO conform to those used in the UAC R307 and 40 CFR. Unless noted otherwise, references cited in these AO conditions refer to those rules. [R307-101] I.2 The limits set forth in this AO shall not be exceeded without prior approval. [R307-401]
I.3 Modifications to the equipment or processes approved by this AO that could affect the emissions covered by this AO must be reviewed and approved. [R307-401-1] I.4 All records referenced in this AO or in other applicable rules, which are required to be kept by the owner/operator, shall be made available to the Director or Director's representative upon request, and the records shall include the two-year period prior to the date of the request. Unless otherwise specified in this AO or in other applicable state and federal rules, records shall be kept for a minimum of two (2) years. [R307-401-8]
I.5 At all times, including periods of startup, shutdown, and malfunction, owners and operators shall, to the extent practicable, maintain and operate any equipment approved under this AO, including associated air pollution control equipment, in a manner consistent with good air pollution control practice for minimizing emissions. Determination of whether acceptable operating and maintenance procedures are being used will be based on information available to the Director which may include, but is not limited to, monitoring results, opacity observations, review of operating and maintenance procedures, and inspection of the source. All maintenance performed on equipment authorized by this AO shall be recorded. [R307-401-4] I.6 The owner/operator shall comply with UAC R307-107. General Requirements: Breakdowns. [R307-107]
I.7 The owner/operator shall comply with UAC R307-150 Series. Emission Inventories. [R307-150] I.8 The owner/operator shall submit documentation of the status of construction or modification to the Director within 18 months from the date of this AO. This AO may become invalid if construction is not commenced within 18 months from the date of this AO or if construction is discontinued for 18 months or more. To ensure proper credit when notifying the Director, send
the documentation to the Director, attn.: NSR Section. [R307-401-18]

DAQE-IN161600001-24
Page 6

SECTION II: PERMITTED EQUIPMENT

The intent is to issue an air quality AO authorizing the project with the following recommended
conditions and that failure to comply with any of the conditions may constitute a violation of the AO.
II.A THE APPROVED EQUIPMENT II.A.1 Geneva Rock Mona HMA, Concrete, and Aggregate Site
II.A.2 Crushers Two (2) Jaw, Cone, VSI, or HSI Crushers 1000 tons/hr each NSPS Subpart OOO Four (4) Jaw, Cone, VSI, or HSI Crushers 600 tons/hr each NSPS Subpart OOO II.A.3 Screens Six (6) Triple-Deck Screens 20' x 30' each NSPS Subpart OOO
II.A.4 Various Conveyors NSPS Subpart OOO One (1) Aggregate Wash Plant Conveyor Listed for informational purposes only. II.A.5 Aggregate Feeder Bins Four (4) Aggregate Feeder Bins NSPS Subpart OOO
II.A.6 Concrete Batch Plant One (1) CBP with the following equipment: One (1) sand storage silo One (1) aggregate storage silo One (1) 60-ton fly ash storage silo with a dust collector Two (2) 80-ton cement storage silos with a dust collector each One (1) weigh hopper One (1) 9.9 MMBtu/hr water heater (see below item in this equipment list) Assorted conveyors II.A.7 Concrete Batch Plant Boiler One (1) CBP Boiler Capacity: 9.9 MMBtu/hr Fuel: diesel, propane, or natural gas
DAQE-IN161600001-24
Page 7

II.A.8 Hot Mix Asphalt Plant One (1) HMA Plant with the following equipment included: One (1) drum mix dryer with a heating unit (see below item in this equipment list) One (1) mixing drum One (1) lime pugmill system One (1) lime silo with a dust collector One (1) fabric filter (see below item in this equipment list) One (1) 5.0 MMBtu/hr boiler (see below item in this equipment list) Six (6) asphalt oil storage tanks (see below item in this equipment list) NSPS Subpart I
II.A.9 Asphalt Plant Boiler One (1) Asphalt Plant Boiler Capacity: 5.0 MMBtu/hr
Fuel: Natural Gas, Propane, Diesel Fuel, or On-Specification Used Oil NSPS Subpart I

II.A.10 Asphalt Drum Mixer One (1) Asphalt Drum Mixer with Heater Capacity: 425 tons/hr Rating: 150 MMBtu/hr Fuel: Natural Gas, Propane, Diesel Fuel, or On-Specification Used Oil NSPS Subpart I
II.A.11 Asphalt Drum Mixer Baghouse One (1) Baghouse
Flowrate: 86,217 dscfm

II.A.12 Storage Tanks 12 Storage Tanks Capacities: Tank 1 - 4 12,000 gallons (diesel fuel) each Tank 5 4,000 gallons (asphalt cement) Tank 6 25,000 gallons (asphalt cement) Tank 7 30,000 gallons (asphalt cement) Tank 8 35,000 gallons (asphalt cement) Tank 9 - 10 60,000 gallons (asphalt cement) each Tank 11 60,000 gallons (RFO) Tank 12 250,000 gallons (asphalt cement)

DAQE-IN161600001-24
Page 8

SECTION II: SPECIAL PROVISIONS

The intent is to issue an air quality AO authorizing the project with the following recommended
conditions and that failure to comply with any of the conditions may constitute a violation of the AO. II.B REQUIREMENTS AND LIMITATIONS II.B.1 Plantwide Requirements
II.B.1.a The owner/operator shall not produce more than the following: A. 1,000,000 tons of aggregate per rolling 12-month period. B. 300,000 cubic yards of concrete per rolling 12-month period. C. 500,000 tons of finished asphalt per rolling 12-month period. [R307-401-8] II.B.1.a.1 The owner/operator shall: A. Determine production with a scale or a cubic yard measurement device. B. Record production on a daily basis. C. Use the production data to calculate a new rolling 12-month total by the 20th day of each month using data from the previous 12 months. D. Keep the production records for all periods the plant is in operation. [R307-401-8]
II.B.2 HMA Plant Requirements II.B.2.a The owner/operator shall not allow visible emissions from the HMA plant baghouse or storage silo fabric filters on site to exceed 10% opacity. [R307-401-8]
II.B.2.a.1 Opacity observations of emissions from stationary sources shall be conducted according to 40 CFR 60, Appendix A, Method 9. [R307-401-8] II.B.2.b The owner/operator shall not emit more than the following rates and concentrations from the HMA plant baghouse: Pollutant lb/hr grains/dscf Filterable PM10 9.80 0.024 Filterable PM2.5 1.20 0.024. [R307-401-8]
II.B.2.b.1 Compliance Demonstration To demonstrate compliance with the emission limitations above, the owner/operator shall perform stack testing on the emissions unit according to the stack testing conditions contained in this AO. [R307-165-2, R307-401-8] II.B.2.b.2 Initial Test The owner/operator shall conduct an initial stack test on the emission unit within 180 days after startup of the emission unit. [R307-165-2]
DAQE-IN161600001-24
Page 9

II.B.2.b.3 Test Frequency The owner/operator shall conduct a stack test on the emission unit within five years after the date of the most recent stack test of the emission unit. The Director may require the owner/operator to perform a stack test at any time. [R307-165-2, R307-401-8]
II.B.3 Stack Testing Requirements
II.B.3.a The owner/operator shall conduct any stack testing required by this AO according to the following conditions. [R307-401-8]
II.B.3.a.1 Notification At least 30 days prior to conducting a stack test, the owner/operator shall submit a source test protocol to the Director. The source test protocol shall include the items contained in
R307-165-3. If directed by the Director, the owner/operator shall attend a pretest conference. [R307-165-3, R307-401-8]
II.B.3.a.2 Testing & Test Conditions The owner/operator shall conduct testing according to the approved source test protocol and according to the test conditions contained in R307-165-4. [R307-165-4, R307-401-8]
II.B.3.a.3 Access The owner/operator shall provide Occupational Safety and Health Administration (OSHA)- or
Mine Safety and Health Administration (MSHA)-approved access to the test location.
[R307-401-8]
II.B.3.a.4 Reporting No later than 60 days after completing a stack test, the owner/operator shall submit a written report of the results from the stack testing to the Director. The report shall include validated results and supporting information. [R307-165-5, R307-401-8]
II.B.3.a.5 Possible Rejection of Test Results The Director may reject stack testing results if the test did not follow the approved source test
protocol or for a reason specified in R307-165-6. [R307-165-6, R307-401-8]

II.B.3.b Test Methods When performing stack testing, the owner/operator shall use the appropriate EPA-approved test methods as acceptable to the Director. Acceptable test methods for pollutants are listed below. [R307-401-8]
II.B.3.b.1 Standard Conditions
A. Temperature - 68 degrees Fahrenheit (293 K).

B. Pressure - 29.92 in Hg (101.3 kPa).
C. Averaging Time - As specified in the applicable test method.

[40 CFR 60 Subpart A, 40 CFR 63 Subpart A, R307-401-8]

II.B.3.b.2 Filterable PM10 40 CFR 60, Appendix A, Method 5; 40 CFR 51, Appendix M, Method 201; Method 201A; or other EPA-approved testing method as acceptable to the Director. If other approved testing methods are used which cannot measure the PM10 fraction of the filterable particulate emissions, all of the filterable particulate emissions shall be considered PM10. [R307-401-8]
DAQE-IN161600001-24
Page 10

II.B.3.b.3 Filterable PM2.5 40 CFR 60, Appendix A, Method 5; 40 CFR 51, Appendix M, Method 201A, or other EPA-approved testing method as acceptable to the Director. If other approved testing methods are used which cannot measure the PM2.5 fraction of the filterable particulate emissions, all of the filterable particulate emissions shall be considered PM2.5. [R307-401-8] II.B.3.c The owner/operator shall use natural gas, propane, diesel fuel (e.g., fuel oil #1 or #2), on-specification used oil as defined in R315-15, or any combination thereof as fuel in the HMA
plant. [R307-401-8]
II.B.3.d The owner/operator shall only combust diesel fuel that meets the definition of ultra-low sulfur diesel (ULSD), which has a sulfur content of 15 ppm or less. [R307-401-8] II.B.3.d.1 To demonstrate compliance with the ULSD fuel requirement, the owner/operator shall maintain records of diesel fuel purchase invoices or obtain certification of sulfur content from the diesel
fuel supplier. The diesel fuel purchase invoices shall indicate that the diesel fuel meets the ULSD requirements. [R307-401-8]

II.B.4 Baghouse Requirements
II.B.4.a The owner/operator shall use a baghouse to control particulate emissions from the HMA plant dryer and mixer drums on site. [R307-401-8]

II.B.4.b The owner/operator shall install a manometer or magnehelic pressure gauge to measure the static pressure drop across the HMA plant baghouse. [R307-401-8]
II.B.4.b.1 The pressure gauge shall be located such that an inspector/operator can safely read the indicator
at any time. [R307-401-8]
II.B.4.b.2 The pressure gauge shall measure the pressure drop in 1-inch water column increments or less. [R307-401-8] II.B.4.c At least once every 12 months, the owner/operator shall calibrate the pressure gauges in
accordance with the manufacturer's instructions or replace the gauges. [R307-401-8]

II.B.4.c.1 The owner/operator shall maintain records of the pressure gauge calibrations and replacements. [R307-401-8]
II.B.4.d The owner/operator shall maintain the static pressure drop across the HMA plant baghouse during operation between 1.5 and 8 inches of water column. [R307-401-8]

II.B.4.d.1 The owner/operator shall record the pressure drop at least once per operating day. [R307-401-8] II.B.4.d.2 The owner/operator shall maintain records of the pressure drop readings. [R307-401-8]

II.B.4.e The owner/operator shall install a fabric filter on each lime storage silo associated with the HMA plant to control particulate emissions generated during the filling of the lime silos. Displaced air from each lime silo shall pass through a fabric filter before being vented to the atmosphere. [R307-401-8]
II.B.5 Concrete Batch Plant Requirements
II.B.5.a The owner/operator shall use a baghouse to control emissions from the weigh hopper loading of the CBP. [R307-401-8]
II.B.5.b The owner/operator shall install a manometer or magnehelic pressure gauge to measure the static
pressure drop across the CBP baghouse. [R307-401-8]

DAQE-IN161600001-24
Page 11

II.B.5.b.1 The pressure gauge shall be located such that an inspector/operator can safely read the indicator at any time. [R307-401-8] II.B.5.b.2 The pressure gauge shall measure the pressure drop in 1-inch water column increments or less. [R307-401-8]

II.B.5.c At least once every 12 months, the owner/operator shall calibrate the pressure gauges in accordance with the manufacturer's instructions or replace the gauges. [R307-401-8]
II.B.5.c.1 The owner/operator shall maintain records of the pressure gauge calibrations and replacements. [R307-401-8]
II.B.5.d The owner/operator shall maintain the static pressure drop across the CBP baghouse during operation between 1.5 and 8 inches of water column. [R307-401-8]
II.B.5.d.1 The owner/operator shall record the pressure drop at least once per operating day. [R307-401-8]

II.B.5.d.2 The owner/operator shall maintain records of the pressure drop readings. [R307-401-8]
II.B.5.e The owner/operator shall install a fabric filter on each material storage silo associated with the
CBP to control particulate emissions generated during the filling of the silos. Displaced air from each silo shall pass through a fabric filter before being vented to the atmosphere. [R307-401-8]

II.B.5.f The owner/operator shall not allow visible emissions from the CBP baghouse or storage silo fabric filters on site to exceed 7% opacity. [R307-401-8]
II.B.5.f.1 Opacity observations of emissions from stationary sources shall be conducted according to 40
CFR 60, Appendix A, Method 9. [R307-401-8]
II.B.6 Aggregate Processing Requirements
II.B.6.a The owner/operator shall install water sprays on each crusher, screen, conveyor transfer point,
and conveyor drop point on site to control emissions. Water sprays shall operate as necessary to prevent visible emissions from exceeding the opacity limits listed in this AO. [R307-401-8]

II.B.6.b The owner/operator shall perform monthly periodic inspections to check that water is flowing to water sprays associated with each crusher, screen, and conveyor. If the owner/operator finds that water is not flowing properly during an inspection of the water sprays, the owner/operator shall initiate corrective action within 24 hours and complete corrective action as expediently as practical. [40 CFR 60 Subpart OOO, R307-401-8]
II.B.6.b.1 Records of the water spray inspections shall be maintained in a logbook for all periods when the
plant is in operation. The records shall include the following items:
A. Date the inspections were made.

B. Any corrective actions taken.

C. Control mechanism used if sprays are not operating.

[40 CFR 60 Subpart OOO, R307-401-8]

DAQE-IN161600001-24
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II.B.6.c The owner/operator shall not exceed the following opacity limits for indicated the emission units. A. Crushers - 12% Opacity. B. Screens - 7% Opacity. C. Conveyor Transfer Points - 7% Opacity. D. Conveyor Drop Points - 7% Opacity. E. All Other Points - 20% Opacity. [40 CFR 60 Subpart OOO, R307-401-8]
II.B.6.c.1 Opacity observations of emissions from stationary sources shall be conducted according to 40 CFR 60, Appendix A, Method 9. [R307-401-8]

II.B.6.d The owner/operator shall not operate the aggregate production and hauling for 17 hours per day, before 6 a.m. and after 11 p.m., after December 1st to before March 1st. The owner/operator may operate the aggregate production and hauling 24-hours per day the rest of the year. [R307-401-8]
II.B.6.d.1 The owner/operator shall keep and maintain the following records of operation for all periods of aggregate production and hauling:

A. Time operations begin each day.
B. Time operations end each day.
[R307-401-8]

II.B.7 Crushers, Screens, and Conveyors Subject to NSPS Subpart OOO:
II.B.7.a The owner/operator shall conduct an initial performance test for each crusher, screen, and conveyor transfer point on site. Performance tests shall demonstrate compliance with the
limitations specified in Table 3 to Subpart OOO. [40 CFR 60 Subpart OOO]

II.B.7.a.1 Initial performance tests for fugitive emissions limits shall be conducted according to 40 CFR 60.675(c). The owner or operator may use methods and procedures specified in 40 CFR 60.675(e) as alternatives to the reference methods and procedures specified in 40 CFR 60.675(c). [40 CFR 60 Subpart OOO]
II.B.7.a.2 The owner/operator shall keep and maintain records of the initial performance test for each
crusher, screen, and conveyor for the life of the equipment. [40 CFR 60 Subpart OOO, R307-401-8]

II.B.8 Haul Roads and Fugitive Dust Requirements
II.B.8.a The owner/operator shall not allow visible emissions from haul roads and fugitive dust sources to
exceed 20% opacity on site. [R307-205-4, R307-401-8]

II.B.8.a.1 Visible emission determinations for fugitive dust from haul roads and operational areas shall use procedures similar to Method 9. The normal requirement for observations to be made at 15-second intervals over a six-minute period, however, shall not apply. Visible emissions shall be measured at the densest point of the plume, but at a point not less than one-half vehicle length behind the vehicle and not less than one-half the height of the vehicle. [R307-205-4, R307-401-8]
II.B.8.b The owner/operator shall pave the haul road from the site entrance to the HMA plant.
[R307-401-8]

DAQE-IN161600001-24
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II.B.8.c The haul roads shall comply with the following lengths: A. Paved haul roads shall not be less than 550 feet. B. Unpaved hot-mix asphalt haul road shall not exceed 3,221 feet. C. Unpaved concrete haul road shall not exceed 2,535 feet. D. Unpaved wash plant haul road shall not exceed 2,693 feet. E. Unpaved aggregate haul road shall not exceed 5,544 feet. F. Loader main operating area shall not exceed 264 feet. [R307-401-8]
II.B.8.c.1 Compliance shall be determined through Global Positioning System (GPS) measurements or
aerial photographs. [R307-401-8]
II.B.8.c.2 The owner/operator shall measure the six (6) roadways once per year each. The owner/operator shall keep these measurements in a log book. [R307-401-8] II.B.8.d The owner/operator shall cover all unpaved haul roads and wheeled-vehicle operational areas
with road base and chemical suppressants to maintain the opacity limits in this AO. An
operational water truck shall be available during each operating day. [R307-401-8]
II.B.8.d.1 The owner/operator shall keep the following records for water and/or chemical dust suppressant application: A. The material used. B. The date of application. C. The quantity used. [R307-401-8]
II.B.8.d.2 The owner/operator shall use water application to maintain the opacity limits listed in this AO. [R307-401-8]

II.B.8.d.3 If the temperature is below freezing, the owner/operator may stop applying water to the unpaved haul roads or wheeled-vehicle operational areas. [R307-401-8]
II.B.8.e The owner/operator shall vacuum sweep and flush with water all the paved roads on site to
maintain the opacity limits in this AO. An operational vacuum sweeper and water truck shall be
available each operating day. [R307-401-8]

II.B.8.e.1 If the temperature is below freezing, the owner/operator shall continue to sweep the paved haul road, but may stop flushing the roads with water. If the paved haul roads are covered with snow or ice, the owner/operator may stop vacuum sweeping. [R307-401-8]
II.B.8.e.2 The owner/operator shall not exceed a combined area of 15 acres of all storage piles.
[R307-401-8]

DAQE-IN161600001-24
Page 14

II.B.8.e.3 To determine compliance with the total acres of the storage piles, the owner/operator shall measure the total area of the storage piles at least once every six months and shall maintain a record of the total acres of the storage piles. Compliance shall be determined through GPS measurements or aerial photographs. The area of each storage pile shall be added together to obtain the total area of all the storage piles on site. Records of the total acres of the storage piles shall contain the following: A. Date of measurements. B. Size of each storage pile on site. C. Total acres of all storage piles combined. [R307-401-8] II.B.8.f The owner/operator shall not exceed a combined disturbed mining area of 25 acres.
[R307-401-8]

II.B.8.f.1 Compliance shall be determined through GPS measurements or aerial photographs. [R307-401-8]
II.B.8.f.2 The owner/operator shall measure the disturbed mining area once per year. The owner/operator shall keep the measurement in a log book. [R307-401-8]

II.B.8.g The owner/operator shall apply water to fugitive dust sources to prevent visible emissions from exceeding the opacity limits listed in this AO. The owner/operator may stop applying water to fugitive dust sources when the temperature is below freezing, but shall apply other controls as necessary to prevent visible emissions from exceeding the opacity limits listed in this AO. [R307-205-4, R307-401-8]
II.B.8.g.1 The owner/operator shall keep records of water application and fugitive dust control for all
periods when the plant is in operation. The records shall include the following items:
A. Date and time treatments were made.
B. Number of treatments made and quantity of water applied.

C. Rainfall amount received, if any.
D. Records of temperature, if the temperature is below freezing.
E. Records of any other controls used to reduce fugitive dust.

[R307-205-4, R307-401-8]

PERMIT HISTORY

This Approval Order shall supersede (if a modification) or will be based on the following documents:
Is Derived From NOI dated July 13, 2023 Incorporates Additional information dated October 30, 2023 Incorporates Modeling completed dated November 21, 2023 Incorporates Additional information dated May 22, 2024
DAQE-IN161600001-24
Page 15

ACRONYMS

The following lists commonly used acronyms and associated translations as they apply to this document:

40 CFR Title 40 of the Code of Federal Regulations
AO Approval Order
BACT Best Available Control Technology
CAA Clean Air Act
CAAA Clean Air Act Amendments
CDS Classification Data System (used by Environmental Protection Agency to classify
sources by size/type)
CEM Continuous emissions monitor
CEMS Continuous emissions monitoring system
CFR Code of Federal Regulations
CMS Continuous monitoring system
CO Carbon monoxide
CO2 Carbon Dioxide
CO2e Carbon Dioxide Equivalent - Title 40 of the Code of Federal Regulations Part 98,
Subpart A, Table A-1
COM Continuous opacity monitor
DAQ/UDAQ Division of Air Quality
DAQE This is a document tracking code for internal Division of Air Quality use
EPA Environmental Protection Agency
FDCP Fugitive dust control plan
GHG Greenhouse Gas(es) - Title 40 of the Code of Federal Regulations 52.21 (b)(49)(i)
GWP Global Warming Potential - Title 40 of the Code of Federal Regulations Part 86.1818-
12(a)
HAP or HAPs Hazardous air pollutant(s)
ITA Intent to Approve
LB/YR Pounds per year MACT Maximum Achievable Control Technology MMBTU Million British Thermal Units NAA Nonattainment Area NAAQS National Ambient Air Quality Standards NESHAP National Emission Standards for Hazardous Air Pollutants NOI Notice of Intent
NOx Oxides of nitrogen
NSPS New Source Performance Standard
NSR New Source Review
PM10 Particulate matter less than 10 microns in size
PM2.5 Particulate matter less than 2.5 microns in size
PSD Prevention of Significant Deterioration
PTE Potential to Emit
R307 Rules Series 307
R307-401 Rules Series 307 - Section 401
SO2 Sulfur dioxide
Title IV Title IV of the Clean Air Act
Title V Title V of the Clean Air Act
TPY Tons per year
UAC Utah Administrative Code
VOC Volatile organic compounds

Times-News
Publication Name:
Times-News
Publication URL:
nephitimesnewd.com
Publication City and State:
Nephi, UT
Publication County:
Juab
Notice Popular Keyword Category:
Notice Keywords:
mona asphalt
Notice Authentication Number:
202408221154153684448
1761527914
Notice URL:
Back
Notice Publish Date:
Wednesday, August 21, 2024
Notice Content
PUBLIC NOTICE
A Notice of Intent for the following project submitted in accordance with R307-401-1, Utah Administrative Code (UAC), has been received for
consideration by the Director:
Company Name: Geneva Rock Products, Inc.
Location: Geneva Rock Products - Mona Asphalt, Concrete, and Aggregate Pit – 1.5 Miles Northeast of Mona, Mona, UT
Project Description:
Geneva Rock Products (GRP) has requested a new Approval Order to mine aggregate for sale and also for use in the concrete batch plant
(CBP) and hot mix asphalt (HMA) plant within the property boundaries. GRP will produce 1,000,000 tons/yr of aggregate, 300,000 cubic
yards/yr of concrete, and 500,000 tons/yr of asphalt product. GRP will use six (6) crushers, six (6) triple deck screens, 15 conveyor
transfers, four (4) aggregate feeder bins, and one (1) wash plant in the aggregate production facility. The active aggregate mining area will
be 25 acres. Stockpiles will be a maximum of 15 acres. Four (4) diesel fuel storage tanks with a 12,000-gallon capacity each will supply the
front-end loaders, bulldozers, and haul trucks with a total throughput of 288,000 gallons each. The onsite roads will consist of paved and
unpaved haul roads. The CBP has four (4) staging bins containing fly ash, cement, sand, and aggregate; feeders to the central mix area; and
a water heater. The asphalt plant has feeding bins, transfer conveyors, a scalping screen, a drum-mix dryer, a bathhouse, a lime pummel, a
lime silo with an attached dust collector, liquid asphalt storage tanks, and a diesel-fired heater.
The completed engineering evaluation and air quality impact analysis showed the proposed project meets the requirements of federal air
quality regulations and the State air quality rules. The Director intends to issue an Approval Order pending a 30-day public comment period.
The project proposal, estimate of the effect on local air quality and draft Approval Order are available for public inspection and comment at
the Utah Division of Air Quality, 195 North 1950 West, Salt Lake City, UT 84116. Written comments received by the Division at this same
address on or before September 20, 2024 will be considered in making the final decision on the approval/disapproval of the proposed project.
Email comments will also be accepted at [e-mail]. If anyone so requests to the Director in writing within 15 days of publication of
this notice, a hearing will be held in accordance with
R307-401-7, UAC.
Under Section 19-1-301.5, a person who wishes to challenge a Permit Order may only raise an issue or argument during an adjudicatory
proceeding that was raised during the public comment period and was supported with sufficient information or documentation to enable the
Director to fully consider the substance and significance of the issue.
Published in The Times-News, Nephi, Utah on 8/21/2024.
Back

DAQE-NN161600001-24

August 15, 2024

Nephi Times News
Legal Advertising Dept.
96 S Main
Nephi, UT 84648

RE: Legal Notice of Intent to Approve

This letter will confirm the authorization to publish the attached NOTICE in the Nephi Times News on
August 21, 2024.

Please mail the invoice and affidavit of publication to the Utah State Department of Environmental
Quality, Division of Air Quality, P.O. Box 144820, Salt Lake City, Utah 84114-4820. If you have any
questions, contact Jeree Greenwood, who may be reached at [phone].

Sincerely,

{{$s }}

Jeree Greenwood
Office Technician

Enclosure

cc: Juab County
cc: Six County Association of Governments

195 North 1950 West • Salt Lake City, UT
Mailing Address: P.O. Box 144820 • Salt Lake City, UT 84114-4820
Telephone [phone] • Fax [phone] • T.D.D. [phone]
www.deq.utah.gov
Printed on 100% recycled paper
State of Utah

SPENCER J. COX
Governor
DEIDRE HENDERSON
Lieutenant Governor

Department of
Environmental Quality

Kimberly D. Shelley
Executive Director

DIVISION OF AIR QUALITY
Bryce C. Bird
Director

DAQE-NN161600001-24
Page 2
NOTICE

A Notice of Intent for the following project submitted in accordance with R307-401-1, Utah
Administrative Code (UAC), has been received for consideration by the Director:

Company Name: Geneva Rock Products, Inc.
Location: Geneva Rock Products - Mona Asphalt, Concrete, and Aggregate Pit – 1.5 Miles
Northeast of Mona, Mona, UT
Project Description: Geneva Rock Products (GRP) has requested a new Approval Order to mine
aggregate for sale and also for use in the concrete batch plant (CBP) and hot mix
asphalt (HMA) plant within the property boundaries. GRP will produce
1,000,000 tons/yr of aggregate, 300,000 cubic yards/yr of concrete, and 500,000
tons/yr of asphalt product. GRP will use six (6) crushers, six (6) triple deck
screens, 15 conveyor transfers, four (4) aggregate feeder bins, and one (1) wash
plant in the aggregate production facility. The active aggregate mining area will
be 25 acres. Stockpiles will be a maximum of 15 acres. Four (4) diesel fuel
storage tanks with a 12,000-gallon capacity each will supply the front-end
loaders, bulldozers, and haul trucks with a total throughput of 288,000 gallons
each. The onsite roads will consist of paved and unpaved haul roads. The CBP
has four (4) staging bins containing fly ash, cement, sand, and aggregate; feeders
to the central mix area; and a water heater. The asphalt plant has feeding bins,
transfer conveyors, a scalping screen, a drum-mix dryer, a baghouse, a lime
pugmill, a lime silo with an attached dust collector, liquid asphalt storage tanks,
and a diesel-fired heater.

The completed engineering evaluation and air quality impact analysis showed the proposed project meets
the requirements of federal air quality regulations and the State air quality rules. The Director intends to
issue an Approval Order pending a 30-day public comment period. The project proposal, estimate of the
effect on local air quality and draft Approval Order are available for public inspection and comment at the
Utah Division of Air Quality, 195 North 1950 West, Salt Lake City, UT 84116. Written comments
received by the Division at this same address on or before September 20, 2024 will be considered in
making the final decision on the approval/disapproval of the proposed project. Email comments will also
be accepted at [e-mail]. If anyone so requests to the Director in writing within 15 days of
publication of this notice, a hearing will be held in accordance with
R307-401-7, UAC.

Under Section 19-1-301.5, a person who wishes to challenge a Permit Order may only raise an issue or
argument during an adjudicatory proceeding that was raised during the public comment period and was
supported with sufficient information or documentation to enable the Director to fully consider the
substance and significance of the issue.

Date of Notice: August 21, 2024

{{#s=Sig_es_:signer1:signature}}

DAQE-

RN161600001
August 12, 2024
Grant Ensign
Geneva Rock Products, Inc.
730 North 1550 West
Orem, UT 84057
[e-mail]
Dear Grant Ensign,
Re: Engineer Review:
New Mona Aggregate Production Facility, Concrete Batch Plant, and Hot Mix Asphalt Plant
Project Number: N161600001
The DAQ requests a company representative review and sign the attached Engineer Review (ER). This
ER identifies all applicable elements of the New Source Review permitting program. Geneva Rock
Products, Inc. should complete this review within 10 business days of receipt.
Geneva Rock Products, Inc. should contact Mr. Tim DeJulis at [phone] if there are questions or
concerns with the review of the draft permit conditions. Upon resolution of your concerns, please email
Mr. Tim DeJulis at [e-mail] the signed cover letter. Upon receipt of the signed cover letter,
the DAQ will prepare an ITA for a 30-day public comment period. At the completion of the comment
period, the DAQ will address any comments and will prepare an Approval Order (AO) for signature by
the DAQ Director.
If Geneva Rock Products, Inc. does not respond to this letter within 10 business days, the project will
move forward without source concurrence. If Geneva Rock Products, Inc. has concerns that cannot be
resolved and the project becomes stagnant, the DAQ Director may issue an Order prohibiting
construction.
Approval Signature _____________________________________________________________
(Signature & Date)
195 North 1950 West • Salt Lake City, UT
Mailing Address: P.O. Box 144820 • Salt Lake City, UT 84114-4820
Telephone [phone] • Fax [phone] • T.D.D. [phone]
www.deq.utah.gov
Printed on 100% recycled paper
Department of
Environmental Quality
Kimberly D. Shelley
Executive Director
DIVISION OF AIR QUALITY
Bryce C. Bird
Director
State of Utah
SPENCER J. COX
Governor
DEIDRE HENDERSON
Lieutenant Governor

Engineer Review N161600001: Geneva Rock Products- Mona Asphalt, Concrete, and Aggregate Pit
August 12, 2024
Page 1
UTAH DIVISION OF AIR QUALITY
ENGINEER REVIEW

SOURCE INFORMATION

Project Number N161600001
Owner Name Geneva Rock Products, Inc.
Mailing Address 730 North 1500 West
Orem, UT 84057

Source Name Geneva Rock Products- Mona Asphalt, Concrete, and Aggregate
Pit
Source Location 1.5 Miles Northeast of Mona
Mona, UT

UTM Projection 429,887 m Easting, 4,408,585 m Northing
UTM Datum NAD83
UTM Zone UTM Zone 12
SIC Code 1442 (Construction Sand & Gravel)

Source Contact Grant Ensign
Phone Number [phone]
Email [e-mail]

Billing Contact Grant Ensign
Phone Number 801-802-6954
Email [e-mail]

Project Engineer Mr. Tim DeJulis, Engineer
Phone Number [phone]
Email [e-mail]

Notice of Intent (NOI) Submitted July 12, 2023
Date of Accepted Application December 1, 2023

Engineer Review N161600001: Geneva Rock Products- Mona Asphalt, Concrete, and Aggregate Pit
August 12, 2024
Page 2
SOURCE DESCRIPTION

General Description
Geneva Rock Products (GRP) operates an aggregate processing plant, concrete batch plant
(CBP), and hot mix asphalt (HMA) plant located in Mona, Juab County. Aggregate is processed
for sale and for use in the concrete and asphalt plants. Equipment in use at the site includes:
crushers, screens, conveyors, conveyor transfers, aggregate feeder bins, wash plant, feeding bins,
staging bins, truck mix concrete batch plant, drum-mix dryer, a baghouse, a lime pugmill, lime
silo, storage tanks, and a diesel fired heater. The Mona plant produces up to 1,000,000 tons/yr of
aggregate, 300,000 cubic yards/yr of concrete, and 500,000 tons/yr of asphalt.

NSR Classification:
New Minor Source

Source Classification
Located in Attainment Area
Juab County
Airs Source Size: B

Applicable Federal Standards
NSPS (Part 60), A: General Provisions
NSPS (Part 60), I: Standards of Performance for Hot Mix Asphalt Facilities
NSPS (Part 60), OOO: Standards of Performance for Nonmetallic Mineral Processing Plants

Project Proposal
New Mona Aggregate Production Facility, Concrete Batch Plant, and Hot Mix Asphalt Plant

Project Description
Geneva Rock Products (GRP) has requested a new AO to mine aggregate for sale and also for use
in the CBP and HMA plant in the property boundaries. GRP will produce 1,000,000 tons/yr of
aggregate, 300,000 cubic yards/yr of concrete, and 500,000 tons/yr of asphalt product. GRP will
use six (6) crushers, six (6) triple deck screens, 15 conveyor transfers, four (4) aggregate feeder
bins, and one (1) wash plant in the aggregate production facility. The active aggregate mining
area will be 25 acres. Stockpiles will be a maximum of 15 acres. Four (4) diesel fuel storage tanks
with a 12,000-gallon capacity each will supply the front-end loaders, bulldozers, and haul trucks
with a total throughput of 288,000 gallons each. The onsite roads will consist of paved and
unpaved haul roads. The CBP has four staging bins containing fly ash, cement, sand, and
aggregate; feeders to the central mix area; and a water heater. The asphalt plant has feeding bins,
transfer conveyors, a scalping screen, a drum-mix dryer, a baghouse, a lime pugmill, a lime silo
with an attached dust collector, liquid asphalt storage tanks, and a diesel-fired heater.

Engineer Review N161600001: Geneva Rock Products- Mona Asphalt, Concrete, and Aggregate Pit
August 12, 2024
Page 3
EMISSION IMPACT ANALYSIS
All criteria pollutants except for PM10 are below the modeling thresholds contained in R307-410-4. All HAP
emissions except for formaldehyde are below their respective emission threshold values in R307-410-5. DAQ
will evaluate the 1-hour emissions of NOx in order to be sure there are no exceedances. The modeling analysis
of PM10, NOx, and formaldehyde with aggregate production limitations based on the model shown below:

Pollutant Period Prediction Percent
(µg/m3)
PM10 24-Hour 76.12 97.80

Pollutant Period Prediction Percent
(µg/m3)
NOx 1-Hour 112.0 81.20

Pollutant Period Prediction Percent
(µg/m3)
Formaldehyde 1-Hour 35.43 95.8

Aggregate production and hauling from December through February shall be limited to 17 hours per day
between the hours of 6 am and 11 pm. During the remaining months of the year, aggregate production and
hauling can operate 24 hours per day.
[Last updated August 12, 2024]

Engineer Review N161600001: Geneva Rock Products- Mona Asphalt, Concrete, and Aggregate Pit
August 12, 2024
Page 4
SUMMARY OF EMISSIONS

The emissions listed below are an estimate of the total potential emissions from the source. Some
rounding of emissions is possible.

Criteria Pollutant Change (TPY) Total (TPY)
CO2 Equivalent 10433.00
Carbon Monoxide 35.49
Nitrogen Oxides 23.07
Particulate Matter - PM10 38.77
Particulate Matter - PM2.5 5.64
Sulfur Dioxide 14.60
Volatile Organic Compounds 12.74

Hazardous Air Pollutant Change (lbs/yr) Total (lbs/yr)
Acetaldehyde (CAS #75070) 650
Formaldehyde (CAS #50000) 1600
Generic HAPs (CAS #GHAPS) 1160
Hexane (CAS #110543) 460
Naphthalene (CAS #91203) 436
Toluene (CAS #108883) 1464
Change (TPY) Total (TPY)
Total HAPs 2.89

Note: Change in emissions indicates the difference between previous AO and proposed modification.

Engineer Review N161600001: Geneva Rock Products- Mona Asphalt, Concrete, and Aggregate Pit
August 12, 2024
Page 5
Review of BACT for New/Modified Emission Units

1. BACT review regarding Aggregate Processing
Five control technologies were identified for particulate control from aggregate processing
operations. These are: (1) total equipment enclosure; (2) Electrostatic Precipitator (ESP); (3) Wet
Scrubbers; (4) Baghouses (Fabric Filters), and (5) Wet Suppression. Cyclones were not considered.
a control technology for material handling since a cyclone does not remove fine particulate matter.
Total enclosure of the equipment provides the highest percentage of control at 100%; ESPs and
baghouses typically reduce PM10 and PM2.5 emissions by up to 99.9%. Wet scrubbers offer
approximately 95% control and wet suppression offers approximately 75% control.

Because the emissions from crushing, screening, conveying, and transfer points are fugitive in
nature, wet scrubbers, ESPs, and baghouses are eliminated from the BACT analysis. ESPs and wet
scrubbers were eliminated from review since these emission control technologies are either
infeasible in a temperature variable outdoor environment, due to cost, or because they are not
considered effective for fugitive control for aggregate operations. Although the emissions from the
crushers could be captured and vented to a baghouse (fabric filters), this option was determined to
be economically infeasible due to the cost of the ducting and capture system. Wet suppression
using water sprays nozzles or fog bars are effective in minimizing emissions from crushing,
screening, conveying, and transfer points. The most common control technology used to control
fugitive PM10 and PM2.5 is the application of water to maintain moisture throughout the material
handling process and to meet the required State of Utah opacity limits. Wet suppression will be
employed on the crushers, screens, and conveyor transfer points.

Spray systems at transfer points have been estimated to reduce PM emissions by 70 to 95%.
Factors affecting emissions from screening include the stone size distribution and the surface
moisture content of the stone processed as well as the process throughput rate. The Mona facility
will apply water as necessary to maintain relatively high material moisture content to effectively
control PM emissions from material crushing, screening, conveying, and transfer points. The
material at the wash plant will be saturated with water. Therefore, the application of water for
material handling operations is considered to meet BACT. [Last updated June 13, 2024]

2. BACT review regarding Concrete Batch Plant
Loading the sand, aggregate, flyash, and cementitious materials into material bins and silos cause
PM emissions at the top of the bins. Loading the concrete trucks (in-transit mixing) has properties
of both fugitive and point sources. PM emissions from the concrete plant operations are in the
PM10 or larger range.

The following control technologies were identified for controlling PM emissions at a concrete
plant: (1) Dry material storage silos with fabric filters; (2) Aggregate storage piles and handling
operations with water sprays; (3) truck filling with enclosed drop chutes; and (4) enclosure of
concrete plant within structure. At the Mona facility, GRP is proposing to enclose the cement plant
in a four-sided structure and capture PM emissions which will be vented to a baghouse that is at
least 98% effective in removing PM10/PM2.5. Dust collectors are also proposed on all dry material
storage silo vents. Drop chutes will be enclosed for truck fillings. These controls represent BACT
for PM10/PM2.5 emissions from the proposed concrete plant.

The concrete batch plant boiler is a natural gas fired unit capable of achieving [Last updated June
13, 2024]

Engineer Review N161600001: Geneva Rock Products- Mona Asphalt, Concrete, and Aggregate Pit
August 12, 2024
Page 6
3. BACT review regarding HMA Plant
The dryer operations are the main source of pollution at the proposed hot mix asphalt plant.
Combustion emissions from the dryer include products of complete and incomplete combustion.
Products of complete combustion include oxides of nitrogen (NOx) and, if sulfur is present in the
fuel, sulfur dioxide (SO2) and other substances such as carbon dioxide (CO2) and water. Products
of incomplete combustion include carbon monoxide (CO), volatile organic compounds (VOCs)
(including benzene, toluene, and xylenes), and other organic particulate matter. The drum dryer at
the Mona facility will be fired by natural gas, propane, diesel, or residual fuel oil (RFO).

For the drum dryer, two control technologies were identified for reduction of criteria combustion
and HAP emissions. These include: (1) work practice requirements of good combustion practice;
and (2) use of low sulfur gaseous fuels. Incomplete combustion emissions result from improper air
and fuel mixtures, such as poor mixing of fuel and air, inadequate fuel air residence time and
temperature, and quenching of the burner flame. Thus, NOx, VOC, CO, and HAP emissions will be
reduced by ensuring good combustion practices are utilized which include periodic dryer burner
tune-up and proper burner maintenance to increase the efficiency of the burners and operation of
the dryer burner in accordance with manufacturer specifications. In addition, natural gas and
propane are low sulfur fuels which will be utilized on-site along with RFO and diesel. The drum
dryer will use a low-NOx burner capable of delivering equal to or less than 30 ppm NOx in the
output. Thus, BACT for minimizing drum dryer emissions is using a low-NOx burner, good
combustion practices, and use of low sulfur fuels as much as possible.

Emissions from the asphalt plant dryer also include PM10/PM2.5 from the aggregate and a small
amount from fuel combustion. Several add-on technologies were identified for reduction on PM10
and PM2.5 and include: (1) Cyclones; (2) Multiple cyclones; (3) Settling chambers; (4) Fabric filter
baghouses; (5) Wet gas venturi scrubbers, and (6) good combustion practices. Venturi wet gas
scrubber and fabric filter baghouses are most efficient in reducing PM10/PM2.5 emissions with
control efficiencies ranging from 90 - 99.5%. Multiple cyclones have a control efficiency of
approximately 90%, and individual cyclones have a control efficiency from 50 to 75%. Settling
chambers are least efficient with a control efficiency of less than 50%. For the proposed asphalt
plant dryer at Mona, PM10/PM2.5 emissions will be controlled using a fabric filter baghouse with a
control efficiency of 98% or greater. PM10/PM2.5 will have an emission limitation based on this >
98% control efficiency, equaling 0.024 grains/dscf. In addition, GRP will maintain the HMA plant
in good working order and will utilize good combustion practices. All these proposed controls
represent BACT for PM10/PM2.5 emissions from the proposed Mona HMA plant dryer. [Last
updated June 13, 2024]

4. BACT review regarding HMA Plant (continued) and Fugitive PM10/PM2.5
Lime to be used in the HMA process will be stored in enclosed bins. PM10 and PM2.5 emissions are
anticipated from lime handling. The only control technology to reduce particulate emissions from
lime handling was the installation and operation of fabric filters on dust collectors. Dust collectors
are proposed to be utilized on the lime silos at the Mona facility. The control efficiency of fabric
filters on dust collectors is 99%. This represents BACT for minimizing PM10/PM2.5 emissions from
lime silos.

[Last updated June 13, 2024]

5. BACT review regarding Haul Roads
Loader, bulldozer, and haul truck operations will create fugitive PM10 and PM2.5 emissions. Three
front end loaders will be used to transport and load material at the site. A bulldozer will be utilized
to move and smooth overburden. The factors that affect PM10 and PM2.5 emissions include the

Engineer Review N161600001: Geneva Rock Products- Mona Asphalt, Concrete, and Aggregate Pit
August 12, 2024
Page 7
amount and size of material being transported, moisture content of the material, and
climatic/seasonal conditions. Several control technologies were identified to minimize particulate
emissions from loader and dozer operations which include water application and minimizing drop
distances. Other control technologies to minimize particulate emissions such as electrostatic
precipitators, fabric filter baghouses, wet scrubbers, and cyclones are not feasible for use in such a
dynamic environment as loading operations to storage piles, dozing overburden, conveyors, haul
trucks, etc. Thus, electrostatic precipitators, fabric filter baghouses, wet scrubbers, and cyclones
were determined to be technically infeasible.

For unpaved areas where the loaders, bulldozers, and haul trucks will be operating, control
technologies include watering, application of chemical dust suppressants, and use of a low silt
content road base. The unpaved road control options are ranked in order of efficiency. These
efficiencies were obtained from a UDAQ January 12, 2015 Memorandum, Emission factors for
Paved and Unpaved Haul Roads. Paving followed by vacuuming sweeping and water has the
highest control efficiency of 95%. Paved road followed by sweeping and water has a control
efficiency of 90%. Paving, however, costs on average $500,000 per mile which makes it
economically infeasible to pave all roads on-site since road locations at the site will change due to
the location of aggregate activities. The section of roadway from the entrance of the Mona facility
to the HMA plant will be paved. This section of pavement will be vacuum swept and watered
which represents BACT with a 95% control efficiency for paved road segments. Studies have
shown that on heavily traveled unpaved roads, chemical suppression methods are as effective as
watering at regular intervals. Based on information from the UDAQ, chemical suppressant use,
basic watering, and the use of low silt content road base will reduce PM10 and PM2.5 emissions on
unpaved roads by 85%. Thus, chemical suppressant, road base, and water applications are
proposed to be utilized at the Mona facility to suppress PM10 and PM2.5 emissions from unpaved
roads which is considered BACT. [Last updated June 13, 2024]

6. BACT review regarding Disturbed Area
Fugitive particulate (PM10/PM2.5) emissions will be emitted from exposed or disturbed areas.
During the mining process, stripped overburden, or graded overburden from initial removal until
when vegetation starts to grow has the potential to emit fugitive PM10 and PM2.5 from wind and dry
climatic conditions. For exposed or disturbed areas, the following control options were identified:
(1) watering exposed areas, (2) minimal disturbance of the area, and (3) planting vegetation.
Watering large, exposed areas is technically not feasible in an arid climate such as GRP's Mona
facility due to the size of the exposed area, which is proposed at 25 acres. Copious amounts of
water and a several water trucks would be required to maintain the exposed and disturbed areas
with enough moisture to suppress fugitive dust emissions.

Minimally disturbing the area will minimize emissions by reducing the availability of smaller
particulate matter at the surface. Planting vegetation on exposed or disturbed areas that is not
quickly reclaimed can also reduce particulate emissions. According to an article published in 2016
by Phatak titled "A Detailed Look at the Cost of Hydroseeding", the cost to hydro-seed can cost
overall $3,000 per acre. It is cost prohibitive for GRP to hydro-seed 25 acres. Thus, planting
vegetation to reduce particulate emissions from exposed or disturbed areas was not considered
further. The remaining control option, minimal disturbance of the area, will be employed by GRP
at Mona. Minimal disturbance will help reduce fugitive particulate emissions and will give time for
natural vegetation to grow which will further reduce emissions. This option is considered BACT
for exposed and disturbed areas. [Last updated June 13, 2024]

Engineer Review N161600001: Geneva Rock Products- Mona Asphalt, Concrete, and Aggregate Pit
August 12, 2024
Page 8
7. BACT review regarding Storage Piles
Fugitive particulate (PM10/PM2.5) emissions will be emitted from the outdoor storage piles from
material loading and unloading as well as wind.

Three control options were identified for controlling PM10 and PM2.5 emissions from storage piles.
They are: (1) water sprays; (2) full enclosure; and (3) partial enclosure. Full enclosure of piles, the
most effective control option, is typically used at coal processing plants where the coal needs to be
kept dry. These enclosures are usually for piles smaller than what is typically at aggregate
operations. The Mona site will have up to 15 acres of storage piles throughout the property. It is
practically not feasible at aggregate, sand, or gravel operations to enclose the piles due to cost and
the dynamic nature and the location change of mining operations. Partial enclosures are easier to
implement but are still costly and to maintain a required opacity limit, water sprays are still
needed. In very windy areas, barriers can be installed to reduce the impact of wind on storage piles.
Water systems are designed to spray storage piles. These systems are relatively inexpensive and
can be modified to maintain the UDAQ required opacity limit. The DAQ assumes a 50% control
efficiency of fugitive emissions when water sprays are utilized to maintain an opacity limit. This
control technology is commonly implemented on storage piles. Thus, GRP will maintain water
systems to reduce PM10 and PM2.5 emissions from aggregate, gravel, or sand storage piles. The use
of these water spray systems is considered BACT.
[Last updated June 13, 2024]

8. BACT review regarding Fuel Storage Tanks
VOC and HAP emissions will be emitted from above ground storage tanks.

Four (4) horizontal diesel, seven (7) above-ground fixed roof asphalt cement oil, and one (1) RFO
storage tanks are proposed at the Mona facility. Floating roof tanks are commonly used for storing
crude oil, gasoline, and naphtha. Internal floating roofs are most often used for storing low flash
point fuels while external floating roofs are used for medium flash point fuels. Fixed roof tanks are
most often used for high flash point fuels like diesel, kerosene, jet fuel, fuel oils, and asphalt
cement. There are two general types of atmospheric storage tanks: fixed roof tanks and floating
roof tanks.

There are three types of floating roof tanks: external floating roof, internal floating roof, and
covered or domed floating roof. Emissions from storage tanks result from displacement of
headspace vapor during filling operations (working losses) in the case of fixed roof or internal
floating roof tanks, and from diurnal temperature and heating variations (breathing losses). Lower
vapor pressure liquids such as heating oils, diesel, and kerosene are stored in fixed roof tanks.
Typically, filling losses constitute 80-90% of the total losses for fixed roof tanks. Crude oils and
lighter products such as gasoline are stored in floating roof tanks. Most of the emissions from
floating roof tanks are due to standing losses. Compliance options for VOC emission controls on
these tanks includes using a fixed roof with an internal floating roof or an external floating roof
meeting certain design specification and/or using a closed-vent system and control device that
meet the requirements of 40 CFR Part 60 Subpart Kb.

Asphalt is produced in refinery distillation towers and solvent extraction units and is typically
stored in fixed roof tanks due to its low volatility. The proposed aboveground storage tanks have
the potential to create VOCs and HAPs resulting from evaporative losses during storage, filling
and emptying. Two add-on control technologies as well as best management practices were
identified to reduce VOC emissions from fixed roof diesel and asphalt cement tanks. These
include: carbon adsorption, incinerator, and best management practices. Both carbon adsorption
and incineration are effective control technologies having greater 95% and 98% control

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Page 9
efficiencies. Best management practices are considered the baseline for controlling VOC emissions
from fixed roof tanks. Vapor losses from fixed roof vertical tanks are primarily due to changes in
the atmospheric temperature and pressure as well as liquid level changes inside the tank. Due to
the low volatility of the products to be stored, GRP is proposing fixed roof diesel, asphalt cement,
and RFO storage tanks with no additional add on vapor recovery technology. The cost of a vapor
control system is a function of the vapor flow rate to the system. The flow rate is controlled by the
rate at which liquids are pumped into the tank. The volume of VOC vapors expected from the
proposed tanks is 0.40 tons. Due to the low volatility of the products being stored, additional
emission controls are not required. Thus, the control technologies identified for the fixed roof tanks
is submerged filling of each tank and best management practices.

Best management practices include regular inspection of the tanks and associated piping and
reducing breathing and working losses from the tank. Breathing losses can be by minimizing the
vapor space in the tank. In fixed-roof tanks, breathing losses can account for 10% to 95% of total
annual emissions. For fixed-roof tanks, liquid level matters significantly for emission generation:
the emptier the tank is, the more room there is for vapors to build up. However, it's not until those
vapors are pushed outwards with enough force to pass through the roof vent that these vapors
become fugitive emissions. [Last updated June 13, 2024]

9. BACT review regarding Fuel Storage Tanks (continued)
To prevent breathing losses the tank head space will be reduced by operating at a full level and
constant rate. Tanks that operate conservation vents at 2.5 psig or higher will often have low
breathing losses, or none. Reducing the number of tank turnovers per year will reduce working loss
emissions. Regular inspection of the above ground storage tank and associated piping for leaks will
also reduce VOC emissions. Thus, BACT for VOC and HAPS from the diesel, asphalt cement, and
RFO storage tanks is proper maintenance which includes regular inspection of the aboveground
storage tanks and associated piping for leaks and reducing breathing and working losses from the
tank. [Last updated June 13, 2024]

10. BACT review regarding Boilers for the CBP and HMA Plant
A 9.9 MMBtu/hr hot water boiler at the concrete batch plant and a 5.0 MMBtu/hr hot oil boiler at
the asphalt plant are proposed to be operated at their rated capacities. Emissions from combustion,
including NOx, SO2, CO, PM10/PM2.5 and VOC are expected from the hot water and hot oil boilers
when fired on diesel fuel, propane, and natural gas.

NOx Emissions
The following control options were evaluated for controlling NOx emissions from the hot water
and hot oil boilers: good combustion and management practices, low NOx burners, and flue gas
recirculation. Good combustion and management practices include the following components:
proper air/fuel mixing in the combustion zone, high temperatures and low oxygen levels in the
primary combustion zone, and sufficient residence time to complete combustion. Good combustion
practices are accomplished by controlling the temperature of the flame at the main burner and
controlling the amount of oxygen and nitrogen available for the reaction. Low-NOx burner
technology uses advanced burner design to reduce NOx formation through the restriction of
oxygen, flame temperature, and/or residence time.

Flue gas recirculation (FGR) can control NOx from the two (2) boilers. FGR involves the
recycling of fuel gas into the air-fuel mixture at the burner to help cool the burner flame. At the
CBP, the proposed hot water boiler will be fired on either diesel fuel, propane, or natural gas.
Natural gas will not be available to the site for some time due to the extreme cost of bringing in a
line since the line would need to be bored under Interstate 15 (I-15) at a current cost of over

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Page 10
$1,000,000. Using conservative emission factors from AP-42, the hot water and hot oil boilers
NOx emissions were estimated to be 0.143 lb NOx/MMbtu which equates to approximately 111.4
ppm (based on a conversion rate of rate of 780 lb/MMBtu to ppm at 3% oxygen (O2), dry, for #2
fuel oil or diesel). If natural gas were used, using conservative AP-42 emission factors, NOx
emissions were estimated to be 0.049 lb/MMbtu which equates to approximately 40.8 ppm NOx
(conversion rate of 833 lbs/MMBtu to ppm for natural gas at 3% O2. The emission of 40.8 ppm is
in line with emissions from similar hot water and hot oil heaters run on natural gas at other GRP
facilities. [Last updated June 13, 2024]

11. BACT review regarding Boilers for the CBP and HMA Plant continued
A cost estimate was obtained for a 9.9 MMBtu/hr hot water boiler fired on natural gas. The cost for
a 9.9 MMBtu/hr hot water boiler fired on natural gas was estimated to be $207,084 (including
freight). The total annual operating cost was estimated to be $23,508. The difference (or reduction)
in emissions from firing a 9.9 MMBtu/hr hot water boiler on diesel and replacing diesel with
natural gas was estimated to be 4.06 tons of NOx. Thus, the total annual cost per ton of NOx
reduction is $5,790. However, as mentioned above, this cost does not include the construction of a
natural gas pipeline which has been estimated to be over $1,000,000 and would require installation
under I-15. While use of natural gas would provide the lowest emissions, at this time, the use of
natural gas is not an option due to cost and logistics of bringing a pipeline to the site.

A cost estimate was also obtained for the proposed 5.0 MMBtu/hr asphalt plant hot oil boiler fired
by diesel and an equivalent unit fired on natural gas. The cost for a 5.0 MMBtu/hr hot oil boiler
fired on natural gas was estimated to be $105,820 (including freight). Total annual operating cost
was estimated to be $13,082. The difference (reduction) in emissions from firing a 5.0 MMBtu/hr
hot oil boiler on diesel and replacing diesel with natural gas was estimated to be 2.02 tons of NOx.
Thus, the total annual cost per ton of NOx reduction is $6,350. However, this cost does not include
the construction of a natural gas line which has been estimated to be over $1,000,000 and would
require installation under Interstate 15. The use of natural gas for the proposed hot water heater or
hot water boiler at this time is not economically feasible and has been eliminated at this time for
consideration. In addition, based on the estimated NOx emissions from these units firing natural
gas 2.12 TPY for the hot water heater and 1.07 TPY for the hot oil heater, the addition of any add-
on technologies would be cost prohibitive and are not economically feasible. Thus, BACT for the
9.9 MMBtu/hr hot water boiler and 5.0 MMBtu/hr hot oil heater is based on the use of FGR in
each boiler; good combustion and management practices; proper equipment design and operation;
and the use of ultra-low sulfur fuel or propane. [Last updated June 19, 2024]

12. BACT review regarding Boilers for the CBP and HMA Plant (continued)
CO and VOC Emissions
Carbon monoxide is a product of the chemical reaction between carbonaceous fuels and oxygen.
VOC emissions are the fuel source passing through the combustion chamber and secondary
reactions creating them. Only one control option, good combustion practices, was identified to
control CO and VOC emissions from small boilers such as the proposed 9.9 MMBtu/hr hot water
boiler and 5.0 MMBtu/hr hot oil boiler. The control technology identified to reduce CO emissions
is through good engineering design of the equipment utilizing good combustion practices. Good
combustion practices for CO and VOC include adequate fuel residence times, proper fuel-air
mixing, and temperature control. Natural gas will not be available to the site for some time due to
the extreme cost of bringing in a line since the line would need to be bored under I-15 at a current
cost of over $1,000,000. Thus, BACT for CO and VOC for the 9.9 MMBtu/hr hot water boiler and
5.0 MMBtu/hr hot oil heater is based on good combustion practices; proper equipment design and
operation; and the use of ultra-low sulfur diesel or propane.

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PM10/PM2.5 Emissions
For this BACT analysis, all particulate emissions were considered PM2.5 which is a subset of PM10.
The following is a list of combustion and post-combustion control technologies which were
identified for controlling PM10/PM2.5 emissions: good combustion practices, use of clean burning
fuels, and proper design and operation. Combustion controls or "proper combustion" to minimize
PM10/PM2.5 emissions include adequate fuel residence time, proper fuel-air mixing, and
temperature control to ensure the maximum amount of fuel is combusted. The use of clean-burning
fuels, such as natural gas which has only trace amounts of sulfur that can form particulates, will
result in minimal formation of PM10/PM2.5 during combustion. Thus, the only control technology
identified in the RBLC database for liquid-fired boilers in the proposed sizes is a work practice
requirement to adhere to good combustion practices and use of low sulfur fuels such as low sulfur
diesel fuel or naturas gas. These control strategies are technically feasible and will not cause any
adverse energy, economic or environmental impacts. As mentioned previously, natural gas will not
be available to the site for some time due to the extreme cost of bringing in a line since the line
would need to be bored under I-15 at a current cost of over $1,000,000. The use of natural gas for
the proposed hot water heater or hot water boiler at this time is not economically feasible and has
been eliminated at this time for consideration. Hence, BACT for PM10/PM2.5 for the 9.9
MMBtu/hr hot water boiler and 5.0 MMBtu/hr hot oil heater is good combustion practices; proper
equipment design and operation; and the use of low sulfur diesel fuel or propane.

SO2 Emissions
SO2 emissions from the proposed 9.9 MMBtu/hr hot water boiler and 5.0 MMBtu/hr hot oil heater
will be a result of oxidation of fuel sulfur. Using lower sulfur fuels can lower SO2 emissions. Only
one control option was found which is to limit the amount of sulfur in the fuel. Since natural gas
will not be available to the site for some time due to the extreme cost of bringing in a line since the
line would need to be bored under I-15 at a current cost of over $1,000,000, GRP will be using low
sulfur diesel fuel or propane as the primary fuel. The use of a lower sulfur content fuel is
considered a control technology. The use of a lower sulfur content fuel for the boilers of the
proposed sizes is a feasible SO2 control technology for the proposed hot oil and hot water boilers.
Hence, BACT for SO2 for the 9.9 MMBtu/hr hot water boiler and 5.0 MMBtu/hr hot oil heater is
the use of low sulfur diesel (15 ppm) or propane as the primary fuels. [Last updated June 19, 2024]

SECTION I: GENERAL PROVISIONS

The intent is to issue an air quality AO authorizing the project with the following recommended
conditions and that failure to comply with any of the conditions may constitute a violation of the
AO. (New or Modified conditions are indicated as “New” in the Outline Label):

I.1 All definitions, terms, abbreviations, and references used in this AO conform to those used in
the UAC R307 and 40 CFR. Unless noted otherwise, references cited in these AO conditions
refer to those rules. [R307-101]

I.2 The limits set forth in this AO shall not be exceeded without prior approval. [R307-401]

I.3 Modifications to the equipment or processes approved by this AO that could affect the
emissions covered by this AO must be reviewed and approved. [R307-401-1]

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I.4 All records referenced in this AO or in other applicable rules, which are required to be kept by
the owner/operator, shall be made available to the Director or Director's representative upon
request, and the records shall include the two-year period prior to the date of the request.
Unless otherwise specified in this AO or in other applicable state and federal rules, records
shall be kept for a minimum of two (2) years. [R307-401-8]

I.5 At all times, including periods of startup, shutdown, and malfunction, owners and operators
shall, to the extent practicable, maintain and operate any equipment approved under this AO,
including associated air pollution control equipment, in a manner consistent with good air
pollution control practice for minimizing emissions. Determination of whether acceptable
operating and maintenance procedures are being used will be based on information available
to the Director which may include, but is not limited to, monitoring results, opacity
observations, review of operating and maintenance procedures, and inspection of the source.
All maintenance performed on equipment authorized by this AO shall be recorded. [R307-
401-4]

I.6 The owner/operator shall comply with UAC R307-107. General Requirements: Breakdowns.
[R307-107]

I.7 The owner/operator shall comply with UAC R307-150 Series. Emission Inventories. [R307-
150]

I.8 The owner/operator shall submit documentation of the status of construction or modification
to the Director within 18 months from the date of this AO. This AO may become invalid if
construction is not commenced within 18 months from the date of this AO or if construction is
discontinued for 18 months or more. To ensure proper credit when notifying the Director,
send the documentation to the Director, attn.: NSR Section. [R307-401-18]

SECTION II: PERMITTED EQUIPMENT
The intent is to issue an air quality AO authorizing the project with the following recommended
conditions and that failure to comply with any of the conditions may constitute a violation of the
AO. (New or Modified conditions are indicated as “New” in the Outline Label):

II.A THE APPROVED EQUIPMENT

II.A.1
NEW
Geneva Rock
Mona Hot Mix Asphalt, Concrete, and Aggregate Site

II.A.2
NEW
Crushers
Two (2) Jaw, Cone, VSI, or HSI Crushers
1000 tons/hr each
NSPS Subpart OOO

Four (4) Jaw, Cone, VSI, or HSI Crushers
600 tons/hr each
NSPS Subpart OOO

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II.A.3
NEW
Screens
Six (6) Triple-Deck Screens
20' x 30' each
NSPS Subpart OOO

II.A.4
NEW
Various Conveyors
NSPS Subpart OOO

One (1) Aggregate Wash Plant Conveyor
Listed for informational purposes only.

II.A.5
NEW
Aggregate Feeder Bins
Four (4) Aggregate Feeder Bins
NSPS Subpart OOO

II.A.6
NEW
Concrete Batch Plant
One (1) Concrete Batch Plant with the following equipment:
One (1) sand storage silo
One (1) aggregate storage silo
One (1) 60-ton flyash storage silo with a dust collector
Two (2) 80-ton cement storage silos with a dust collector each
One (1) weigh hopper
One (1) 9.9 MMBtu/hr water heater (see below item in this equipment list)
Assorted conveyors

II.A.7
NEW
Concrete Batch Plant Boiler
One (1) Concrete Batch Plant Boiler
Capacity: 9.9 MMBtu/hr
Fuel: diesel, propane, or natural gas

II.A.8
NEW
Hot Mix Asphalt Plant
One (1) Hot Mix Asphalt Plant with the following equipment included:
One (1) drum mix dryer with a heating unit (see below item in this equipment list)
One (1) mixing drum
One (1) lime pugmill system
One (1) lime silo with a dust collector
One (1) fabric filter (see below item in this equipment list)
One (1) 5.0 MMBtu/hr boiler (see below item in this equipment list)
Six (6) asphalt oil storage tanks (see below item in this equipment list)
NSPS Subpart I

II.A.9
NEW
Asphalt Plant Boiler
One (1) Asphalt Plant Boiler
Capacity: 5.0 MMBtu/hr
Fuel: Natural Gas, Propane, Diesel Fuel, or On-Specification Used Oil
NSPS Subpart I

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August 12, 2024
Page 14
II.A.10
NEW
Asphalt Drum Mixer
One (1) Asphalt Drum Mixer with Heater
Capacity: 425 tons/hr
Rating: 150 MMBtu/hr
Fuel: Natural Gas, Propane, Diesel Fuel, or On-Specification Used Oil
NSPS Subpart I

II.A.11
NEW
Asphalt Drum Mixer Baghouse
One (1) Baghouse
Flowrate: 86,217 dscfm

II.A.12
NEW
Storage Tanks
12 Storage Tanks
Capacities:
Tank 1 - 4 12,000 gallons (diesel fuel) each
Tank 5 4,000 gallons (asphalt cement)
Tank 6 25,000 gallons (asphalt cement)
Tank 7 30,000 gallons (asphalt cement)
Tank 8 35,000 gallons (asphalt cement)
Tank 9 - 10 60,000 gallons (asphalt cement) each
Tank 11 60,000 gallons (RFO)
Tank 12 250,000 gallons (asphalt cement)

SECTION II: SPECIAL PROVISIONS
The intent is to issue an air quality AO authorizing the project with the following recommended
conditions and that failure to comply with any of the conditions may constitute a violation of the
AO. (New or Modified conditions are indicated as “New” in the Outline Label):

II.B REQUIREMENTS AND LIMITATIONS

II.B.1
NEW
Plantwide Requirements
II.B.1.a
NEW
The owner/operator shall not produce more than the following:

A. 1,000,000 tons of aggregate per rolling 12-month period

B. 300,000 cubic yards of concrete per rolling 12-month period

C. 500,000 tons of finished asphalt per rolling 12-month period. [R307-401-8]

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Page 15
II.B.1.a.1
NEW
The owner/operator shall:

A. Determine production with a scale or a cubic yard measurement device

B. Record production on a daily basis

C. Use the production data to calculate a new rolling 12-month total by the 20th day
of each month using data from the previous 12 months

D. Keep the production records for all periods the plant is in operation.

[R307-401-8]

II.B.2
NEW
HMA Plant Requirements
II.B.2.a
NEW
The owner/operator shall not allow visible emissions from the hot mix asphalt plant baghouse
or storage silo fabric filters on site to exceed 10% opacity. [R307-401-8]

II.B.2.a.1
NEW
Opacity observations of emissions from stationary sources shall be conducted according to 40
CFR 60, Appendix A, Method 9. [R307-401-8]

II.B.2.b
NEW
The owner/operator shall not emit more than the following rates and concentrations from the
HMA plant baghouse:

Pollutant lb/hr grains/dscf
Filterable PM10 9.80 0.024
Filterable PM2.5 1.20 0.024.

[R307-401-8]

II.B.2.b.1
NEW
Compliance Demonstration
To demonstrate compliance with the emission limitations above, the owner/operator shall
perform stack testing on the emissions unit according to the stack testing conditions contained
in this AO. [R307-165-2, R307-401-8]

II.B.2.b.2
NEW
Initial Test
The owner/operator shall conduct an initial stack test on the emission unit within 180 days
after startup of the emission unit. [R307-165-2]

II.B.2.b.3
NEW
Test Frequency
The owner/operator shall conduct a stack test on the emission unit within five years after the
date of the most recent stack test of the emission unit. The Director may require the
owner/operator to perform a stack test at any time. [R307-165-2, R307-401-8]

II.B.3
NEW
Stack Testing Requirements
II.B.3.a
NEW
The owner/operator shall conduct any stack testing required by this AO according to the
following conditions. [R307-401-8]

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Page 16
II.B.3.a.1
NEW
Notification
At least 30 days prior to conducting a stack test, the owner/operator shall submit a source test
protocol to the Director. The source test protocol shall include the items contained in
R307-165-3. If directed by the Director, the owner/operator shall attend a pretest conference.
[R307-165-3, R307-401-8]

II.B.3.a.2
NEW
Testing & Test Conditions
The owner/operator shall conduct testing according to the approved source test protocol and
according to the test conditions contained in R307-165-4. [R307-165-4, R307-401-8]

II.B.3.a.3
NEW
Access
The owner/operator shall provide Occupational Safety and Health Administration (OSHA)- or
Mine Safety and Health Administration (MSHA)-approved access to the test location. [R307-
401-8]

II.B.3.a.4
NEW
Reporting
No later than 60 days after completing a stack test, the owner/operator shall submit a written
report of the results from the stack testing to the Director. The report shall include validated
results and supporting information. [R307-165-5, R307-401-8]

II.B.3.a.5
NEW
Possible Rejection of Test Results
The Director may reject stack testing results if the test did not follow the approved source test
protocol or for a reason specified in R307-165-6. [R307-165-6, R307-401-8]

II.B.3.b
NEW
Test Methods
When performing stack testing, the owner/operator shall use the appropriate EPA-approved
test methods as acceptable to the Director. Acceptable test methods for pollutants are listed
below. [R307-401-8]

II.B.3.b.1
NEW
Standard Conditions
A. Temperature - 68 degrees Fahrenheit (293 K)

B. Pressure - 29.92 in Hg (101.3 kPa)

C. Averaging Time - As specified in the applicable test method.

[40 CFR 60 Subpart A, 40 CFR 63 Subpart A, R307-401-8]

II.B.3.b.2
NEW
Filterable PM10
40 CFR 60, Appendix A, Method 5; 40 CFR 51, Appendix M, Method 201; Method 201A; or
other EPA-approved testing method as acceptable to the Director. If other approved testing
methods are used which cannot measure the PM10 fraction of the filterable particulate
emissions, all of the filterable particulate emissions shall be considered PM10. [R307-401-8]

II.B.3.b.3
NEW
Filterable PM2.5
40 CFR 60, Appendix A, Method 5; 40 CFR 51, Appendix M, Method 201A or other EPA-
approved testing method as acceptable to the Director. If other approved testing methods are
used which cannot measure the PM2.5 fraction of the filterable particulate emissions, all of the
filterable particulate emissions shall be considered PM2.5. [R307-401-8]

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Page 17
II.B.3.c
NEW
The owner/operator shall use natural gas, propane, diesel fuel (e.g. fuel oil #1 or #2), on-
specification used oil as defined in R315-15, or any combination thereof as fuel in the hot mix
asphalt plant. [R307-401-8]

II.B.3.d
NEW
The owner/operator shall only combust diesel fuel that meets the definition of ultra-low sulfur
diesel (ULSD), which has a sulfur content of 15 ppm or less. [R307-401-8]

II.B.3.d.1
NEW
To demonstrate compliance with the ULSD fuel requirement, the owner/operator shall
maintain records of diesel fuel purchase invoices or obtain certification of sulfur content from
the diesel fuel supplier. The diesel fuel purchase invoices shall indicate that the diesel fuel
meets the ULSD requirements. [R307-401-8]

II.B.4
NEW
Baghouse Requirements
II.B.4.a
NEW
The owner/operator shall use a baghouse to control particulate emissions from the hot mix
asphalt plant dryer and mixer drums on site. [R307-401-8]

II.B.4.b
NEW
The owner/operator shall install a manometer or magnehelic pressure gauge to measure the
static pressure drop across the hot mix asphalt plant baghouse. [R307-401-8]

II.B.4.b.1
NEW
The pressure gauge shall be located such that an inspector/operator can safely read the
indicator at any time. [R307-401-8]

II.B.4.b.2
NEW
The pressure gauge shall measure the pressure drop in 1-inch water column increments or less.
[R307-401-8]

II.B.4.c
NEW
At least once every 12 months, the owner/operator shall calibrate the pressure gauges in
accordance with the manufacturer's instructions or replace the gauges. [R307-401-8]

II.B.4.c.1
NEW
The owner/operator shall maintain records of the pressure gauge calibrations and
replacements. [R307-401-8]

II.B.4.d
NEW
The owner/operator shall maintain the static pressure drop across the hot mix asphalt plant
baghouse during operation between 1.5 and 8 inches of water column. [R307-401-8]

II.B.4.d.1
NEW
The owner/operator shall record the pressure drop at least once per operating day. [R307-401-
8]

II.B.4.d.2
NEW
The owner/operator shall maintain records of the pressure drop readings. [R307-401-8]

II.B.4.e
NEW
The owner/operator shall install a fabric filter on each lime storage silo associated with the hot
mix asphalt plant to control particulate emissions generated during the filling of the lime silos.
Displaced air from each lime silo shall pass through a fabric filter before being vented to the
atmosphere. [R307-401-8]

II.B.5
NEW
Concrete Batch Plant Requirements
II.B.5.a
NEW
The owner/operator shall use a baghouse to control emissions from the weigh hopper loading
of the concrete batch plant. [R307-401-8]

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Page 18
II.B.5.b
NEW
The owner/operator shall install a manometer or magnehelic pressure gauge to measure the
static pressure drop across the concrete batch plant baghouse. [R307-401-8]

II.B.5.b.1
NEW
The pressure gauge shall be located such that an inspector/operator can safely read the
indicator at any time. [R307-401-8]

II.B.5.b.2
NEW
The pressure gauge shall measure the pressure drop in 1-inch water column increments or less.
[R307-401-8]

II.B.5.c
NEW
At least once every 12 months, the owner/operator shall calibrate the pressure gauges in
accordance with the manufacturer's instructions or replace the gauges. [R307-401-8]

II.B.5.c.1
NEW
The owner/operator shall maintain records of the pressure gauge calibrations and
replacements. [R307-401-8]

II.B.5.d
NEW
The owner/operator shall maintain the static pressure drop across the concrete batch plant
baghouse during operation between 1.5 and 8 inches of water column. [R307-401-8]

II.B.5.d.1
NEW
The owner/operator shall record the pressure drop at least once per operating day. [R307-401-
8]

II.B.5.d.2
NEW
The owner/operator shall maintain records of the pressure drop readings. [R307-401-8]

II.B.5.e
NEW
The owner/operator shall install a fabric filter on each material storage silo associated with the
concrete batch plant to control particulate emissions generated during the filling of the silos.
Displaced air from each silo shall pass through a fabric filter before being vented to the
atmosphere. [R307-401-8]

II.B.5.f
NEW
The owner/operator shall not allow visible emissions from the concrete batch plant baghouse
or storage silo fabric filters on site to exceed 7% opacity. [R307-401-8]

II.B.5.f.1
NEW
Opacity observations of emissions from stationary sources shall be conducted according to 40
CFR 60, Appendix A, Method 9. [R307-401-8]

II.B.6
NEW
Aggregate Processing Requirements
II.B.6.a
NEW
The owner/operator shall install water sprays on each crusher, screen, conveyor transfer point,
and conveyor drop point on site to control emissions. Water sprays shall operate as necessary
to prevent visible emissions from exceeding the opacity limits listed in this AO. [R307-401-8]

II.B.6.b
NEW
The owner/operator shall perform monthly periodic inspections to check that water is flowing
to water sprays associated with each crusher, screen, and conveyor. If the owner/operator
finds that water is not flowing properly during an inspection of the water sprays, the
owner/operator shall initiate corrective action within 24 hours and complete corrective action
as expediently as practical. [40 CFR 60 Subpart OOO, R307-401-8]

Engineer Review N161600001: Geneva Rock Products- Mona Asphalt, Concrete, and Aggregate Pit
August 12, 2024
Page 19
II.B.6.b.1
NEW
Records of the water spray inspections shall be maintained in a logbook for all periods when
the plant is in operation. The records shall include the following items:

A. Date the inspections were made

B. Any corrective actions taken

C. Control mechanism used if sprays are not operating.

[40 CFR 60 Subpart OOO, R307-401-8]

II.B.6.c
NEW
The owner/operator shall not exceed the following opacity limits for indicated the emission
units.

A. Crushers - 12% Opacity

B. Screens - 7% Opacity

C. Conveyor Transfer Points - 7% Opacity

D. Conveyor Drop Points - 7% Opacity

E. All Other Points - 20% Opacity.

[40 CFR 60 Subpart OOO, R307-401-8]

II.B.6.c.1
NEW
Opacity observations of emissions from stationary sources shall be conducted according to 40
CFR 60, Appendix A, Method 9. [R307-401-8]

II.B.6.d
NEW
The owner/operator shall not operate the aggregate production and hauling for 17 hours per
day, before 6 am and after 11 pm, after December 1 to before March 1. The owner/operator
shall operate the aggregate production and hauling 24-hours per day the rest of the year.
[R307-401-8]

II.B.6.d.1
NEW
The owner/operator shall keep and maintain the following records of operation for all periods
of aggregate production and hauling:

A. Time operations begin each day

B. Time operations end each day.

[R307-401-8]

II.B.7
NEW
Crushers, Screens, and Conveyors Subject to NSPS Subpart OOO:
II.B.7.a
NEW
The owner/operator shall conduct an initial performance test for each crusher, screen, and
conveyor transfer point on site. Performance tests shall demonstrate compliance with the
limitations specified in Table 3 to Subpart OOO. [40 CFR 60 Subpart OOO]

Engineer Review N161600001: Geneva Rock Products- Mona Asphalt, Concrete, and Aggregate Pit
August 12, 2024
Page 20
II.B.7.a.1
NEW
Initial performance tests for fugitive emissions limits shall be conducted according to 40 CFR
60.675(c). The owner or operator may use methods and procedures specified in 40 CFR
60.675(e) as alternatives to the reference methods and procedures specified in 40 CFR
60.675(c). [40 CFR 60 Subpart OOO]

II.B.7.a.2
NEW
The owner/operator shall keep and maintain records of the initial performance test for each
crusher, screen, and conveyor for the life of the equipment. [40 CFR 60 Subpart OOO, R307-
401-8]

II.B.8
NEW
Haul Roads and Fugitive Dust Requirements
II.B.8.a
NEW
The owner/operator shall not allow visible emissions from haul roads and fugitive dust
sources to exceed 20% opacity on site. [R307-205-4, R307-401-8]

II.B.8.a.1
NEW
Visible emission determinations for fugitive dust from haul roads and operational areas shall
use procedures similar to Method 9. The normal requirement for observations to be made at
15-second intervals over a six-minute period, however, shall not apply. Visible emissions
shall be measured at the densest point of the plume but at a point not less than one-half vehicle
length behind the vehicle and not less than one-half the height of the vehicle. [R307-205-4,
R307-401-8]

II.B.8.b
NEW
The owner/operator shall pave the haul road from the site entrance to the HMA plant. [R307-
401-8]

II.B.8.c
NEW
The haul roads shall comply with the following lengths:

A. Paved haul roads shall not be less than 550 feet

B. Unpaved hot-mix asphalt haul road shall not exceed 3,221 feet

C. Unpaved concrete haul road shall not exceed 2,535 feet

D. Unpaved wash plant haul road shall not exceed 2,693 feet

E. Unpaved aggregate haul road shall not exceed 5,544 feet

F. Loader main operating area shall not exceed 264 feet.

[R307-401-8]

II.B.8.c.1
NEW
Compliance shall be determined through Global Positioning System (GPS) measurements or
aerial photographs. [R307-401-8]

II.B.8.c.2
NEW
The owner/operator shall measure the six (6) roadways once per year each. The
owner/operator shall keep these measurements in a log book. [R307-401-8]

II.B.8.d
NEW
The owner/operator shall cover all unpaved haul roads and wheeled-vehicle operational areas
with road base and chemical suppressants to maintain the opacity limits in this AO. An
operational water truck shall be available during each operating day. [R307-401-8]

Engineer Review N161600001: Geneva Rock Products- Mona Asphalt, Concrete, and Aggregate Pit
August 12, 2024
Page 21
II.B.8.d.1
NEW
The owner/operator shall keep the following records for water and/or chemical dust
suppressant application:

A. The material used

B. The date of application

C. The quantity used. [R307-401-8]

II.B.8.d.2
NEW
The owner/operator shall use water application to maintain the opacity limits listed in this AO.
[R307-401-8]

II.B.8.d.3
NEW
If the temperature is below freezing, the owner/operator may stop applying water to the
unpaved haul roads or wheeled-vehicle operational areas. [R307-401-8]

II.B.8.e
NEW
The owner/operator shall vacuum sweep and flush with water all the paved roads on site to
maintain the opacity limits in this AO. An operational vacuum sweeper and water truck shall
be available each operating day. [R307-401-8]

II.B.8.e.1
NEW
If the temperature is below freezing, the owner/operator shall continue to sweep the paved
haul road, but may stop flushing the roads with water. If the paved haul roads are covered with
snow or ice, the owner/operator may stop vacuum sweeping. [R307-401-8]

II.B.8.e.2
NEW
The owner/operator shall not exceed a combined area of 15 acres of all storage piles. [R307-
401-8]

II.B.8.e.3
NEW
To determine compliance with the total acres of the storage piles, the owner/operator shall
measure the total area of the storage piles at least once every six months and shall maintain a
record of the total acres of the storage piles. Compliance shall be determined through GPS
measurements or aerial photographs. The area of each storage pile shall be added together to
obtain the total area of all the storage piles on site. Records of the total acres of the storage
piles shall contain the following:

A. Date of measurements

B. Size of each storage pile on site

C. Total acres of all storage piles combined.

[R307-401-8]

II.B.8.f
NEW
The owner/operator shall not exceed a combined disturbed mining area of 25 acres. [R307-
401-8]

II.B.8.f.1
NEW
Compliance shall be determined through Global Positioning System (GPS) measurements or
aerial photographs. [R307-401-8]

II.B.8.f.2
NEW
The owner/operator shall measure the disturbed mining area once per year. The
owner/operator shall keep the measurement in a log book. [R307-401-8]

Engineer Review N161600001: Geneva Rock Products- Mona Asphalt, Concrete, and Aggregate Pit
August 12, 2024
Page 22
II.B.8.g
NEW
The owner/operator shall apply water to fugitive dust sources to prevent visible emissions
from exceeding the opacity limits listed in this AO. The owner/operator may stop applying
water to fugitive dust sources when the temperature is below freezing, but shall apply other
controls as necessary to prevent visible emissions from exceeding the opacity limits listed in
this AO. [R307-205-4, R307-401-8]

II.B.8.g.1
NEW
The owner/operator shall keep records of water application and fugitive dust control for all
periods when the plant is in operation. The records shall include the following items:

A. Date and time treatments were made

B. Number of treatments made and quantity of water applied

C. Rainfall amount received, if any

D. Records of temperature, if the temperature is below freezing

E. Records of any other controls used to reduce fugitive dust. [R307-205-4, R307-401-8]

Engineer Review N161600001: Geneva Rock Products- Mona Asphalt, Concrete, and Aggregate Pit
August 12, 2024
Page 23
PERMIT HISTORY

When issued, the approval order shall supersede (if a modification) or will be based on the
following documents:

Is Derived From NOI dated July 13, 2023
Incorporates Additional information dated October 30, 2023
Incorporates Modeling completed dated November 21, 2023
Incorporates Additional information dated May 22, 2024

REVIEWER COMMENTS

1. Comment regarding Emission Estimates:
The emission estimates from the following processes are calculated as follows:

CBP
Emissions estimates from the concrete batching plant are from AP-42 Section 11.12

HMA Plant
Emission estimate from the asphalt plant are from AP-42 Section 11.1

Aggregate Processing
Emission estimates from the crusher/(dry) screens/conveyors are from AP-42 Section 11.19.2
Emission estimates from bulldozing are from AP-42 Section 11.9
Emission estimates from loader routes are from AP-42 Section 13.3.3
Emission estimates from storage piles are from AP-42 Section 8.19 (4th edition)
Emission estimates from disturbed ground are from AP-42 Section 11.9 and 13.2.5.3
Emission estimates from the use of unpaved roads are from AP-42 Section 13.2.2
Emission estimates from aggregate handling are from AP-42 Section 11.19.2
Emission estimates from material handling are from AP-42 Section 13.2.4.3
Emission estimates from the diesel fuel storage tanks are from AP-42 Section 7
Emission estimates from the generator engine are from the manufacturer and from AP-42 Section
1.4
CO2e by AP-42 Tables 1.3-3, 1.3-8, 1.3-12, and Part 98, Subpart A, Table A-1.
[Last updated June 13, 2024]

2. Comment regarding NSPS and MACT:
40 CFR 60 (NSPS)
40 CFR 60 Subpart Dc applies to owners and operators of small industrial-commercial-institutional
steam generating units between 100 MMBtu/hr and 10 MMBtu/hr. This steam generating unit uses
diesel fuel. Since this source will have two steam generators rated at 9.9 MMBtu/hr and 5.0
MMBtu/hr. NSPS Subpart Dc will not apply to this plant.

40 CFR Subpart I applies to owner and operators of HMA facilities that commenced construction,
modification, or reconstruction after June 11, 1973. NSPS Subpart I will apply to this plant.

40 CFR Part 60 Subpart OOO applies to select equipment at nonmetallic mineral processing plants
that commenced construction, modification, or reconstruction after August 31, 1983. The screens,
crushers, and transfer/drop points (conveyors, stackers, feed bins) at this facility are subject to 40

Engineer Review N161600001: Geneva Rock Products- Mona Asphalt, Concrete, and Aggregate Pit
August 12, 2024
Page 24
CFR Part 60 Subpart OOO.
[Last updated June 13, 2024]

3. Comment regarding Title V Requirements:
Title V of the 1990 Clean Air Act (Title V) applies to the following:

1. Any major source
2. Any source subject to a standard, limitation, or other requirement under Section 111 of the Act,
Standards of Performance for New Stationary Sources;
3. Any source subject to a standard or other requirement under Section 112 of the Act, Hazardous
Air Pollutants.
4. Any Title IV affected source.

This facility is not a major source and is not a Title IV source. The facility is subject to 40 CFR 60
(NSPS). The facility is not subject to 40 CFR 61 (NESHAP) and 40 CFR 63 (MACT) regulations.
Title V applies to this facility as an area source. There is no requirement for this source to apply for a
Title V operating permit under current UDAQ and EPA rules. The source will be charged applicable
Title V fees and Title V funds may be used for inventory and compliance inspections of this source.
[Last updated June 13, 2024]

Engineer Review N161600001: Geneva Rock Products- Mona Asphalt, Concrete, and Aggregate Pit
August 12, 2024
Page 25
ACRONYMS
The following lists commonly used acronyms and associated translations as they apply to this
document:
40 CFR Title 40 of the Code of Federal Regulations
AO Approval Order
BACT Best Available Control Technology
CAA Clean Air Act
CAAA Clean Air Act Amendments
CDS Classification Data System (used by EPA to classify sources by size/type)
CEM Continuous emissions monitor
CEMS Continuous emissions monitoring system
CFR Code of Federal Regulations
CMS Continuous monitoring system
CO Carbon monoxide
CO2 Carbon Dioxide
CO2e Carbon Dioxide Equivalent - 40 CFR Part 98, Subpart A, Table A-1
COM Continuous opacity monitor
DAQ/UDAQ Division of Air Quality
DAQE This is a document tracking code for internal UDAQ use
EPA Environmental Protection Agency
FDCP Fugitive dust control plan
GHG Greenhouse Gas(es) - 40 CFR 52.21 (b)(49)(i)
GWP Global Warming Potential - 40 CFR Part 86.1818-12(a)
HAP or HAPs Hazardous air pollutant(s)
ITA Intent to Approve
LB/HR Pounds per hour
LB/YR Pounds per year
MACT Maximum Achievable Control Technology
MMBTU Million British Thermal Units
NAA Nonattainment Area
NAAQS National Ambient Air Quality Standards
NESHAP National Emission Standards for Hazardous Air Pollutants
NOI Notice of Intent
NOx Oxides of nitrogen
NSPS New Source Performance Standard
NSR New Source Review
PM10 Particulate matter less than 10 microns in size
PM2.5 Particulate matter less than 2.5 microns in size
PSD Prevention of Significant Deterioration
PTE Potential to Emit
R307 Rules Series 307
R307-401 Rules Series 307 - Section 401
SO2 Sulfur dioxide
Title IV Title IV of the Clean Air Act
Title V Title V of the Clean Air Act
TPY Tons per year
UAC Utah Administrative Code
VOC Volatile organic compounds

DAQE-MN161600001A-24

M E M O R A N D U M

TO: Tim DeJulis, NSR Engineer

FROM: Dave Prey, Air Quality Modeler

DATE: August 8, 2024
SUBJECT: Modeling Analysis Review for the Notice of Intent for Geneva Rock Products – Mona
Facility, Juab County, Utah
_____________________________________________________________________________________
This is not a Major Prevention of Significant Deterioration (PSD) Source.
I. OBJECTIVE
Geneva Rock Products (Applicant) is seeking an approval order for their Mona Facility located in
Juab County, Utah. The plant produces up to 500,000 tons of asphalt annually, up to 300,000 tons of
concrete annually, and up to 1,000,000 tons of aggregate annually.

This report, prepared by the Staff of the New Source Review Section (NSR), contains a review of
the air quality impact analysis (AQIA) including the information, data, assumptions and modeling
results used to determine if the facility would be in compliance with State and Federal
concentration standards.

II. APPLICABLE RULE(S)

Utah Air Quality Rules:

R307-401-6 Condition for Issuing an Approval Order
R307-410-3 Use of Dispersion Models
R307-410-4 Modeling of Criteria Pollutants in Attainment Areas
R307-410-5 Documentation of Ambient Air Impacts for Hazardous Air Pollutants

195 North 1950 West • Salt Lake City, UT
Mailing Address: P.O. Box 144820 • Salt Lake City, UT 84114-4820
Telephone [phone] • Fax [phone] • T.D.D. [phone]
www.deq.utah.gov
Printed on 100% recycled paper
State of Utah

SPENCER J. COX
Governor
DEIDRE HENDERSON
Lieutenant Governor

Department of
Environmental Quality

Kimberly D. Shelley
Executive Director

DIVISION OF AIR QUALITY
Bryce C. Bird
Director

: 3 *
DP
DP
DAQE-MN161600001A-24
Page 2
III. MODELING METHODOLOGY

A. Applicability

Emissions from the facility include PM10, NOx, CO, SO2, and HAPs. Fugitive PM10 emissions
were over 5 tons/year, so a modeling demonstration was performed to demonstrate compliance
with the NAAQS. Modeling was also performed for formaldehyde. Modeling was performed
by the Applicant. Modeling for NO2 was also performed by the UDAQ.

B. Assumptions

1. Topography/Terrain

The Plant is at an elevation 5257 feet with terrain features that have little effect on
concentration predictions.

a. Zone: 12

b. Approximate Location:
UTM (NAD83): 429172 meters East
4408560 meters North

2. Urban or Rural Area Designation

After a review of the appropriate 7.5 minute quadrangles, it was concluded the area is
“rural” for air modeling purposes.
3. Ambient Air

It was determined the Plant boundary used in the AQIA meets the State’s definition of
ambient air.
4. Building Downwash

The source was modeled with the AERMOD model. All structures at the plant were used in
the model to account for their influence on downwash.

5. Meteorology

One (1) year of on-site surface and upper air data were used in the analysis consisting of the
following:

Surface – Currant Creek Power Plant, UT PacifiCorp: 2001-2002
Upper Air – Salt Lake Airport, UT NWS: 2001-2002

6. Background

The background concentrations were based on concentrations measured in Spanish Fork
and Lindon, Utah.

DAQE-MN161600001A-24
Page 3
7. Receptor and Terrain Elevations

The modeling domain used consisted of receptors including property boundary receptors.
This area of the state contains mountainous terrain and the modeling domain has simple and
complex terrain features in the near and far fields. Therefore, receptor points representing
actual terrain elevations from the area were used in the analysis.

8. Model and Options
The State-accepted AERMOD model was used to predict air pollutant concentrations under
a simple/complex terrain/wake effect situation. In quantifying concentrations, the
regulatory default option was selected.

9. Air Pollutant Emission Rates

PM10

Source
UTM Coordinates Modeled Emission Rates
Easting Northing PM10
(m) (m) (lb/hr) (tons/yr) hrs/year
CON_WH 429393 4408371 0.1170 0.512 8760
HMA_HTR 429172 4408560 0.0589 0.258 8760
HMA_AP 429166 4408565 9.7800 42.837 8760
SP1 429552 4408627 0.3956 1.733 8760
SP2 429342 4408636 0.3943 1.727 8760
SP3 429641 4408545 0.3945 1.728 8760
SP4 429830 4409543 0.3923 1.718 8760
SP5 429496 4408382 0.3932 1.722 8760
DIST1 429787 4408392 0.5657 2.478 8760
DIST2 429751 4409558 0.5211 2.282 8760
AGG_001 429796 4409525 0.5400 1.675 6205
AGG_002 429900 4408592 0.5400 1.675 6205
AGG_003 429876 4408595 0.3240 1.005 6205
AGG_004 429347 4408524 0.3240 1.005 6205
AGG_005 429902 4408605 0.3240 1.005 6205
AGG_006 429916 4408549 0.3240 1.005 6205
AGG_007 429930 4408612 1.1100 3.444 6205
AGG_008 429914 4408579 0.7400 2.296 6205
AGG_009 429897 4408628 0.7400 2.296 6205
AGG_010 429856 4408578 0.4440 1.378 6205
AGG_011 429891 4408559 0.4440 1.378 6205
DAQE-MN161600001A-24
Page 4
AGG_012 429930 4408584 0.4440 1.378 6205
HMA_001 429148 4408555 0.2439 1.068 8760
HMA_002 429145 4408555 0.0298 0.130 8760
RMC_CB 429393 4408377 0.7848 3.437 8760
LDR_ASP 429148 4408552 0.0425 0.186 8760
LDR_AG1 429900 4408588 0.1000 0.310 6205
LDR_AG2 429802 4409525 0.1000 0.310 6205
LDR_AGG 429844 4408586 0.1000 0.310 6205
HMA_MHC 429151 4408513 0.1173 0.514 8760
HMA_LDR 429151 4408513 0.1070 0.469 8760
AGG_MHC 429841 4408544 0.6903 3.024 8760
AG_LDR1 429842 4408543 0.3528 1.095 6205
AG_LDR2 429786 4409514 0.0156 0.048 6205
RMC_MHC 429403 4408385 0.0580 0.254 8760
DOZER1 429787 4408392 0.3924 1.217 6205
DOZER2 429751 4409558 0.3618 1.122 6205
LDR_CB 429425 4408386 0.0420 0.184 8760
RMC_LDR 429403 4408385 0.0629 0.276 8760
Concrete Haul Roads

0.1811 0.7931

WP Haul Roads 0.4840 2.1199
HMA Haul roads 0.1308 0.5729
Aggregate Haul roads 1.2632 3.9191
Total 24.97 97.89
Nearby Sources

Source
UTM Coordinates Modeled Emission Rates
Easting Northing PM10
(m) (m) (lb/hr) (tons/yr) hrs/year
CTHRSG1 423536 4408324 13.3001 58.254 8760
CTHRSG2 423536 4408364 13.3001 58.254 8760
KIGORE 429690 4411522 3.7411 16.386 8760
SUNROC 429714 4411495 1.7272 7.565 8760

DAQE-MN161600001A-24
Page 5
NOx

Source
UTM Coordinates Modeled Emission Rates
Easting Northing NOx
(m) (m) (lb/hr) (tons/yr) hrs/year
CON_WH 429393 4408371 1.41 6.19 8760
HMA_HTR 429172 4408560 0.71 3.13 8760
HMA_AP 429166 4408565 23.40 102.49 8760

Total 25.53 111.81

Formaldehyde

Source
UTM Coordinates Modeled Emission Rates
Easting Northing Formaldehyde
(m) (m) (lb/hr) (tons/yr) hrs/year
CON_WH 429393 4408371 0.0023 0.0102 8760
HMA_HTR 429172 4408560 0.0012 0.0052 8760
HMA_AP 429166 4408565 1.3200 5.7816 8760
HMA_001 429148 4408555 0.0357 0.1565 8760
HMA_002 429145 4408555 0.0002 0.0009 8760

Total 1.36 5.95

10. Source Location and Parameters

Source Type
Source Parameters
Elev, Ht Temp Flow Dia Sigma-
Y
Sigma-
Z X-Dim Y-
Dim Area
(ft) (m) (ft) (K) (m/s) (m) (m) (m) (m) (m) (m^2)
CON_WH POINT 5308.4 18.3 60.0 294 12.19 0.61 0.00 1
HMA_HTR POINT 5257.4 18.3 60.0 294 12.19 0.61 0.00 1
HMA_AP POINT 5256.5 7.2 23.5 354 18.43 1.15 0.00 1
SP1 AREA_POLY 5371.7 0.0 0.0 0.00 15.00 12320.9
SP2 AREA_POLY 5305.6 0.0 0.0 0.00 15.00 12118.8
DAQE-MN161600001A-24
Page 6
SP3 AREA_POLY 5391.3 0.0 0.0 0.00 15.00 12267.3
SP4 AREA_POLY 5491.4 0.0 0.0 0.00 15.00 12118.8
SP5 AREA_POLY 5336.9 0.0 0.0 0.00 15.00 12186.7
DIST1 AREA_POLY 5418.0 0.0 0.0 0.00 0.00 49846.6
DIST2 AREA_POLY 5464.0 0.0 0.0 0.00 0.00 48902.1
AGG_001 VOLUME 5481.8 2.5 8.2 0.00 5.00 21.5 1
AGG_002 VOLUME 5482.4 2.5 8.2 0.00 5.00 21.5 1
AGG_003 VOLUME 5477.3 2.5 8.2 0.00 5.00 21.5 1
AGG_004 VOLUME 5303.8 2.5 8.2 0.00 5.00 21.5 1
AGG_005 VOLUME 5488.4 2.5 8.2 0.00 5.00 21.5 1
AGG_006 VOLUME 5481.4 2.5 8.2 0.00 5.00 21.5 1
AGG_007 VOLUME 5495.6 2.5 8.2 0.00 5.00 21.5 1
AGG_008 VOLUME 5486.8 2.5 8.2 0.00 5.00 21.5 1
AGG_009 VOLUME 5491.5 2.5 8.2 0.00 5.00 21.5 1
AGG_010 VOLUME 5464.4 2.5 8.2 0.00 5.00 21.5 1
AGG_011 VOLUME 5476.1 2.5 8.2 0.00 5.00 21.5 1
AGG_012 VOLUME 5492.7 2.5 8.2 0.00 5.00 21.5 1
HMA_001 VOLUME 5251.3 4.6 15.0 0.00 4.27 3.01 1
HMA_002 VOLUME 5250.7 4.6 15.0 0.00 4.27 3.01 1
RMC_CB VOLUME 5307.8 6.1 20.0 0.00 2.84 41.022 1
LDR_ASP VOLUME 5250.9 2.5 8.1 0.00 1.15 2.494 1
LDR_AG1 VOLUME 5480.8 2.5 8.1 0.00 1.15 2.494 1
LDR_AG2 VOLUME 5483.6 2.5 8.1 0.00 1.15 2.494 1
LDR_AGG VOLUME 5465.8 2.5 8.1 0.00 1.15 2.494 1
HMA_MHC AREA 5248.5 5.0 16.4 0.00 5.00 30 60 1800
HMA_LDR AREA 5248.5 0.0 0.0 0.00 3.00 30 60 1800
AGG_MHC AREA 5457.6 5.0 16.4 0.00 5.00 110 185 20350
AG_LDR1 AREA 5457.6 0.0 0.0 0.00 3.00 110 185 20350
AG_LDR2 AREA 5478.8 0.0 0.0 0.00 3.00 30 30 900
RMC_MHC AREA 5309.1 5.0 16.4 0.00 5.00 30 30 900
DOZER1 AREA_POLY 5418.0 0.0 0.0 0.00 3.00 49846.6
DOZER2 AREA_POLY 5464.0 0.0 0.0 0.00 3.00 48902.1
LDR_CB VOLUME 5315.4 2.5 8.1 0.00 1.15 2.494 1
RMC_LDR AREA 5309.1 0.0 0.0 0.00 3.00 30 30 900

DAQE-MN161600001A-24
Page 7
Nearby Sources

Source Type
Source Parameters
Elev, Ht Temp Flow Dia Sigma-
Y
Sigma-
Z
X-
Dim
Y-
Dim Area
(ft) (m) (ft) (K) (m/s) (m) (m) (m) (m) (m) (m^2)
CTHRSG1 POINT 5055.8 15.3 50.3 365 26.20 5.13 0.00
CTHRSG2 POINT 5055.9 15.3 50.3 365 26.20 5.00 0.00
KIGORE AREA_POLY 5335.4 3.0 10.0 0.00 3.05 85355.9
SUNROC AREA_POLY 5341.7 3.0 10.0 0.00 3.05 108369.9

A. National Ambient Air Quality Standards

The below table provides a comparison of the predicted total air quality concentrations with the
NAAQS. The predicted total concentrations are less than the NAAQS.

Pollutant Period
Prediction Others Background Total NAAQS Percent
(μg/m3) (μg/m3) (μg/m3) (μg/m3) (μg/m3) NAAQS
PM10 24-Hour 76.12 5.59 65 146.7 150 97.8%

Air Pollutant Period Prediction Class II
Significant
Impact
Level
Background Nearby
Sources
Total NAAQS Percent
(μg/m3) (μg/m3) (μg/m3) (μg/m3) (μg/m3) (μg/m3) NAAQS
NO2 1-Hour 112.0 7.5 39.5 1.1 152.7 188 81.2%

B. Toxic Screening Levels
The model predicted all HAP concentrations to be less than their respective UDAQ - Toxic
Screening Levels (TSL). Based on these results, no further analysis is required.

Pollutant Period
Prediction TSL Percent
(μg/m3) (μg/m3)
Formaldehyde 1-Hour 35.43 37 95.8%

DAQE-MN161600001A-24
Page 8
V. PERMIT CONDITIONS

The following suggested permit language should be included under the Terms and Conditions in the
AO:
• Aggregate production and hauling from December through February shall be limited to 17
hours per day between the hours of 6 am and 11 pm. During the remaining months of the year,
aggregate production and hauling can operate 24 hours per day.
DP:jg

DAQE-MN161600001-23

M E M O R A N D U M

TO: Tim DeJulis, NSR Engineer

FROM: Dave Prey, Air Quality Modeler

DATE: November 21, 2023
SUBJECT: Modeling Analysis Review for the Notice of Intent for Geneva Rock Products –
Mona Facility, Juab County, Utah
__________________________________________________________________________________________
This is not a Major Prevention of Significant Deterioration (PSD) Source.

I. OBJECTIVE
Geneva Rock Products (Applicant) is seeking an approval order for their Mona Facility
located in Juab County, Utah. The plant produces up to 500,000 tons of asphalt annually,
up to 300,000 tons of concrete annually, and up to 1,000,000 tons of aggregate annually.

This report, prepared by the Staff of the New Source Review Section (NSR), contains a
review of the air quality impact analysis (AQIA) including the information, data,
assumptions and modeling results used to determine if the facility would be in compliance
with State and Federal concentration standards.

II. APPLICABLE RULE(S)

Utah Air Quality Rules:

R307-401-6 Condition for Issuing an Approval Order
R307-410-3 Use of Dispersion Models
R307-410-4 Modeling of Criteria Pollutants in Attainment Areas
R307-410-5 Documentation of Ambient Air Impacts for Hazardous Air Pollutants

195 North 1950 West • Salt Lake City, UT
Mailing Address: P.O. Box 144820 • Salt Lake City, UT 84114-4820
Telephone [phone] • Fax [phone] • T.D.D. [phone]
www.deq.utah.gov
Printed on 100% recycled paper
State of Utah

SPENCER J. COX
Governor
DEIDRE HENDERSON
Lieutenant Governor

Department of
Environmental Quality

Kimberly D. Shelley
Executive Director

DIVISION OF AIR QUALITY
Bryce C. Bird
Director

: 3 *
DP
DP
DAQE-MN161600001-23
Page 2
III. MODELING METHODOLOGY

A. Applicability

Emissions from the facility include PM10, NOx, CO, SO2, and HAPs. Fugitive PM10
emissions were over 5 tons/year, so a modeling demonstration was performed to
demonstrate compliance with the NAAQS. Modeling was also performed for
formaldehyde. Modeling was performed by the Applicant. Modeling for NO2 was
also performed by the UDAQ.

B. Assumptions

1. Topography/Terrain

The Plant is at an elevation 5257 feet with terrain features that have little effect on
concentration predictions.

a. Zone: 12

b. Approximate Location:

UTM (NAD83): 429172 meters East
4408560 meters North

2. Urban or Rural Area Designation

After a review of the appropriate 7.5-minute quadrangles, it was concluded the
area is “rural” for air modeling purposes.

3. Ambient Air

It was determined the Plant boundary used in the AQIA meets the State’s
definition of ambient air.

4. Building Downwash

The source was modeled with the AERMOD model. All structures at the plant
were used in the model to account for their influence on downwash.

5. Meteorology

One (1) year of on-site surface and upper air data were used in the analysis
consisting of the following:

Surface – Currant Creek Power Plant, UT PacifiCorp: 2001-2002
Upper Air – Salt Lake Airport, UT NWS: 2001-2002

DAQE-MN161600001-23
Page 3
6. Background

The background concentrations were based on concentrations measured in
Spanish Fork and Lindon, Utah.

7. Receptor and Terrain Elevations

The modeling domain used consisted of receptors including property boundary
receptors. This area of the state contains mountainous terrain and the modeling
domain has simple and complex terrain features in the near and far fields.
Therefore, receptor points representing actual terrain elevations from the area
were used in the analysis.

8. Model and Options

The State-accepted AERMOD model was used to predict air pollutant
concentrations under a simple/complex terrain/wake effect situation. In
quantifying concentrations, the regulatory default option was selected.

9. Air Pollutant Emission Rates

PM10

Source
UTM Coordinates Modeled Emission Rates
Easting Northing PM10
(m) (m) (lb/hr) (tons/yr) hrs/year
CON_WH 429393 4408371 0.1170 0.512 8760
HMA_HTR 429172 4408560 0.0589 0.258 8760
HMA_AP 429166 4408565 9.7800 42.837 8760
SP1 429552 4408627 0.3956 1.733 8760
SP2 429342 4408636 0.3943 1.727 8760
SP3 429641 4408545 0.3945 1.728 8760
SP4 429830 4409543 0.3923 1.718 8760
SP5 429496 4408382 0.3932 1.722 8760
DIST1 429787 4408392 0.5657 2.478 8760
DIST2 429751 4409558 0.5211 2.282 8760
AGG_001 429796 4409525 0.5400 1.675 6205
AGG_002 429900 4408592 0.5400 1.675 6205
AGG_003 429876 4408595 0.3240 1.005 6205
AGG_004 429347 4408524 0.3240 1.005 6205
AGG_005 429902 4408605 0.3240 1.005 6205
DAQE-MN161600001-23
Page 4
AGG_006 429916 4408549 0.3240 1.005 6205
AGG_007 429930 4408612 1.1100 3.444 6205
AGG_008 429914 4408579 0.7400 2.296 6205
AGG_009 429897 4408628 0.7400 2.296 6205
AGG_010 429856 4408578 0.4440 1.378 6205
AGG_011 429891 4408559 0.4440 1.378 6205
AGG_012 429930 4408584 0.4440 1.378 6205
HMA_001 429148 4408555 0.2439 1.068 8760
HMA_002 429145 4408555 0.0298 0.130 8760
RMC_CB 429393 4408377 0.7848 3.437 8760
LDR_ASP 429148 4408552 0.0425 0.186 8760
LDR_AG1 429900 4408588 0.1000 0.310 6205
LDR_AG2 429802 4409525 0.1000 0.310 6205
LDR_AGG 429844 4408586 0.1000 0.310 6205
HMA_MHC 429151 4408513 0.1173 0.514 8760
HMA_LDR 429151 4408513 0.1070 0.469 8760
AGG_MHC 429841 4408544 0.6903 3.024 8760
AG_LDR1 429842 4408543 0.3528 1.095 6205
AG_LDR2 429786 4409514 0.0156 0.048 6205
RMC_MHC 429403 4408385 0.0580 0.254 8760
DOZER1 429787 4408392 0.3924 1.217 6205
DOZER2 429751 4409558 0.3618 1.122 6205
LDR_CB 429425 4408386 0.0420 0.184 8760
RMC_LDR 429403 4408385 0.0629 0.276 8760
Concrete Haul Roads

0.1811 0.7931

WP Haul Roads 0.4840 2.1199
HMA Haul roads 0.1308 0.5729
Aggregate Haul roads 1.2632 3.9191
Total 24.97 97.89

Nearby Sources

Source
UTM Coordinates Modeled Emission Rates
Easting Northing PM10
(m) (m) (lb/hr) (tons/yr) hrs/year
CTHRSG1 423536 4408324 13.3001 58.254 8760
CTHRSG2 423536 4408364 13.3001 58.254 8760
DAQE-MN161600001-23
Page 5
KIGORE 429690 4411522 3.7411 16.386 8760
SUNROC 429714 4411495 1.7272 7.565 8760

NOx

Source
UTM Coordinates Modeled Emission Rates
Easting Northing Nox
(m) (m) (lb/hr) (tons/yr) hrs/year
CON_WH 429393 4408371 1.41 6.19 8760
HMA_HTR 429172 4408560 0.71 3.13 8760
HMA_AP 429166 4408565 23.40 102.49 8760

Total 25.53 111.81

Formaldehyde

Source
UTM Coordinates Modeled Emission Rates
Easting Northing Formaldehyde
(m) (m) (lb/hr) (tons/yr) hrs/year
CON_WH 429393 4408371 0.0023 0.0102 8760
HMA_HTR 429172 4408560 0.0012 0.0052 8760
HMA_AP 429166 4408565 1.3200 5.7816 8760
HMA_001 429148 4408555 0.0357 0.1565 8760
HMA_002 429145 4408555 0.0002 0.0009 8760

Total 1.36 5.95

DAQE-MN161600001-23
Page 6
10. Source Location and Parameters

Source Type
Source Parameters
Elev, Ht Te
mp Flo
w Di
a Sigm
a-Y Sigm
a-Z X-
Dim
Y-
Di
m Area
(ft) (m
) (ft) (K) (m/s
) (m
) (m) (m) (m) (m
) (m^2
)
CON_W
H POINT
5308
.4
18.
3
60.
0 294
12.
19
0.6
1 0.00 1
HMA_H
TR POINT
5257
.4
18.
3
60.
0 294
12.
19
0.6
1 0.00 1
HMA_A
P POINT
5256
.5 7.2
23.
5 354
18.
43
1.1
5 0.00 1
SP1 AREA_P
OLY
5371
.7 0.0 0.0 0.00
15.0
0 1232
0.9
SP2 AREA_P
OLY
5305
.6 0.0 0.0 0.00
15.0
0 1211
8.8
SP3 AREA_P
OLY
5391
.3 0.0 0.0 0.00
15.0
0 1226
7.3
SP4 AREA_P
OLY
5491
.4 0.0 0.0 0.00
15.0
0 1211
8.8
SP5 AREA_P
OLY
5336
.9 0.0 0.0 0.00
15.0
0 1218
6.7
DIST1 AREA_P
OLY
5418
.0 0.0 0.0 0.00 0.00 4984
6.6
DIST2 AREA_P
OLY
5464
.0 0.0 0.0 0.00 0.00 4890
2.1
AGG_00
1 VOLUME
5481
.8 2.5 8.2 0.00 5.00 21.5 1
AGG_00
2 VOLUME
5482
.4 2.5 8.2 0.00 5.00 21.5 1
AGG_00
3 VOLUME
5477
.3 2.5 8.2 0.00 5.00 21.5 1
AGG_00
4 VOLUME
5303
.8 2.5 8.2 0.00 5.00 21.5 1
AGG_00
5 VOLUME
5488
.4 2.5 8.2 0.00 5.00 21.5 1
AGG_00
6 VOLUME
5481
.4 2.5 8.2 0.00 5.00 21.5 1
AGG_00
7 VOLUME
5495
.6 2.5 8.2 0.00 5.00 21.5 1
AGG_00
8 VOLUME
5486
.8 2.5 8.2 0.00 5.00 21.5 1
AGG_00
9 VOLUME
5491
.5 2.5 8.2 0.00 5.00 21.5 1
DAQE-MN161600001-23
Page 7
AGG_01
0 VOLUME
5464
.4 2.5 8.2 0.00 5.00 21.5 1
AGG_01
1 VOLUME
5476
.1 2.5 8.2 0.00 5.00 21.5 1
AGG_01
2 VOLUME
5492
.7 2.5 8.2 0.00 5.00 21.5 1
HMA_0
01 VOLUME
5251
.3 4.6
15.
0 0.00 4.27 3.01 1
HMA_0
02 VOLUME
5250
.7 4.6
15.
0 0.00 4.27 3.01 1
RMC_C
B VOLUME
5307
.8 6.1
20.
0 0.00 2.84 41.0
22 1
LDR_AS
P VOLUME
5250
.9 2.5 8.1 0.00 1.15 2.49
4 1
LDR_A
G1 VOLUME
5480
.8 2.5 8.1 0.00 1.15 2.49
4 1
LDR_A
G2 VOLUME
5483
.6 2.5 8.1 0.00 1.15 2.49
4 1
LDR_A
GG VOLUME
5465
.8 2.5 8.1 0.00 1.15 2.49
4 1
HMA_M
HC AREA
5248
.5 5.0
16.
4 0.00 5.00 30 60 1800
HMA_L
DR AREA
5248
.5 0.0 0.0 0.00 3.00 30 60 1800
AGG_M
HC AREA
5457
.6 5.0
16.
4 0.00 5.00 110 18
5 2035
0
AG_LD
R1 AREA
5457
.6 0.0 0.0 0.00 3.00 110 18
5 2035
0
AG_LD
R2 AREA
5478
.8 0.0 0.0 0.00 3.00 30 30 900
RMC_M
HC AREA
5309
.1 5.0
16.
4 0.00 5.00 30 30 900
DOZER
1 AREA_P
OLY
5418
.0 0.0 0.0 0.00 3.00 4984
6.6
DOZER
2 AREA_P
OLY
5464
.0 0.0 0.0 0.00 3.00 4890
2.1
LDR_C
B VOLUME
5315
.4 2.5 8.1 0.00 1.15 2.49
4 1
RMC_L
DR AREA
5309
.1 0.0 0.0 0.00 3.00 30 30 900

Nearby Sources

Source Type
Source Parameters
Elev, Ht Te
mp Flo
w Di
a Sigm
a-Y Sigm
a-Z
X-
Di
m
Y-
Di
m Area
(ft) (m (ft) (K) (m/s (m (m) (m) (m (m (m^2)
DAQE-MN161600001-23
Page 8
) ) ) ) )
CTHRS
G1 POINT
5055
.8
15.
3
50.
3 365
26.
20
5.1
3 0.00
CTHRS
G2 POINT
5055
.9
15.
3
50.
3 365
26.
20
5.0
0 0.00
KIGOR
E AREA_P
OLY
5335
.4 3.0
10.
0 0.00 3.05 85355.
9
SUNRO
C AREA_P
OLY
5341
.7 3.0
10.
0 0.00 3.05 10836
9.9
IV. RESULTS AND CONCLUSIONS

A. National Ambient Air Quality Standards

The below table provides a comparison of the predicted total air quality
concentrations with the NAAQS. The predicted total concentrations are less than the
NAAQS.

Pollutant Period
Prediction Others Background Total NAAQS Percent
(μg/m3) (μg/m3) (μg/m3) (μg/m3) (μg/m3) NAAQS
PM10 24-Hour 76.12 5.59 65 146.7 150 97.8%

Air
Polluta
nt
Perio
d
Predictio
n
Class II
Significa
nt
Impact
Level
Backgrou
nd
Nearb
y
Sourc
es
Total NAAQ
S
Percen
t
(μg/m3) (μg/m3) (μg/m3) (μg/m3
)
(μg/m
3)
(μg/m3) NAAQ
S
NO2
1-
Hour 112.0 7.5 39.5 1.1 152.7 188 81.2%

DAQE-MN161600001-23
Page 9
B. Toxic Screening Levels

The model predicted all HAP concentrations to be less than their respective UDAQ -
Toxic Screening Levels (TSL). Based on these results, no further analysis is required.

Pollutant Period Prediction TSL Percent
(μg/m3) (μg/m3)
Formaldehyde 1-Hour 35.43 37 95.8%

V. PERMIT CONDITIONS

The following suggested permit language should be included under the Terms and Conditions
in the AO:

• Aggregate production and hauling shall be limited to 17 hours per day between the
hours of 6 am and 11 pm.

DP:jg

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants
NOTICE OF INTENT
Geneva Rock Products
Proposed Mona, Utah Facility
Geneva Rock Product

Prepared By:

Linda Conger
Otto AhChing

TRINITY CONSULTANTS
4525 South Wasatch Blvd., Suite 100
Salt Lake City, Utah 84124

May 2024

Project 224501.0094

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants i
TABLE OF CONTENTS
1.0 INTRODUCTION 1-1 
1.1 Facility Description ..................................................................................................... 1-1 
2.0 SOURCE DESCRIPTION 2-1 
2.1 Aggregate Operations ................................................................................................. 2-1 
2.2 Concrete Plant ............................................................................................................ 2-1 
2.3 Hot Mix Asphalt Plant ................................................................................................. 2-1 
2.4 Wash Plant .................................................................................................................. 2-2 
2.5 Storage Piles and Mining Area .................................................................................... 2-2 
2.6 Unpaved and Paved Roads .......................................................................................... 2-2 
2.7 Heavy Duty Construction Equipment .......................................................................... 2-3 
2.8 Storage Tanks ............................................................................................................. 2-3 
2.9 Schedule ..................................................................................................................... 2-3 
3.0 AIR EMISSIONS 3-1 
4.0 BEST AVAILABLE CONTROL TECHNOLOGY 4-1 
4.1 BACT for Material Handling ......................................................................................... 4-1 
4.1.1 BACT for PM10/PM2.5 .................................................................................................. 4-1 
4.2 BACT for Concrete Plant .............................................................................................. 4-2 
4.2.1 BACT for PM10/PM2.5 .................................................................................................. 4-2 
4.3 BACT for Hot Mix Asphalt Plant Dryer ......................................................................... 4-2 
4.3.1 BACT for NOx, VOC, CO, SO2, and HAP ....................................................................... 4-2 
4.3.2 BACT for PM10/PM2.5 .................................................................................................. 4-3 
4.4 BACT for Lime Silo ....................................................................................................... 4-3 
4.4.1 BACT for PM10/PM2.5 .................................................................................................. 4-3 
4.5 BACT for Loader, Bulldozer, and Haul Truck Operations ............................................. 4-3 
4.5.1 BACT for PM10/PM2.5 .................................................................................................. 4-3 
4.6 BACT for Exposed or Disturbed Area ........................................................................... 4-4 
4.6.1 BACT for PM10/PM2.5 .................................................................................................. 4-4 
4.7 BACT for Storage Piles ................................................................................................ 4-5 
4.7.1 BACT for PM10/PM2.5 ............................................................................................... 4-5 
4.8 BACT from Above Ground Storage Tanks .................................................................... 4-5 
4.8.1 BACT for VOC and HAPs ............................................................................................ 4-6 
4.9 BACT for Hot Water and Hot Oil Boilers ...................................................................... 4-7 
4.9.1 BACT for NOx ........................................................................................................... 4-7 
4.9.2 BACT for CO and VOC ............................................................................................... 4-9 
4.9.3 BACT for PM10/PM2.5 .................................................................................................. 4-9 
4.9.3 BACT for SO2 .......................................................................................................... 4-10 
5.0 REGULATORY REVIEW 5-1 
5.1 R307-101 General Requirements ............................................................................... 5-1 
5.2 R307-102 General Requirements: Broadly Applicable Requirements ........................ 5-1 
5.3 R307-107 General Requirements: Breakdowns .......................................................... 5-2 
5.4 R307-130 General Penalty Policy ............................................................................... 5-2 
5.5 R307-150 Emission Inventories .................................................................................. 5-3 
5.6 R307-165 Stack Testing .............................................................................................. 5-4 

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants ii
5.7 R307-201 Emission Standards: General Emission Standards ..................................... 5-4 
5.8 R307-203 Emission Standards: Sulfur Content of Fuels ............................................. 5-5 
5.9 R307-205 Emission Standards: Fugitive Emissions and Fugitive Dust ....................... 5-6 
5.10 R307-210 Standards of Performance for New Stationary Sources ............................. 5-7 
5.11 R307-214 National Emissions Standards for Hazardous Air Pollutants ...................... 5-7 
5.12 R307-401 Permit: New and Modified Sources ............................................................ 5-8 
5.13 R307-410 Permits Emissions Impact Analysis ............................................................ 5-8 
6.0 DISPERSION MODELING 6-1 
6.1 Dispersion Modeling Methodology .............................................................................. 6-1 
6.2 Model Selection ........................................................................................................... 6-1 
6.3 Meteorological Data .................................................................................................... 6-2 
6.4 Treatment of Calms or Near-Calms ............................................................................. 6-2 
6.5 Surface Characteristics ............................................................................................... 6-3 
6.6 Regional Description ................................................................................................... 6-3 
6.7 Terrain Data ................................................................................................................ 6-3 
6.8 Building Downwash .................................................................................................... 6-3 
6.9 Receptor Grid .............................................................................................................. 6-3 
6.10 Model Options ............................................................................................................. 6-5 
6.11 Source Parameters ...................................................................................................... 6-5 
6.12 Background Concentrations ........................................................................................ 6-6 
6.13 Near-Field Dispersion Modeling Results for PM10 ....................................................... 6-6 
6.14 Near-Field Dispersion Modeling Results – Formaldehyde ........................................... 6-8 
APPENDIX A. POTENTIAL TO EMIT CALCULATIONS A-1 
APPENDIX B. MODELING PARAMETERS B-2 
APPENDIX C. DISPERSION MODELING RESULTS C-1 

LIST OF FIGURES
Figure 1.1 Location of Geneva Rock Products Mona, Utah Facility 1-2 
Figure 1.2 Current Aggregate and Hot Mix Asphalt Operations at Mona Site 1-2 
Figure 1.3 Facility Layout and Locations of Hot Mix Asphalt, Concrete Plant, Wash Plant, and Southern
Aggregate Emission Sources 1-3 
Figure 1.4 Facility Layout and Locations of Aggregate Operations 1-3 
Figure 6.1 Windrose for Mona, Utah (2001-2002) 6-2 
Figure 6.2 GRP Mona Receptor Grid 6-4 
Figure 6.3 GRP Mona 24-hour PM10 NAAQS Analysis Isopleth Plot 6-8 

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants iii
Figure 6.5 GRP Mona Formaldehyde Isopleth Plot 6-9

LIST OF TABLES
Table 3-1 Potential to Emit Emissions from Geneva Rock Products Mona, Utah Facility 3-1 
Table 4-1 Paved and Unpaved Road Control Efficiencies 4-4 
Table 6-1 Dispersion Modeling Thresholds and Controlled Emission Increases 6-1 
Table 6-2 Procedures Used for Estimating Lateral and Initial Vertical Dimensions for Volume and Line
Sources 6-5 
Table 6-3 Lindon, Utah Monthly Background Concentrations 6-6 
Table 6-4 Modeled Maximum Near-Field Pollutant Concentrations for GRP Mona – SIL Analysis 6-7 
Table 6-5 Modeled Maximum Near-Field Pollutant Concentrations for GRP Mona – NAAQS Analysis 6-7 

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants 1-1
1.0 INTRODUCTION
Trinity Consultants (Trinity) was retained by Geneva Rock Products (GRP) to prepare a Notice of Intent for a
new asphalt, concrete, and aggregate facility in Mona, Utah. At this facility, GRP is proposing: (1) Hot Mix
Asphalt (HMA) Plant with a production limit of 500,000 tons per year (TPY); (2) a truck mix that be converted
to a 12-cubic yard central mix concrete batch plant with a production limit of 300,000 cubic yards per year;
(3) aggregate operations at a production rate of 1,000,000 TPY; and (4) various fuel and asphalt cement oil
storage tanks. Aggregate and hot mix asphalt operations are currently being conducted at the site under a
temporary permit.

Any correspondence or communication regarding this NOI should be directed to:

Mr. Grant Ensign
Environmental Specialist
Clyde Companies
730 North 1500 West
Orem, Utah 84057
801-802-6954 (office)
801-633-7830 (mobile)
[e-mail]

The SIC code for ready-mix concrete is 3273; 1442 for construction sand & gravel; and 2951 for asphalt
paving mixtures and blocks.

1.1 Facility Description

The proposed GRP Mona facility will be located approximately 1.5 miles northeast of Mona, Utah. Juab County
is in attainment of the National Ambient Air Quality Standards (NAAQS) for particulate matter less than 2.5
microns (PM2.5), 8-hour ozone (O3), particulate matter less than or equal to 10 microns (PM10), carbon
monoxide (CO), sulfur dioxide (SO2), and nitrogen dioxide (NO2). The Facility is considered a minor source for
both criteria and hazardous air pollutants (HAPs).

The Universal Transverse Mercator (UTM) coordinates of the GRP Mona facility are 429,887 meters (m) east
and 4,408,585 m north at an elevation of approximately 4,060 feet. Figure 1.1 presents a Google Earth image
showing the location of the Mona facility in relation to Mona, Utah. Figure 1.2 shows the location of current
aggregate and hot mix asphalt operations at the site. Figures 1.3 and 1.4 present the facility layout with
property boundary and proposed locations of emission sources. The red line indicates the section of the
property where operations will be performed.

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Figure 1.1 Location of Geneva Rock Products Mona, Utah Facility

Figure 1.2 Current Aggregate and Hot Mix Asphalt Operations at Mona Site

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Figure 1.3 Facility Layout and Locations of Hot Mix Asphalt, Concrete Plant, Wash Plant, and
Southern Aggregate Emission Sources

Figure 1.4 Facility Layout and Locations of Aggregate Operations

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2.0 SOURCE DESCRIPTION
The following sections describe the operations and emission sources at the proposed Mona, Utah facility.
2.1 Aggregate Operations

The proposed production rate of aggregate sand and gravel operations at the Mona site is 1,000,000 TPY.
The proposed equipment at the site includes two (2) primary crushers with a feed rate of 1,000 tons per hour
(TPH), two (2) secondary crushers with a feed rate of 600 TPH, and two (2) tertiary crushers with a feed rate
of 600 TPH, six (6) triple deck screens with a maximum size of 20 feet by 30 feet, 15 conveyor transfers, four
(4) aggregate feeder bins, and one wash plant. On-site roads will be paved and unpaved. The active mining
area is 25 acres. There will be 15 acres of stockpiles. Four (4) diesel storage tanks with a 12,000-gallon
capacity each and a maximum annual throughput of 288,000 gallons will be associated with the aggregate
operations.
2.2 Concrete Plant

Concrete is made by combining sand, aggregate, Portland cement and/or flyash, and water. Small amounts
of supplementary materials are sometimes added to reduce cost, reduce permeability by liquids, increase
strength, alter color, alter concrete viscosity, retard or accelerate setting time, entrain air, or reduce water
requirements. Concrete batch plants put these components together in the desired proportions. The solid
components are gravity feed from bins through a weigh hopper. In a truck mix operation, as is initially
proposed at Mona, the dry components are dropped into mixer trucks (in–transit mixers), water is added
volumetrically, and the concrete is mixed on the way to the place where the concrete is to be used. Eventually,
the truck mix plant may be converted to a 12-cubic yard central mix plant.

The 150 cubic yards per hour (yd3/hr) or 300,000 cubic yards per year concrete plant will consist of: one (1)
60-ton cement supplement (flyash) silo with dust collector; two (2) 80-ton cement storage silos with dust
collectors; 9.9 MMbtu hot water boiler; weigh batcher; conveyors; and other miscellaneous equipment.
Approximately 73,650 tons of cement and 11,000 tons of flyash be transported to the plant by truck and
stored in silos adjacent to the plant. Aggregate is loaded into the plant hopper where the cement, cement
supplement, aggregate, and water are loaded into concrete trucks, mixed, and transported offsite. All
aggregate will be stored in enclosed storage silos that are fed from a drive over a grizzly feeder. The batch
plant will be completely enclosed.
2.3 Hot Mix Asphalt Plant

At the proposed Mona operation, HMA paving material will be manufactured by a drum-mix asphalt plant
having a capacity of 425 TPH with a maximum of 500,000 TPY of finished asphalt. The asphalt plant consists
of a drum mix dryer, a fabric filter baghouse, and a 200-ton lime silo with dust collector. Liquid asphalt is
transported to the site which will be stored in storage tanks located near the asphalt plant. A 5.0 MMBtu/hr
diesel-fired boiler will be used to heat the asphalt oil.

Processed and sized aggregate products from the Aggregate Plant will be stockpiled near the HMA Plant and
are then transferred by a wheel loader into feeder bins. The feeder bins meter desired proportions of the
various products onto a transfer conveyor, which transfers the combined aggregate products through a
scalping screen onto a transfer conveyor. The scalping screen removes only grossly oversized aggregate
particles or agglomerations which allows almost all the material to pass through it onto the transfer conveyor.

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The transfer conveyor transports the aggregate to a lime pugmill system which can either be used to mix the
aggregate with a metered quantity of hydrated lime or that can be bypassed when not needed. A second
transfer conveyor weighs the aggregate as it is conveyed from the lime pugmill system to the drum mixer.
The hydrated lime is pneumatically transferred from the delivery vehicles into the lime storage silo using
compressed air. The lime silo is vented to the atmosphere through a baghouse or small filter enclosure to
allow the compressed air to escape while preventing discharge of hydrated lime into the atmosphere. The 150
MMBtu/hr drum mixer heats and dries the aggregate and mixes the hot aggregates and baghouse fines
returned from the baghouse. The drum mixer burner will be fired with burner fuel, which is either recycled
fuel oil, diesel, propane, or natural gas where recycled fuel oil (RFO) most closely resembles #5 fuel oil.

The exhaust gases and airborne dust from the heating and drying process are evacuated from the drum mixer
through ducting to the baghouse. The larger particles are removed from the gas stream in a knockout box
and are fed with gravity through a closed system back into the recycle collar of the drum mixer. The dust that
accumulates on the filter media in the baghouse is periodically removed from the filter media and conveyed
through enclosed augers back to the recycle collar on the dryer drum. The HMA is discharged from the drum
mixer into an enclosed drag slat conveyor that transports the mixture to the top of the storage silos where it is
stored and discharged into haul vehicles.

2.4 Wash Plant

Material to be processed at the Wash Plant will be conveyed from the Aggregate Plant into a feeder. The
material is split by volume (50/50) onto transfer conveyors. The transfer conveyors each feed to one of four
log washers where the material is washed followed by dewatering. Four (4) log washers send fine material to
the washer clarifier where it is stacked as cyclone sand. The remaining material is discharged to triple deck
wet screens.

Material is sized by the triple-deck wet screens where material from each screen is conveyed to a different
storage pile. Material that passes through the triple deck screen is conveyed to the classifier where material
is discharged into two screw washers or the clarifier. The screw washers wash and dewater the material
before it is stacked stockpiled. The proposed amount of material to be washed is 1,000,000 TPY.

2.5 Storage Piles and Mining Area

Storage piles associated with aggregate operations, concrete and asphalt plants will occupy 15 acres. 25 acres
is proposed at the Mona site for active mining operations.
2.6 Unpaved and Paved Roads

Haul trucks with a capacity of 22 tons will be utilized at the Mona site for the HMA and aggregate operations.
Concrete trucks will have a capacity of 29 tons with an average weight of 40.5 tons. The entire length of the
road to the HMA plant will be paved, watered and vacuum swept. The first 550 feet of the road to the
aggregate/wash plant/concrete plant will be paved, watered and vacuum sweeping. The remaining roads will
be unpaved with low silt content road base, watered, and chemical suppressants to minimize fugitive dust
emissions. The round-trip haul road distances to the HMA and Concrete Batch Plants were estimated to be
0.61 miles and 0.48 miles, respectively. The round-trip haul road distance to the Wash Plant was estimated
to be 0.51 miles and the round-trip haul road distance for aggregate operations was estimated to be 1.05
miles.

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2.7 Heavy Duty Construction Equipment

Three (3) 9-yard loaders, one for each operation (aggregate, concrete, and asphalt) will be used at the Mona
site. One dozer will also be present onsite.

2.8 Storage Tanks

Four (4) 12,000-gallon horizontal diesel fuel, one (1) 50,000-gallon RFO, two (2) 60,000-gallon asphalt oil,
one (1) 30,000-gallon asphalt oil, one (1) 35,000-gallon asphalt oil (portable), one (1) 25,000-gallon asphalt
oil (portable), one (1) 250,000-gallon asphalt oil tanks, and (1) 4,000-ton asphalt oil tank are proposed to be
at the site.

2.9 Schedule

Operations at the aggregate plant are proposed to be 7 days per week, and 24 hours per day, except during
the winter months (December 1 - March 1) where the operations will take place between 06:00 AM – 11:00
PM only, 7 days per week. Total operation for aggregate operation is proposed to be 8,130 hours per year.
Operation of the HMA, Concrete, and Wash Plants is proposed to be 7 days per week, 24 hours per day, or
8,760 hours per year.

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3.0 AIR EMISSIONS
The Geneva Rock Products Mona facility will generate criteria, hazardous air pollutant (HAP), and greenhouse
gas (GHG) emissions. Criteria pollutant emissions include PM10 and PM2.5 (particulate matter with aerodynamic
diameters less than or equal to 10 micrometers and 2.5 micrometers respectively), volatile organic compounds
(VOCs), nitrogen oxides (NOx), sulfur oxides (SOx), and carbon monoxide (CO). HAPs, as presented in Section
112 of the Clean Air Act, were derived for applicable sources and pollutants. Greenhouse gas (GHG) emissions
will also be emitted from the combustion of fossil fuels and mass and CO2e estimates are presented in the
NOI.

Potential to emit (PTE) emission estimates were developed for the proposed changes at the Mona facility.
These emission estimates are based on EPA guidance as published in Compilation of Air Pollution Emission
Factors, Volume I: Stationary Point and Area Sources or AP-42, fuel type, material throughput, and anticipated
operating hours. A summary of Mona PTE controlled emissions in tons per year is presented in Table 3-1.
PTE emission calculations are presented in Appendix A.
Table 3-1 Potential to Emit Emissions from Geneva Rock Products Mona, Utah Facility
Pollutant
Projected
Facility-Wide
PTE Emissions
(tons/year)
NOx 23.07
VOC 12.74
CO 35.49
SO2 14.60
PM10 38.77
PM2.5 5.64
CO2e 10432.6
HAPs 2.88

3.1 Aggregate Operations

Fugitive emissions for aggregate operations are generally controlled by residual moisture content or by water
sprays as necessary for feeders, conveyor drop points, screens, and crushers. Operations for washing
aggregate have reduced fugitive emissions because the processed material is saturated. Haul vehicle traffic
on unpaved roads and front-end loader operation areas are controlled by wet suppression. Ripping and dozing,
feeding, stockpiling, and load-out of materials generally rely on residual moisture content for fugitive emission
control.

Hourly PM10 and PM2.5 emissions for feeders, conveyors, drop points, screens, and crushers were derived from
AP-42, Section 11.19, Crushed Stone Processing and Pulverized Mineral Processing, August 2004, Table
11.19.2-2 and an annual throughput of 1,000,000 TPY. Crushing emissions were based on the proposed
throughput of 1,000,000 TPY and 1,000 TPH for two crushers and 600 TPH for the other four crushers.
PM10/PM2.5 emissions from the aggregate operations will be controlled through wet suppression.

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PM10/PM2.5 emissions from storage piles were based on AP-42, Section 11.9, Western Surface Coal Mining,
Table 11.9-4 and 15 acres. Per the Utah Division of Air Quality (UDAQ), a 50% control factor was applied
through wet suppression. Exposed area emissions were also based on AP-42, Section 11.9, Western Surface
Coal Mining, and 25 acres. A PM2.5/PM10 ratio of 0.15, based on the Midwest Research Institute’s Background
Document for Revisions to Fine Fraction Ratios Used for AP-42 Fugitive Emission Factors, prepared for the
WRAP, was applied to determine PM2.5 emissions. Fugitive emissions from loader and conveyor operations are
based on Table 11.19.2-2 and a throughput of 1,000,000 TPY and 1,000 TPH. Fugitive emissions from dozer
operations are based AP-42, Section 11.9, Western Surface Coal Mining.

3.2 Concrete Plant

Concrete batch plants emit particulate matter (PM) and any toxic metals contained in the particulate matter.
PM emissions result from moving sand and aggregate from the piles to the feed bins, loading the sand,
aggregate, and cementitious material bins and silos, and from loading the concrete trucks (in-transit mixing).
Each of these activities generates PM. Most of the PM is larger than 10 microns in aerodynamic diameter.
About 14% by weight of the PM is Portland cement.

Concrete plant emissions were derived from emission factors presented in AP-42, Section 11.12 Concrete
Batching, Table 11.12-2. Since GRP wants the option to have either a truck mix or central mix batch plant
operations, emissions were based on the emission factors for truck-mix which were more conservative.
Emissions were based on the projected maximum annual throughput of 300,000 cubic yards per year and
8,760 proposed operating hours. A 98% control efficiency was assumed for PM10/PM2.5 and HAP emissions
since the concrete batch plant will be enclosed with all emissions controlled through a baghouse.

3.3 Asphalt Plant

Criteria, HAP, and GHG emissions for the new asphalt plant were derived using equipment information
provided by GRP and emission factors as found in AP-42, Section 11.1 Hot Mix Asphalt Plants. The asphalt
plant is proposed to be fueled on RFO, diesel, natural gas, or propane.

Emissions for the dryer were based on the emission factors found in AP-42, Section 11.1 Drum Mix, Tables
11.1-3, 11.1-4, 11.1-7, 11.1-8, and 11.1-10 based on fabric filter usage for the control device, fuel type,
aggregate throughput, and hours of operation. Emissions from the dryer were estimated based on waste oil
with an hourly maximum throughput of 425 tons with a maximum annual throughput of 500,000 tons per
year. Particulate emissions from the dryer will be controlled using a primary collector and a baghouse.

3.4 Hot Water and Hot Oil Boilers

A 9.9 MMBtu/hr hot water boiler is proposed at the Concrete plant and will be fueled by diesel, propane, or
natural gas. A hot oil boiler rated at 5.0 MMBtu/hr and fueled by diesel will be operated at the asphalt plant.
Emissions from the proposed hot water and hot oil boilers were based on AP-42, Section 1.3, Fuel Oil
Combustion based on fuel type, equipment rating, amount of fuel consumed, and 8,760 operating hours.

3.5 Wash Plant

Wash plant PM10/PM2.5 emissions were based on AP-42, Section 11.19.2, and a production rate of 1,000,000
TPY. As part of the normal washing process, aggregate material is fully saturated and PM10/PM2.5 emissions
are assumed to be zero.

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3.6 Unpaved Roads

PM10 and PM2.5 unpaved road emissions from increased aggregate production were based AP-42, Section
13.2.2, Unpaved Roads and an 85% control efficiency through frequent watering and chemical suppressants
per UDAQ’s January 12, 2015 memo, Emission Factors for Paved and Unpaved Haul Roads. Emissions were
projected based on the plant road layouts, vehicle weights, hauling capacity, and increased aggregate plant
throughput.
3.7 Paved Roads

PM10 and PM2.5 paved road emissions were based AP-42, Section 13.2.2, Unpaved Roads and a 95% control
efficiency through frequent vacuum sweeping and watering of pavement as per UDAQ’s January 12, 2015
memo, Emission Factors for Paved and Unpaved Haul Roads. Emissions were projected based on the plant
road layouts, vehicle weights, and hauling capacity.
3.8 Storage Tanks

Storage tank emission calculations were based on AP-42 Section 7.1, Organic Liquid Storage Tanks June 2020.
Diesel and asphalt cement will be stored in fixed roof tanks. Emissions from fixed roof tanks are caused by
changes in temperature, pressure, and liquid level.

Four (4) 12,000-gallon diesel storage tanks, and two (2) 25,000 gallon, one (1) 30,000 gallon, one (1) 35,000
gallon, two (2) 60,000-gallon asphalt cement oil tanks, (1) 4,000-ton asphalt cement oil tank, and one (1)
60,000-gallon RFO tank are proposed to be installed at the site. The liquid bulk temperature of the asphalt
cement was assumed to be 325˚F.

The VOC emissions from the proposed storage tanks were estimated to be 0.46 tons per year. VOC emissions
from the proposed AC tanks will not be controlled with add-on control equipment due to the low vapor pressure
of the products stored.

CO emissions, based on AP-42, Section 11.1, Hot Mix Asphalt Plants from the proposed asphalt storage tanks
were estimated to be 0.031 tons.

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4.0 BEST AVAILABLE CONTROL TECHNOLOGY
Per Utah Air Rules R307-400, best available control technology (BACT) is defined as an emissions limitation
(including a visible emissions standard) based on the maximum degree of reduction for each air contaminant
which would be emitted from any proposed stationary source or modification which the director, on a case-
by-case basis, taking into account energy, environmental, and economic impacts and other costs, determines
is achievable for such source or modification through application of production processes or available methods,
systems, and techniques, including fuel cleaning or treatment or innovative fuel combustion techniques for
control of such pollutant. BACT analyses for the emissions from the proposed equipment at the Mona Facility
are discussed in the following sections.

4.1 BACT for Material Handling

Fugitive particulate (PM10/PM2.5) emissions will be emitted from the material handling processes which includes
crushing, screening, conveying, and transfer of aggregate material.
4.1.1 BACT for PM10/PM2.5
Five control technologies were identified for particulate control. These are: (1) total equipment enclosure; (2)
Electrostatic Precipitator (ESP); (3) Wet Scrubbers; (4) Baghouses (Fabric Filters), and (5) Wet Suppression.
Cyclones were not considered. a control technology for material handling since a cyclone does not remove
fine particulate matter.

Total enclosure of the equipment provides the highest percentage of control at 100%; ESP’s and baghouses
typically reduce PM10 and PM2.5 emissions by up to 99.9%. Wet scrubbers offer approximately 95% control
and wet suppression offers approximately 75% control.

Because the emissions from crushing, screening, conveying, and transfer points are fugitive in nature, wet
scrubbers, ESPs, and baghouses are eliminated from the BACT analysis. ESP’s and wet scrubbers were
eliminated from review since these emission control technologies are either infeasible in a temperature
variable outdoor environment, due to cost, or because they are not considered effective for fugitive control
for aggregate operations. Although the emissions from the crushers could be captured and vented to a
baghouse (fabric filters), this option was determined to be economically infeasible due to the cost of the
ducting and capture system.

Wet suppression using water sprays nozzles or fog bars are effective in minimizing emissions from crushing,
screening, conveying, and transfer points. The most common control technology used to control fugitive PM10
and PM2.5 is the application of water to maintain moisture throughout the material handling process and to
meet the required State of Utah opacity limits.

Wet suppression will be employed on the crushers, screens, and conveyor transfer points. Spray systems at
transfer points have been estimated to reduce PM emissions by 70 to 95%. Factors affecting emissions from
screening include the stone size distribution and the surface moisture content of the stone processed as well
as the process throughput rate. The Mona facility will apply water as necessary to maintain relatively high
material moisture content to effectively control PM emissions from material crushing, screening, conveying,
and transfer points. The material at the wash plant will be saturated with water. Therefore, the application of
water for material handling operations is considered to meet BACT.

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4.2 BACT for Concrete Plant

Loading the sand, aggregate, flyash, and cementitious into material bins and silos cause PM emissions at the
top of the bins and may best be characterized as point emission sources. Loading the concrete trucks (in-
transit mixing) has properties of both fugitive and point sources. PM emissions from the concrete plant
operations are in the PM10 or larger range.
4.2.1 BACT for PM10/PM2.5
The following control technologies were identified for controlling PM emissions at a concrete plant: (1) Dry
material storage silos with fabric filters; (2) Aggregate storage piles and handling operations with water
sprays; (3) truck filling with enclosed drop chutes; and (4) enclosure of concrete plant within structure.

At the Mona facility, GRP is proposing to enclose the cement plant in a four-sided structure and capture PM
emissions which will be vented to a baghouse that is at least 98% effective in removing PM10/PM2.5. Dust
collectors are also proposed on all dry material storage silo vents. Drop chutes will be enclosed for truck
fillings. These controls represent BACT for PM10/PM2.5 emissions from the proposed concrete plant.

4.3 BACT for Hot Mix Asphalt Plant Dryer

The dryer operations are the main source of pollution at the proposed hot mix asphalt plant. Combustion
emissions from the dryer include products of complete and incomplete combustion. Products of complete
combustion include oxides of nitrogen (NOx) and, if sulfur is present in the fuel, sulfur dioxide (SO2) and other
substances such as carbon dioxide (CO2) and water. Products of incomplete combustion include carbon
monoxide (CO), volatile organic compounds (VOCs) (including benzene, toluene, and xylenes), and other
organic particulate matter. The drum dryer at the Mona facility will be fired by natural gas, propane, diesel,
or RFO.
4.3.1 BACT for NOx, VOC, CO, SO2, and HAP

For the drum dryer, two control technologies were identified for reduction of criteria combustion and HAP
emissions. These include: (1) work practice requirements of good combustion practice; and (2) use of low
sulfur gaseous fuels.

Incomplete combustion emissions result from improper air and fuel mixtures, such as poor mixing of fuel and
air, inadequate fuel air residence time and temperature, and quenching of the burner flame. Thus, NOx, VOC,
CO, and HAP emissions will be reduced by ensuring good combustion practices are utilized which include
periodic dryer burner tune-up and proper burner maintenance to increase the efficiency of the burners and
operation of the dryer burner in accordance with manufacturer specifications. In addition, natural gas and
propane are low sulfur fuels which will be utilized on-site along with RFO and diesel. Thus, BACT for minimizing
drum dryer emissions is good combustion practices and use of low sulfur fuels as much as possible.

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4.3.2 BACT for PM10/PM2.5

Emissions from the asphalt plant dryer also include PM10/PM2.5 from the aggregate and a small amount from
fuel combustion. Several add-on technologies were identified for reduction on PM10 and PM2.5 and include: (1)
Cyclones; (2) Multiple cyclones; (3) Settling chambers; (4) Fabric filter baghouses; (5) Wet gas venturi
scrubbers, and (6) good combustion practices.

Venturi wet gas scrubber and fabric filter baghouses are most efficient in reducing PM10/PM2.5 emissions with
control efficiencies ranging from 90 - 99.5%. Multiple cyclones have a control efficiency of approximately
90%, and cyclones have a control efficiency from 50 to 75%. Settling chambers are least efficient with a
control efficiency of less than 50%.

For the proposed asphalt plant dryer at Mona, PM10/PM2.5 emissions will be controlled using a fabric filter
baghouse with a control efficiency of 98% or greater. In addition, GRP will maintain the HMA plant in good
working order and will utilize good combustion practices. All these proposed controls represent BACT for
PM10/PM2.5 emissions from the proposed Mona HMA plant dryer.

4.4 BACT for Lime Silo

Lime to be used in the HMA process will be stored in enclosed bins. PM10 and PM2.5 emissions are anticipated
from lime handling.
4.4.1 BACT for PM10/PM2.5

The only control technology to reduce particulate emissions from lime handling was the installation and
operation of fabric filters on dust collectors. Dust collectors are proposed to be utilized on the lime silos at the
Mona facility. The control efficiency of fabric filters on dust collectors is 99%. This represents BACT for
minimizing PM10/PM2.5 emissions from lime silos.

4.5 BACT for Loader, Bulldozer, and Haul Truck Operations

Loader, bulldozer, and haul truck operations will create fugitive PM10 and PM2.5 emissions.
4.5.1 BACT for PM10/PM2.5

Three front end loaders will be used to transport and load material at the site. A bulldozer will be utilized to
move and smooth overburden. The factors that affect PM10 and PM2.5 emissions include the amount and size
of material being transported, moisture content of the material, and climatic/seasonal conditions.

Several control technologies were identified to minimize particulate emissions from loader and dozer
operations which include water application and minimizing drop distances. Other control technologies to
minimize particulate emissions such as electrostatic precipitators, fabric filter baghouses, wet scrubbers, and
cyclones are not feasible for use in such a dynamic environment as loading operations to storage piles, dozing
overburden, conveyors, haul trucks, etc. Thus, electrostatic precipitators, fabric filter baghouses, wet
scrubbers, and cyclones were determined to be technically infeasible.

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For unpaved areas where the loaders, bulldozers, and haul trucks will be operating, control technologies
include watering, application of chemical dust suppressants, and use of a low silt content road base. The
unpaved road control options, presented in Table 4-1, are ranked in order of efficiency. These efficiencies
were obtained from a UDAQ January 12, 2015 Memorandum, Emission factors for Paved and Unpaved Haul
Roads.
Table 4-1 Paved and Unpaved Road Control Efficiencies
Control Control Efficiency
(%)
Paved road surface with vacuum sweeping and watering 95
Paved road with sweeping and watering 90
Chemical Suppressant and Watering 85
Basic Watering and Low Silt Content Road Base 75
Basic Watering 70

Paving followed by vacuuming sweeping and water has the highest control efficiency of 95%. Paved road
followed by sweeping and water has a control efficiency of 90%. Paving, however, costs on average $500,000
per mile1 which makes it economically infeasible to pave all roads on-site since road locations at the site will
change due to the location of aggregate activities. The section of roadway from the entrance of the Mona
facility to the HMA plant will be paved. This section of pavement will be vacuum swept and watered which
represents BACT with a 95% control efficiency for paved road segments.

Studies have shown that on heavily traveled unpaved roads, chemical suppression methods are as effective
as watering at regular intervals. Based on information from the UDAQ, basic watering and the use of low silt
content road base will reduce PM10 and PM2.5 emissions on unpaved roads by 85%. Thus, road base, chemical
suppressants and water applications are proposed to be utilized at the Mona facility to suppress PM10 and
PM2.5 emissions from unpaved roads which is considered BACT.

4.6 BACT for Exposed or Disturbed Area

Fugitive particulate (PM10/PM2.5) emissions will be emitted from exposed or disturbed areas.
4.6.1 BACT for PM10/PM2.5

During the mining process, stripped overburden, or graded overburden from initial removal until when
vegetation starts to grow has the potential to emit fugitive PM10 and PM2.5 from wind and dry climatic
conditions. For exposed or disturbed areas, the following control options were identified: (1) watering exposed
areas, (2) minimal disturbance of the area, and (3) planting vegetation.

Watering large, exposed areas is technically not feasible in an arid climate such as GRP’s Mona facility due to
the size of the exposed area, which at proposed at 25 acres. Copious amounts of water and a several water
trucks would be required to maintain the exposed and disturbed areas with enough moisture to suppress
fugitive dust emissions.

1 https://documents.deq.utah.gov/air-quality/pm25-serious-sip/DAQ-2018-007161.pdf

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Minimally disturbing the area will minimize emissions by reducing the availability of smaller particulate matter
at the surface. Planting vegetation on exposed or disturbed areas that is not quickly reclaimed can also reduce
particulate emissions. According to an article published in 2016 by Phatak titled “A Detailed Look at the Cost
of Hydroseeding”, the cost to hydro-seed can cost overall $3,000 per acre. For GRP to hydro-seed just 25
acres, the cost would be over $75,000 which is burdensome for the company. Thus, planting vegetation to
reduce particulate emissions from exposed or disturbed areas was not considered further.

The remaining control option, minimal disturbance of the area, will be employed by GRP at Mona. Minimal
disturbance will help reduce fugitive particulate emissions and will give time for natural vegetation to grow
which will further reduce emissions. This option is considered BACT for exposed and disturbed areas.

4.7 BACT for Storage Piles
Fugitive particulate (PM10/PM2.5) emissions will be emitted from the outdoor storage piles from material loading
and unloading as well as wind.
4.7.1 BACT for PM10/PM2.5
Three control options were identified for controlling PM10 and PM2.5 emissions from storage piles. They are:
(1) water sprays; (2) full enclosure; and (3) partial enclosure.

Full enclosure of piles, the most effective control option, is typically used at coal processing plants where the
coal needs to be kept dry. These enclosures are usually for piles smaller than what is typically at aggregate
operations. The Mona site will have up to 15 acres of storage piles throughout the property. It is practically
not feasible at aggregate, sand, or gravel operations to enclose the piles due to cost and the dynamic nature
and the location change of mining operations.

Partial enclosures are easier to implement but are still costly and to maintain a required opacity limit, water
sprays are still needed. In very windy areas, barriers can be installed to reduce the impact of wind on storage
piles.

Water systems are designed to spray storage piles. These systems are relatively inexpensive and can be
modified to maintain the UDAQ required opacity limit. The DAQ assumes a 50% control efficiency of fugitive
emissions when water sprays are utilized to maintain an opacity limit. This control technology is commonly
implemented on storage piles.

Thus, GRP will maintain water systems to reduce PM10 and PM2.5 emissions from aggregate, gravel, or sand
storage piles. The use of these water spray systems is considered BACT.

4.8 BACT from Above Ground Storage Tanks

VOC and HAP emissions will be emitted from above ground storage tanks.

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4.8.1 BACT for VOC and HAPs

Four (4) horizontal diesel, seven (7) above-ground fixed roof asphalt cement oil, and one (1) RFO storage
tanks are proposed at the Mona facility. Floating roof tanks are commonly used for storing crude oil, gasoline,
and naphtha. Internal floating roofs are most often used for storing low flash point fuels while external floating
roofs are used for medium flash point fuels. Fixed roof tanks are most often used for high flash point fuels
like diesel, kerosene, jet fuel, fuel oils, and asphalt cement.

There are two general types of atmospheric storage tanks: fixed roof tanks and floating roof tanks. There are
three types of floating roof tanks: external floating roof, internal floating roof, and covered or domed floating
roof. Emissions from storage tanks result from displacement of headspace vapor during filling operations
(working losses) in the case of fixed roof or internal floating roof tanks, and from diurnal temperature and
heating variations (breathing losses). Lower vapor pressure liquids such as heating oils, diesel, and kerosene
are stored in fixed roof tanks. Typically, filling losses constitute 80-90% of the total losses for fixed roof tanks.

Crude oils and lighter products such as gasoline are stored in floating roof tanks. Most of the emissions from
floating roof tanks are due to standing losses. Compliance options for VOC emission controls on these tanks
includes using a fixed roof with an internal floating roof or an external floating roof meeting certain design
specification and/or using a closed-vent system and control device that meet the requirements of 40 CFR Part
60 Subpart Kb.

Asphalt is produced in refinery distillation towers and solvent extraction units and is typically stored in fixed
roof tanks due to its low volatility.

The proposed aboveground storage tanks have the potential to create VOCs and HAPs resulting from
evaporative losses during storage, filling and emptying.

Two add-on control technologies as well as best management practices were identified to reduce VOC
emissions from fixed roof diesel and asphalt cement tanks. These include:

► Carbon adsorption
► Incinerator
► Best Management Practices

Both carbon adsorption and incineration are effective control technologies having greater 95% and 98%
control efficiencies. Best management practices are considered the baseline for controlling VOC emissions
from fixed roof tanks.

Vapor losses from fixed roof vertical tanks are primarily due to changes in the atmospheric temperature and
pressure as well as liquid level changes inside the tank. Due to the low volatility of the products to be stored,
GRP is proposing fixed roof diesel, asphalt cement, and RFO storage tanks with no additional add on vapor
recovery technology.

The cost of a vapor control system is a function of the vapor flow rate to the system. The flow rate is controlled
by the rate at which liquids are pumped into the tank. The volume of VOC vapors expected from the proposed
tanks is 0.40 tons. Due to the low volatility of the products being stored, additional emission controls are not
required. Thus, the only control technology identified for the fixed roof tanks is best management practices.

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Best management practices include regular inspection of the tanks and associated piping and reducing
breathing and working losses from the tank. Breathing losses can be by minimizing the vapor space in the
tank. In fixed-roof tanks, breathing losses can account for 10 to 95 percent of total annual emissions. For
fixed-roof tanks, liquid level matters significantly for emission generation: the emptier the tank is, the more
room there is for vapors to build up. However, it’s not until those vapors are pushed outwards with enough
force to pass through the roof vent that these vapors become fugitive emissions.

To prevent breathing losses, the tank head space will be reduced by operating at a full level and constant
rate. Tanks that operate conservation vents at 2.5 psig or higher will often have low breathing losses, or none.
Reducing the number of tank turnovers per year will reduce working loss emissions. Regular inspection of the
above ground storage tank and associated piping for leaks will also reduce VOC emissions.

Thus, BACT for VOC and HAPS from the diesel, asphalt cement, and RFO storage tanks is best management
practices which includes regular inspection of the aboveground storage tanks and associated piping for leaks
and reducing breathing and working losses from the tank.

4.9 BACT for Hot Water and Hot Oil Boilers

A 9.9 MMBtu/hr hot water boiler at the concrete batch plant and a 5.0 MMBtu/hr hot oil boiler at the asphalt
plant are proposed to be operated at their rated capacities. Emissions from combustion, including NOx, SO2,
CO, PM10/PM2.5 and VOC are expected from the hot water and hot oil boilers when fired on diesel fuel, propane,
and natural gas, the proposed fuels for these boilers. The cost analyses performed for this section are
presented in Appendix A.
4.9.1 BACT for NOx
NOx is formed during combustion by two major mechanisms, thermal NOx and fuel NOx. The first way NOx is
formed is within a high temperature environment with the combination of elemental nitrogen and oxygen in
the combustion air (thermal NOx). The second way NOx is formed is through the oxidation of nitrogen
contained in the fuel (fuel NOx). The majority of NOx emissions from hot water and oil boilers will be the result
of thermal NOx. The rate of formation of thermal NOx is a function of the residence time and free oxygen and
is exponential with peak flame temperature.

The following control options were evaluated for controlling NOx emissions from the hot water and hot oil
boilers:

► Good combustion and management practices
► Low NOx burners
► Flue gas recirculation

Good combustion and management practices generally include the following components: (1) Proper air/fuel
mixing in the combustion zone; (2) High temperatures and low oxygen levels in the primary combustion zone;
and (3) Sufficient residence time to complete combustion. Good combustion practices are accomplished by
controlling the temperature of the flame at the main burner and controlling the amount of oxygen and nitrogen
available for the reaction.

Low-NOx burner technology uses advanced burner design to reduce NOx formation through the restriction of
oxygen, flame temperature, and/or residence time.

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Flue gas recirculation is another combustion control used to reduce NOx. FGR involves the recycling of fuel
gas into the air-fuel mixture at the burner to help cool the burner flame. Internal FGR involves recirculation
of the hot O2-depleted flue gas from the boiler into the combustion zone using burner design features.

Hot water and hot oil boiler manufacturers strive to reduce the formation of NOx by controlling the temperature
of the flame at the main burner and controlling the amount of oxygen and nitrogen available for the reaction.
A hotter flame has the potential of producing more NOx products. Thus, good combustion practices will be
employed by these units by controlling the temperature of combustion. Combustion temperatures that are
cooler do not allow the nitrogen and oxygen molecules to bond and form NOx.

At the Concrete Batch plant, the proposed hot water boiler will be fired on either diesel fuel, propane, or
natural gas. Natural gas will not be available to the site for some time due to the extreme cost of bringing in
a line since the line would need to be bored under Interstate 15 (I-15) at a current cost of over $1,000,000.

Using conservative emission factors from AP-42, the hot water and hot oil boilers NOx emissions were
estimated to be 0.143 lb NOx/MMbtu which equates to approximately 111.4 ppm (based on a conversion rate
of rate of 780 lb/MMBtu to ppm at 3% oxygen (O2), dry, for #2 fuel oil or diesel). If natural gas were used,
using conservative AP-42 emission factors, NOx emissions were estimated to be 0.049 lb/MMbtu which equates
to approximately 40.8 ppm NOx (conversion rate of 833 lbs/MMBtu to ppm for natural gas at 3% O2. The
emission of 40.8 ppm is in line with emissions from similar hot water and hot oil heaters run on natural gas
at other GRP facilities.

A cost estimate was obtained for a 9.9 MMBtu/hr hot water boiler fired on natural gas. The cost for a 9.9
MMBtu/hr hot water boiler fired on natural gas was estimated to be $207,084 (including freight). The total
annual operating cost was estimated to be $23,508. The difference (or reduction) in emissions from firing a
9.9 MMBtu/hr hot water boiler on diesel and replacing diesel with natural gas was estimated to be 4.06 tons
of NOx. Thus, the total annual cost per ton of NOx reduction is $5,790. However, as mentioned above, this
cost does not include the construction of a natural gas pipeline which has been estimated to be over
$1,000,000 and would require installation under I-15.

A cost estimate was also obtained for the proposed 5.0 MMBtu/hr asphalt plant hot oil boiler fired by diesel
and an equivalent unit fired on natural gas. The cost for a 5.0 MMBtu/hr hot oil boiler fired on natural gas
was estimated to be $105,820 (including freight). Total annual operating cost was estimated to be $13,082.
The difference (reduction) in emissions from firing a 5.0 MMBtu/hr hot oil boiler on diesel and replacing diesel
with natural gas was estimated to be 2.02 tons of NOx. Thus, the total annual cost per ton of NOx reduction
is $6,350. However, this cost does not include the construction of a natural gas line which has been estimated
to be over $1,000,000 and would require installation under Interstate 15.

The use of natural gas for the proposed hot water heater or hot water boiler at this time is not economically
feasible and has been eliminated at this time for consideration. In addition, based on the estimated NOx
emissions from these units firing natural gas 2.12 TPY for the hot water heater and 1.07 TPY for the hot oil
heater, the addition of any add-on technologies would be cost prohibitive and are not economically feasible.

Thus, BACT for the 9.9 MMBtu/hr hot water boiler and 5.0 MMBtu/hr hot oil heater is based on good
combustion and management practices and the use of ultra-low sulfur fuel or propane. While use of natural
gas would provide the lowest emissions, at this time, the use of natural gas is not an option due to cost and
logistics of bringing a pipeline to the site.

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4.9.2 BACT for CO and VOC
Carbon monoxide is a product of the chemical reaction between carbonaceous fuels and oxygen. The primary
factors influencing generation of CO are temperature and residence time in the combustion zone. Higher
combustion zone temperatures and residence times lead to more complete combustion and lower CO
emissions.

Only one control option, good combustion practices, was identified to control CO and VOC emissions from
small boilers such as the proposed 9.9 MMBtu/hr hot water boiler and 5.0 MMBtu/hr hot oil boiler. The control
technology identified to reduce CO emissions is through good engineering design of the equipment utilizing
good combustion practices. Good combustion practices for CO and VOC include adequate fuel residence times,
proper fuel-air mixing, and temperature control.

Natural gas will not be available to the site for some time due to the extreme cost of bringing in a line since
the line would need to be bored under I-15 at a current cost of over $1,000,000.

Thus, BACT for CO and VOC for the 9.9 MMBtu/hr hot water boiler and 5.0 MMBtu/hr hot oil heater is based
on good combustion practices and the use of ultra-low sulfur diesel or propane.
4.9.3 BACT for PM10/PM2.5
For this BACT analysis, all particulate emissions were considered PM2.5 which is a subset of PM10. The following
is a list of combustion and post-combustion control technologies which were identified for controlling
PM10/PM2.5 emissions:

► good combustion practices,
► use of clean burning fuels, and,
► proper design and operation.

All proposed control options are technically feasible and will be reviewed further.

Combustion controls or “proper combustion” to minimize PM10/PM2.5 emissions include adequate fuel residence
time, proper fuel-air mixing, and temperature control to ensure the maximum amount of fuel is combusted.
The use of clean-burning fuels, such as natural gas which has only trace amounts of sulfur that can form
particulates, will result in minimal formation of PM10/PM2.5 during combustion.

Thus, the only control technology identified in the RBLC database for liquid-fired boilers in the proposed sizes
is a work practice requirement to adhere to good combustion practices and use of low sulfur fuels such as
low sulfur diesel fuel or naturas gas. These control strategies are technically feasible and will not cause any
adverse energy, economic or environmental impacts.

As mentioned previously, natural gas will not be available to the site for some time due to the extreme cost
of bringing in a line since the line would need to be bored under I-15 at a current cost of over $1,000,000.
The use of natural gas for the proposed hot water heater or hot water boiler at this time is not economically
feasible and has been eliminated at this time for consideration.

Hence, BACT for PM10/PM2.5 for the 9.9 MMBtu/hr hot water boiler and 5.0 MMBtu/hr hot oil heater is good
combustion practices, use of low sulfur diesel fuel or propane, and proper equipment design and operation.

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4.9.3 BACT for SO2
SO2 emissions from the proposed 9.9 MMBtu/hr hot water boiler and 5.0 MMBtu/hr hot oil heater will be a
result of oxidation of fuel sulfur. Using lower sulfur fuels can lower SO2 emissions.

Only one control option was found which is to limit the amount of sulfur in the fuel. Since natural gas will not
be available to the site for some time due to the extreme cost of bringing in a line since the line would need
to be bored under I-15 at a current cost of over $1,000,000, GRP will be using low sulfur diesel fuel or propane
as the primary fuel. The use of a lower sulfur content fuel is considered a control technology.

The use of a lower sulfur content fuel for the boilers of the proposed sizes is a feasible SO2 control technology
for the proposed hot oil and hot water boilers. Hence, BACT for SO2 for the 9.9 MMBtu/hr hot water boiler
and 5.0 MMBtu/hr hot oil heater is the use of low sulfur diesel or propane as the primary fuels.

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5.0 REGULATORY REVIEW
The air quality regulations, codified in Title R307 of the Utah Administrative Code, which are potentially
applicable to this project, are as follows:

► R307-101 - General Requirements.
► R307-102 - General Requirements: Broadly Applicable Requirements.
► R307-107 - General Requirements: Breakdowns.
► R307-130 - General Penalty Policy.
► R307-150 - Emission Inventories.
► R307-165 - Stack Testing.
► R307-201 - General Emission Standards.
► R307-203 - Emission Standards: Sulfur Content of Fuels.
► R307-205 - Emission Standards: Fugitive Emissions and Fugitive Dust.
► R307-210 - Standards of Performance for New Stationary Sources.
► R307-214 - National Emission Standards for Hazardous Pollutants.
► R307-401 - Permit: New and Modified Sources.
► R307-410 - Permits: Emissions Impact Analysis.

5.1 R307-101 General Requirements

Chapter 19‐2 and the rules adopted by the Air Quality Board constitute the basis for control of air pollution
sources in the state. These rules apply and will be enforced throughout the state and are recommended for
adoption in local jurisdictions where environmental specialists are available to cooperate in implementing rule
requirements.

National Ambient Air Quality Standards (NAAQS), National Standards of Performance for New Stationary
Sources (NSPS), National Prevention of Significant Deterioration of Air Quality (PSD) standards, and the
National Emission Standards for Hazardous Air Pollutants (NESHAPS) apply throughout the nation and are
legally enforceable in Utah.

5.2 R307-102 General Requirements: Broadly Applicable Requirements

Emission of air contaminants in sufficient quantities to cause air pollution as defined in R307-101-2 is
prohibited. The State statute provides for penalties up to $50,000/day for violation of State statutes,
regulations, rules or standards. In addition, the owner or operator of any stationary air pollutant source in
Utah shall furnish to the director the periodic reports required under Section 19-2-104(1)(c) and any other
information as the director may deem necessary to determine whether the source is in compliance with Utah
and Federal regulations and standards. The information thus obtained will be correlated with applicable
emission standards or limitations and will be available to the public during normal business hours at the
Division of Air Quality.

Any person submitting information pursuant to these regulations may request that such information be treated
as a trade secret or on a confidential basis, in which case the director shall so treat such information. If no
claim is made at the time of submission, the director may make the information available to the public without
further notice. Information required to be disclosed to the public under State or Federal law may not be
requested to be kept confidential.

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Justification supporting claims of confidentiality shall be provided at the time of submission on the information.
Each page claimed "confidential" shall be marked "confidential business information" by the applicant and the
confidential information on each page shall be clearly specified. Claims of confidentiality for the name and
address of applicants for an approval order will be denied. Confidential information or any other information
or report received by the director shall be available to EPA upon request and the person who submitted the
information shall be notified simultaneously of its release to EPA.

5.3 R307-107 General Requirements: Breakdowns

The breakdown provisions of R307-107 will apply to the Mona facility operations. The owner or operator of a
source shall report breakdowns to the director within 24 hours of the incident via telephone, electronic mail,
fax, or other similar method. A detailed written description of the circumstance including a corrective program
directed at preventing future such incidents, shall be submitted within 14 days of the onset of the incident.

The breakdown incident report shall include the cause and nature of the event, estimated quantity of emissions
(total and excess), time of emissions and any relevant evidence, including, but not limited to, evidence that:

a) There was an equipment malfunction beyond the reasonable control of the owner or operator,
b) The excess emissions could not have been avoided by better operation, maintenance or improved
design of the malfunctioning component,
c) To the maximum extent practicable, the source maintained and operated the air pollution control
equipment and process equipment in a manner consistent with good practice for minimizing emissions,
including minimizing any bypass emissions,
d) Any necessary repairs were made as quickly as practicable, using off-shift labor and overtime as
needed and as possible,
e) All practicable steps were taken to minimize the potential impact of the excess emissions on ambient
air quality, and
f) The excess emissions are not part of a recurring pattern that may have been caused by inadequate
operation or maintenance, or inadequate design of the malfunctioning component.

The burden of proof is on the owner or operator of the source to provide sufficient information to demonstrate
the elements listed above.

5.4 R307-130 General Penalty Policy

This policy provides guidance to the director of the Air Quality Board in negotiating with air pollution sources
penalties for consent agreements to resolve non-compliance situations. It is designed to be used to determine
a reasonable and appropriate penalty for the violations based on the nature and extent of the violations,
consideration of the economic benefit to the sources of non-compliance, and adjustments for specific
circumstances.

Violations are grouped in four general categories based on the potential for harm and the nature and extent
of the violations. Penalty ranges for each category are as follows.

(1) Category A. $7,000 - $10,000 per day;
(2) Category B. $2,000 - $7,000 per day;
(3) Category C. Up to $2,000 per day; and
(4) Category D. Up to $299.

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The amount of the penalty within each category may be adjusted and/or suspended in part based upon the
following factors:

(1) Good faith efforts to comply or lack of good faith. Good faith considers the openness in dealing with the
violations, promptness in correction of problems, and the degree of cooperation with the State to include
accessibility to information and the amount of State effort necessary to bring the source into compliance.
(2) Degree of willfulness and/or negligence. In assessing willfulness and/or negligence, factors to be
considered include how much control the violator had over and the foreseeability of the events constituting
the violation, whether the violator made or could have made reasonable efforts to prevent the violation, and
whether the violator knew of the legal requirements which were violated.
(3) History of compliance or non-compliance. History of non-compliance includes consideration of previous
violations and the resource costs to the State of past and current enforcement actions.
(4) Economic benefit of non-compliance. The amount of economic benefit to the source of non-compliance
would be added to any penalty amount determined under this policy.
(5) Inability to pay. An adjustment downward may be made, or a delayed payment schedule may be used
based on a documented inability of the source to pay.

5.5 R307-150 Emission Inventories

The purpose of Rule R307-150 is:

(a) to establish by rule the time frame, pollutants, and information that sources must include in inventory
submittals; and
(b) to establish consistent reporting requirements for stationary sources in Utah to determine whether sulfur
dioxide emissions remain below the sulfur dioxide milestones established in the State Implementation Plan
for Regional Haze, section XX.E.1.a, incorporated by reference in Section R307-110-28.

The requirements of Rule R307-150 replace any annual inventory reporting requirements in approval orders
or operating permits issued prior to December 4, 2003. Emission inventories shall be submitted on or before
April 15 of each year following the calendar year for which an inventory is required. The inventory shall be
submitted in a format specified by the Division of Air Quality following consultation with each source. The
executive secretary may require at any time a full or partial year inventory upon reasonable notice to affected
sources when it is determined that the inventory is necessary to develop a state implementation plan, to
assess whether there is a threat to public health or safety or the environment, or to determine whether the
source is in compliance with Title R307.

Each owner or operator of a stationary source subject to this rule shall maintain a copy of the emission
inventory submitted to the Division of Air Quality and records indicating how the information submitted in the
inventory was determined, including any calculations, data, measurements, and estimates used. The records
under Section R307-150-4 shall be kept for ten years. Other records shall be kept for a period of at least five
years from the due date of each inventory. The owner or operator of the stationary source shall make these
records available for inspection by any representative of the Division of Air Quality during normal business
hours.

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5.6 R307-165 Stack Testing

The purpose of Rule R307-165 is to establish the requirements for stack testing. Rule R307-165 applies to
each emissions unit with established emission limitations specified in approval orders issued under Rule R307-
401 or in the Utah State Implementation Plan Section IX, Part H. Rule R307-165 does not apply to opacity
limitations or emissions units with emissions monitored under Rule R307-170.R307-165-2.

The owner or operator of an emissions unit under Subsection R307-165-1 shall conduct stack testing at least
once every five years. More frequent testing may be required as specified in an applicable federal rule,
approval order, Title V permit, or State Implementation Plan. If the director has reason to believe that an
applicable emission limitation is being exceeded, the owner or operator shall perform such stack testing as is
necessary to determine the actual compliance status and as required by the director. The owner or operator
shall conduct stack testing of an emissions unit approved under Rule R307-401 within 180 days of startup.

Unless otherwise specified by federal rule, the owner or operator shall notify the director of the date, time
and place of stack testing no less than 30 days, before conducting a stack test, and provide a copy of the
source test protocol to the director. The source shall obtain approval of the protocol from the director prior to
conducting the test. The source test protocol shall: (a) identify the reason for the test; (b) outline each
proposed test methodology; (c) identify each stack to be tested; and (d) identify each procedure to be used.
The owner or operator shall attend a pretest conference if determined necessary by the director.

The production rate during all stack testing shall be no less than 90% of the maximum production rate
achieved in the previous three years. If the desired production rate is not achieved at the time of the test,
the maximum production rate shall be 110% of the tested achieved rate, but not more than the maximum
allowable production rate. This new allowable maximum production rate shall remain in effect until
successfully tested at a higher rate. The owner or operator shall request a higher production rate when
necessary. Testing at no less than 90% of the higher rate shall be conducted. A new maximum production
rate of 110% of the new rate will then be allowed if the test is successful. This process may be repeated until
the maximum allowable production rate is achieved. During the stack testing, the owner or operator shall
burn fuels or combinations of fuels, use raw materials, and maintain process conditions representative of
normal operations of the emissions unit. The owner or operator shall operate the emissions unit under such
other relevant conditions as the director shall specify.

The owner or operator shall submit a written report of the results from the stack testing to the director no
later than 60 days after completion of the stack testing. report shall include validated results and supporting
information.

The director may reject stack testing results if determined to be incomplete, inadequate, not representative
of operating conditions specified for the test, or if the director was not provided an opportunity to have an
observer present at the test.

5.7 R307-201 Emission Standards: General Emission Standards

R307-210 establishes emission standards for all areas of the state except for sources listed in Section IX, Part
H of the state implementation plan or located in a PM10 nonattainment or maintenance area.

(1) Visible emissions from installations constructed on or before April 25, 1971, except diesel engines, shall
be of a shade or density no darker than 40% opacity, except as otherwise provided in these rules.

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(2) Visible emissions from installations constructed after April 25, 1971, except diesel engines shall be of a
shade or density no darker than 20% opacity, except as otherwise provided in these rules.
(3) Visible emissions for all incinerators, no matter when constructed, shall be of shade or density no darker
than 20% opacity.
(4) No owner or operator of a gasoline powered engine or vehicle shall allow, cause or permit visible emissions.
(5) Emissions from diesel engines, except locomotives, manufactured after January 1, 1973, shall be of a
shade or density no darker than 20% opacity, except for starting motion no farther than 100 yards or for
stationary operation not exceeding three minutes in any hour.
(6) Emissions from diesel engines manufactured before January 1, 1973, shall be of a shade or density no
darker than 40% opacity, except for starting motion no farther than 100 yards or for stationary operation not
exceeding three minutes in any hour.
(7) Visible emissions exceeding the opacity standards for short time periods as the result of initial warm-up,
soot blowing, cleaning of grates, building of boiler fires, cooling, etc., caused by start-up or shutdown of a
facility, installation or operation, or unavoidable combustion irregularities which do not exceed three minutes
in length (unavoidable combustion irregularities which exceed three minutes in length must be handled in
accordance with R307-107), shall not be deemed in violation provided that the director finds that adequate
control technology has been applied. The owner or operator shall minimize visible and non-visible emissions
during startup or shutdown of a facility, installation, or operation through the use of adequate control
technology and proper procedures.
(8) Compliance Method. Emissions shall be brought into compliance with these requirements by reduction of
the total weight of pollutants discharged per unit of time rather than by dilution of emissions with clean air.
(9) Opacity Observation. Opacity observations of emissions from stationary sources shall be conducted in
accordance with EPA Method 9. Opacity observers of mobile sources and intermittent sources shall use
procedures similar to Method 9, but the requirement for observations to be made at 15 second intervals over
a 6-minute period shall not apply.

5.8 R307-203 Emission Standards: Sulfur Content of Fuels

Any coal, oil, or mixture thereof, burned in any fuel burning or process installation not covered by New Source
Performance Standards for sulfur emissions shall contain no more than 1.0-pound sulfur per million gross BTU
heat input for any mixture of coal nor .85 pounds sulfur per million gross BTU heat input for any oil.

In the case of fuel oil, it shall be sufficient to record the following specifications for each purchase of fuel oil
from the vendor: weight percent sulfur, gross heating value (btu per unit volume), and density. These
parameters shall be ascertained in accordance with the methods of the American Society for Testing and
Materials. Records of fuel sulfur content shall be kept for all periods when the plant is in operation and shall
be made available to the director upon request and shall include a period of two years ending with the date
of the request.

Any person may apply to the director for approval of an alternative test method, an alternative method of
control, an alternative compliance period, an alternative emission limit, or an alternative monitoring schedule.
The application must include a demonstration that the proposed alternative produces an equal or greater air
quality benefit than that required by R307-203, or that the alternative test method is equivalent to that
required by R307-203. The director shall obtain concurrence from EPA when approving an alternative test
method, an alternative method of control, an alternative compliance period, an alternative emission limit, or
an alternative monitoring schedule.

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5.9 R307-205 Emission Standards: Fugitive Emissions and Fugitive Dust

R307-205 establishes minimum work practices and emission standards for sources of fugitive emissions and
fugitive dust for sources located in all areas in the state except those listed in section IX, Part H of the state
implementation plan or located in a PM10 nonattainment or maintenance area. R307-205 applies statewide to
all sources of fugitive emissions and fugitive dust, except for agricultural or horticultural activities specified in
19-2-114(1)-(3) and any source listed in section IX, Part H of the state implementation plan or located in a
PM10 nonattainment or maintenance area.

Fugitive emissions from sources which were constructed on or before April 25, 1971, shall not exceed 40% opacity.
Fugitive emissions from sources constructed or modified after April 25, 1971, shall not exceed 20% opacity.

Storage and Handling of Materials. Any person owning, operating or maintaining a new or existing material
storage, handling or hauling operation shall minimize fugitive dust from such an operation. Such control may
include the use of enclosures, covers, stabilization or other equivalent methods or techniques as approved by
the director.

Any person engaging in clearing or leveling of land greater than one-quarter acre in size, earthmoving,
excavation, or movement of trucks or construction equipment over cleared land greater than one-quarter acre
in size or access haul roads shall take steps to minimize fugitive dust from such activities. Such control may
include watering and chemical stabilization of potential fugitive dust sources or other equivalent methods, or
techniques approved by the director.

The owner or operator of any land area greater than one-quarter acre in size that has been cleared or excavated
shall take measures to prevent fugitive particulate matter from becoming airborne. Such measures may include:
(i) planting vegetative cover,
(ii) providing synthetic cover,
(iii) watering,
(iv) chemical stabilization,
(v) wind breaks, or
(vi) other equivalent methods or techniques approved by the director.

Any person engaging in demolition activities including razing homes, buildings, or other structures or removing
paving material from roads or parking areas shall take steps to minimize fugitive dust from such activities. Such
control may include watering and chemical stabilization or other equivalent methods, or techniques approved by
the director.

The director may request GRP Corporation to supply traffic count information as determined necessary to
ascertain whether or not control techniques are adequate or additional controls are necessary. Any person
who deposits materials that may create fugitive dust on a public or private paved road shall clean the road
promptly.

Fugitive dust, construction activities, and roadways associated with mining activities are regulated under the
provisions of R307-205-7 and not by R307-205-5 and 6. Any person who owns or operates a mining operation
shall minimize fugitive dust as an integral part of site preparation, mining activities, and reclamation
operations. The fugitive dust control measures to be used may include:
(a) periodic watering of unpaved roads,
(b) chemical stabilization of unpaved roads,
(c) paving of roads,

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(d) prompt removal of coal, rock minerals, soil, and other dust-forming debris from roads and frequent
scraping and compaction of unpaved roads to stabilize the road surface,
(e) restricting the speed of vehicles in and around the mining operation,
(f) revegetating, mulching, or otherwise stabilizing the surface of all areas adjoining roads that are a source
of fugitive dust,
(g) restricting the travel of vehicles on other than established road
(h) enclosing, covering, watering, or otherwise treating loaded haul trucks and railroad cars, to minimize loss
of material to wind and spillage,
(i) substitution of conveyor systems for haul trucks and covering of conveyor systems when conveyed loads
are subject to wind erosion,
(j) minimizing the area of disturbed land,
(k) prompt revegetation of regraded lands,
(l) planting of special windbreak vegetation at critical points in the permit area,
(m) control of dust from drilling, using water sprays, hoods, dust collectors or other controls approved by the
director,
(n) restricting the areas to be blasted at any one time,
(o) reducing the period of time between initially disturbing the soil and revegetating or other surface
stabilization,
(p) restricting fugitive dust at spoil and coal transfer and loading points,
(q) control of dust from storage piles through use of enclosures, covers, or stabilization and other equivalent
methods or techniques as approved by the director, or
(r) other techniques as determined necessary by the director.

5.10 R307-210 Standards of Performance for New Stationary Sources

The provisions of 40 Code of Federal Regulations (CFR) Part 60, effective on July 1, 2019, except for Subparts
Cb, Cc, Cd, Ce, BBBB, DDDD, and HHHH, are incorporated by reference with the exception that references in
40 CFR to "Administrator" shall mean "director" unless by federal law the authority referenced is specific to
the Administrator and cannot be delegated. The New Source Performance Standards as found in 40 CFR Part
60 that the Mona operation will be subject to include Subpart A, I, and OOO.

The provisions of 40 CFR Part 60 Subpart A applies to each affected facility as specified in the relevant NSPS
regulation for that source type. Subpart A contains general requirements for notifications, monitoring,
performance testing, reporting, recordkeeping, and operation and maintenance provisions.

40 CFR Part 60 Subpart I apply to the drum mix asphalt plant equipment and includes limits on opacity in the
exhaust stream and applicable test methods to determine compliance with the opacity limit. 40 CFR Part 60
Subpart OOO applies to the crushers, screens, and conveyor transfer points at the Mona facility. Subpart OOO
contains an opacity limit of 7% for screens and conveyor transfer points and 12% for crushers manufactured
after April 22, 2008, or 15% for any crusher manufactured prior to April 22, 2008.

5.11 R307-214 National Emissions Standards for Hazardous Air Pollutants

The provisions of Title 40 of the Code of Federal Regulations (40 CFR) Part 61, National Emission Standards for
Hazardous Air Pollutants, are incorporated by reference into this rule under Section R307-101-3. The provisions
of 40 CFR Part 63, National Emission Standards for Hazardous Air Pollutants (NESHAP) for Source Categories,
are incorporated by reference. The applicable NESHAPs that the Mona operation will be subject to include 40
CFR Part 63, General Provisions.

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5.12 R307-401 Permit: New and Modified Sources

This rule establishes the application and permitting requirements for new installations and modifications to
existing installations in Utah. R307-401 applies to any person intending to: (a) construct a new installation
which will or might reasonably be expected to become a source or an indirect source of air pollution, or (b)
make modifications or relocate an existing installation which will or might reasonably be expected to increase
the amount or change the effect of, or the character of, air contaminants discharged, so that such installation
may be expected to become a source or indirect source of air pollution, or (c) install a control apparatus or
other equipment intended to control emissions of air contaminants.

Any person subject to R307-401 shall submit a notice of intent to the director and receive an approval order
prior to initiation of construction, modification, or relocation. The notice of intent shall be in a format specified
by the director.

Within 30 days after receipt of a notice of intent, or any additional information necessary to the review, the
director will advise the applicant of any deficiency in the notice of intent, or the information submitted. Within
90 days of receipt of a complete application including all the information described in R307- 401-5, the director
will (a) issue an approval order for the proposed construction, installation, modification, relocation, or
establishment pursuant to the requirements of R307-401-8, or issue an order prohibiting the proposed
construction, installation, modification, relocation or establishment if it is deemed that any part of the proposal
is inadequate to meet the applicable requirements of R307.

5.13 R307-410 Permits Emissions Impact Analysis

This rule establishes the procedures and requirements for evaluating the emissions impact of new or modified
sources that require an approval order under R307-401 to ensure that the source will not interfere with the
attainment or maintenance of any NAAQS. The rule also establishes the procedures and requirements for
evaluating the emissions impact of hazardous air pollutants. The rule also establishes the procedures for
establishing an emission rate based on the good engineering practice stack height as required by 40 CFR
51.118.

All estimates of ambient concentrations derived in meeting the requirements of R307 shall be based on
appropriate air quality models, data bases, and other requirements specified in 40 CFR Part 51, Appendix W,
Guideline on Air Quality Models, which is hereby incorporated by reference. Where an air quality model
specified in the Guideline on Air Quality Models or other EPA approved guidance documents is inappropriate,
the director may authorize the modification of the model or substitution of another model. In meeting the
requirements of federal law, any modification or substitution will be made only with the written approval of
the Administrator, EPA.

Prior to receiving an approval order under R307-401, a new source in an attainment area with a total controlled
emission rate per pollutant greater than or equal to amounts specified in Table 1, or a modification to an
existing source located in an attainment area which increases the total controlled emission rate per pollutant
of the source in an amount greater than or equal to those specified in Table 1, shall conduct air quality
modeling, as identified in R307-410-3, to estimate the impact of the new or modified source on air quality
unless previously performed air quality modeling for the source indicates that the addition of the proposed
emissions increase would not violate a National Ambient Air Quality Standard, as determined by the Director.

• sulfur dioxide - 40 tons per year
• oxides of nitrogen - 40 tons per year

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• PM10 - fugitive emissions 5 tons per year and fugitive dust
• PM10 - non-fugitive emissions 15 tons per year or non-fugitive dust
• carbon monoxide - 100 tons per year
• lead - 0.6 tons per year

The ambient air impact from emissions of hazardous air pollutants is also to be reviewed based on the
guidance in R307-410-5.

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6.0 DISPERSION MODELING
In support of GRP’s Mona Facility, this air quality modeling analysis was conducted in accordance with 40 CFR
Part 51 Appendix W, Guideline on Air Quality Models and Utah Title R307-410. The following sections describe
the methods used and results of the dispersion modeling to demonstrate compliance with applicable State of
Utah Regulation.

6.1 Dispersion Modeling Methodology

Per Utah Title R307-410, a new or modified source located in an attainment area which increases the total
controlled emission rate per pollutant of the source above the modeling threshold, as listed in Table 6-1, is
required to conduct an air quality modeling analysis. As shown in Table 6-1, PM10 is the only criteria pollutant
from the Mona facility whose controlled emission rate was above the required modeling thresholds; thus, PM10
emissions were modeled, and the results of this modeling are presented in this section.
Table 6-1 Dispersion Modeling Thresholds and Controlled Emission Increases
Pollutant
Modeling
Threshold
(tons/year)
Controlled
Emissions
(tons/year)
Modeling
Required
(Y/N)
NOx 40 23.1 N
CO 100 35.5 N
SO2 40 14.6 N
PM10 15/5a 38.8 Y
PM2.5 10 5.6 N
a15 tons per year for non-fugitive emissions, 5 tons per year for fugitive emissions.

Utah Administrative Code (UAC) R307-410-5 presents emission threshold values (ETVs) as a HAP-specific
threshold to determine if dispersion modeling will be required. The ETV is the product of the threshold limit
values (TLVs) listed in the American Conference of Governmental Industrial Hygienists (ACGIH) “Threshold
Limit Values for Chemical Substances and Physical Agents” handbook and an emission threshold factor
(defined in Table 2 of R307-410-5) which is based on the type of release point (vertically restricted or vertically
unrestricted) and the distance to ambient air. Net emissions found to be greater than the ETV are required to
conduct a dispersion modeling analysis to be compared to applicable toxic screening levels (TSLs).

Emission calculations for the Mona facility show that the Hazardous Air Pollutant (HAP) formaldehyde exceeds
the ETV, requiring an air quality analysis to ensure the facility does not pose an unacceptable risk to public
health. Dispersion modeling was conducted for formaldehyde, which is classified as a, acute/chronic HAP.

6.2 Model Selection

Consistent with the procedures presented in 40 CFR Part 51 Appendix W, Guideline on Air Quality Models,
dispersion modeling was performed using the latest version of the AERMOD modeling system (22112) which
is an EPA approved, steady-state Eulerian, Gaussian mathematical plume model. AERMOD is composed of
three modular components: AERMAP, the terrain preprocessor; AERMET, the meteorological preprocessor;
and AERMOD, the control module and modeling processor.

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6.3 Meteorological Data

Meteorological data utilized for this analysis consisted of one year (May 9, 2001 through May 9, 2002) of
surface and upper-air data processed through AERMET (version 21112). Surface and upper-air observations
were collected from a 50-meter tower located at the Currant Creek power plant, near Mona, Utah. Figure 6.1
presents the one-year windrose for Currant Creek, located near Mona, Utah.
Figure 6.1 Windrose for Mona, Utah (2001-2002)

6.4 Treatment of Calms or Near-Calms

AERMOD contains algorithms for dealing with low wind speed (near calm) conditions. The model produces
concentrations for conditions when the wind speed may be less than 1 meters per second (m/s) but still
greater than the instrument threshold. The threshold wind speed is typically the threshold of the instrument
used to collect wind information. A threshold of 0.5 m/s was used in AERMET to define calm periods.

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6.5 Surface Characteristics

Stage 3 of AERMET processing requires the input of surface characteristics of the area from which the surface
meteorological data were collected. These surface characteristics, which are used by AERMET to determine
heat fluxes and atmospheric stability, include:

 Midday Albedo – fraction of solar radiation reflected at the surface
 Daytime Bowen Ratio – indicator of surface moisture
 Surface Roughness Length – height of obstacles to the wind flow

Surface characteristics for this dataset were entered for twelve sectors on a monthly basis and were
determined using AERSURFACE version 20060. This program makes use of electronic land cover, tree canopy,
and impervious surface data from the U.S. Geological Survey to calculate surface characteristics for a given
monitoring station. The seasonal classifications for the year followed the standard AERMET/AERSURFACE
breakdown (e.g., summer = June, July, August).

An AERSURFACE user has the option of choosing Bowen ratios that are tailored for dry, average, or wet
conditions. Trinity compiled climatological records of precipitation totals for 1991-2020 for the Cedar City area.
Any yearly total in the upper 30th-percentile of the 30-year record could be classified as “wet”. Similarly, any
yearly total in the lower 30th-percentile could be classified as “dry”, and any yearly total in the middle 40th-
percentile could be classified as “average”. For the modeling period, 2016 was classified as “average”, 2017,
2018, and 2020 were classified as “dry”, and 2019 was classified as “wet”.

6.6 Regional Description

The Mona facility is located off Interstate 15 just west of Mona, Utah in Juab County which is attainment for
all criteria pollutants. The site is in an area with complex terrain and is situated west of Mt. Nebo.

6.7 Terrain Data

Receptor terrain and source elevations were derived from 1/3-arc second National Elevation Dataset (NED)
data obtained from the U.S. Geological Survey. AERMAP version 18081 was the preprocessor used to
determine elevations at the defined receptor and source locations.

6.8 Building Downwash

The Building Profile Input Program BPIP with Plume Rise Model Enhancements (PRIME) (Version 04274) was
utilized to address downwash effects. The height, width, length, and base elevation of structures associated
with the Mona facility were input to BPIP-Prime to determine in each of the 36 wind directions (10-degree
sectors) which buildings will produce the greatest downwash effects for each stack.
6.9 Receptor Grid

A modeling domain was developed for the near-field analysis encompassing the location of the maximum
modeled-predicted concentration from the Mona facility.

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The receptor grid developed, consisted of 6,628 receptors with 25-meter spacing around the fence line, 50-
meter spacing for receptors out to 1.5 kilometers; 100-meter spacing out from 1.5 kilometer to 3 kilometer;
500-meter spacing was used from 3 to 5 kilometers, and 1,000-meter spacing out to 10 kilometers. Figure
6.2 presents the receptor grid used in the near-field analysis.
Figure 6.2 GRP Mona Receptor Grid

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6.10 Model Options

The U.S. EPA recommends various default options to be used in dispersion modeling for regulatory purposes.
The recommended regulatory default options that were used for the modeling analyses are as follows:

• Calms and missing meteorological data routine,
• Actual receptor elevations,
• Sequential date checking,
• Complex/intermediate terrain algorithms.
Other selected output variables to be used in AERMOD include:

• 24-hour averaging periods for PM10,
• 1-hour averaging periods for Formaldehyde,
• Elevated terrain,
• Rural mixing heights, and concentrations.

6.11 Source Parameters

Emission source parameters (location, stack height, flue exit diameter, exit velocity, exit temperature, initial
vertical dimension, and initial horizontal dimension) as well as emission rates for sources located at the Mona
facility were input into AERMOD to demonstrate compliance with federal and state regulations and are included
in Appendix B.

Paved and unpaved road segments were modeled as volume sources per the procedures found in Table 3-1
of the User’s Guide for the AMS/EPA Regulatory Model - AERMOD. These procedures are presented in Table
6-2 below.
Table 6-2 Procedures Used for Estimating Lateral and Initial Vertical Dimensions for Volume
and Line Sources
Type of Source Procedure for Obtaining Initial Dimension
Initial Lateral Dimensions (σyo)
Single volume source σyo = length of side divided by 4.3
Line source represented by adjacent volume
sources
σyo = length of side divided by 2.15
Line source represented by separated volume
sources
σyo = center to center distance divided by 2.15
Initial Vertical Dimensions (σzo)
Surface-based source σzo = vertical dimension of source divided by
2.15
Elevated source (he > 0) on or adjacent to a
building
σzo = building height divided by 2.15
Elevated source (he > 0) not on or adjacent to a
building
σzo = vertical dimension of source divided by 4.3

Emissions from road segments that are used by different production plants with differing operating schedules
have been ratioed to account for operational emissions.

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6.12 Background Concentrations

Background concentrations for PM10 were obtained from the Lindon monitor located in Utah County. To
represent seasonal variability, monthly PM10 background concentrations were extracted using the latest
monitoring data collected by UDAQ in Lindon, Utah. The monthly background concentrations were derived
using the maximum 24-hour concentration observed in each month from 2019 through 2021.

The maximum concentration from each year was removed from the background concentration to meet the
form of the PM10 standard. The monthly values are added to the model input file and AERMOD adds the
corresponding background concentration to the model-predicted concentration. Table 6-3 presents the
monthly maximum concentrations by year and the monthly background concentration added to the model
input file.
Table 6-3 Lindon, Utah Monthly Background Concentrations
Month 2019 2020 2021 Monthly
Background
January 53 40 53 53
February 41 36 67 67
March 25 24 41 41
April 17 37 42 42
May 20 62 58 62
June 42 73 61 73
July 34 52 61 61
August 43 90 69 90
September 32 51 61 61
October 38 68 20 68
November 53 45 47 53
December 50 65 53 65
a. Removed concentration of 100 ug/m3 on April 5, 2021 due to high winds.
b. Removed concentration of 92 ug/m3 on May 7, 2021 due to high winds.

6.13 Near-Field Dispersion Modeling Results for PM10

This section presents the near-field dispersion modeling results for PM10 and the formaldehyde modeling
results. The results of these analyses demonstrate that the project will not cause or contribute to exceedances
of the 24-hour PM10 NAAQS or an exceedance of the TSL for formaldehyde. The results of the PM10 and
formaldehyde modeling are presented in Appendix C.
6.13.1 PM10 Modeling

For the PM10 modeling, two analyses, consisting of a significant impact and a cumulative or full impact NAAQS
analysis, were performed. The results from each of these analyses are presented in the following sections.

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6.1.13.1 Significant Impact Analysis

A Significant Impact Analysis (SIA) considers the impact from potential emission increases from the proposed
project. Model-predicted concentrations are compared to Significant Impact Levels (SIL). If the modeled
impacts of the proposed project exceed the corresponding SILs, a cumulative impact analysis is required.
Table 6-4 compares the concentration impact from the project to the 24-hour PM10 SIL.
Table 6-4 Modeled Maximum Near-Field Pollutant Concentrations for GRP Mona – SIL Analysis
Pollutant Averaging
Period
Modeled
Impact
(µg/m3)
SIL
(µg/m3)
Percent
of SIL
Impact Location
UTM East
(m)
UTM North
(m)
PM10 24-hour 77.4 5 1,548% 429420.40 4408284.10

6.1.13.2 Full Impact NAAQS Analysis

As shown in Table 6-4, model-predicted concentrations of PM10 show emissions from the Mona Facility to be
above the respective SIL. By definition, a full impact analysis is required to demonstrate the cumulative impact
of emissions from the facility and nearby sources as well as background concentrations will not cause or
contribute to an exceedance of the NAAQS.

A significant impact area was defined for areas above the SIL. The impact area is the geographical area for
which the required air quality analyses for the NAAQS are carried out. The area includes all locations where
the significant increase in the potential emissions of a pollutant from the Mona facility will cause a significant
ambient impact (i.e., equals or exceeds the applicable significant impact level).

Trinity worked with UDAQ to identify sources located within 50 km of the SIA to be included in a cumulative
impact analysis. UDAQ provided Trinity with the required modeling inputs and emissions for Kilgore Companies
Mona Pit, Sunroc Mona Pit, and PacifiCorp Currant Creek were included in the cumulative or full-impact impact
analysis.

Table 6-5 presents the results of the NAAQS analysis which includes the maximum second-high concentration
for the one-year modeling period, background concentration, and emissions from nearby full-impact sources
compared to 24-hour PM10 NAAQS (150 µg/m3). The modeling results indicate that the cumulative impact of
facility emissions and background concentrations at the GRP’s Mona facility are below the 24-hour PM10
NAAQS. Figure 6.3 presents a 24-hour PM10 concentration isopleth plot for the Mona facility. Appendix C
presents the model output information.
Table 6-5 Modeled Maximum Near-Field Pollutant Concentrations for GRP Mona – NAAQS
Analysis
Pollutant Averaging
Period
Modeled Impact
(µg/m3)
NAAQS
(µg/m3)
Percent
of NAAQS
PM10 24-hour 146.7 150 97.8
1 High Second High, including background concentration.

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Figure 6.3 GRP Mona 24-hour PM10 NAAQS Analysis Isopleth Plot

6.14 Near-Field Dispersion Modeling Results – Formaldehyde

Dispersion modeling was conducted for formaldehyde emissions. Table 6-6 compares the maximum model-
predicted concentration to the TSL for formaldehyde, which was obtained from UDAQ’s 2023 ACGIH Excel
Spreadsheet. As can be seen in Table 6-6, formaldehyde was below its respective TSL. A model concentration
isopleth plot for formaldehyde is presented in Figure 6.4. AERMOD output HAP summaries are provided in
Appendix C.
Table 6-6 HAP Analysis Results
Pollutant
Averaging
Period
Model-Predicted
Concentration
(µg/m3)
TSL
(µg/m3)
Percent of
TSL
Formaldehyde 1-hour 35.4 37 95.7%

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Figure 6.4 GRP Mona Formaldehyde Isopleth Plot

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APPENDIX A. POTENTIAL TO EMIT CALCULATIONS
Total Annual Emissions in Tons per Year
Source Name PM10 PM2.5 NOx SOX CO VOC CO2e CH4 CO2 N20
MH‐Trucks/Loaders 0.146 0.022 ‐ ‐ ‐ ‐ ‐ ‐ ‐ ‐
MH‐Dozer 3.060 1.682
MH‐Conveyors 0.443 0.125 ‐ ‐ ‐ ‐ ‐ ‐ ‐ ‐
Aggregate Throughput 3.300 0.350 ‐ ‐ ‐ ‐ ‐ ‐ ‐ ‐
Storage Piles 8.623 0.647 ‐ ‐ ‐ ‐ ‐ ‐ ‐ ‐
Exposed Area 4.750 0.713 ‐ ‐ ‐ ‐ ‐ ‐ ‐ ‐
Asphalt Plant 5.750 0.725 13.75 14.50 32.50 8.00 3.00 8250.00
Asphalt Silo 0.143 0.143 0.29 3.05 0.0135
Asphalt Loadout 0.130 0.130 0.34 0.98 0.0676
Concrete Batch Plant 3.437 0.099
Roads 8.224 0.822 ‐ ‐ ‐ ‐ ‐ ‐ ‐ ‐
tanks 0.03 0.46
Total ‐ Fugitive 38.008 5.458 13.750 14.500 33.163 12.483 0.000 3.081 8250.000 0.000
‐
Concrete Plant Heater 0.511 0.123 6.195 0.066 1.549 0.172 6931.8 0.07 6906.9 0.08
Hot Oil Heater Asphalt Plant 0.258 0.062 3.13 0.03 0.78 0.087 3500.9 0.03 3488.4 3500.89
Total 38.777 5.643 23.073 14.599 35.494 12.742 10432.6 3.182 18645.3 3500.968
Criteria Pollutants Greenhous Gas Emissions
Total Hourly Emissions of HAPs (lb/hr) 
HAP Name Concrete Plant 
Heater
Hot Oil Asphalt 
Heater Asphalt Plant Asphalt Silo Asphalt Loadout
Concrete 
Batch Plant Column1 Total by 
Compound
Benzene 1.51E‐05 7.64E‐06 1.66E‐01 1.66E‐03 1.23E‐04 1.68E‐01
Ethylbenzene 4.50E‐06 2.27E‐06 0.00E+00 1.97E‐03 6.65E‐04 2.64E‐03
Formaldehyde 2.33E‐03 1.18E‐03 1.32E+00 3.57E‐02 2.09E‐04 1.36E+00
Naphthalene 7.99E‐05 4.04E‐05 2.76E‐01 9.43E‐02 3.71E‐01
1,1,1-Trichloroethane 1.67E‐05 8.43E‐06 2.51E‐05
Toluene 4.38E‐04 2.21E‐04 1.23E+00 3.21E‐03 4.99E‐04 1.24E+00
o-Xylene 7.71E‐06 3.89E‐06 8.50E‐02 6.73E‐02 1.90E‐04 1.53E‐01
Acenaphthene 1.49E‐06 7.54E‐07 2.25E‐06
Anthracene 1.79E‐08 9.04E‐09 2.69E‐08
Benz(a)anthracene 8.63E‐08 4.36E‐08 1.30E‐07
Benzo(b,k)fluoranthene 2.84E‐07 1.43E‐07 4.27E‐07
Benzo(g,h,i)perylene 1.60E‐07 8.07E‐08 2.41E‐07
Chrysene 1.68E‐07 8.50E‐08 2.53E‐07
Dibenzo(a,h)anthracene 1.18E‐07 5.96E‐08 1.78E‐07
Fluoranthene 3.42E‐07 1.73E‐07 5.15E‐07
Fluorene 3.16E‐07 1.60E‐07 4.76E‐07
Indo(1,2,3-cd)pyrene 1.51E‐06 7.64E‐07 2.28E‐06
Phenanthrene 7.43E‐08 3.75E‐08 1.12E‐07
Pyrene 3.01E‐07 1.52E‐07 4.52E‐07
OCDD 2.19E‐10 1.11E‐10 3.30E‐10
Antimony 3.71E‐04 0.00E+00 3.71E‐04
Arsenic 9.33E‐05 1.88E‐04 6.80E‐05 3.49E‐04
Barium 1.82E‐04 4.71E‐05 2.29E‐04
Beryllium 1.97E‐06 9.18E‐05 8.25E‐06 1.02E‐04
Cadmium 2.81E‐05 9.93E‐07 3.92E‐07 2.95E‐05
Chloride 2.45E‐02 1.42E‐05 2.46E‐02
Chromium 5.98E‐05 1.24E‐02 2.27E‐04 1.27E‐02
Chromium VI 1.75E‐05 3.02E‐05 4.77E‐05
Cobalt 4.26E‐04 8.86E‐06 4.35E‐04
Copper 1.24E‐04 2.15E‐04 3.39E‐04
Fluoride 2.64E‐03 6.29E‐05 2.70E‐03
Lead 1.07E‐04 1.33E‐03 8.72E‐05 1.53E‐03
Manganese 2.12E‐04 5.39E‐05 8.96E‐04 1.16E‐03
Mercy 7.99E‐06 1.07E‐04 1.15E‐04
Moldbdenum 5.57E‐05 4.04E‐06 5.97E‐05
Nickel 5.98E‐03 2.81E‐05 3.00E‐04 6.30E‐03
Phosphorous 6.69E‐04 3.02E‐03 6.71E‐04 4.36E‐03
Selenium 4.83E‐05 3.38E‐04 7.85E‐06 3.94E‐04
Vanadium 2.25E‐03 2.44E‐05 2.27E‐03
Zinc 2.06E‐03 1.14E‐03 3.19E‐03
Acetaldehyde 1.04E‐03 5.53E‐01 5.54E‐01
Acrolein 0.00E+00 1.11E‐02 1.11E‐02
Hexane 0.00E+00 3.91E‐01 5.18E‐03 3.56E‐04 3.97E‐01
Isooctane 0.00E+00 1.70E‐02 1.61E‐05 4.27E‐07 1.70E‐02
Methyl Chloroform 0.00E+00 2.04E‐02 2.04E‐02
Bromomethane 0.00E+00 2.54E‐04 2.28E‐05 2.77E‐04
2‐Butanone 0.00E+00 2.02E‐03 1.16E‐04 2.14E‐03
Carbon disulfide 0.00E+00 8.29E‐04 3.09E‐05 8.60E‐04
Chloroethane 0.00E+00 2.07E‐04 4.99E‐06 2.12E‐04
Chloromethane 0.00E+00 1.19E‐03 3.56E‐05 1.23E‐03
Chrysene 0.00E+00 2.27E‐04 2.27E‐04
Isooctane 0.00E+00 1.61E‐05 4.27E‐07 1.65E‐05
Methylene Chloride 0.00E+00 1.40E‐05 1.40E‐05
Styrene 0.00E+00 2.80E‐04 1.73E‐05 2.97E‐04
m,p‐xylene 0.00E+00 1.04E‐02 9.73E‐04 1.13E‐02
TOTAL 0.03986 0.02013 0.99195 0.02059 0.00156 0.00226 1.07636
Total HAPs in TPY
HAP Name Concrete Plant 
Heater
Hot Oil Asphalt 
Heater Asphalt Plant Asphalt Silo Asphalt Loadout
Concrete 
Batch Plant Column1 Total by 
Compound
Benzene 6.63E‐05 3.35E‐05 9.75E‐02 9.75E‐04 5.41E‐04 9.91E‐02
Ethylbenzene 1.97E‐05 9.95E‐06 6.00E‐02 1.16E‐03 2.91E‐03 6.41E‐02
Formaldehyde 1.02E‐02 5.16E‐03 7.75E‐01 2.10E‐02 9.15E‐04 8.12E‐01
Naphthalene 3.50E‐04 1.77E‐04 1.63E‐01 5.54E‐02 2.18E‐01
1,1,1-Trichloroethane 7.31E‐05 3.69E‐05 1.10E‐04
Toluene 1.92E‐03 9.70E‐04 7.25E‐01 1.89E‐03 2.18E‐03 7.32E‐01
o-Xylene 3.38E‐05 1.71E‐05 5.00E‐02 3.96E‐02 8.32E‐04 9.05E‐02
Acenaphthene 6.54E‐06 3.30E‐06 9.84E‐06
Anthracene 7.84E‐08 3.96E‐08 1.18E‐07
Benz(a)anthracene 3.78E‐07 1.91E‐07 5.69E‐07
Benzo(b,k)fluoranthene 1.24E‐06 6.27E‐07 1.87E‐06
Benzo(g,h,i)perylene 7.00E‐07 3.54E‐07 1.05E‐06
Chrysene 7.37E‐07 3.72E‐07 1.11E‐06
Dibenzo(a,h)anthracene 5.17E‐07 2.61E‐07 7.78E‐07
Fluoranthene 1.50E‐06 7.57E‐07 2.26E‐06
Fluorene 1.38E‐06 6.99E‐07 2.08E‐06
Indo(1,2,3-cd)pyrene 6.63E‐06 3.35E‐06 9.98E‐06
Phenanthrene 3.25E‐07 1.64E‐07 4.89E‐07
Pyrene 1.32E‐06 6.65E‐07 1.98E‐06
OCDD 9.60E‐10 4.85E‐10 1.45E‐09
Antimony 1.63E‐03 8.21E‐04 2.45E‐03
Arsenic 4.09E‐04 2.06E‐04 6.80E‐05 6.83E‐04
Barium 7.96E‐04 4.02E‐04 1.20E‐03
Beryllium 8.61E‐06 4.35E‐06 8.25E‐06 2.12E‐05
Cadmium 1.23E‐04 6.23E‐05 3.92E‐07 1.86E‐04
Chloride 1.07E‐01 5.43E‐02 1.62E‐01
Chromium 2.62E‐04 1.32E‐04 2.27E‐04 6.20E‐04
Chromium VI 7.68E‐05 3.88E‐05 1.16E‐04
Cobalt 1.86E‐03 9.42E‐04 2.81E‐03
Copper 5.45E‐04 2.75E‐04 8.20E‐04
Fluoride 1.16E‐02 5.83E‐03 1.74E‐02
Lead 4.68E‐04 2.36E‐04 8.72E‐05 7.91E‐04
Manganese 9.29E‐04 4.69E‐04 8.96E‐04 2.29E‐03
Mercury 3.50E‐05 1.77E‐05 5.27E‐05
Moldbdenum 2.44E‐04 1.23E‐04 3.67E‐04
Nickel 2.62E‐02 1.32E‐02 3.00E‐04 3.97E‐02
Phosphorous 2.93E‐03 1.48E‐03 6.71E‐04 5.08E‐03
Selenium 2.12E‐04 1.07E‐04 7.85E‐06 3.26E‐04
Vanadium 9.85E‐03 4.97E‐03 1.48E‐02
Zinc 9.01E‐03 4.55E‐03 1.36E‐02
Acetaldehyde 3.25E‐01 3.25E‐01
Acrolein 6.50E‐03 6.50E‐03
Hexane 2.30E‐01 2.30E‐01
Isooctane 1.00E‐02 9.44E‐06 1.87E‐06 1.00E‐02
Methyl Chloroform 1.20E‐02 1.20E‐02
Bromomethane 1.49E‐04 9.98E‐05 2.49E‐04
2‐Butanone 1.19E‐03 5.09E‐04 1.70E‐03
Carbon disulfide 4.87E‐04 1.35E‐04 6.23E‐04
Chloroethane 1.22E‐04 2.18E‐05 1.44E‐04
Chloromethane 7.01E‐04 1.56E‐04 8.57E‐04
Chrysene 1.33E‐04 1.33E‐04
Methylene Chloride 8.23E‐06 8.23E‐06
Styrene 1.65E‐04 7.59E‐05 2.40E‐04
m,p‐xylene 6.09E‐03 4.26E‐03 1.04E‐02
TOTAL 0.18730 0.09459 2.45350 0.12916 0.01265 0.00226 2.88
Source:Concrete Plant Water Heater
Company:Geneva Rock Products
Site:Mona Pit
Date:5/20/2024
Heater:9.9 MMBtu/hr
Pollutant
Emission Factor
(lb/mmBtu)
Fuel
Consumed
(mmBtu/yr)
Fuel Consumed
(mmBtu/hr)
Emission Rates
(ton/yr)
Emission Rates
(lb/yr)
Emission
Rates (lb/hr)PPMEFFC FC ER ER ER
Criteria Pollutants
PMCon 9.29E-03 86,724 9.9 0.40 805.29 0.0919
PMFilt 1.43E-02 86,724 9.9 0.62 1238.91 0.1414
PMTot 2.36E-02 86,724 9.9 1.02 2044.21 0.2334
PM10 1.18E-02 86,724 9.9 0.51 1022.10 0.1167 `
PM2.5 2.83E-03 86,724 9.9 0.12 245.31 0.0280
SO2 1.52E-03 86,724 9.9 0.07 131.94 0.0151 0.85
NOx 1.43E-01 86,724 9.9 6.19 12389.14 1.4143 111.43
CO 3.57E-02 86,724 9.9 1.55 3097.29 0.3536 45.79
VOC 3.97E-03 86,724 9.9 0.17 344.42 0.0393 8.91
GHG
CO2 1.6E+02 86,724 9.9 6906.95 13813894.29 1576.9
CH4 1.54E-03 86,724 9.9 0.07 133.80 0.0153
N2O 1.86E-03 86,724 9.9 0.08 161.06 0.0184
CO2e 6,932
HAPs
Benzene 1.53E-06 86,724 9.9 6.63E-05 1.33E-01 1.51E-05
Ethylbenzene 4.54E-07 86,724 9.9 1.97E-05 3.94E-02 4.50E-06
Formaldehyde 2.36E-04 86,724 9.9 1.02E-02 2.04E+01 2.33E-03
Naphthalene 8.07E-06 86,724 9.9 3.50E-04 7.00E-01 7.99E-05
1,1,1-Trichloroethane 1.69E-06 86,724 9.9 7.31E-05 1.46E-01 1.67E-05
Toluene 4.43E-05 86,724 9.9 1.92E-03 3.84E+00 4.38E-04
o-Xylene 7.79E-07 86,724 9.9 3.38E-05 6.75E-02 7.71E-06
Acenaphthene 1.51E-07 86,724 9.9 6.54E-06 1.31E-02 1.49E-06
Anthracene 1.81E-09 86,724 9.9 7.84E-08 1.57E-04 1.79E-08
Benz(a)anthracene 8.71E-09 86,724 9.9 3.78E-07 7.56E-04 8.63E-08
Benzo(b,k)fluoranthene 2.86E-08 86,724 9.9 1.24E-06 2.48E-03 2.84E-07
Benzo(g,h,i)perylene 1.61E-08 86,724 9.9 7.00E-07 1.40E-03 1.60E-07
Chrysene 1.70E-08 86,724 9.9 7.37E-07 1.47E-03 1.68E-07
Dibenzo(a,h)anthracene 1.19E-08 86,724 9.9 5.17E-07 1.03E-03 1.18E-07
Fluoranthene 3.46E-08 86,724 9.9 1.50E-06 3.00E-03 3.42E-07
Fluorene 3.19E-08 86,724 9.9 1.38E-06 2.77E-03 3.16E-07
Indo(1,2,3-cd)pyrene 1.53E-07 86,724 9.9 6.63E-06 1.33E-02 1.51E-06
Phenanthrene 7.50E-09 86,724 9.9 3.25E-07 6.50E-04 7.43E-08
Pyrene 3.04E-08 86,724 9.9 1.32E-06 2.63E-03 3.01E-07
OCDD 2.21E-11 86,724 9.9 9.60E-10 1.92E-06 2.19E-10
Metals
Antimony 3.75E-05 86,724 9.9 1.63E-03 3.25E+00 3.71E-04
Arsenic 9.43E-06 86,724 9.9 4.09E-04 8.18E-01 9.33E-05
Barium 1.84E-05 86,724 9.9 7.96E-04 1.59E+00 1.82E-04
Beryllium 1.99E-07 86,724 9.9 8.61E-06 1.72E-02 1.97E-06
Cadmium 2.84E-06 86,724 9.9 1.23E-04 2.47E-01 2.81E-05
Chloride 2.48E-03 86,724 9.9 1.07E-01 2.15E+02 2.45E-02
Chromium 6.04E-06 86,724 9.9 2.62E-04 5.23E-01 5.98E-05
Chromium VI 1.77E-06 86,724 9.9 7.68E-05 1.54E-01 1.75E-05
Cobalt 4.30E-05 86,724 9.9 1.86E-03 3.73E+00 4.26E-04
Copper 1.26E-05 86,724 9.9 5.45E-04 1.09E+00 1.24E-04
Fluoride 2.66E-04 86,724 9.9 1.16E-02 2.31E+01 2.64E-03
Lead 1.08E-05 86,724 9.9 4.68E-04 9.35E-01 1.07E-04
Manganese 2.14E-05 86,724 9.9 9.29E-04 1.86E+00 2.12E-04
Mercy 8.07E-07 86,724 9.9 3.50E-05 7.00E-02 7.99E-06
Moldbdenum 5.62E-06 86,724 9.9 2.44E-04 4.88E-01 5.57E-05
Nickel 6.04E-04 86,724 9.9 2.62E-02 5.23E+01 5.98E-03
Phosphorous 6.76E-05 86,724 9.9 2.93E-03 5.86E+00 6.69E-04
Selenium 4.88E-06 86,724 9.9 2.12E-04 4.23E-01 4.83E-05
Vanadium 2.27E-04 86,724 9.9 9.85E-03 1.97E+01 2.25E-03
Zinc 2.08E-04 86,724 9.9 9.01E-03 1.80E+01 2.06E-03
Source of Data: Equations:
Emission Factor: AP-42, Fifth Edition, Section 1.3, Fuel Oil Combustion Emission Rates:
Table 1.3-1,2,3,9
Max Rating per Hour: Based off of Proposed Yardage
Emission Rate: Calculated
Assumptions:
The emissions are assumed to be uncontrolled and are based on diesel
GWPs are averages from EPAs Website
To convert to lb/MMBtu of No.2 oil, divide by 140 MMBtu/10^3 gal
Heater will be fired on diesel, Propane or natural gas.
Conversion Factor to ppm
EF lb
mmcf FCmmBtu
yr
HC Btu
cf
ER ton
yr
EF lb
mmcf FCmmBtu
yr
HC Btu
cf
ER lb
yr
EF lb
mmcf FCmmBtu
hr
HC Btu
cf


































1 ton
2,000 lb
1 mmBtu
1,000,000 Btu
1,000,000 cf
1 mmcf
1 mmBtu
1,000,000 Btu
1,000,000 cf
1 mmcf













1 mmBtu
1,000,000 Btu
1,000,000 cf
1 mmcf
1 hr
3,600 sec
ER lb
hr
ER lb
hr
g
lb ER g45359.sec
Source:Material Handling -Trucks/Loaders
Company:Geneva Rock Products
Site:Mona Pit
Date:10/20/2022
Hourly Annual  PM10 PM2.5  PM10  PM10 PM2.5 PM2.5
Source Description Throughput Throughput Emission Factor Emission Factor Emissions Emissions Emissions Emissions
(TPH) (TPY) (lb/ton) (lb/ton) (lb/hr) (TPY) (lb/hr) (TPY)
Asphalt Plant
   Loader (to hopper) 425 500,000 0.00010 0.00002 0.0425 0.025 0.006 0.0038
Aggregate Plant
  Loader to hopper  1,000 1,000,000 0.00010 0.00002 0.1000 0.050 0.015 0.0075
  Trucks 1,000 1,000,000 0.00010 0.00002 0.1000 0.050 0.015 0.0075
Concrete Plant
Trucks 420 420,000 0.00010 0.00002 0.0420 0.021 0.006 0.0032
Total 0.285 0.146 0.043 0.022
Source of Data:Equations:
Emission Factor:AP‐42, Section 11.19.2 Crushed Stone Processing and Pulverized Mineral Processing, Truck Loading Crushed Stone Emission Rates:
Table 11.19.2-2
Production (Aggregate/Concrete) Geneva Rock Products
Emission Rate: Calculated
Assumptions:
PM2.5/PM10 ratio ‐ 0.15, MRI, 2006. Background Document for Revisions to Fine Fraction Ratios Used for AP‐42 Fugitive Emission Factors, prepared for the WRAP by Midwest Research Institute, Feb. 1.
EF lb
ton PR ton
yr
1ton
2,000 lb
ER ton
yr








EF lb
ton PR ton
yr
1ton
2,000 lb
ER ton
yr









Source:Material Handling-Dozer
Company:Geneva Rock Products
Site:Mona Pit
Date:10/20/2022
Source Pollutant
Emission
Factor (lb/hr)
Dozer Hours
(hr/yr)
Emission
Rate (lb/yr)
Emission
Rate (TPY)
Emission Rate
(lb/hr)
Dozer PM10 0.7528 8130 6119.94 3.06 7.53E-01
PM2.5 0.4138 8130 3364.02 1.68 4.14E-01
Assumptions:
Dozer Operates 8,130 hours/year
Reference:
AP-42 Section 11.9 Western Surface Coal Mining-Table 11.9-1 (Bulldozing Overburden)
Silt and Moisture Content-Geometric Means-Table 11.9-3 (Bulldozing Overburden) `
Equations:
𝑇𝑆𝑃 ൌ 5.7ሺ𝑠ሻଵ.ଶ
ሺ𝑀ሻଵ.ଷ
𝑃𝑀ଵହ ൌ 1.0ሺ𝑠ሻଵ.ହ
ሺ𝑀ሻଵ.ସ
𝑃𝑀ଵ଴ ൌ𝑃𝑀ଵହ*0.75
𝑃𝑀ଶ.ହ ൌ𝑇𝑆𝑃*0.105
Source:Material Handling-Conveyors
Company:Geneva Rock Product
Site:Mona Pit
Date:10/20/2022
Hourly Annual PM10 PM2.5  PM10  PM10 PM2.5 PM2.5
Source Description Throughput Throughput Number of EF EF Emissions Emissions Emissions Emissions
(TPH) (TPY) Drops (lb/ton) (lb/ton) (lb/hr) (TPY) (lb/hr) (TPY)
Aggregate Plant
   Conveyors 1,000 1,000,000 15 0.000046 0.000013 0.046 0.345 0.013 0.098
Asphalt Plant
   Conveyors 425 500,000 6 0.000046 0.000013 0.020 0.069 0.006 0.020
Concrete Plant
   Conveyors 420 420,000 3 0.000046 0.000013 0.019 0.029 0.005 0.008
Total 0.085 0.443 0.024 0.125
Source of Data:Equations:
Emission Factor:AP‐42, Section 11.19.2 Crushed Stone Processing and Pulverized Mineral Processing, Conveyor Transfer Point Controlled Emission Rates:
Table 11.19.2-2
Production (Aggregate/Concrete) Geneva Rock Products
Emission Rate: Calculated
Source:Aggregate Throughput
Company:Geneva Rock Product
Site:Mona Pit
Date:10/20/2022
Hourly Uncontrolled PM10 Uncontrolled PM2.5 Controlled PM10 Controlled PM2.5 Uncontrolled PM10  Uncontrolled PM2.5 Controlled PM10 Controlled PM2.5 Controlled PM10 Controlled PM2.5
Source Description Throughput Emission Factor Emission Factor Emission Factor Emission Factor Emissions Emissions Emissions Emissions Emissions Emissions
(TPH)(lb/ton) (lb/ton) (lb/ton) (lb/ton) (TPY) (TPY) (TPY) (TPY) (lb/hr) (lb/hr)
Aggregate Plant
   Primary crusher1 1 1,000 0.0024 0.00036 0.00054 0.0001 1.20 0.18 0.27 0.05 0.54 0.10
   Primary crusher2 1 1,000 0.0024 0.00036 0.00054 0.0001 1.20 0.18 0.27 0.05 0.54 0.10
Secondary crusher 2 600 0.0024 0.00036 0.00054 0.0001 1.20 0.18 0.27 0.05 0.32 0.06
Tertiary crusher 2 600 0.0024 0.00036 0.00054 0.0001 1.20 0.18 0.27 0.05 0.32 0.06
   Screen 1 1 1,500 0.0087 0.00131 0.00074 0.00005 4.35 0.65 0.37 0.03 1.11 0.08
Screen 2 1 1,000 0.0087 0.00131 0.00074 0.00005 4.35 0.65 0.37 0.03 0.74 0.05
Screen 3 1 1,000 0.0087 0.00131 0.00074 0.00005 4.35 0.65 0.37 0.03 0.74 0.05
Screen 4 1 600 0.0087 0.00131 0.00074 0.00005 4.35 0.65 0.37 0.03 0.44 0.03
Screen 5 1 600 0.0087 0.00131 0.00074 0.00005 4.35 0.65 0.37 0.03 0.44 0.03
Screen 6 1 600 0.0087 0.00131 0.00074 0.00005 4.35 0.65 0.37 0.03 0.44 0.03
Total 30.90 4.64 3.30 0.35 5.65 0.59
Source of Data:
Emission Factors: AP-42, Section 11.19.2, Table 11.19.2-2, August 2004
Equations:
Emission Rates:
Assumptions:
PM2.5/PM10 ratio ‐ 0.15, MRI 2006
Number 
of 
Crushers
EF lb
ton PR ton
yr
1ton
2,000 lb
ER ton
yr









Source:Storage Piles
Company:Geneva Rock Product
Site:Mona Pit
Date:10/20/2022
PM10 EF PM2.5 EF Pile Size
Control
Efficiency
Uncontrolled PM10
Emissions
Uncontrolled PM2.5
Emissions
Controlled PM10
Emissions
Controlled PM2.5
Emissions
Controlled PM10
Emissions
(lb/acre-day) (lb/acre-day) Days/year (acres) (TPY) (TPY) (TPY) (TPY) (lb/hr)
Storage piles 6.30 0.473 365.000 15.00 50.00 17.246 1.293 8.623 0.647 1.969
17.246 1.293 8.623 0.647
Source of Data:Equations:
Emission Factor:AP‐42, Fifth Edition, Section 11.9, 10/98 Emission Rates:
Western Surface Coal Mining
Table 11.9-4
Pile Size Estimated from GRP
Emission Rate: Calculated
Assumptions:
PM10/TSP ratio of 0.5 used (WRAP Fugitive Dust Handbook, Chapter 9)
PM2.5/PM10 ratio of 0.075 (UDAQ)
50% Control Efficiency for Watering Stockpiles (UDAQ)
Source Description
Source:Exposed Area (active Mining)
Company:Geneva Rock Products
Site:Mona Pit
Date:10/20/2022
Source Description PM10 EF PM2.5 EF Exposed Area PM10 Emissions PM2.5 Emissions PM10 Emissions
T/acre/yr T/acre/yr acres TPY TPY lb/hr
Disturbed Ground 0.19 0.029 25.0 4.75 0.71 1.08
Source of Data:Equations:
Emission Factor:AP‐42, Section 11.9 Western Surface Coal Mining Emission Rates:
Table 11.9-4
Exposed Acre Size Estimated by GRP
Emission Rate: Calculated
Assumptions:
PM2.5/PM10  raƟo ‐ 0.15, MRI, 2006. Background Document for Revisions to Fine FracƟon RaƟos Used for AP‐42FugiƟve Emission Factors, prepared for the WRAP by Midwest Research InsƟtute, Feb. 1.
Emission factor obtained from AP‐42, Table 11.9‐4, for TSP.  It is assumed that PM10 is 50% of TSP, so 0.38 T/acre/yr x 50% = 0.19 T/acre/yr.
The emissions are assumed to be uncontrolled.
Source:Asphalt Plant Hot Oil Heater
Company:Geneva Rock Products
Site:Mona Pit
Date:5/20/2024
Heater:5.0 MMBtu/hr
Pollutant
Emission Factor
(lb/mmBtu)
Fuel
Consumed
(mmBtu/yr)
Fuel Consumed
(mmBtu/hr)
Emission Rates
(ton/yr)
Emission Rates
(lb/yr)
Emission
Rates (lb/hr)PPM
EF FC FC ER ER ER ER
Criteria Pollutants
PMCon 9.29E-03 43,800 5.0 0.2034 4.07E+02 0.0464
PMFilt 1.43E-02 43,800 5.0 0.3129 6.26E+02 0.0714
PMTot 2.36E-02 43,800 5.0 0.5162 1.03E+03 0.1179
PM10 1.18E-02 43,800 5.0 0.2581 5.16E+02 0.0589
PM2.5 2.83E-03 43,800 5.0 0.0619 1.24E+02 0.0141
SO2 1.52E-03 43,800 5.0 0.0333 6.66E+01 0.0076 0.85
NOx 1.43E-01 43,800 5.0 3.1286 6.26E+03 0.7143 111.43
CO 3.57E-02 43,800 5.0 0.7821 1.56E+03 0.1786 45.79
VOC 3.97E-03 43,800 5.0 0.0870 1.74E+02 0.0199 8.91
GHG
CO2 1.6E+02 43,800 5.0 3488.4 6.98E+06 796.4
CH4 1.54E-03 43,800 5.0 0.0338 6.76E+01 0.0077
N2O 1.86E-03 43,800 5.0 0.0407 8.13E+01 0.0093
CO2e 3,501
HAPs
Benzene 1.53E-06 43,800 5.0 3.35E-05 6.70E-02 7.64E-06
Ethylbenzene 4.54E-07 43,800 5.0 9.95E-06 1.99E-02 2.27E-06
Formaldehyde 2.36E-04 43,800 5.0 5.16E-03 1.03E+01 1.18E-03
Naphthalene 8.07E-06 43,800 5.0 1.77E-04 3.54E-01 4.04E-05
1,1,1-Trichloroethane 1.69E-06 43,800 5.0 3.69E-05 7.38E-02 8.43E-06
Toluene 4.43E-05 43,800 5.0 9.70E-04 1.94E+00 2.21E-04
o-Xylene 7.79E-07 43,800 5.0 1.71E-05 3.41E-02 3.89E-06
Acenaphthene 1.51E-07 43,800 5.0 3.30E-06 6.60E-03 7.54E-07
Anthracene 1.81E-09 43,800 5.0 3.96E-08 7.92E-05 9.04E-09
Benz(a)anthracene 8.71E-09 43,800 5.0 1.91E-07 3.82E-04 4.36E-08
Benzo(b,k)fluoranthene 2.86E-08 43,800 5.0 6.27E-07 1.25E-03 1.43E-07
Benzo(g,h,i)perylene 1.61E-08 43,800 5.0 3.54E-07 7.07E-04 8.07E-08
Chrysene 1.70E-08 43,800 5.0 3.72E-07 7.45E-04 8.50E-08
Dibenzo(a,h)anthracene 1.19E-08 43,800 5.0 2.61E-07 5.22E-04 5.96E-08
Fluoranthene 3.46E-08 43,800 5.0 7.57E-07 1.51E-03 1.73E-07
Fluorene 3.19E-08 43,800 5.0 6.99E-07 1.40E-03 1.60E-07
Indo(1,2,3-cd)pyrene 1.53E-07 43,800 5.0 3.35E-06 6.70E-03 7.64E-07
Phenanthrene 7.50E-09 43,800 5.0 1.64E-07 3.29E-04 3.75E-08
Pyrene 3.04E-08 43,800 5.0 6.65E-07 1.33E-03 1.52E-07
OCDD 2.21E-11 43,800 5.0 4.85E-10 9.70E-07 1.11E-10
Metals
Antimony 3.75E-05 43,800 5.0 8.21E-04 1.64E+00 1.88E-04
Arsenic 9.43E-06 43,800 5.0 2.06E-04 4.13E-01 4.71E-05
Barium 1.84E-05 43,800 5.0 4.02E-04 8.04E-01 9.18E-05
Beryllium 1.99E-07 43,800 5.0 4.35E-06 8.70E-03 9.93E-07
Cadmium 2.84E-06 43,800 5.0 6.23E-05 1.25E-01 1.42E-05
Chloride 2.48E-03 43,800 5.0 5.43E-02 1.09E+02 1.24E-02
Chromium 6.04E-06 43,800 5.0 1.32E-04 2.64E-01 3.02E-05
Chromium VI 1.77E-06 43,800 5.0 3.88E-05 7.76E-02 8.86E-06
Cobalt 4.30E-05 43,800 5.0 9.42E-04 1.88E+00 2.15E-04
Copper 1.26E-05 43,800 5.0 2.75E-04 5.51E-01 6.29E-05
Fluoride 2.66E-04 43,800 5.0 5.83E-03 1.17E+01 1.33E-03
Lead 1.08E-05 43,800 5.0 2.36E-04 4.72E-01 5.39E-05
Manganese 2.14E-05 43,800 5.0 4.69E-04 9.39E-01 1.07E-04
Mercy 8.07E-07 43,800 5.0 1.77E-05 3.54E-02 4.04E-06
Moldbdenum 5.62E-06 43,800 5.0 1.23E-04 2.46E-01 2.81E-05
Nickel 6.04E-04 43,800 5.0 1.32E-02 2.64E+01 3.02E-03
Phosphorous 6.76E-05 43,800 5.0 1.48E-03 2.96E+00 3.38E-04
Selenium 4.88E-06 43,800 5.0 1.07E-04 2.14E-01 2.44E-05
Vanadium 2.27E-04 43,800 5.0 4.97E-03 9.95E+00 1.14E-03
Zinc 2.08E-04 43,800 5.0 4.55E-03 9.10E+00 1.04E-03
Source of Data: Equations:
Emission Factor: AP-42, Fifth Edition, Section 1.3, Fuel Oil Combustion Emission Rates:
Table 1.3-1,2,3,9
Max Rating per Hour: Based off of Proposed Yardage
Emission Rate: Calculated
Assumptions:
The emissions are assumed to be uncontrolled and fired on diesel fuel.
GWPs are averages from EPAs Website
To convert to lb/MMBtu of No.2 oil, divide by 140 MMBtu/10^3 gal
Conversion Factors:
EF lb
mmcf FC mmBtu
yr
HCBtu
cf
ER ton
yr
EF lb
mmcf FCmmBtu
yr
HCBtu
cf
ER lb
yr
EF lb
mmcf FCmmBtu
hr
HCBtu
cf
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

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1 ton
2,000 lb
1 mmBtu
1,000,000 Btu
1,000,000 cf
1 mmcf
1 mmBtu
1,000,000 Btu
1,000,000 cf
1 mmcf


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
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

1 mmBtu
1,000,000 Btu
1,000,000 cf
1 mmcf
1 hr
3,600 sec
ER lb
hr
ERlb
hr
g
lb ER g45359.sec
Source:Drum Mix Asphalt Plant (Baghouse)
Company:Geneva Rock Products
Site:Mona Pit
Reference:AP-42, Fifth Edition, Section 11.1, 3/04
Throughput:500,000 TPY
Emission Controlled Emission
Source Pollutant Factor Rate
(lb/ton) (ton/yr) (lb/hr)
Drum mix (baghouse) (waste oil)PM10 0.0230 500,000 425 5.75 9.8
PM2.5 0.0029 500,000 425 0.73 1.2
SOx 0.0580 500,000 425 14.50 24.7
NOx 0.0550 500,000 425 13.75 23.4
CO 0.1300 500,000 425 32.50 55.3
VOC 0.0320 500,000 425 8.00 13.6
33.00 500,000 425 8250.00 14,025.0
0.0120 500,000 425 3.00 5.1
Acetaldehyde 1.3E-03 500,000 425 3.25E-01 5.53E-01
Acrolein 2.6E-05 500,000 425 6.50E-03 1.11E-02
Benzene 3.9E-04 500,000 425 9.75E-02 1.66E-01
Ethylbenzene 2.4E-04 500,000 425 6.00E-02 0.00E+00
Formaldehyde 3.1E-03 500,000 425 7.75E-01 1.32E+00
Hexane 9.2E-04 500,000 425 2.30E-01 3.91E-01
Isooctane 4.0E-05 500,000 425 1.00E-02 1.70E-02
Methyl Chloroform 4.8E-05 500,000 425 1.20E-02 2.04E-02
Toluene 2.9E-03 500,000 425 7.25E-01 1.23E+00
Xylene 2.0E-04 500,000 425 5.00E-02 8.50E-02
2-Methylnaphthalene 1.7E-04 500,000 425 4.25E-02 7.23E-02
Acenapthene 1.4E-06 500,000 425 3.50E-04 5.95E-04
Acenaphthylene 2.2E-05 500,000 425 5.50E-03 9.35E-03
Anthracene 3.1E-06 500,000 425 7.75E-04 1.32E-03
Benzo(a)anthracene 2.1E-07 500,000 425 5.25E-05 8.93E-05
Benzo(a)pyrene 9.8E-09 500,000 425 2.45E-06 4.17E-06
Benzo(b)fluoranthene 1.0E-07 500,000 425 2.50E-05 4.25E-05
Benzo(e)pyrene 1.1E-07 500,000 425 2.75E-05 4.68E-05
Benzo(g,h,i)perylene 4.0E-08 500,000 425 1.00E-05 1.70E-05
Benzo(k)fluoranthene 4.1E-08 500,000 425 1.03E-05 1.74E-05
Chrysene 1.8E-07 500,000 425 4.50E-05 7.65E-05
Fluoranthene 6.1E-07 500,000 425 1.53E-04 2.59E-04
Fluorene 1.1E-05 500,000 425 2.75E-03 4.68E-03
Indeno(1,2,3-cd)pyrene 7.0E-09 500,000 425 1.75E-06 2.98E-06
Naphthalene 6.5E-04 500,000 425 1.63E-01 2.76E-01
Perylene 8.8E-09 500,000 425 2.20E-06 3.74E-06
Phenanthrene 2.3E-05 500,000 425 5.75E-03 9.78E-03
Pyrene 3.0E-06 500,000 425 7.50E-04 1.28E-03
Butane 6.7E-04 500,000 425 1.68E-01 2.85E-01
Ethylene 7.0E-03 500,000 425 1.75E+00 2.98E+00
Heptane 9.4E-03 500,000 425 2.35E+00 4.00E+00
4.0E-03 500,000 425 1.00E+00 1.70E+00
5.8E-04 500,000 425 1.45E-01 2.47E-01
1.9E-04 500,000 425 4.75E-02 8.08E-02
2.2E-03 500,000 425 5.50E-01 9.35E-01
2.1E-04 500,000 425 5.25E-02 8.93E-02
Source of Data:
Emission Factor: AP-42, Fifth Edition, Section 11.1, 3/04
Hot Mix Asphalt Plants
Tables 11.1-3, 11.1-4, 11.1-7, 11.1-8, 11.1-10 and 11.1-12
Production Rate (asphalt): Geneva Rock Products
Assumed material is saturated Calculated
Notes:
Nonmetalic HAP emission factors are based on asphalt plants controlled with fabric filters.
To avoid double counting emissions, the polycyclics emissions total in the table does not include naphthalene emissions
Proposed
Production Rate
(ton/yr)
Proposed
Production Rate
(tn/hr)
n-Pentane
GHG CO2
CH4
Non-PAH HAP's
PAH HAP's
Non-HAP organic compounds
2-Methyl-1-pentene
2-Methyl-2-butene
3-Methylpentane
1-Pentene
EF lb
ton PR ton
yr ER ton
yr
EF lb
ton PR ton
yr ER lb
yr
EF lb
ton PR ton
hr ER lb
hr
ER lb
hr
g
lb ER g
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
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1
45359
ton
2,000 lb
1 hr
3,600 sec.sec
Source:Hot Mix Asphalt Plant Silo Loading
Company:Geneva Rock Products
Site:Mona Pit
Reference:Reference: AP-42, Section 11.1 Hot Mix Asphalt Plants
EF (Total PM)= 0.000332 + 0.00105 (-v)E^(((0.0251)(T+460)-20.43)
EF (Organic PM)= 0.00105 (-V)e^(((0.0251)(T+460)-20.43)
EF (TOC) = 0.0504 (-V)e^(((0.0251)(T+460)-20.43)
EF (CO)= 0.00488(-V)e^(((0.0251)(T+460)-20.43)
Emission Max Proposed
Pollutant Factor Throughput Throughput
(lb/ton) Max (TPH) (TPY) (lb/hr) (TPY)
PM10 0.00057 425 500,000 0.2439 0.14
Total PM (PM2.5)0.00057 425 500,000 0.2439 0.14
VOC 0.01219 425 500,000 5.1793 3.05
CO 0.00118 425 500,000 0.5015 0.29
Greenhouse Gas
CH4 3.17E-05 425 500,000 0.0135 7.92E-03
HAPS
Benzene 3.90E-06 425 500,000 0.0017 9.75E-04
Bromomethane 5.97E-07 425 500,000 0.0003 1.49E-04
2-Butanone 4.75E-06 425 500,000 0.0020 1.19E-03
Carbon disulfude 1.95E-06 425 500,000 0.0008 4.87E-04
Chloroethane 4.87E-07 425 500,000 0.0002 1.22E-04
Chloromethane 2.80E-06 425 500,000 0.0012 7.01E-04
Chrysene 5.33E-07 425 500,000 0.0002 1.33E-04
Ethylbenzene 4.63E-06 425 500,000 0.0020 1.16E-03
Formaldehyde 8.41E-05 425 500,000 0.0357 2.10E-02
n-Hexane 1.22E-05 425 500,000 0.0052 3.05E-03
Isooctane 3.78E-08 425 500,000 0.0000 9.44E-06
Methylene Chloride 3.29E-08 425 500,000 0.0000 8.23E-06
Naphthalene 2.22E-04 425 500,000 0.0943 5.54E-02
Styrene 6.58E-07 425 500,000 0.0003 1.65E-04
Toluene 7.56E-06 425 500,000 0.0032 1.89E-03
m, p-Xylene 2.44E-05 425 500,000 0.0104 6.09E-03
o-Xylene 1.58E-04 425 500,000 0.0673 3.96E-02
Emissions
Source:Hot Mix Asphalt Plant Loadout
Company:Geneva Rock Products
Site:Mona
Reference:Reference: AP-42, Section 11.1 Hot Mix Asphalt Plants
EF (Total PM)= 0.000181 + 0.00141 (-v)E^(((0.0251)(T+460)-20.43)
EF (Organic PM)= 0.00141 (-V)e^(((0.0251)(T+460)-20.43)
EF (TOC) = 0.0172 (-V)e^(((0.0251)(T+460)-20.43)
EF (CO)= 0.00558(-V)e^(((0.0251)(T+460)-20.43)
Emission Proposed Average Proposed
Pollutant Factor Throughput Throughput Throughput
(lb/ton)Max (TPH) Avg (TPH) (TPY)(lb/hr) (TPY)
PM10 0.00052 425 57 500,000 0.0298 0.13
Total PM (PM2.5)0.00052 425 57 500,000 0.0298 0.13
TOC 0.00416 425 57 500,000 0.2374 1.04
CO 0.00135 425 57 500,000 0.0770 0.34
VOC 0.00391 425 57 500,000 0.2231 0.98
Greenhouse Gas
CH4 2.70E-04 425 57 500,000 0.0154 6.76E-02
HAPS
Benzene 2.16E-06 425 57 500,000 0.0001 5.41E-04
Bromomethane 3.99E-07 425 57 500,000 0.0000 9.98E-05
2-Butanone 2.04E-06 425 57 500,000 0.0001 5.09E-04
Carbon Disulfide 5.41E-07 425 57 500,000 0.0000 1.35E-04
Chloroethane 8.73E-08 425 57 500,000 0.0000 2.18E-05
Chloromethane 6.24E-07 425 57 500,000 0.0000 1.56E-04
Cumene 4.57E-06 425 57 500,000 0.0003 1.14E-03
Ethylbenzene 1.16E-05 425 57 500,000 0.0007 2.91E-03
Formaldehyde 3.66E-06 425 57 500,000 0.0002 9.15E-04
n-Hexane 6.24E-06 425 57 500,000 0.0004 1.56E-03
Isooctane 7.49E-09 425 57 500,000 0.0000 1.87E-06
Styrene 3.04E-07 425 57 500,000 0.0000 7.59E-05
Tetrachloroethene 3.20E-07 425 57 500,000 0.0000 8.01E-05
Toluene 8.73E-06 425 57 500,000 0.0005 2.18E-03
Trichlorofluoromethane 5.41E-08 425 57 500,000 0.0000 1.35E-05
m, p-Xylene 1.71E-05 425 57 500,000 0.0010 4.26E-03
o-Xylene 3.33E-06 425 57 500,000 0.0002 8.32E-04
Emissions
Source: Wash Plant
Company: Geneva Rock Product
Site: Mona
Production Rate:1,000,000 TPY
Assumptions:
Assumed material is saturated with no PM emissions
4 log washers
24 hour per day operation
Source:Concrete Batch Plant
Company:Geneva Rock Products
Site:Mona Pit
Reference:AP-42, Section 11.12 Concrete Batching, Tables 11.12-2 and 11.12-8
Concrete Production: 300,000 yd3/yr
Hours Operation: 8760 hs/yr
Pollutant
Percent of
PM2.5 of PM10
Emission Rate
(lbs/hr)
Emission Total
(TPY)
PM10 0.785 3.4
PM2.5 29.4 0.231 1.0
HAP 0.00 0.0
Emissions:
Source PM10 Emission
Factor
(lb/yd3) lb/hr TPY
Aggregate delivery to ground storage 0.0031 0.106 0.465
Aggregate transfer to conveyor 0.0031 0.106 0.465
Aggregate transfer to elevated storage 0.0031 0.106 0.465
Sand delivery to ground storage 0.0007 0.024 0.105
Sand transfer to conveyor 0.0007 0.024 0.105
Sand transfer to elevated storage 0.0007 0.024 0.105
0.0001 0.003 0.015
0.0002 0.007 0.030
Weigh hopper loading 0.0038 0.130 0.570
Truck mix loading (controlled) 0.0074 0.254 1.112
Total 0.785 3.437
PM2.5 Emission
Factor
(lb/yd3) lb/hr TPY
Truck mix loading (controlled) 0.0007 0.023 0.099
1 98% control efficiency for all PM2.5 going to baghouse
HAP
(Controlled)
Emission
Factor
(lb/ton)
Emission
Factor (lb/yd3)
Emission Rate
(lbs/hr)
Emission Total
(tons/year)
Arsenic 1.16E-06 4.53E-07 5.95E-01 6.80E-05
Beryllium 1.95E-07 5.50E-08 7.23E-02 8.25E-06
Cadmium 9.26E-09 2.61E-09 3.43E-03 3.92E-07
Chromium 5.35E-06 1.51E-06 1.98E+00 2.27E-04
Lead 2.06E-06 5.81E-07 7.63E-01 8.72E-05
Manganese 2.12E-05 5.97E-06 7.84E+00 8.96E-04
Nickel 7.10E-06 2.00E-06 2.63E+00 3.00E-04
Phosphorus 1.58E-05 4.47E-06 5.87E+00 6.71E-04
Selenium 1.85E-07 5.23E-08 6.87E-02 7.85E-06
Assumptions:
Wind speed assumed to be 6 mph at material drop point and a 4% mositure content
PM2.5 Emissions
Truck Mix/Central Mix
PM10 Emissions
Cement supplement unloading to elevated silo
(controlled)
Cement unloading to elevated silo (controlled)
Source Truck Mix/Central Mix
Roads
Geneva Rock Products
Mona Pit
10/27/2023
PM10 Emission Factor => E = k * (s/12)a * (W/3)b  PM2.5 Emission Factor => E = k * (s/12)a * (W/3)b 
Annual  PM10 Emission Factor => E = k * (s/12)a * (W/3)b *[(365‐P)/365] Annual PM2.5 Emission Factor => E = k * (s/12)a * (W/3)b *[(365‐P)/365]
Where
E = Emission factor (pounds per VMT)
k, a, b = constants (AP‐42, Section 13.2.2 Unpaved Roads Table 13.2.2‐2)
s = surface material silt content = 4.8
CF = Control Factor = 85% 90% 95%
 PM10 & PM2.5 a = 0.9
 PM10 & PM2.5 b = 0.45
P = 89
Vehicle 24‐Hour Annual 24‐Hour Annual 24‐hour Annual Uncontrolled Controlled Uncontrolled Controlled Uncontrolled Controlled Uncontrolled Controlled
Source Description PM10 PM2.5 Silt Content Weight Mean Speed PM10 EF PM10 EF PM2.5 EF PM2.5 EF 24‐hour PM10 24‐hour PM10 24‐hour PM10 24‐hour PM10 24‐hour PM2.5 24‐hour PM2.5 24‐hour PM2.5 24‐hour PM2.5 k k (%) (ton) (mph) (lb/VMT) (lb/VMT) (lb/VMT) (lb/VMT) VMT/hr VMT/yr lb/hr lb/hr tn/yr tn/yr lb/hr lb/hr tn/yr tn/yr
RMC‐Trucks ‐ Unpaved 1.5 0.15 4.8 40.5 10 2.12 1.61 0.212 0.161 0.45 3,977.3 0.96 0.14 4.22 0.633 0.10 0.014 0.422 0.063
RMC‐Trucks ‐ Paved + Sweeping 1.5 0.15 4.8 40.5 10 2.12 1.61 0.212 0.161 0.00 0.0 0.00 0.00 0.00 0.000 0.00 0.000 0.000 0.000
RMC‐Trucks ‐ Paved + Vacuum 1.5 0.15 4.8 40.5 10 2.12 1.61 0.212 0.161 0.34 3,017.2 0.73 0.04 3.20 0.160 0.07 0.004 0.320 0.016
Aggregate‐Trucks ‐ Unpaved 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 4.69 38,094.0 7.78 1.17 31.63 4.744 0.78 0.117 3.163 0.474
Aggregate‐Trucks ‐ Paved + Sweeping 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 0.00 0.0 0.00 0.00 0.00 0.000 0.00 0.000 0.000 0.000
Aggregate‐Trucks ‐ Paved + Vacuum 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 1.16 9,469.7 1.93 0.10 7.86 0.393 0.19 0.010 0.786 0.039
HMA ‐ Trucks ‐ Paved + Sweeping 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 0.00 0.0 0.00 0.00 0.00 0.000 0.00 0.000 0.000 0.000
HMA ‐ Trucks ‐ Paved + Vacuum 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 1.57 13,774.1 2.61 0.13 11.44 0.572 0.26 0.013 1.144 0.057
Wash Plant ‐ Trucks ‐ Unpaved 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 1.58 13,860.2 2.63 0.39 11.51 1.726 0.26 0.039 1.151 0.173
Wash Plant ‐ Trucks ‐ Paved + Sweeping 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 0.00 0.0 0.00 0.00 0.00 0.000 0.00 0.000 0.000 0.000
Wash Plant ‐ Trucks ‐ Paved + Vacuum 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 1.08 9,469.7 1.79 0.09 7.86 0.393 0.18 0.009 0.786 0.039
RMC‐Loaders 1.5 0.15 4.8 27.5 5 1.78 1.35 0.178 0.135 0.24 2,062.3 0.42 0.06 1.84 0.275 0.04 0.006 0.184 0.028
Aggregate‐Loaders 1.5 0.15 4.8 27.5 5 1.78 1.35 0.178 0.135 1.38 11,223.3 2.46 0.37 9.99 1.499 0.25 0.037 0.999 0.150
HMA‐Loaders 1.5 0.15 4.8 27.5 5 1.78 1.35 0.178 0.135 0.40 3,507.3 0.71 0.11 3.12 0.468 0.07 0.011 0.312 0.047
Total 22.031 2.598 92.662 10.863 2.203 0.260 9.266 1.086
Vehicle 24‐Hour Annual 24‐Hour Annual 24‐hour Annual Uncontrolled Controlled Uncontrolled Controlled
Source Description PM10 PM2.5 Silt Content Weight Mean Speed PM10 EF PM10 EF PM2.5 EF PM2.5 EF Annual PM10 Annual PM10 Annual PM2.5 Annual PM2.5 k k (%) (ton) (mph) (lb/VMT) (lb/VMT) (lb/VMT) (lb/VMT) VMT/hr VMT/yr tn/yr tn/yr tn/yr tn/yr
RMC‐Trucks ‐ Unpaved 1.5 0.15 4.8 40.5 10 2.12 1.61 0.212 0.161 0.45 3,977.3 3.194 0.479 0.319 0.048
RMC‐Trucks ‐ Paved + Sweeping 1.5 0.15 4.8 40.5 10 2.12 1.61 0.212 0.161 0.00 0.0 0.000 0.000 0.000 0.000
RMC‐Trucks ‐ Paved + Vacuum 1.5 0.15 4.8 40.5 10 2.12 1.61 0.212 0.161 0.34 3,017.2 2.423 0.121 0.242 0.012
Aggregate‐Trucks ‐ Unpaved 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 4.69 38,094.0 23.944 3.592 2.394 0.359
Aggregate‐Trucks ‐ Paved + Sweeping 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 0.00 0.0 0.000 0.000 0.000 0.000
Aggregate‐Trucks ‐ Paved + Vacuum 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 1.16 9,469.7 5.952 0.298 0.595 0.030
HMA ‐ Trucks ‐ Paved + Sweeping 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 0.00 0.0 0.000 0.000 0.000 0.000
HMA ‐ Trucks ‐ Paved + Vacuum 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 1.57 13,774.1 8.658 0.433 0.866 0.043
Wash Plant ‐ Trucks ‐ Unpaved 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 1.58 13,860.2 8.712 1.307 0.871 0.131
Wash Plant ‐ Trucks ‐ Paved + Sweeping 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 0.00 0.0 0.000 0.000 0.000 0.000
Wash Plant ‐ Trucks ‐ Paved + Vacuum 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 1.08 9,469.7 5.952 0.298 0.595 0.030
RMC‐Loaders 1.5 0.15 4.8 27.5 5 1.78 1.35 0.178 0.135 0.24 2,062.3 1.390 0.209 0.139 0.021
Aggregate‐Loaders 1.5 0.15 4.8 27.5 5 1.78 1.35 0.178 0.135 1.38 11,223.3 7.565 1.135 0.757 0.113
HMA‐Loaders 1.5 0.15 4.8 27.5 5 1.78 1.35 0.178 0.135 0.40 3,507.3 2.364 0.355 0.236 0.035
Total 70.153 8.224 7.015 0.822
Notes:
85% control ‐ Unpaved w/ watering & chemical suppressant
RMC Unpaved Road Length 0.275 miles round trip
Aggs Unpaved Road Length 0.838 miles round trip
HMA Unpaved Road Length 0.000 miles round trip
Wash Plant Unpaved Road Length 0.305 miles round trip
RMC Loader travel distance 0.066 miles round trip
Aggs Loader travel distance 0.152 miles round trip
HMA Loader travel distance 0.095 miles round trip
95% control ‐ Paved w/ Watering & Vacuuming
RMC Paved Road Length 0.208 miles round trip
Aggs Paved Road Length 0.208 miles round trip
HMA Paved Road Length 0.606 miles round trip
Wash Plant Paved Road Length 0.208 miles round trip
Vehicle weights Empty Capacity
Average 
Weight Throughput Trips/yr Trips/Day Trips/hr
Operating 
Hours
RMC‐Trucks 26 29 40.5 420,000 14,482.8 39.7 1.65 8760
Aggregate‐Trucks 12.5 22 23.5 1,000,000 45,454.5 134.1 5.59 8130
HMA ‐ Trucks 12.5 22 23.5 500,000 22,727.3 62.3 2.59 8760
Wash Plant ‐ Trucks 12.5 22 23.5 1,000,000 45,454.5 124.5 5.19 8760
RMC‐Loaders 20.7 13.5 27.5 420,000 31,111.1 85.2 3.55 8760
Aggregate‐Loaders 20.7 13.5 27.5 1,000,000 74,074.1 218.5 9.11 8130
HMA‐Loaders 20.7 13.5 27.5 500,000 37,037.0 101.5 4.23 8760
Source of Data:
Emission Factor:AP‐42, Section 13.2.2 Unpaved Roads
Road Lengths Estimated from Aerial Photography
Emission Rate: Calculated
Assumptions:
Precipitation Days‐NOAA Global Summary of the Year Station Details, Calculated average for last 6 years
Silt Content % Table 13.2.2‐1 Sand and Gravel Processing Plant Road
Tanks
Geneva Rock Products
Mona Pit
10/20/2022
VOC actual emissionVOC potential emissions CO Emissions
(tons/year) (tons/year) (tons/year)
Horizontal tank 1 0.0239 0.0258 4‐12,000 gallon diesel storage tanks
Horizontal tank 2 0.0399 0.0474 0.0046 25,000 gallon asphalt cement oil tank
Horizontal tank 3 0.0525 0.0629 0.0061 35,000 gallon asphalt cement oil tank
Horizontal tank 4 0.1501 0.1857 0.0180 2‐ 60,000 gallon asphalt cement oil tanks
Vertical tank 1 0.005 0.006 0.0006 30,000 gallon asphalt cement oil tank
Vertical tank 2 0.014 0.015 0.0015 250,000 gallon asphalt cement oil tank
Vertical tank 3 0.041 0.052 60,000 gallon RFO tank
Vertical tank 4 0.061 0.064 4,000 ton asphalt cement oil tank
Total 0.387 0.459 0.031
Assumptions:
For asphalt cement, CO Emissions are equal to 0.097 x VOC emissions based on AP-42, Setion 11.1. Section 4.4.5
Tank identification
Description
Location (city)
Value Units
Fuel type Diesel select one
Storage tank position Above select one
Actual throughput 1,152,000 gal/yr
Actual hours operated 8760 hours/year
Potential throughput 1,497,600 gal/yr
VOC actual emissions 0.0060 ton/yr
VOC potential emissions 0.0064 ton/yr
Physical properties of the tank
Property Value Units
Shell length HS 32 feet
Shell diameter D 8 feet
Shell effective height HE 6.28 feet
Shell effective diameter DE 18.05 feet
Shell radius RS 4 feet
Working volume 12031.5 gallons
Turnovers per year (actual)N 95.7 dimensionless
Turnovers per year (potential)N 124.5 dimensionless
Shell color/shade White/NA select one
Shell condition Average select one
Paint solar absorptance α 0.25 dimensionless
Vacuum setting PBV -0.03 psig
Pressure setting PBP 0.03 psig
Weather data
Property Value Units
Nearest major city Salt Lake City, UT Select one
Average annual maximum temperature TAX 63.9 °F
Average annual minimum temperature TAN 42.9 °F
Atmospheric pressure PA 12.0 psia
Solar insolation I 1442.0 Btu/(ft2∙day)
VOC emissions from horizontal tank #1
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Property
Tank information
Mona, UT
12000 gallon diesel storage tanks
Tanks 1 - 4
p-sbap5-42h https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 1 of 2
Calculation of VOC Emission = Total Losses (LT)
Variable Calculated value
Total losses (VOC actual emissions) LT 11.95 lb/yr
Total losses (VOC potential emissions) LT 12.89 lb/yr
Standing storage losses LS 1.55 lb/yr
Working losses (actual)LW 10.40 lb/yr
Working losses (potential)LW 11.34 lb/yr
Annual net throughput (actual) Q 27428.57 bbl/yr
Annual net throughput (potential) Q 35657.14 bbl/yr
Working loss turnover factor (actual)KN 0.48 dimensionless
Working loss turnover factor (potential)KN 0.41 dimensionless
Stock vapor density WV 0.00 lb/ft3
Vapor Molecular Weight at 60 °F MV 130 lb/lb-mole
Vapor pressure PVA 0.006 psia
Vapor space volume VV 804.25 ft3
Vapor space tank outage HVO 3.14 feet
Vapor space expansion factor KE 0.038 dimensionless
Vented vapor saturation factor KS 1.00 dimensionless
Working loss product factor KP 1 dimensionless
Ideal gas constant R 10.731 psia*ft3/lb-mole*°R
Average vapor temperature TV 516.67 °R
Daily average liquid surface temperature TLA 515.55 °R
Daily vapor temperature range ΔTV 21.91 °R
Daily ambient temperature range ΔTA 21.00 °R
Daily maximum ambient temperature TAX 523.60 °R
Daily minimum ambient temperature TAN 502.60 °R
Daily average ambient temperature TAA 513.10 °R
Liquid bulk temperature TB 514.18 °R
Daily vapor pressure range ΔPV 0.00 psia
Breather vent pressure setting range ΔPB 0.06 psi
Vapor pressure equation constant A 12.101 dimensionless
Vapor pressure equation constant B 8907 °R
Vapor pressure at TLX PVX 0.0068 psia
Vapor pressure at TLN PVN 0.0047 psia
Maximum TLA TLX 521.03 °R
Minimum TLA TLN 510.07 °R
p-sbap5-42h https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 2 of 2
Tank identification
Description
Location (city)
Value Units
Fuel type asphalt cement select one
Storage tank position Above select one
Actual throughput 124,269 gal/yr
Actual hours operated 8760 hours/year
Potential throughput 161,550 gal/yr
VOC actual emissions 0.04 ton/yr
VOC potential emissions 0.05 ton/yr
Physical properties of the tank
Property Value Units
Shell length HS 54 feet
Shell diameter D 11 feet
Shell effective height HE 8.64 feet
Shell effective diameter DE 27.50 feet
Shell radius RS 5.5 feet
Working volume 38385.8 gallons
Turnovers per year (actual)N 3.2 dimensionless
Turnovers per year (potential)N 4.2 dimensionless
Shell color/shade White/NA select one
Shell condition Average select one
Paint solar absorptance α 0.25 dimensionless
Vacuum setting PBV -0.03 psig
Pressure setting PBP 0.03 psig
Weather data
Property Value Units
Nearest major city Salt Lake City, UT Select one
Average annual maximum temperature TAX 63.9 °F
Average annual minimum temperature TAN 42.9 °F
Atmospheric pressure PA 12.0 psia
Solar insolation I 1442.0 Btu/(ft2∙day)
Mona, Utah
VOC emissions from horizontal tank #2
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Tank information
Tank 2
25,000 gallon portable asphalt cement oil
Property
p-sbap5-42h https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 1 of 2
Calculation of VOC Emission = Total Losses (LT)
Variable Calculated value
Total losses (VOC actual emissions) LT 79.78 lb/yr
Total losses (VOC potential emissions) LT 94.71 lb/yr
Standing storage losses LS 49.06 lb/yr
Working losses (actual)LW 30.72 lb/yr
Working losses (potential)LW 45.65 lb/yr
Annual net throughput (actual) Q 2958.79 bbl/yr
Annual net throughput (potential) Q 3846.43 bbl/yr
Working loss turnover factor (actual)KN 1.00 dimensionless
Working loss turnover factor (potential)KN 1.00 dimensionless
Stock vapor density WV 0.00 lb/ft3
Vapor Molecular Weight at 60 °F MV 130 lb/lb-mole
Vapor pressure PVA 0.091292159 psia
Vapor space volume VV 2565.90 ft3
Vapor space tank outage HVO 4.32 feet
Vapor space expansion factor KE 0.029 dimensionless
Vented vapor saturation factor KS 0.98 dimensionless
Working loss product factor KP 1 dimensionless
Ideal gas constant R 10.731 psia*ft3/lb-mole*°R
Average vapor temperature TV 597.91 °R
Daily average liquid surface temperature TLA 678.04 °R
Daily vapor temperature range ΔTV 21.91 °R
Daily ambient temperature range ΔTA 21.00 °R
Daily maximum ambient temperature TAX 523.60 °R
Daily minimum ambient temperature TAN 502.60 °R
Daily average ambient temperature TAA 513.10 °R
Liquid bulk temperature TB 785.00 °R
Daily vapor pressure range ΔPV 0.02 psia
Breather vent pressure setting range ΔPB 0.06 psi
Vapor pressure equation constant A 10.781 dimensionless
Vapor pressure equation constant B 8933 °R
Vapor pressure at TLX PVX 0.1015 psia
Vapor pressure at TLN PVN 0.0820 psia
Maximum TLA TLX 683.52 °R
Minimum TLA TLN 672.57 °R
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Tank identification
Description
Location (city)
Value Units
Fuel type asphalt cement select one
Storage tank position Above select one
Actual throughput 173,231 gal/yr
Actual hours operated 8760 hours/year
Potential throughput 225,200 gal/yr
VOC actual emissions 0.05 ton/yr
VOC potential emissions 0.06 ton/yr
Physical properties of the tank
Property Value Units
Shell length HS 65.5 feet
Shell diameter D 11.25 feet
Shell effective height HE 8.84 feet
Shell effective diameter DE 30.63 feet
Shell radius RS 5.625 feet
Working volume 48701.0 gallons
Turnovers per year (actual)N 3.6 dimensionless
Turnovers per year (potential)N 4.6 dimensionless
Shell color/shade White/NA select one
Shell condition Average select one
Paint solar absorptance α 0.25 dimensionless
Vacuum setting PBV -0.03 psig
Pressure setting PBP 0.03 psig
Weather data
Property Value Units
Nearest major city Salt Lake City, UT Select one
Average annual maximum temperature TAX 63.9 °F
Average annual minimum temperature TAN 42.9 °F
Atmospheric pressure PA 12.0 psia
Solar insolation I 1442.0 Btu/(ft2∙day)
Mona, UT
VOC emissions from horizontal tank #3
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Tank information
Tank 3
35,000 asphalt cement oil
Property
p-sbap5-42h https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 1 of 2
Calculation of VOC Emission = Total Losses (LT)
Variable Calculated value
Total losses (VOC actual emissions) LT 105.04 lb/yr
Total losses (VOC potential emissions) LT 125.85 lb/yr
Standing storage losses LS 62.21 lb/yr
Working losses (actual)LW 42.83 lb/yr
Working losses (potential)LW 63.64 lb/yr
Annual net throughput (actual) Q 4124.55 bbl/yr
Annual net throughput (potential) Q 5361.91 bbl/yr
Working loss turnover factor (actual)KN 1.00 dimensionless
Working loss turnover factor (potential)KN 1.00 dimensionless
Stock vapor density WV 0.00 lb/ft3
Vapor Molecular Weight at 60 °F MV 130 lb/lb-mole
Vapor pressure PVA 0.091292159 psia
Vapor space volume VV 3255.41 ft3
Vapor space tank outage HVO 4.42 feet
Vapor space expansion factor KE 0.029 dimensionless
Vented vapor saturation factor KS 0.98 dimensionless
Working loss product factor KP 1 dimensionless
Ideal gas constant R 10.731 psia*ft3/lb-mole*°R
Average vapor temperature TV 597.91 °R
Daily average liquid surface temperature TLA 678.04 °R
Daily vapor temperature range ΔTV 21.91 °R
Daily ambient temperature range ΔTA 21.00 °R
Daily maximum ambient temperature TAX 523.60 °R
Daily minimum ambient temperature TAN 502.60 °R
Daily average ambient temperature TAA 513.10 °R
Liquid bulk temperature TB 785.00 °R
Daily vapor pressure range ΔPV 0.02 psia
Breather vent pressure setting range ΔPB 0.06 psi
Vapor pressure equation constant A 10.781 dimensionless
Vapor pressure equation constant B 8933 °R
Vapor pressure at TLX PVX 0.1015 psia
Vapor pressure at TLN PVN 0.0820 psia
Maximum TLA TLX 683.52 °R
Minimum TLA TLN 672.57 °R
p-sbap5-42h https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 2 of 2
Tank identification
Description
Location (city)
Value Units
Fuel type asphalt cement select one
Storage tank position Above select one
Actual throughput 297,000 gal/yr
Actual hours operated 8760 hours/year
Potential throughput 386,100 gal/yr
VOC actual emissions 0.08 ton/yr
VOC potential emissions 0.09 ton/yr
Physical properties of the tank
Property Value Units
Shell length HS 71 feet
Shell diameter D 12 feet
Shell effective height HE 9.42 feet
Shell effective diameter DE 32.94 feet
Shell radius RS 6 feet
Working volume 60063.7 gallons
Turnovers per year (actual)N 4.9 dimensionless
Turnovers per year (potential)N 6.4 dimensionless
Shell color/shade White/NA select one
Shell condition Average select one
Paint solar absorptance α 0.25 dimensionless
Vacuum setting PBV -0.03 psig
Pressure setting PBP 0.03 psig
Weather data
Property Value Units
Nearest major city Salt Lake City, UT Select one
Average annual maximum temperature TAX 63.9 °F
Average annual minimum temperature TAN 42.9 °F
Atmospheric pressure PA 12.0 psia
Solar insolation I 1442.0 Btu/(ft2∙day)
Calculation of VOC Emission = Total Losses (LT)
Variable Calculated value
Total losses (VOC actual emissions) LT 150.05 lb/yr
Total losses (VOC potential emissions) LT 185.72 lb/yr
Standing storage losses LS 76.62 lb/yr
Working losses (actual)LW 73.43 lb/yr
Working losses (potential)LW 109.10 lb/yr
Annual net throughput (actual) Q 7071.43 bbl/yr
Annual net throughput (potential) Q 9192.86 bbl/yr
Working loss turnover factor (actual)KN 1.00 dimensionless
Working loss turnover factor (potential)KN 1.00 dimensionless
Stock vapor density WV 0.00 lb/ft3
Vapor Molecular Weight at 60 °F MV 130 lb/lb-mole
Vapor pressure PVA 0.091292159 psia
Vapor space volume VV 4014.96 ft3
Vapor space tank outage HVO 4.71 feet
Vapor space expansion factor KE 0.029 dimensionless
Vented vapor saturation factor KS 0.98 dimensionless
Working loss product factor KP 1 dimensionless
Ideal gas constant R 10.731 psia*ft3/lb-mole*°R
Average vapor temperature TV 597.91 °R
Daily average liquid surface temperature TLA 678.04 °R
Daily vapor temperature range ΔTV 21.91 °R
Daily ambient temperature range ΔTA 21.00 °R
Daily maximum ambient temperature TAX 523.60 °R
Daily minimum ambient temperature TAN 502.60 °R
Daily average ambient temperature TAA 513.10 °R
Liquid bulk temperature TB 785.00 °R
Daily vapor pressure range ΔPV 0.02 psia
Breather vent pressure setting range ΔPB 0.06 psi
Vapor pressure equation constant A 10.781 dimensionless
Vapor pressure equation constant B 8933 °R
Vapor pressure at TLX PVX 0.1015 psia
Vapor pressure at TLN PVN 0.0820 psia
Maximum TLA TLX 683.52 °R
Minimum TLA TLN 672.57 °R
Mona, UT
VOC emissions from horizontal tank #4
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Tank information
Tanks 4 and 5
60,000 asphalt cement oil
Property
p-sbap5-42v • 7/13/20
Tank identification
Description
Location (city)
Value Units Description
Fuel type Asphalt Cement select one
Type of roof Cone select one
Actual throughput 1,038,368 gal/yr
Actual hours operated 8760 hours/year
Potential throughput 1,349,878 gal/yr
VOC actual emissions 0.06 ton/yr
VOC potential emissions 0.06 ton/yr
Physical properties of the tank
Property Value Units Description
Shell height HS 44 feet
Shell diameter D 65 feet
Shell radius RS 32.5 feet
Maximum liquid height HLX 40 feet
Average liquid height HL 22 feet
Working volume 992837.5 gallons
Turnovers per year (actual)N 1.0 dimensionless
Turnovers per year (potential)N 1.4 dimensionless
Shell color/shade White/NA select one
Shell condition Average select one
Paint solar absorptance α 0.25 dimensionless
Roof height HR 0.20 feet
Dome roof radius RR -- feet
Cone roof slope SR 0.0625 ft/ft
Vacuum setting PBV -0.03 psig
Pressure setting PBP 0.03 psig
Weather data
Property Value Units Description
Nearest major city Salt Lake City Select one
Average annual maximum temperature TAX 63.9 °F
Average annual minimum temperature TAN 42.9 °F
Atmospheric pressure PA 12.01 psia
Solar insolation I 1442.00 Btu/(ft2∙day)
Calculation of VOC Emission = Total Losses (LT)
Variable Calculated value Notes (equations are from AP-42, Chapter 7)
Total losses (VOC actual emissions) LT 122.60 lb/yr Equation 1-1
Total losses (VOC potential emissions) LT 128.48 lb/yr Equation 1-1
Standing storage losses LS 102.98 lb/yr Equation 1-2
Working losses (actual)LW 19.62 lb/yr Equation 1-35
Working losses (potential)LW 25.50 lb/yr Equation 1-35
Annual net throughput (actual) Q 24723.05 bbl/yr Based on actual throughput entered by user (gal/year) / 42 bbl/gal
Annual net throughput (potential) Q 32139.96 bbl/yr Based on calculated potential throughput (gal/year) / 42 bbl/gal
Working loss turnover factor (actual)KN 1.00 dimensionless
Working loss turnover factor (potential)KN 1.00 dimensionless
Stock vapor density WV 0.00 lb/ft3 Equation 1-22
Vapor Molecular Weight at 60 °F MV 190 lb/lb-mole Table 7.1-2
Vapor pressure at 60 °F PVA 0.004772504 psia Equation 1-25, PVA based on TLA
Vapor space volume VV 73227.44 ft3 Equation 1-3
Vapor space roof outage HRO 0.07 feet
Vapor space tank outage HVO 22.07 feet Equation 1-16, vertical
Vapor space expansion factor KE 0.03 Equation 1-5
Vented vapor saturation factor KS 0.99 dimensionless Equation 1-21
Working loss product factor KP 1 dimensionless
Ideal gas constant R 10.731 psia*ft3/lb-mole*°R Constant, Equation 1-22
Average vapor temperature TV 597.91 °R Equation 1-33
Daily average liquid surface temperature TLA 678.04 °R Equation 1-28
Daily vapor temperature range ΔTV 21.91 °R Equation 1-7
Daily ambient temperature range ΔTA 21.00 °R Equation 1-11
Daily maximum ambient temperature TAX 523.60 °R
Daily minimum ambient temperature TAN 502.60 °R
Daily average ambient temperature TAA 513.10 °R Equation 1-30
Table 7-1-7. Conversion factor: Rankine = Fahrenheit + 459.7
Total for a horizontal surface.
Equation 1-17 Cone; Equation 1-19 Dome
Saturation; turnovers >36 = (180 + N) / 6 * N; turnovers at 36 or lower = 1; Equation 1
Saturation; turnovers >36 = (180 + N) / 6 * N; turnovers at 36 or lower = 1
Assume value of 1 for gasoline or diesel.
Table 7-1-7. Conversion factor: Rankine = Fahrenheit + 459.7
Average for the location.
Calculated radius. Only applies to a "Dome" roof.
If unknown = 0.0625. If known, insert value. Only applies to a "Cone" roof.
Vacuum setting is a value set for the tank at the facility.
Breather vent pressure is a reading from the tank monitoring system.
Nearest major city to the tank location.
Average over a calendar year.
Average over a calendar year.
Tank condition is used to identify paint solar absorptance.
Insert value from table 7.1-6. Paint effectiveness in absorbing radiant energy.
Calculated roof height.
Calculated number the tank is emptied and refilled, annually.
Calculated number the tank could be emptied and refilled, annually.
Tank shell color and shade are used to identify paint solar absorptance.
Maximum height of the liquid within the tank shell.
Average height of the liquid within the tank shell.
Calculated volume
This is actual length of the tank.
This is the width of the cylindrical shell.
Calculated radius
Amount of VOCs potentially released over a 12-month period.
Property
Type of fuel stored in the tank.
Fixed roof structure.
Gallons stored in his tank over the period of 12 consecutive months.
Number of hours the tank is being used.
Calculated based on actual tank throughput divided by the hours operated and
multiplied by 8760 hours/day.
Amount of VOC actually released over the 12-month period.
Mona, Utah
VOC emissions from vertical, fixed roof tank #1
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Tank information
AC Tank
4,000 ton
p-sbap5-42v https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 1 of 2
VOC emissions from vertical, fixed roof tank #1
Liquid bulk temperature TB 785.00 °R Equation 1-31
Daily vapor pressure range ΔPV 0.00 psia Equation 1-9
Breather vent pressure setting range ΔPB 0.06 psi Equation 1-10
Vapor pressure equation constant A 10.104 dimensionless Table 7.1-2
Vapor pressure equation constant B 10475 °R Table 7.1-2
Vapor pressure at TLX PVX 0.01 psia Equation 1-9, note 5
Vapor pressure at TLN PVN 0.00 psia Equation 1-9, note 5
Maximum TLA TLX 683.52 °R Equation 1-9, note to Figure 7.1-17
Minimum TLA TLN 672.57 °R Equation 1-9, note to Figure 7.1-17
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p-sbap5-42v • 7/13/20
Tank identification
Description
Location (city)
Value Units
Fuel type Asphalt Cement select one
Type of roof Cone select one
Actual throughput 300,000 gal/yr
Actual hours operated 8760 hours/year
Potential throughput 390,000 gal/yr
VOC actual emissions 0.00 ton/yr
VOC potential emissions 0.01 ton/yr
Physical properties of the tank
Property Value Units
Shell height HS 45 feet
Shell diameter D 12 feet
Shell radius RS 6 feet
Maximum liquid height HLX 40 feet
Average liquid height HL 20 feet
Working volume 33838.7 gallons
Turnovers per year (actual)N 8.9 dimensionless
Turnovers per year (potential)N 11.5 dimensionless
Shell color/shade White/NA select one
Shell condition Average select one
Paint solar absorptance α 0.25 dimensionless
Roof height HR 0.04 feet
Dome roof radius RR -- feet
Cone roof slope SR 0.0625 ft/ft
Vacuum setting PBV -0.03 psig
Pressure setting PBP 0.03 psig
Weather data
Property Value Units
Nearest major city Salt Lake City Select one
Average annual maximum temperature TAX 63.9 °F
Average annual minimum temperature TAN 42.9 °F
Atmospheric pressure PA 12.01 psia
Solar insolation I 1442.00 Btu/(ft2∙day)
Calculation of VOC Emission = Total Losses (LT)
Property
Mona, Utah
VOC emissions from vertical, fixed roof tank #1
Enter tank specific information in all blue cells.
Tank information
Asphalt Cement Oil Tank #1
30,000 gallon
p-sbap5-42v https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 1 of 2
VOC emissions from vertical, fixed roof tank #1
Variable Calculated value
Total losses (VOC actual emissions) LT 9.64 lb/yr
Total losses (VOC potential emissions) LT 11.34 lb/yr
Standing storage losses LS 3.98 lb/yr
Working losses (actual)LW 5.67 lb/yr
Working losses (potential)LW 7.37 lb/yr
Annual net throughput (actual) Q 7142.86 bbl/yr
Annual net throughput (potential) Q 9285.71 bbl/yr
Working loss turnover factor (actual)KN 1.00 dimensionless
Working loss turnover factor (potential)KN 1.00 dimensionless
Stock vapor density WV 0.00 lb/ft3
Vapor Molecular Weight at 60 °F MV 190 lb/lb-mole
Vapor pressure at 60 °F PVA 0.004772504 psia
Vapor space volume VV 2828.85 ft3
Vapor space roof outage HRO 0.01 feet
Vapor space tank outage HVO 25.01 feet
Vapor space expansion factor KE 0.03
Vented vapor saturation factor KS 0.99 dimensionless
Working loss product factor KP 1 dimensionless
Ideal gas constant R 10.731 psia*ft3/lb-mole*°R
Average vapor temperature TV 597.91 °R
Daily average liquid surface temperature TLA 678.04 °R
Daily vapor temperature range ΔTV 21.91 °R
Daily ambient temperature range ΔTA 21.00 °R
Daily maximum ambient temperature TAX 523.60 °R
Daily minimum ambient temperature TAN 502.60 °R
Daily average ambient temperature TAA 513.10 °R
Liquid bulk temperature TB 785.00 °R
Daily vapor pressure range ΔPV 0.00 psia
Breather vent pressure setting range ΔPB 0.06 psi
Vapor pressure equation constant A 10.104 dimensionless
Vapor pressure equation constant B 10475 °R
Vapor pressure at TLX PVX 0.01 psia
Vapor pressure at TLN PVN 0.00 psia
Maximum TLA TLX 683.52 °R
Minimum TLA TLN 672.57 °R
p-sbap5-42v https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 2 of 2
p-sbap5-42v • 7/13/20
Tank identification
Description
Location (city)
Value Units
Fuel type Asphalt Cement select one
Type of roof Cone select one
Actual throughput 297,500 gal/yr
Actual hours operated 8760 hours/year
Potential throughput 386,750 gal/yr
VOC actual emissions 0.01 ton/yr
VOC potential emissions 0.02 ton/yr
Physical properties of the tank
Property Value Units
Shell height HS 48 feet
Shell diameter D 30 feet
Shell radius RS 15 feet
Maximum liquid height HLX 35 feet
Average liquid height HL 25 feet
Working volume 185055.5 gallons
Turnovers per year (actual)N 1.6 dimensionless
Turnovers per year (potential)N 2.1 dimensionless
Shell color/shade White/NA select one
Shell condition Average select one
Paint solar absorptance α 0.25 dimensionless
Roof height HR 0.09 feet
Dome roof radius RR -- feet
Cone roof slope SR 0.0625 ft/ft
Vacuum setting PBV -0.03 psig
Pressure setting PBP 0.03 psig
Weather data
Property Value Units
Nearest major city Salt Lake City Select one
Average annual maximum temperature TAX 63.9 °F
Average annual minimum temperature TAN 42.9 °F
Atmospheric pressure PA 12.01 psia
Solar insolation I 1442.00 Btu/(ft2∙day)
Calculation of VOC Emission = Total Losses (LT)
Variable Calculated value
Total losses (VOC actual emissions) LT 28.51 lb/yr
Total losses (VOC potential emissions) LT 30.20 lb/yr
Standing storage losses LS 22.89 lb/yr
Working losses (actual)LW 5.62 lb/yr
Working losses (potential)LW 7.31 lb/yr
Annual net throughput (actual) Q 7083.33 bbl/yr
Annual net throughput (potential) Q 9208.33 bbl/yr
Working loss turnover factor (actual)KN 1.00 dimensionless
Working loss turnover factor (potential)KN 1.00 dimensionless
Stock vapor density WV 0.00 lb/ft3
Vapor Molecular Weight at 60 °F MV 190 lb/lb-mole
Vapor pressure at 60 °F PVA 0.004772504 psia
Vapor space volume VV 16279.83 ft3
Vapor space roof outage HRO 0.03 feet
Vapor space tank outage HVO 23.03 feet
Vapor space expansion factor KE 0.03
Vented vapor saturation factor KS 0.99 dimensionless
Working loss product factor KP 1 dimensionless
Ideal gas constant R 10.731 psia*ft3/lb-mole*°R
Average vapor temperature TV 597.91 °R
Daily average liquid surface temperature TLA 678.04 °R
Daily vapor temperature range ΔTV 21.91 °R
Daily ambient temperature range ΔTA 21.00 °R
Daily maximum ambient temperature TAX 523.60 °R
Daily minimum ambient temperature TAN 502.60 °R
Daily average ambient temperature TAA 513.10 °R
Liquid bulk temperature TB 785.00 °R
Daily vapor pressure range ΔPV 0.00 psia
Breather vent pressure setting range ΔPB 0.06 psi
Vapor pressure equation constant A 10.104 dimensionless
Vapor pressure equation constant B 10475 °R
Vapor pressure at TLX PVX 0.01 psia
Vapor pressure at TLN PVN 0.00 psia
Maximum TLA TLX 683.52 °R
Minimum TLA TLN 672.57 °R
Mona, Utah
VOC emissions from vertical, fixed roof tank #2
Enter tank specific information in all blue cells.
Tank information
Asphalt Cement Tank
250,000 gallon
Property
p-sbap5-42v • 7/13/20
Tank identification
Description
Location (city)
Value Units
Fuel type Fuel Oil No. 6 select one
Type of roof Cone select one
Actual throughput 300,000 gal/yr
Actual hours operated 8760 hours/year
Potential throughput 390,000 gal/yr
VOC actual emissions 0.04 ton/yr
VOC potential emissions 0.05 ton/yr
Physical properties of the tank
Property Value Units
Shell height HS 33 feet
Shell diameter D 8 feet
Shell radius RS 4 feet
Maximum liquid height HLX 35 feet
Average liquid height HL 25 feet
Working volume 13159.5 gallons
Turnovers per year (actual)N 22.8 dimensionless
Turnovers per year (potential)N 29.6 dimensionless
Shell color/shade White/NA select one
Shell condition Average select one
Paint solar absorptance α 0.25 dimensionless
Roof height HR 0.03 feet
Dome roof radius RR -- feet
Cone roof slope SR 0.0625 ft/ft
Vacuum setting PBV -0.03 psig
Pressure setting PBP 0.03 psig
Weather data
Property Value Units
Nearest major city Salt Lake City Select one
Average annual maximum temperature TAX 63.9 °F
Average annual minimum temperature TAN 42.9 °F
Atmospheric pressure PA 12.01 psia
Solar insolation I 1442.00 Btu/(ft2∙day)
Calculation of VOC Emission = Total Losses (LT)
Variable Calculated value
Total losses (VOC actual emissions) LT 81.74 lb/yr
Total losses (VOC potential emissions) LT 103.99 lb/yr
Standing storage losses LS 7.56 lb/yr
Working losses (actual)LW 74.17 lb/yr
Working losses (potential)LW 96.42 lb/yr
Annual net throughput (actual) Q 7142.86 bbl/yr
Annual net throughput (potential) Q 9285.71 bbl/yr
Working loss turnover factor (actual)KN 1.00 dimensionless
Working loss turnover factor (potential)KN 1.00 dimensionless
Stock vapor density WV 0.00 lb/ft3
Vapor Molecular Weight at 60 °F MV 130 lb/lb-mole
Vapor pressure at 60 °F PVA 0.091292159 psia
Vapor space volume VV 402.54 ft3
Vapor space roof outage HRO 0.01 feet
Vapor space tank outage HVO 8.01 feet
Vapor space expansion factor KE 0.03
Vented vapor saturation factor KS 0.96 dimensionless
Working loss product factor KP 1 dimensionless
Ideal gas constant R 10.731 psia*ft3/lb-mole*°R
Average vapor temperature TV 597.91 °R
Daily average liquid surface temperature TLA 678.04 °R
Daily vapor temperature range ΔTV 21.91 °R
Daily ambient temperature range ΔTA 21.00 °R
Daily maximum ambient temperature TAX 523.60 °R
Daily minimum ambient temperature TAN 502.60 °R
Daily average ambient temperature TAA 513.10 °R
Liquid bulk temperature TB 785.00 °R
Daily vapor pressure range ΔPV 0.02 psia
Breather vent pressure setting range ΔPB 0.06 psi
Vapor pressure equation constant A 10.781 dimensionless
Vapor pressure equation constant B 8933 °R
Vapor pressure at TLX PVX 0.10 psia
Vapor pressure at TLN PVN 0.08 psia
Maximum TLA TLX 683.52 °R
Minimum TLA TLN 672.57 °R
Mona, Utah
VOC emissions from vertical, fixed roof tank #2
Enter tank specific information in all blue cells.
Tank information
RFO
60,000 gallon
Property
Geneva Rock Products - Mona Plant
NOx Cost Analysis for 5.0 MMBtu/hr Hot Oil Boiler Fired on Natural Gas
LNB Basis for Cost
and Factor
Direct Costs:
Puchased Equipment:
Primary and Auxiliary Equipment (PE) 102,820$
Sales Tax
Freight 3,000$
Total Purchased Equipment Cost (PEC) 105,820$
Direct Installation
Electrical, Piping, Insulation and Ductwork -$
Total Direct Installation (DI) -$
Total Direct Cost (DC) 105,820$
Indirect Installation Costs
Engineering and Project Management,
Construction and Field Expenses,
Contractor Fees, Startup Expenses,
Performance Tests, Contingencies
Total Indirect Cost -$
Total Installed Cost (TIC) 105,820$
NOx Emissions Before Control, lb/MMBtu 0.143
NOx Emissions Before Control, tn/yr 3.13
NOx Emissions After Control, lb/MMBtu 0.049
NOx Emissions After Control, tn/yr 1.07
NOx Emission Reduction, tn/yr 2.06
Annual Costs, $/year (Direct + Indirect)
Direct Costs
Operating Labor 10,282$
Raw materials -$
Quarterly tuning 2,800$
Total Direct Costs, $/year 13,082$
Indirect Costs
Overhead -$
Taxes, Insurance, and Administration -$
Capitol Recovery
Total Indirect Costs, $/year -$
Total Annual Cost 13,082$
Cost Effectiveness, $ per ton NOx reduction 6,350.49$
Geneva Rock Products - Mona Plant
NOx Cost Analysis for 9.9 MMBtu/hr Hot Water Boiler Fired on Natural Gas
LNB Basis for Cost
and Factor
Direct Costs:
Puchased Equipment:
Primary and Auxiliary Equipment (PE) 203,584$
Sales Tax
Freight 3,500$
Total Purchased Equipment Cost (PEC) 207,084$
Direct Installation
Electrical, Piping, Insulation and Ductwork -$
Total Direct Installation (DI) -$
Total Direct Cost (DC) 207,084$
Indirect Installation Costs
Engineering and Project Management,
Construction and Field Expenses,
Contractor Fees, Startup Expenses,
Performance Tests, Contingencies
Total Indirect Cost -$
Total Installed Cost (TIC) 207,084$
NOx Emissions Before Control, lb/MMBtu 0.143
NOx Emissions Before Control, tn/yr 6.18
NOx Emissions After Control, lb/MMBtu 0.049
NOx Emissions After Control, tn/yr 2.12
NOx Emission Reduction, tn/yr 4.06
Annual Costs, $/year (Direct + Indirect)
Direct Costs
Operating Labor 20,708$
Raw materials -$
Quarterly tuning 2,800$
Total Direct Costs, $/year 23,508$
Indirect Costs
Overhead -$
Taxes, Insurance, and Administration -$
Capitol Recovery -$
Total Indirect Costs, $/year -$
Total Annual Cost 23,508$
Cost Effectiveness, $ per ton NOx reduction 5,790.15$

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants B-2
APPENDIX B. MODELING PARAMETERS
Modeling Inputs - PM10
Company:Geneva Rock Product
Site:Mona Pit
Date:10/27/2023
oint Sources - PM10
Source ID Source Description Easting (X) Northing (Y) Base Elevation Emission Rate Stack Height Temperature Exit Velocity Stack Diameter
(m) (m) (m) (lb/hr) (m) (K) (m/s) (m)
CON_WH Concrete Plant Water Heater 429393 4408370.8 1617.99 1.17E-01 18.288 294.260 12.192 0.610
HMA_HTR Hot Mix Asphalt Plant Hot Oil Heater 429172.2 4408559.9 1601.12 5.89E-02 18.288 294.260 12.192 0.610
HMA_AP Drum Mix Asphalt Plant (Baghouse) 429166.1 4408564.7 1601.7 9.78 7.163 353.983 18.431 1.151
CTHRSG1 PCC Source1 423536.062 4408324.255 1539 13.30 50.292 365.000 26.200 5.130
CTHRSG2 PCC Source2 423536.062 4408363.855 1539 13.30 50.292 365.000 26.200 5.000
rea Sources - PM10
Source ID Source Description Easting (X) Northing (Y) Base Elevation
Emission
Rate
Release
Height
Easterly
Length
Northerly
Length
Angle
from
North
Initial
Vert.
Dimensio
n
(m) (m) (m) lb/hr-ft2 (m) (m) (m) (m)
HMA_MHC Hot Mix Asphalt Plant - Transfer Points 429150.8 4408513.4 1599.7 6.05E-06 5.0 30.0 60.0 0.0 5.0
HMA_LDR Hot Mix Asphalt Plant -Loaders Travel 429150.8 4408513.4 1599.7 5.52E-06 0.0 30.0 60.0 0.0 3.0
AGG_MHC Aggregate - Transfer Points 429840.9 4408544.2 1663.5 3.15E-06 5.0 110.0 185.0 0.0 5.0
AG_LDR1 Aggregate-Loaders Travel1 429841.6 4408543.2 1663.5 1.61E-06 0.0 110.0 185.0 0.0 3.0
AG_LDR2 Aggregate-Loaders Travel2 429786.0 4409514.3 1669.9 1.61E-06 0.0 30.0 30.0 0.0 3.0
RMC_MHC Concrete Plant - Transfer Points 429403.4 4408385.1 1618.2 5.98E-06 5.0 30.0 30.0 90.0 5.0
RMC_LDR Concrete Plant - Loader Travel 429403.4 4408385.1 1618.2 6.49E-06 0.0 30.0 30.0 90.0 3.0
reaPoly Sources - PM10
Source ID Source Description Easting (X) Northing (Y) Base Elevation Emission Rate Release Height
Initial
Vert.
Dimension(m)(m)(m)lb/hr-ft2 (m)(m)
SP1 Storage Pile 1 429552.4256 4408626.57 1637.28 2.98123E-06 0 15
SP2 Storage Pile2 429341.7 4408636.1 1617.14 3.02095E-06 0 15
SP3 Storage Pile 3 429641.3 4408545.2 1643.27 2.98604E-06 0 15
SP4 Storage Pile 4 429829.9 4409543.3 1673.77 3.00588E-06 0 15
SP5 Storage Pile 5 429496.4 4408381.6 1626.7 2.996E-06 0 15
DIST1 Distrubed Grounds 1 429787.3 4408391.8 1651.41 1.0538E-06 0 0
DIST2 Disturbed Grounds 2 429750.5 4409558.4 1665.43 9.89446E-07 0 0DOZER1 Dozer1 429787.3 4408391.8 1651.41 7.31E-07 0 3
DOZER2 Dozer2 429750.5 4409558.4 1665.43 6.87E-07 0 3
KIGORE Kilgore Source1 429690.418 4411522.486 1626.24 4.07E-06 3.048 3.048
SUNROC Sunroc Source1 429713.726 4411494.677 1628.16 1.48E-06 3.048 3.048
olume Sources - PM10
Source ID Source Description Easting (X) Northing (Y) Base Elevation
Emission
Rate (lb/hr)
Release
Height
Init.
Horizontal
Dimensio
n
Initial Vert.
Dimension
AGG_001 Aggregate - Primary Crusher1 429796.1 4409524.5 1670.9 5.400E-01 2.50 5.00 5.00
AGG_002 Aggregate - Primary Crusher2 429899.6 4408592.0 1671.0 5.400E-01 2.50 5.00 5.00
AGG_003 Aggregate - Secondary Crusher1 429875.7 4408594.6 1669.5 3.240E-01 2.50 5.00 5.00
AGG_004 Aggregate - Secondary Crusher2 429346.7 4408523.5 1616.6 3.240E-01 2.50 5.00 5.00
AGG_005 Aggregate - Tertiary Crusher1 429902.0 4408604.5 1672.9 3.240E-01 2.50 5.00 5.00
AGG_006 Aggregate - Tertiary Crusher2 429916.1 4408549.2 1670.7 3.240E-01 2.50 5.00 5.00
AGG_007 Aggregate - Screen 1 429930.4 4408611.9 1675.1 1.110E+00 2.50 5.00 5.00
AGG_008 Aggregate - Screen 2 429913.5 4408579.3 1672.4 7.400E-01 2.50 5.00 5.00
AGG_009 Aggregate - Screen 3 429897.0 4408627.8 1673.8 7.400E-01 2.50 5.00 5.00
AGG_010 Aggregate - Screen 4 429856.4 4408577.9 1665.6 4.440E-01 2.50 5.00 5.00
AGG_011 Aggregate - Screen 5 429891.2 4408559.3 1669.1 4.440E-01 2.50 5.00 5.00
AGG_012 Aggregate - Screen 6 429929.8 4408584.4 1674.2 4.440E-01 2.50 5.00 5.00
HMA_001 Hot Mix Asphalt Plant Silo Loading 429147.9 4408555.1 1600.6 2.439E-01 4.57 0.70 4.27
HMA_002 Hot Mix Asphalt Plant - Loadout 429145.2 4408554.9 1600.4 2.979E-02 4.57 0.70 4.27
RMC_CB Concrete Batch Plant 429393.3 4408377.4 1617.8 7.848E-01 6.10 9.54 2.84
LDR_ASP Loader to Hopper at Asphalt Plant 429147.6 4408552.0 1600.5 4.250E-02 2.47 0.58 1.15LDR_AG1 Loader to Hopper at Aggregate Plant1 429900.3 4408587.8 1670.6 1.000E-01 2.47 0.58 1.15LDR_AG2 Loader to Hopper at Aggregate Plant2 429801.9 4409524.6 1671.4 1.000E-01 2.47 0.58 1.15LDR_AGG Loader to Load Trucks at Aggregate Plant 429843.9 4408586.1 1666.0 1.000E-01 2.47 0.58 1.15LDR_CB Loader to Load Trucks at Concrete Plant 429424.9 4408386.4 1620.1 4.200E-02 2.47 0.58 1.15CO_0001 Concrete Haul Roads 429098.1 4408294.6 1594.0 9.61E-04 2.550 4.186 2.372CO_0002 Concrete Haul Roads 429106.2 4408298.6 1594.4 9.61E-04 2.550 4.186 2.372CO_0003 Concrete Haul Roads 429114.2 4408302.5 1594.9 9.61E-04 2.550 4.186 2.372CO_0004 Concrete Haul Roads 429122.3 4408306.5 1595.8 9.61E-04 2.550 4.186 2.372CO_0005 Concrete Haul Roads 429130.4 4408310.5 1596.2 9.61E-04 2.550 4.186 2.372CO_0006 Concrete Haul Roads 429138.5 4408314.4 1597.1 9.61E-04 2.550 4.186 2.372CO_0007 Concrete Haul Roads 429146.5 4408318.4 1597.7 9.61E-04 2.550 4.186 2.372
CO_0008 Concrete Haul Roads 429154.6 4408322.4 1598.5 9.61E-04 2.550 4.186 2.372
CO_0009 Concrete Haul Roads 429162.7 4408326.3 1599.4 9.61E-04 2.550 4.186 2.372
CO_0010 Concrete Haul Roads 429170.8 4408330.3 1599.9 9.61E-04 2.550 4.186 2.372CO_0011 Concrete Haul Roads 429178.9 4408334.3 1600.6 9.61E-04 2.550 4.186 2.372
CO_0012 Concrete Haul Roads 429186.9 4408338.3 1601.2 9.61E-04 2.550 4.186 2.372
CO_0013 Concrete Haul Roads 429195.0 4408342.2 1601.9 9.61E-04 2.550 4.186 2.372
CO_0014 Concrete Haul Roads 429203.1 4408346.2 1602.6 9.61E-04 2.550 4.186 2.372CO_0015 Concrete Haul Roads 429211.2 4408350.2 1603.0 9.61E-04 2.550 4.186 2.372
CO_0016 Concrete Haul Roads 429219.2 4408354.1 1603.7 9.61E-04 2.550 4.186 2.372
CO_0017 Concrete Haul Roads 429227.3 4408358.1 1604.3 9.61E-04 2.550 4.186 2.372
CO_0018 Concrete Haul Roads 429235.4 4408362.1 1605.1 9.61E-04 2.550 4.186 2.372CO_0019 Concrete Haul Roads 429243.5 4408366.0 1605.8 9.61E-04 2.550 4.186 2.372
CO_0020 Concrete Haul Roads 429251.5 4408370.0 1606.4 2.95E-03 2.550 4.186 2.372
CO_0021 Concrete Haul Roads 429259.6 4408374.0 1607.1 2.95E-03 2.550 4.186 2.372
CO_0022 Concrete Haul Roads 429267.7 4408378.0 1607.7 2.95E-03 2.550 4.186 2.372CO_0023 Concrete Haul Roads 429275.8 4408381.9 1608.1 2.95E-03 2.550 4.186 2.372
CO_0024 Concrete Haul Roads 429283.8 4408386.0 1608.7 2.95E-03 2.550 4.186 2.372
CO_0025 Concrete Haul Roads 429291.9 4408390.0 1609.4 2.95E-03 2.550 4.186 2.372CO_0026 Concrete Haul Roads 429299.9 4408394.1 1610.0 2.95E-03 2.550 4.186 2.372
CO_0027 Concrete Haul Roads 429307.9 4408398.1 1610.8 2.95E-03 2.550 4.186 2.372
CO_0028 Concrete Haul Roads 429316.0 4408402.1 1611.5 2.95E-03 2.550 4.186 2.372
CO_0029 Concrete Haul Roads 429324.0 4408406.2 1612.3 2.95E-03 2.550 4.186 2.372CO_0030 Concrete Haul Roads 429332.1 4408410.2 1612.9 2.95E-03 2.550 4.186 2.372
CO_0031 Concrete Haul Roads 429340.1 4408414.3 1613.5 2.95E-03 2.550 4.186 2.372
CO_0032 Concrete Haul Roads 429348.9 4408415.5 1614.3 2.95E-03 2.550 4.186 2.372
CO_0033 Concrete Haul Roads 429357.9 4408416.1 1615.1 2.95E-03 2.550 4.186 2.372CO_0034 Concrete Haul Roads 429366.9 4408416.7 1616.0 2.95E-03 2.550 4.186 2.372
CO_0035 Concrete Haul Roads 429375.9 4408417.3 1616.6 2.95E-03 2.550 4.186 2.372
CO_0036 Concrete Haul Roads 429384.8 4408417.8 1617.3 2.95E-03 2.550 4.186 2.372
CO_0037 Concrete Haul Roads 429393.6 4408417.3 1617.9 2.95E-03 2.550 4.186 2.372CO_0038 Concrete Haul Roads 429401.9 4408413.8 1618.4 2.95E-03 2.550 4.186 2.372
CO_0039 Concrete Haul Roads 429410.2 4408410.3 1618.9 2.95E-03 2.550 4.186 2.372
CO_0040 Concrete Haul Roads 429418.5 4408406.8 1619.4 2.95E-03 2.550 4.186 2.372
CO_0041 Concrete Haul Roads 429423.1 4408399.3 1619.1 2.95E-03 2.550 4.186 2.372CO_0042 Concrete Haul Roads 429427.2 4408391.3 1619.9 2.95E-03 2.550 4.186 2.372
CO_0043 Concrete Haul Roads 429431.3 4408383.3 1620.9 2.95E-03 2.550 4.186 2.372
CO_0044 Concrete Haul Roads 429431.8 4408374.6 1621.2 2.95E-03 2.550 4.186 2.372
CO_0045 Concrete Haul Roads 429430.8 4408365.6 1621.0 2.95E-03 2.550 4.186 2.372CO_0046 Concrete Haul Roads 429429.9 4408356.7 1621.2 2.95E-03 2.550 4.186 2.372
CO_0047 Concrete Haul Roads 429428.9 4408347.7 1621.5 2.95E-03 2.550 4.186 2.372
CO_0048 Concrete Haul Roads 429423.4 4408342.1 1621.1 2.95E-03 2.550 4.186 2.372CO_0049 Concrete Haul Roads 429415.2 4408338.3 1620.5 2.95E-03 2.550 4.186 2.372
CO_0050 Concrete Haul Roads 429407.0 4408334.6 1620.0 2.95E-03 2.550 4.186 2.372
CO_0051 Concrete Haul Roads 429398.8 4408331.3 1619.4 2.95E-03 2.550 4.186 2.372
CO_0052 Concrete Haul Roads 429389.8 4408332.3 1618.5 2.95E-03 2.550 4.186 2.372CO_0053 Concrete Haul Roads 429380.9 4408333.3 1617.6 2.95E-03 2.550 4.186 2.372
CO_0054 Concrete Haul Roads 429371.9 4408334.3 1616.7 2.95E-03 2.550 4.186 2.372
CO_0055 Concrete Haul Roads 429363.0 4408335.3 1615.9 2.95E-03 2.550 4.186 2.372
CO_0056 Concrete Haul Roads 429354.6 4408338.2 1615.1 2.95E-03 2.550 4.186 2.372CO_0057 Concrete Haul Roads 429346.3 4408341.8 1614.3 2.95E-03 2.550 4.186 2.372
CO_0058 Concrete Haul Roads 429338.0 4408345.4 1613.6 2.95E-03 2.550 4.186 2.372
CO_0059 Concrete Haul Roads 429329.8 4408349.0 1612.9 2.95E-03 2.550 4.186 2.372
CO_0060 Concrete Haul Roads 429321.0 4408350.9 1612.1 2.95E-03 2.550 4.186 2.372CO_0061 Concrete Haul Roads 429312.2 4408352.5 1611.3 2.95E-03 2.550 4.186 2.372
CO_0062 Concrete Haul Roads 429303.3 4408354.2 1610.5 2.95E-03 2.550 4.186 2.372
CO_0063 Concrete Haul Roads 429294.5 4408355.8 1609.7 2.95E-03 2.550 4.186 2.372
CO_0064 Concrete Haul Roads 429285.6 4408357.5 1609.0 2.95E-03 2.550 4.186 2.372CO_0065 Concrete Haul Roads 429276.8 4408359.1 1608.4 2.95E-03 2.550 4.186 2.372
CO_0066 Concrete Haul Roads 429267.9 4408360.8 1607.7 2.95E-03 2.550 4.186 2.372
CO_0067 Concrete Haul Roads 429259.1 4408362.4 1607.0 2.95E-03 2.550 4.186 2.372
CO_0068 Concrete Haul Roads 429250.2 4408364.1 1606.3 2.95E-03 2.550 4.186 2.372CO_0069 Concrete Haul Roads 429241.6 4408363.7 1605.6 9.61E-04 2.550 4.186 2.372
CO_0070 Concrete Haul Roads 429233.5 4408359.8 1604.9 9.61E-04 2.550 4.186 2.372
CO_0071 Concrete Haul Roads 429225.4 4408355.9 1604.1 9.61E-04 2.550 4.186 2.372
CO_0072 Concrete Haul Roads 429217.3 4408352.0 1603.5 9.61E-04 2.550 4.186 2.372CO_0073 Concrete Haul Roads 429209.2 4408348.1 1602.8 9.61E-04 2.550 4.186 2.372
CO_0074 Concrete Haul Roads 429201.1 4408344.2 1602.4 9.61E-04 2.550 4.186 2.372
CO_0075 Concrete Haul Roads 429193.0 4408340.3 1601.8 9.61E-04 2.550 4.186 2.372
CO_0076 Concrete Haul Roads 429184.9 4408336.4 1601.0 9.61E-04 2.550 4.186 2.372CO_0077 Concrete Haul Roads 429176.8 4408332.5 1600.4 9.61E-04 2.550 4.186 2.372
CO_0078 Concrete Haul Roads 429168.7 4408328.6 1599.8 9.61E-04 2.550 4.186 2.372
CO_0079 Concrete Haul Roads 429160.6 4408324.7 1599.2 9.61E-04 2.550 4.186 2.372
CO_0080 Concrete Haul Roads 429152.5 4408320.8 1598.3 9.61E-04 2.550 4.186 2.372CO_0081 Concrete Haul Roads 429144.4 4408316.8 1597.6 9.61E-04 2.550 4.186 2.372
CO_0082 Concrete Haul Roads 429136.2 4408312.9 1596.9 9.61E-04 2.550 4.186 2.372
CO_0083 Concrete Haul Roads 429128.1 4408309.0 1596.0 9.61E-04 2.550 4.186 2.372
CO_0084 Concrete Haul Roads 429120.0 4408305.1 1595.5 9.61E-04 2.550 4.186 2.372CO_0085 Concrete Haul Roads 429111.9 4408301.2 1594.8 9.61E-04 2.550 4.186 2.372
CO_0086 Concrete Haul Roads 429103.8 4408297.3 1594.3 9.61E-04 2.550 4.186 2.372
CO_0087 Concrete Haul Roads 429095.7 4408293.4 1593.7 9.61E-04 2.550 4.186 2.372
WP_0001 WP Haul Roads 429099.3 4408291.4 1593.8 2.36E-03 2.550 4.186 2.372WP_0002 WP Haul Roads 429107.4 4408295.4 1594.3 2.36E-03 2.550 4.186 2.372
WP_0003 WP Haul Roads 429115.5 4408299.3 1594.9 2.36E-03 2.550 4.186 2.372
WP_0004 WP Haul Roads 429123.6 4408303.3 1595.7 2.36E-03 2.550 4.186 2.372WP_0005 WP Haul Roads 429131.6 4408307.2 1596.2 2.36E-03 2.550 4.186 2.372
WP_0006 WP Haul Roads 429139.7 4408311.2 1597.0 2.36E-03 2.550 4.186 2.372
WP_0007 WP Haul Roads 429147.8 4408315.2 1597.8 2.36E-03 2.550 4.186 2.372
WP_0008 WP Haul Roads 429155.8 4408319.2 1598.5 2.36E-03 2.550 4.186 2.372WP_0009 WP Haul Roads 429163.8 4408323.3 1599.4 2.36E-03 2.550 4.186 2.372
WP_0010 WP Haul Roads 429171.9 4408327.4 1600.0 2.36E-03 2.550 4.186 2.372
WP_0011 WP Haul Roads 429179.9 4408331.5 1600.6 2.36E-03 2.550 4.186 2.372
WP_0012 WP Haul Roads 429187.9 4408335.6 1601.3 2.36E-03 2.550 4.186 2.372WP_0013 WP Haul Roads 429195.9 4408339.6 1602.0 2.36E-03 2.550 4.186 2.372
WP_0014 WP Haul Roads 429203.9 4408343.7 1602.6 2.36E-03 2.550 4.186 2.372
WP_0015 WP Haul Roads 429212.0 4408347.8 1603.1 2.36E-03 2.550 4.186 2.372
WP_0016 WP Haul Roads 429220.0 4408351.9 1603.7 2.36E-03 2.550 4.186 2.372WP_0017 WP Haul Roads 429228.0 4408356.0 1604.3 2.36E-03 2.550 4.186 2.372
WP_0018 WP Haul Roads 429236.0 4408360.0 1605.1 2.36E-03 2.550 4.186 2.372
WP_0019 WP Haul Roads 429244.1 4408364.1 1605.8 2.36E-03 2.550 4.186 2.372
WP_0020 WP Haul Roads 429252.1 4408368.2 1606.4 4.24E-03 2.550 4.186 2.372WP_0021 WP Haul Roads 429260.1 4408372.3 1607.1 4.24E-03 2.550 4.186 2.372
WP_0022 WP Haul Roads 429268.1 4408376.4 1607.8 4.24E-03 2.550 4.186 2.372
WP_0023 WP Haul Roads 429276.1 4408380.5 1608.2 4.24E-03 2.550 4.186 2.372
WP_0024 WP Haul Roads 429284.2 4408384.5 1608.7 4.24E-03 2.550 4.186 2.372WP_0025 WP Haul Roads 429292.2 4408388.6 1609.4 4.24E-03 2.550 4.186 2.372
WP_0026 WP Haul Roads 429300.2 4408392.7 1610.0 4.24E-03 2.550 4.186 2.372
WP_0027 WP Haul Roads 429308.2 4408396.7 1610.7 4.24E-03 2.550 4.186 2.372WP_0028 WP Haul Roads 429316.3 4408400.8 1611.5 4.24E-03 2.550 4.186 2.372
WP_0029 WP Haul Roads 429324.3 4408404.8 1612.3 4.24E-03 2.550 4.186 2.372
WP_0030 WP Haul Roads 429332.4 4408408.9 1613.0 4.24E-03 2.550 4.186 2.372
WP_0031 WP Haul Roads 429340.4 4408412.9 1613.5 4.24E-03 2.550 4.186 2.372WP_0032 WP Haul Roads 429348.4 4408417.0 1614.3 4.24E-03 2.550 4.186 2.372
WP_0033 WP Haul Roads 429356.5 4408421.0 1615.0 4.24E-03 2.550 4.186 2.372
WP_0034 WP Haul Roads 429364.5 4408425.1 1615.8 4.24E-03 2.550 4.186 2.372
WP_0035 WP Haul Roads 429372.6 4408429.1 1616.6 4.24E-03 2.550 4.186 2.372WP_0036 WP Haul Roads 429380.6 4408433.2 1617.3 4.24E-03 2.550 4.186 2.372
WP_0037 WP Haul Roads 429388.6 4408437.2 1618.1 4.24E-03 2.550 4.186 2.372
WP_0038 WP Haul Roads 429396.7 4408441.2 1619.0 4.24E-03 2.550 4.186 2.372
WP_0039 WP Haul Roads 429404.7 4408445.3 1619.9 4.24E-03 2.550 4.186 2.372WP_0040 WP Haul Roads 429413.5 4408447.2 1620.7 4.24E-03 2.550 4.186 2.372
WP_0041 WP Haul Roads 429422.3 4408449.1 1621.3 4.24E-03 2.550 4.186 2.372
WP_0042 WP Haul Roads 429431.1 4408451.0 1622.3 4.24E-03 2.550 4.186 2.372
WP_0043 WP Haul Roads 429439.9 4408452.8 1623.0 4.24E-03 2.550 4.186 2.372WP_0044 WP Haul Roads 429448.7 4408454.7 1623.7 4.24E-03 2.550 4.186 2.372
WP_0045 WP Haul Roads 429457.5 4408456.6 1624.3 4.24E-03 2.550 4.186 2.372
WP_0046 WP Haul Roads 429466.3 4408458.5 1625.1 4.24E-03 2.550 4.186 2.372
WP_0047 WP Haul Roads 429475.1 4408460.3 1626.0 4.24E-03 2.550 4.186 2.372WP_0048 WP Haul Roads 429483.9 4408462.2 1626.9 4.24E-03 2.550 4.186 2.372
WP_0049 WP Haul Roads 429492.7 4408464.1 1627.8 4.24E-03 2.550 4.186 2.372
WP_0050 WP Haul Roads 429501.5 4408465.9 1628.6 4.24E-03 2.550 4.186 2.372
WP_0051 WP Haul Roads 429510.3 4408467.8 1629.4 4.24E-03 2.550 4.186 2.372WP_0052 WP Haul Roads 429519.1 4408469.7 1630.1 4.24E-03 2.550 4.186 2.372
WP_0053 WP Haul Roads 429527.9 4408470.8 1630.8 4.24E-03 2.550 4.186 2.372
WP_0054 WP Haul Roads 429536.8 4408469.1 1631.5 4.24E-03 2.550 4.186 2.372WP_0055 WP Haul Roads 429545.6 4408467.4 1632.2 4.24E-03 2.550 4.186 2.372
WP_0056 WP Haul Roads 429554.4 4408465.7 1632.9 4.24E-03 2.550 4.186 2.372
WP_0057 WP Haul Roads 429563.3 4408463.9 1633.5 4.24E-03 2.550 4.186 2.372
WP_0058 WP Haul Roads 429572.1 4408462.2 1634.3 4.24E-03 2.550 4.186 2.372WP_0059 WP Haul Roads 429580.9 4408460.5 1635.0 4.24E-03 2.550 4.186 2.372
WP_0060 WP Haul Roads 429589.8 4408458.8 1635.6 4.24E-03 2.550 4.186 2.372
WP_0061 WP Haul Roads 429598.6 4408457.0 1636.1 4.24E-03 2.550 4.186 2.372
WP_0062 WP Haul Roads 429607.4 4408455.3 1637.0 4.24E-03 2.550 4.186 2.372WP_0063 WP Haul Roads 429616.3 4408453.6 1637.7 4.24E-03 2.550 4.186 2.372
WP_0064 WP Haul Roads 429619.8 4408448.1 1637.7 4.24E-03 2.550 4.186 2.372
WP_0065 WP Haul Roads 429618.6 4408439.1 1636.9 4.24E-03 2.550 4.186 2.372
WP_0066 WP Haul Roads 429617.5 4408430.2 1635.8 4.24E-03 2.550 4.186 2.372WP_0067 WP Haul Roads 429616.3 4408421.3 1636.1 4.24E-03 2.550 4.186 2.372
WP_0068 WP Haul Roads 429615.1 4408412.4 1636.8 4.24E-03 2.550 4.186 2.372
WP_0069 WP Haul Roads 429607.7 4408409.7 1636.1 4.24E-03 2.550 4.186 2.372
WP_0070 WP Haul Roads 429598.8 4408408.5 1635.3 4.24E-03 2.550 4.186 2.372WP_0071 WP Haul Roads 429589.9 4408407.3 1634.5 4.24E-03 2.550 4.186 2.372
WP_0072 WP Haul Roads 429580.9 4408406.1 1633.7 4.24E-03 2.550 4.186 2.372
WP_0073 WP Haul Roads 429572.0 4408405.0 1632.7 4.24E-03 2.550 4.186 2.372
WP_0074 WP Haul Roads 429563.1 4408403.8 1631.6 4.24E-03 2.550 4.186 2.372
WP_0075 WP Haul Roads 429554.2 4408402.6 1630.8 4.24E-03 2.550 4.186 2.372WP_0076 WP Haul Roads 429545.3 4408401.4 1629.6 4.24E-03 2.550 4.186 2.372
WP_0077 WP Haul Roads 429536.3 4408400.2 1628.5 4.24E-03 2.550 4.186 2.372
WP_0078 WP Haul Roads 429527.4 4408399.1 1627.5 4.24E-03 2.550 4.186 2.372
WP_0079 WP Haul Roads 429518.5 4408397.9 1627.3 4.24E-03 2.550 4.186 2.372WP_0080 WP Haul Roads 429509.7 4408397.9 1626.5 4.24E-03 2.550 4.186 2.372
WP_0081 WP Haul Roads 429501.6 4408401.6 1625.6 4.24E-03 2.550 4.186 2.372
WP_0082 WP Haul Roads 429493.4 4408405.3 1624.8 4.24E-03 2.550 4.186 2.372
WP_0083 WP Haul Roads 429485.2 4408409.1 1624.4 4.24E-03 2.550 4.186 2.372WP_0084 WP Haul Roads 429477 4408412.8 1624.1 4.24E-03 2.550 4.186 2.372WP_0085 WP Haul Roads 429468.8 4408416.5 1623.7 4.24E-03 2.550 4.186 2.372
WP_0086 WP Haul Roads 429460.6 4408420.3 1623.1 4.24E-03 2.550 4.186 2.372
WP_0087 WP Haul Roads 429452.4 4408424 1622.4 4.24E-03 2.550 4.186 2.372WP_0088 WP Haul Roads 429444.2 4408427.7 1622.0 4.24E-03 2.550 4.186 2.372WP_0089 WP Haul Roads 429436 4408431.4 1621.6 4.24E-03 2.550 4.186 2.372
WP_0090 WP Haul Roads 429427.8 4408435.2 1621.2 4.24E-03 2.550 4.186 2.372
WP_0091 WP Haul Roads 429419.6 4408438.9 1620.7 4.24E-03 2.550 4.186 2.372WP_0092 WP Haul Roads 429411.5 4408442.6 1620.3 4.24E-03 2.550 4.186 2.372WP_0093 WP Haul Roads 429403.3 4408444.8 1619.7 4.24E-03 2.550 4.186 2.372
WP_0094 WP Haul Roads 429395.3 4408440.8 1618.9 4.24E-03 2.550 4.186 2.372
WP_0095 WP Haul Roads 429387.2 4408436.7 1618.0 4.24E-03 2.550 4.186 2.372WP_0096 WP Haul Roads 429379.2 4408432.7 1617.2 4.24E-03 2.550 4.186 2.372
WP_0097 WP Haul Roads 429371.2 4408428.6 1616.4 4.24E-03 2.550 4.186 2.372
WP_0098 WP Haul Roads 429363.1 4408424.6 1615.6 4.24E-03 2.550 4.186 2.372WP_0099 WP Haul Roads 429355.1 4408420.5 1614.9 4.24E-03 2.550 4.186 2.372WP_0100 WP Haul Roads 429347.1 4408416.4 1614.2 4.24E-03 2.550 4.186 2.372
WP_0101 WP Haul Roads 429339 4408412.4 1613.4 4.24E-03 2.550 4.186 2.372
WP_0102 WP Haul Roads 429331 4408408.3 1612.9 4.24E-03 2.550 4.186 2.372WP_0103 WP Haul Roads 429322.9 4408404.3 1612.2 4.24E-03 2.550 4.186 2.372WP_0104 WP Haul Roads 429314.9 4408400.2 1611.4 4.24E-03 2.550 4.186 2.372
WP_0105 WP Haul Roads 429306.9 4408396.2 1610.6 4.24E-03 2.550 4.186 2.372
WP_0106 WP Haul Roads 429298.9 4408392.1 1609.9 4.24E-03 2.550 4.186 2.372WP_0107 WP Haul Roads 429290.9 4408387.9 1609.3 4.24E-03 2.550 4.186 2.372WP_0108 WP Haul Roads 429282.9 4408383.7 1608.6 4.24E-03 2.550 4.186 2.372
WP_0109 WP Haul Roads 429274.9 4408379.6 1608.2 4.24E-03 2.550 4.186 2.372
WP_0110 WP Haul Roads 429267 4408375.4 1607.7 4.24E-03 2.550 4.186 2.372WP_0111 WP Haul Roads 429259 4408371.2 1607.0 4.24E-03 2.550 4.186 2.372WP_0112 WP Haul Roads 429251 4408367.1 1606.4 4.24E-03 2.550 4.186 2.372
WP_0113 WP Haul Roads 429242.9 4408363.1 1605.7 2.36E-03 2.550 4.186 2.372
WP_0114 WP Haul Roads 429234.8 4408359.1 1604.9 2.36E-03 2.550 4.186 2.372WP_0115 WP Haul Roads 429226.8 4408355.1 1604.2 2.36E-03 2.550 4.186 2.372WP_0116 WP Haul Roads 429218.7 4408351.1 1603.6 2.36E-03 2.550 4.186 2.372
WP_0117 WP Haul Roads 429210.7 4408347.1 1603.0 2.36E-03 2.550 4.186 2.372
WP_0118 WP Haul Roads 429202.6 4408343.1 1602.5 2.36E-03 2.550 4.186 2.372WP_0119 WP Haul Roads 429194.6 4408339.1 1601.9 2.36E-03 2.550 4.186 2.372WP_0120 WP Haul Roads 429186.5 4408335.1 1601.2 2.36E-03 2.550 4.186 2.372
WP_0121 WP Haul Roads 429178.5 4408331 1600.5 2.36E-03 2.550 4.186 2.372WP_0122 WP Haul Roads 429170.4 4408327 1599.9 2.36E-03 2.550 4.186 2.372WP_0123 WP Haul Roads 429162.4 4408323 1599.2 2.36E-03 2.550 4.186 2.372
WP_0124 WP Haul Roads 429154.3 4408319 1598.4 2.36E-03 2.550 4.186 2.372
WP_0125 WP Haul Roads 429146.3 4408314.9 1597.6 2.36E-03 2.550 4.186 2.372WP_0126 WP Haul Roads 429138.2 4408310.9 1596.9 2.36E-03 2.550 4.186 2.372WP_0127 WP Haul Roads 429130.2 4408306.9 1596.1 2.36E-03 2.550 4.186 2.372
WP_0128 WP Haul Roads 429122.1 4408302.9 1595.6 2.36E-03 2.550 4.186 2.372
WP_0129 WP Haul Roads 429114.1 4408298.8 1594.8 2.36E-03 2.550 4.186 2.372WP_0130 WP Haul Roads 429106 4408294.8 1594.2 2.36E-03 2.550 4.186 2.372WP_0131 WP Haul Roads 429098 4408290.8 1593.7 2.36E-03 2.550 4.186 2.372
HM_0001 HMA Haulroads 429097.6 4408293.3 1593.8 1.20E-03 2.55 4.186 2.372
HM_0002 HMA Haulroads 429105.7 4408297.1 1594.3 1.20E-03 2.55 4.186 2.372
HM_0003 HMA Haulroads 429113.9 4408300.9 1594.9 1.20E-03 2.55 4.186 2.372HM_0004 HMA Haulroads 429122 4408304.7 1595.7 1.20E-03 2.55 4.186 2.372
HM_0005 HMA Haulroads 429130.2 4408308.5 1596.1 1.20E-03 2.55 4.186 2.372
HM_0006 HMA Haulroads 429138.4 4408312.3 1597 1.20E-03 2.55 4.186 2.372
HM_0007 HMA Haulroads 429144.5 4408317.3 1597.6 1.20E-03 2.55 4.186 2.372HM_0008 HMA Haulroads 429143.6 4408326.3 1597.7 1.20E-03 2.55 4.186 2.372
HM_0009 HMA Haulroads 429142.8 4408335.2 1597.9 1.20E-03 2.55 4.186 2.372
HM_0010 HMA Haulroads 429141.9 4408344.2 1597.9 1.20E-03 2.55 4.186 2.372
HM_0011 HMA Haulroads 429141.1 4408353.1 1597.7 1.20E-03 2.55 4.186 2.372HM_0012 HMA Haulroads 429140.2 4408362.1 1597.4 1.20E-03 2.55 4.186 2.372
HM_0013 HMA Haulroads 429139.4 4408371.1 1597.4 1.20E-03 2.55 4.186 2.372
HM_0014 HMA Haulroads 429138.5 4408380 1597.6 1.20E-03 2.55 4.186 2.372HM_0015 HMA Haulroads 429137.7 4408389 1597.7 1.20E-03 2.55 4.186 2.372
HM_0016 HMA Haulroads 429136.8 4408397.9 1597.8 1.20E-03 2.55 4.186 2.372
HM_0017 HMA Haulroads 429136 4408406.9 1597.6 1.20E-03 2.55 4.186 2.372
HM_0018 HMA Haulroads 429135.1 4408415.9 1597.2 1.20E-03 2.55 4.186 2.372HM_0019 HMA Haulroads 429135.5 4408424.8 1597 1.20E-03 2.55 4.186 2.372
HM_0020 HMA Haulroads 429136 4408433.8 1597.3 1.20E-03 2.55 4.186 2.372
HM_0021 HMA Haulroads 429136.6 4408442.8 1597.9 1.20E-03 2.55 4.186 2.372
HM_0022 HMA Haulroads 429137.1 4408451.8 1598.2 1.20E-03 2.55 4.186 2.372HM_0023 HMA Haulroads 429137.6 4408460.8 1598.4 1.20E-03 2.55 4.186 2.372
HM_0024 HMA Haulroads 429138.1 4408469.8 1598.4 1.20E-03 2.55 4.186 2.372
HM_0025 HMA Haulroads 429138.6 4408478.8 1598.4 1.20E-03 2.55 4.186 2.372
HM_0026 HMA Haulroads 429139.1 4408487.7 1598.4 1.20E-03 2.55 4.186 2.372HM_0027 HMA Haulroads 429139.7 4408496.7 1598.4 1.20E-03 2.55 4.186 2.372
HM_0028 HMA Haulroads 429140.2 4408505.7 1598.6 1.20E-03 2.55 4.186 2.372
HM_0029 HMA Haulroads 429140.7 4408514.7 1598.8 1.20E-03 2.55 4.186 2.372
HM_0030 HMA Haulroads 429141.2 4408523.7 1598.6 1.20E-03 2.55 4.186 2.372HM_0031 HMA Haulroads 429141.5 4408532.7 1598.4 1.20E-03 2.55 4.186 2.372
HM_0032 HMA Haulroads 429140.8 4408541.6 1599 1.20E-03 2.55 4.186 2.372
HM_0033 HMA Haulroads 429140.1 4408550.6 1599.8 1.20E-03 2.55 4.186 2.372
HM_0034 HMA Haulroads 429139.4 4408559.6 1599.8 1.20E-03 2.55 4.186 2.372HM_0035 HMA Haulroads 429138.7 4408568.6 1600.1 1.20E-03 2.55 4.186 2.372
HM_0036 HMA Haulroads 429138 4408577.5 1600.9 1.20E-03 2.55 4.186 2.372
HM_0037 HMA Haulroads 429137.3 4408586.5 1601.2 1.20E-03 2.55 4.186 2.372
HM_0038 HMA Haulroads 429136.6 4408595.5 1601.4 1.20E-03 2.55 4.186 2.372
HM_0039 HMA Haulroads 429135.9 4408604.4 1601.5 1.20E-03 2.55 4.186 2.372HM_0040 HMA Haulroads 429135.2 4408613.4 1601.9 1.20E-03 2.55 4.186 2.372
HM_0041 HMA Haulroads 429134.4 4408622.4 1602.1 1.20E-03 2.55 4.186 2.372
HM_0042 HMA Haulroads 429133.9 4408631.3 1602.3 1.20E-03 2.55 4.186 2.372
HM_0043 HMA Haulroads 429139.3 4408638.5 1602.9 1.20E-03 2.55 4.186 2.372HM_0044 HMA Haulroads 429144.8 4408645.6 1603.8 1.20E-03 2.55 4.186 2.372
HM_0045 HMA Haulroads 429150.2 4408652.8 1604.6 1.20E-03 2.55 4.186 2.372
HM_0046 HMA Haulroads 429157.4 4408656.3 1605.2 1.20E-03 2.55 4.186 2.372
HM_0047 HMA Haulroads 429166.4 4408656.1 1605.9 1.20E-03 2.55 4.186 2.372HM_0048 HMA Haulroads 429175.4 4408655.8 1606.7 1.20E-03 2.55 4.186 2.372
HM_0049 HMA Haulroads 429184.4 4408655.6 1607.2 1.20E-03 2.55 4.186 2.372
HM_0050 HMA Haulroads 429191.9 4408651.6 1607.7 1.20E-03 2.55 4.186 2.372
HM_0051 HMA Haulroads 429198.6 4408645.6 1607.8 1.20E-03 2.55 4.186 2.372HM_0052 HMA Haulroads 429205.3 4408639.6 1607.7 1.20E-03 2.55 4.186 2.372
HM_0053 HMA Haulroads 429212 4408633.5 1608 1.20E-03 2.55 4.186 2.372
HM_0054 HMA Haulroads 429219.9 4408629.3 1608.5 1.20E-03 2.55 4.186 2.372
HM_0055 HMA Haulroads 429228 4408625.3 1608.8 1.20E-03 2.55 4.186 2.372HM_0056 HMA Haulroads 429236 4408621.3 1609 1.20E-03 2.55 4.186 2.372
HM_0057 HMA Haulroads 429244.1 4408617.3 1609.5 1.20E-03 2.55 4.186 2.372
HM_0058 HMA Haulroads 429252.1 4408613.1 1609.8 1.20E-03 2.55 4.186 2.372HM_0059 HMA Haulroads 429259.6 4408608.2 1610 1.20E-03 2.55 4.186 2.372
HM_0060 HMA Haulroads 429267.2 4408603.4 1610.5 1.20E-03 2.55 4.186 2.372
HM_0061 HMA Haulroads 429274.8 4408598.5 1611.5 1.20E-03 2.55 4.186 2.372
HM_0062 HMA Haulroads 429282.4 4408593.6 1612.2 1.20E-03 2.55 4.186 2.372HM_0063 HMA Haulroads 429289.7 4408588.4 1612.8 1.20E-03 2.55 4.186 2.372
HM_0064 HMA Haulroads 429296.7 4408582.9 1613.4 1.20E-03 2.55 4.186 2.372
HM_0065 HMA Haulroads 429301.2 4408576.1 1613.8 1.20E-03 2.55 4.186 2.372
HM_0066 HMA Haulroads 429300.7 4408567.1 1613.6 1.20E-03 2.55 4.186 2.372HM_0067 HMA Haulroads 429300.2 4408558.1 1613.4 1.20E-03 2.55 4.186 2.372
HM_0068 HMA Haulroads 429299.7 4408549.2 1613.2 1.20E-03 2.55 4.186 2.372
HM_0069 HMA Haulroads 429299.2 4408540.2 1612.9 1.20E-03 2.55 4.186 2.372
HM_0070 HMA Haulroads 429298.7 4408531.2 1612.8 1.20E-03 2.55 4.186 2.372HM_0071 HMA Haulroads 429298.1 4408522.2 1612.8 1.20E-03 2.55 4.186 2.372
HM_0072 HMA Haulroads 429297.6 4408513.2 1612.8 1.20E-03 2.55 4.186 2.372
HM_0073 HMA Haulroads 429297.1 4408504.2 1612.5 1.20E-03 2.55 4.186 2.372
HM_0074 HMA Haulroads 429296.5 4408495.3 1612 1.20E-03 2.55 4.186 2.372HM_0075 HMA Haulroads 429295.4 4408486.3 1611.6 1.20E-03 2.55 4.186 2.372
HM_0076 HMA Haulroads 429294.2 4408477.4 1611.4 1.20E-03 2.55 4.186 2.372
HM_0077 HMA Haulroads 429293.1 4408468.5 1611.2 1.20E-03 2.55 4.186 2.372
HM_0078 HMA Haulroads 429292 4408459.5 1611.3 1.20E-03 2.55 4.186 2.372HM_0079 HMA Haulroads 429290.9 4408450.6 1611.3 1.20E-03 2.55 4.186 2.372
HM_0080 HMA Haulroads 429289.7 4408441.7 1611 1.20E-03 2.55 4.186 2.372
HM_0081 HMA Haulroads 429288.6 4408432.7 1610.4 1.20E-03 2.55 4.186 2.372
HM_0082 HMA Haulroads 429287.5 4408423.8 1609.4 1.20E-03 2.55 4.186 2.372HM_0083 HMA Haulroads 429286.4 4408414.9 1609 1.20E-03 2.55 4.186 2.372
HM_0084 HMA Haulroads 429285.3 4408406 1609.2 1.20E-03 2.55 4.186 2.372
HM_0085 HMA Haulroads 429284.1 4408397 1608.9 1.20E-03 2.55 4.186 2.372HM_0086 HMA Haulroads 429276.9 4408391.7 1608.1 1.20E-03 2.55 4.186 2.372
HM_0087 HMA Haulroads 429269.7 4408386.3 1607.6 1.20E-03 2.55 4.186 2.372
HM_0088 HMA Haulroads 429262.5 4408380.9 1607.4 1.20E-03 2.55 4.186 2.372
HM_0089 HMA Haulroads 429255.2 4408375.5 1606.9 1.20E-03 2.55 4.186 2.372HM_0090 HMA Haulroads 429248 4408370.1 1606.2 1.20E-03 2.55 4.186 2.372
HM_0091 HMA Haulroads 429240.8 4408364.7 1605.6 1.20E-03 2.55 4.186 2.372
HM_0092 HMA Haulroads 429233.6 4408359.4 1604.9 1.20E-03 2.55 4.186 2.372
HM_0093 HMA Haulroads 429225.8 4408355 1604.1 1.20E-03 2.55 4.186 2.372HM_0094 HMA Haulroads 429217.7 4408351.1 1603.5 1.20E-03 2.55 4.186 2.372
HM_0095 HMA Haulroads 429209.6 4408347.2 1602.9 1.20E-03 2.55 4.186 2.372
HM_0096 HMA Haulroads 429201.5 4408343.3 1602.4 1.20E-03 2.55 4.186 2.372
HM_0097 HMA Haulroads 429193.4 4408339.4 1601.8 1.20E-03 2.55 4.186 2.372HM_0098 HMA Haulroads 429185.2 4408335.5 1601 1.20E-03 2.55 4.186 2.372
HM_0099 HMA Haulroads 429177.1 4408331.6 1600.4 1.20E-03 2.55 4.186 2.372
HM_0100 HMA Haulroads 429169 4408327.7 1599.8 1.20E-03 2.55 4.186 2.372
HM_0101 HMA Haulroads 429160.9 4408323.8 1599.2 1.20E-03 2.55 4.186 2.372HM_0102 HMA Haulroads 429152.8 4408319.9 1598.3 1.20E-03 2.55 4.186 2.372
HM_0103 HMA Haulroads 429144.7 4408316 1597.5 1.20E-03 2.55 4.186 2.372
HM_0104 HMA Haulroads 429136.6 4408312.1 1596.9 1.20E-03 2.55 4.186 2.372
HM_0105 HMA Haulroads 429128.5 4408308.2 1596 1.20E-03 2.55 4.186 2.372HM_0106 HMA Haulroads 429120.3 4408304.3 1595.5 1.20E-03 2.55 4.186 2.372
HM_0107 HMA Haulroads 429112.2 4408300.4 1594.8 1.20E-03 2.55 4.186 2.372
HM_0108 HMA Haulroads 429104.1 4408296.5 1594.2 1.20E-03 2.55 4.186 2.372HM_0109 HMA Haulroads 429096 4408292.6 1593.6 1.20E-03 2.55 4.186 2.372
AG_0001 Aggregate Haulroads 429098.3 4408294.5 1593.96 2.54E-03 2.55 4.186 2.372
AG_0002 Aggregate Haulroads 429106.4 4408298.5 1594.38 2.54E-03 2.55 4.186 2.372
AG_0003 Aggregate Haulroads 429114.5 4408302.5 1594.96 2.54E-03 2.55 4.186 2.372AG_0004 Aggregate Haulroads 429122.5 4408306.5 1595.78 2.54E-03 2.55 4.186 2.372
AG_0005 Aggregate Haulroads 429130.6 4408310.4 1596.24 2.54E-03 2.55 4.186 2.372
AG_0006 Aggregate Haulroads 429138.7 4408314.4 1597.11 2.54E-03 2.55 4.186 2.372
AG_0007 Aggregate Haulroads 429146.7 4408318.4 1597.76 2.54E-03 2.55 4.186 2.372AG_0008 Aggregate Haulroads 429154.8 4408322.4 1598.5 2.54E-03 2.55 4.186 2.372
AG_0009 Aggregate Haulroads 429162.9 4408326.4 1599.44 2.54E-03 2.55 4.186 2.372
AG_0010 Aggregate Haulroads 429170.9 4408330.4 1599.92 2.54E-03 2.55 4.186 2.372
AG_0011 Aggregate Haulroads 429179 4408334.4 1600.57 2.54E-03 2.55 4.186 2.372AG_0012 Aggregate Haulroads 429187.1 4408338.4 1601.25 2.54E-03 2.55 4.186 2.372
AG_0013 Aggregate Haulroads 429195.2 4408342.3 1601.94 2.54E-03 2.55 4.186 2.372
AG_0014 Aggregate Haulroads 429203.2 4408346.3 1602.6 2.54E-03 2.55 4.186 2.372
AG_0015 Aggregate Haulroads 429211.3 4408350.3 1603.04 2.54E-03 2.55 4.186 2.372AG_0016 Aggregate Haulroads 429219.4 4408354.3 1603.69 2.54E-03 2.55 4.186 2.372
AG_0017 Aggregate Haulroads 429227.4 4408358.3 1604.26 2.54E-03 2.55 4.186 2.372
AG_0018 Aggregate Haulroads 429235.5 4408362.3 1605.07 2.54E-03 2.55 4.186 2.372
AG_0019 Aggregate Haulroads 429243.6 4408366.3 1605.81 2.54E-03 2.55 4.186 2.372AG_0020 Aggregate Haulroads 429251.6 4408370.3 1606.46 7.83E-03 2.55 4.186 2.372
AG_0021 Aggregate Haulroads 429259.7 4408374.3 1607.15 7.83E-03 2.55 4.186 2.372
AG_0022 Aggregate Haulroads 429267.8 4408378.2 1607.75 7.83E-03 2.55 4.186 2.372
AG_0023 Aggregate Haulroads 429275.8 4408382.2 1608.12 7.83E-03 2.55 4.186 2.372
AG_0024 Aggregate Haulroads 429283.9 4408386.2 1608.69 7.83E-03 2.55 4.186 2.372AG_0025 Aggregate Haulroads 429292 4408390.2 1609.37 7.83E-03 2.55 4.186 2.372
AG_0026 Aggregate Haulroads 429300 4408394.2 1610.05 7.83E-03 2.55 4.186 2.372
AG_0027 Aggregate Haulroads 429308.1 4408398.2 1610.77 7.83E-03 2.55 4.186 2.372
AG_0028 Aggregate Haulroads 429316.2 4408402.2 1611.52 7.83E-03 2.55 4.186 2.372AG_0029 Aggregate Haulroads 429324.2 4408406.2 1612.32 7.83E-03 2.55 4.186 2.372
AG_0030 Aggregate Haulroads 429332.3 4408410.1 1612.92 7.83E-03 2.55 4.186 2.372
AG_0031 Aggregate Haulroads 429340.4 4408414.1 1613.49 7.83E-03 2.55 4.186 2.372
AG_0032 Aggregate Haulroads 429348.4 4408418.1 1614.31 7.83E-03 2.55 4.186 2.372AG_0033 Aggregate Haulroads 429356.5 4408422.1 1615.06 7.83E-03 2.55 4.186 2.372
AG_0034 Aggregate Haulroads 429364.6 4408426.1 1615.82 7.83E-03 2.55 4.186 2.372
AG_0035 Aggregate Haulroads 429372.7 4408430.1 1616.59 7.83E-03 2.55 4.186 2.372
AG_0036 Aggregate Haulroads 429380.7 4408434.1 1617.31 7.83E-03 2.55 4.186 2.372AG_0037 Aggregate Haulroads 429388.8 4408438.1 1618.18 7.83E-03 2.55 4.186 2.372
AG_0038 Aggregate Haulroads 429396.9 4408442 1619.07 7.83E-03 2.55 4.186 2.372
AG_0039 Aggregate Haulroads 429404.9 4408446 1619.92 7.83E-03 2.55 4.186 2.372
AG_0040 Aggregate Haulroads 429413 4408450 1620.8 7.83E-03 2.55 4.186 2.372AG_0041 Aggregate Haulroads 429421.1 4408454 1621.51 7.83E-03 2.55 4.186 2.372
AG_0042 Aggregate Haulroads 429429.2 4408457.9 1622.3 7.83E-03 2.55 4.186 2.372
AG_0043 Aggregate Haulroads 429437.2 4408461.9 1623.15 7.83E-03 2.55 4.186 2.372AG_0044 Aggregate Haulroads 429445.3 4408465.9 1623.95 7.83E-03 2.55 4.186 2.372
AG_0045 Aggregate Haulroads 429453.4 4408469.8 1624.78 7.83E-03 2.55 4.186 2.372
AG_0046 Aggregate Haulroads 429461.5 4408473.8 1625.45 7.83E-03 2.55 4.186 2.372
AG_0047 Aggregate Haulroads 429469.6 4408477.7 1626.19 7.83E-03 2.55 4.186 2.372AG_0048 Aggregate Haulroads 429477.7 4408481.7 1626.92 7.83E-03 2.55 4.186 2.372
AG_0049 Aggregate Haulroads 429485.7 4408485.7 1627.64 7.83E-03 2.55 4.186 2.372
AG_0050 Aggregate Haulroads 429493.8 4408489.6 1628.51 7.83E-03 2.55 4.186 2.372
AG_0051 Aggregate Haulroads 429501.9 4408493.6 1629.34 7.83E-03 2.55 4.186 2.372AG_0052 Aggregate Haulroads 429510 4408497.5 1630.13 7.83E-03 2.55 4.186 2.372
AG_0053 Aggregate Haulroads 429518.1 4408501.5 1630.95 7.83E-03 2.55 4.186 2.372
AG_0054 Aggregate Haulroads 429526.1 4408505.5 1631.72 7.83E-03 2.55 4.186 2.372
AG_0055 Aggregate Haulroads 429534.2 4408509.5 1632.49 7.83E-03 2.55 4.186 2.372AG_0056 Aggregate Haulroads 429542.2 4408513.6 1633.15 7.83E-03 2.55 4.186 2.372
AG_0057 Aggregate Haulroads 429550.2 4408517.8 1634.09 7.83E-03 2.55 4.186 2.372
AG_0058 Aggregate Haulroads 429558.2 4408521.9 1635.08 7.83E-03 2.55 4.186 2.372
AG_0059 Aggregate Haulroads 429566.2 4408526 1636.05 7.83E-03 2.55 4.186 2.372AG_0060 Aggregate Haulroads 429574.2 4408530.2 1636.91 7.83E-03 2.55 4.186 2.372
AG_0061 Aggregate Haulroads 429582.1 4408534.3 1637.68 7.83E-03 2.55 4.186 2.372
AG_0062 Aggregate Haulroads 429590.1 4408538.5 1638.65 7.83E-03 2.55 4.186 2.372
AG_0063 Aggregate Haulroads 429598.1 4408542.6 1639.44 7.83E-03 2.55 4.186 2.372AG_0064 Aggregate Haulroads 429606.1 4408546.7 1640.24 7.83E-03 2.55 4.186 2.372
AG_0065 Aggregate Haulroads 429614 4408551 1641.08 7.83E-03 2.55 4.186 2.372
AG_0066 Aggregate Haulroads 429622 4408555.3 1641.85 7.83E-03 2.55 4.186 2.372
AG_0067 Aggregate Haulroads 429629.9 4408559.6 1642.46 7.83E-03 2.55 4.186 2.372
AG_0068 Aggregate Haulroads 429637.8 4408563.8 1643.79 7.83E-03 2.55 4.186 2.372
AG_0069 Aggregate Haulroads 429645.7 4408568.1 1644.65 7.83E-03 2.55 4.186 2.372
AG_0070 Aggregate Haulroads 429653.6 4408572.4 1645.35 7.83E-03 2.55 4.186 2.372AG_0071 Aggregate Haulroads 429661.6 4408576.7 1646.43 7.83E-03 2.55 4.186 2.372
AG_0072 Aggregate Haulroads 429669.5 4408580.9 1647.56 7.83E-03 2.55 4.186 2.372
AG_0073 Aggregate Haulroads 429677.4 4408585.2 1648.98 7.83E-03 2.55 4.186 2.372
AG_0074 Aggregate Haulroads 429685.3 4408589.5 1650.55 7.83E-03 2.55 4.186 2.372AG_0075 Aggregate Haulroads 429693.2 4408593.8 1652.05 7.83E-03 2.55 4.186 2.372
AG_0076 Aggregate Haulroads 429701.2 4408598 1653.34 7.83E-03 2.55 4.186 2.372
AG_0077 Aggregate Haulroads 429709.1 4408602.3 1654.04 7.83E-03 2.55 4.186 2.372
AG_0078 Aggregate Haulroads 429717 4408606.6 1656.02 7.83E-03 2.55 4.186 2.372AG_0079 Aggregate Haulroads 429725.2 4408610.3 1660.97 7.83E-03 2.55 4.186 2.372
AG_0080 Aggregate Haulroads 429733.7 4408613.3 1663.77 7.83E-03 2.55 4.186 2.372
AG_0081 Aggregate Haulroads 429742.2 4408616.2 1662.99 7.83E-03 2.55 4.186 2.372
AG_0082 Aggregate Haulroads 429750.7 4408619.2 1661.15 7.83E-03 2.55 4.186 2.372AG_0083 Aggregate Haulroads 429759.2 4408622.2 1658.79 7.83E-03 2.55 4.186 2.372
AG_0084 Aggregate Haulroads 429767.6 4408625.1 1657.86 7.83E-03 2.55 4.186 2.372
AG_0085 Aggregate Haulroads 429776.5 4408624.9 1658.03 7.83E-03 2.55 4.186 2.372
AG_0086 Aggregate Haulroads 429785.4 4408623.7 1658.97 7.83E-03 2.55 4.186 2.372AG_0087 Aggregate Haulroads 429794.3 4408622.4 1661.88 7.83E-03 2.55 4.186 2.372
AG_0088 Aggregate Haulroads 429803.2 4408621.1 1663.31 7.83E-03 2.55 4.186 2.372
AG_0089 Aggregate Haulroads 429812.1 4408619.8 1664.21 7.83E-03 2.55 4.186 2.372
AG_0090 Aggregate Haulroads 429820.2 4408616.9 1665.04 7.83E-03 2.55 4.186 2.372AG_0091 Aggregate Haulroads 429827 4408610.9 1665.56 7.83E-03 2.55 4.186 2.372
AG_0092 Aggregate Haulroads 429833.8 4408605 1665.99 7.83E-03 2.55 4.186 2.372
AG_0093 Aggregate Haulroads 429840.5 4408599.1 1666.16 7.83E-03 2.55 4.186 2.372AG_0094 Aggregate Haulroads 429840.6 4408590.1 1665.85 7.83E-03 2.55 4.186 2.372
AG_0095 Aggregate Haulroads 429840.7 4408581.1 1665.25 7.83E-03 2.55 4.186 2.372
AG_0096 Aggregate Haulroads 429840.8 4408572.1 1664.25 7.83E-03 2.55 4.186 2.372
AG_0097 Aggregate Haulroads 429835.4 4408565.3 1663.28 7.83E-03 2.55 4.186 2.372AG_0098 Aggregate Haulroads 429829 4408559.1 1663.07 7.83E-03 2.55 4.186 2.372
AG_0099 Aggregate Haulroads 429821.3 4408554.8 1662.11 7.83E-03 2.55 4.186 2.372
AG_0100 Aggregate Haulroads 429812.9 4408551.4 1660.71 7.83E-03 2.55 4.186 2.372
AG_0101 Aggregate Haulroads 429804.5 4408548.1 1659.75 7.83E-03 2.55 4.186 2.372AG_0102 Aggregate Haulroads 429796.1 4408544.8 1659.08 7.83E-03 2.55 4.186 2.372
AG_0103 Aggregate Haulroads 429787.6 4408542.6 1658.82 7.83E-03 2.55 4.186 2.372
AG_0104 Aggregate Haulroads 429778.7 4408543.5 1658.66 7.83E-03 2.55 4.186 2.372
AG_0105 Aggregate Haulroads 429769.7 4408544.4 1657.4 7.83E-03 2.55 4.186 2.372AG_0106 Aggregate Haulroads 429760.8 4408545.2 1655.98 7.83E-03 2.55 4.186 2.372
AG_0107 Aggregate Haulroads 429751.8 4408546.1 1656.55 7.83E-03 2.55 4.186 2.372
AG_0108 Aggregate Haulroads 429742.8 4408547 1657.18 7.83E-03 2.55 4.186 2.372
AG_0109 Aggregate Haulroads 429733.9 4408548.3 1656.65 7.83E-03 2.55 4.186 2.372AG_0110 Aggregate Haulroads 429725 4408549.5 1654.22 7.83E-03 2.55 4.186 2.372
AG_0111 Aggregate Haulroads 429716.1 4408550.8 1653.37 7.83E-03 2.55 4.186 2.372
AG_0112 Aggregate Haulroads 429707.2 4408552.1 1652.38 7.83E-03 2.55 4.186 2.372
AG_0113 Aggregate Haulroads 429698.3 4408553.4 1650.99 7.83E-03 2.55 4.186 2.372AG_0114 Aggregate Haulroads 429689.4 4408554.7 1649.45 7.83E-03 2.55 4.186 2.372
AG_0115 Aggregate Haulroads 429680.5 4408555.9 1648.13 7.83E-03 2.55 4.186 2.372
AG_0116 Aggregate Haulroads 429671.6 4408557.2 1646.92 7.83E-03 2.55 4.186 2.372
AG_0117 Aggregate Haulroads 429662.7 4408558.5 1645.82 7.83E-03 2.55 4.186 2.372
AG_0118 Aggregate Haulroads 429653.8 4408559.8 1644.84 7.83E-03 2.55 4.186 2.372AG_0119 Aggregate Haulroads 429644.8 4408561.1 1644.01 7.83E-03 2.55 4.186 2.372
AG_0120 Aggregate Haulroads 429636 4408562.1 1643.39 7.83E-03 2.55 4.186 2.372
AG_0121 Aggregate Haulroads 429627.9 4408558.1 1642.31 7.83E-03 2.55 4.186 2.372
AG_0122 Aggregate Haulroads 429619.9 4408554 1641.66 7.83E-03 2.55 4.186 2.372AG_0123 Aggregate Haulroads 429611.9 4408550 1640.86 7.83E-03 2.55 4.186 2.372
AG_0124 Aggregate Haulroads 429603.8 4408545.9 1640 7.83E-03 2.55 4.186 2.372
AG_0125 Aggregate Haulroads 429595.8 4408541.9 1639.25 7.83E-03 2.55 4.186 2.372
AG_0126 Aggregate Haulroads 429587.8 4408537.8 1638.38 7.83E-03 2.55 4.186 2.372AG_0127 Aggregate Haulroads 429579.7 4408533.8 1637.49 7.83E-03 2.55 4.186 2.372
AG_0128 Aggregate Haulroads 429571.7 4408529.7 1636.66 7.83E-03 2.55 4.186 2.372
AG_0129 Aggregate Haulroads 429563.7 4408525.6 1635.81 7.83E-03 2.55 4.186 2.372
AG_0130 Aggregate Haulroads 429555.6 4408521.6 1634.81 7.83E-03 2.55 4.186 2.372AG_0131 Aggregate Haulroads 429547.6 4408517.5 1633.8 7.83E-03 2.55 4.186 2.372
AG_0132 Aggregate Haulroads 429539.5 4408513.5 1633.06 7.83E-03 2.55 4.186 2.372
AG_0133 Aggregate Haulroads 429531.5 4408509.4 1632.29 7.83E-03 2.55 4.186 2.372
AG_0134 Aggregate Haulroads 429523.5 4408505.4 1631.55 7.83E-03 2.55 4.186 2.372AG_0135 Aggregate Haulroads 429515.4 4408501.3 1630.77 7.83E-03 2.55 4.186 2.372
AG_0136 Aggregate Haulroads 429507.4 4408497.3 1629.91 7.83E-03 2.55 4.186 2.372
AG_0137 Aggregate Haulroads 429499.4 4408493.2 1629.24 7.83E-03 2.55 4.186 2.372AG_0138 Aggregate Haulroads 429491.3 4408489.2 1628.27 7.83E-03 2.55 4.186 2.372
AG_0139 Aggregate Haulroads 429483.3 4408485.1 1627.47 7.83E-03 2.55 4.186 2.372
AG_0140 Aggregate Haulroads 429475.3 4408481.1 1626.74 7.83E-03 2.55 4.186 2.372
AG_0141 Aggregate Haulroads 429467.2 4408477 1625.96 7.83E-03 2.55 4.186 2.372AG_0142 Aggregate Haulroads 429459.2 4408472.9 1625.31 7.83E-03 2.55 4.186 2.372
AG_0143 Aggregate Haulroads 429451.2 4408468.9 1624.56 7.83E-03 2.55 4.186 2.372
AG_0144 Aggregate Haulroads 429443.1 4408464.8 1623.74 7.83E-03 2.55 4.186 2.372
AG_0145 Aggregate Haulroads 429435.1 4408460.8 1622.93 7.83E-03 2.55 4.186 2.372AG_0146 Aggregate Haulroads 429427.1 4408456.7 1622.06 7.83E-03 2.55 4.186 2.372
AG_0147 Aggregate Haulroads 429419 4408452.7 1621.34 7.83E-03 2.55 4.186 2.372
AG_0148 Aggregate Haulroads 429411 4408448.6 1620.58 7.83E-03 2.55 4.186 2.372
AG_0149 Aggregate Haulroads 429402.9 4408444.6 1619.67 7.83E-03 2.55 4.186 2.372AG_0150 Aggregate Haulroads 429394.9 4408440.6 1618.85 7.83E-03 2.55 4.186 2.372
AG_0151 Aggregate Haulroads 429386.8 4408436.6 1617.91 7.83E-03 2.55 4.186 2.372
AG_0152 Aggregate Haulroads 429378.7 4408432.6 1617.12 7.83E-03 2.55 4.186 2.372
AG_0153 Aggregate Haulroads 429370.7 4408428.6 1616.38 7.83E-03 2.55 4.186 2.372AG_0154 Aggregate Haulroads 429362.6 4408424.6 1615.59 7.83E-03 2.55 4.186 2.372
AG_0155 Aggregate Haulroads 429354.5 4408420.6 1614.89 7.83E-03 2.55 4.186 2.372
AG_0156 Aggregate Haulroads 429346.5 4408416.6 1614.1 7.83E-03 2.55 4.186 2.372
AG_0157 Aggregate Haulroads 429338.4 4408412.6 1613.34 7.83E-03 2.55 4.186 2.372AG_0158 Aggregate Haulroads 429330.4 4408408.6 1612.87 7.83E-03 2.55 4.186 2.372
AG_0159 Aggregate Haulroads 429322.3 4408404.6 1612.11 7.83E-03 2.55 4.186 2.372
AG_0160 Aggregate Haulroads 429314.2 4408400.6 1611.33 7.83E-03 2.55 4.186 2.372
AG_0161 Aggregate Haulroads 429306.2 4408396.6 1610.54 7.83E-03 2.55 4.186 2.372
AG_0162 Aggregate Haulroads 429298.1 4408392.6 1609.88 7.83E-03 2.55 4.186 2.372
AG_0163 Aggregate Haulroads 429290.1 4408388.6 1609.2 7.83E-03 2.55 4.186 2.372
AG_0164 Aggregate Haulroads 429282 4408384.6 1608.53 7.83E-03 2.55 4.186 2.372AG_0165 Aggregate Haulroads 429273.9 4408380.6 1608.07 7.83E-03 2.55 4.186 2.372
AG_0166 Aggregate Haulroads 429265.9 4408376.6 1607.58 7.83E-03 2.55 4.186 2.372
AG_0167 Aggregate Haulroads 429257.8 4408372.6 1606.99 7.83E-03 2.55 4.186 2.372
AG_0168 Aggregate Haulroads 429249.8 4408368.6 1606.26 7.83E-03 2.55 4.186 2.372AG_0169 Aggregate Haulroads 429241.7 4408364.6 1605.63 2.54E-03 2.55 4.186 2.372
AG_0170 Aggregate Haulroads 429233.6 4408360.6 1604.88 2.54E-03 2.55 4.186 2.372
AG_0171 Aggregate Haulroads 429225.6 4408356.6 1604.09 2.54E-03 2.55 4.186 2.372
AG_0172 Aggregate Haulroads 429217.5 4408352.6 1603.54 2.54E-03 2.55 4.186 2.372AG_0173 Aggregate Haulroads 429209.5 4408348.6 1602.87 2.54E-03 2.55 4.186 2.372
AG_0174 Aggregate Haulroads 429201.4 4408344.5 1602.46 2.54E-03 2.55 4.186 2.372
AG_0175 Aggregate Haulroads 429193.3 4408340.5 1601.79 2.54E-03 2.55 4.186 2.372
AG_0176 Aggregate Haulroads 429185.3 4408336.5 1601.07 2.54E-03 2.55 4.186 2.372AG_0177 Aggregate Haulroads 429177.2 4408332.5 1600.43 2.54E-03 2.55 4.186 2.372
AG_0178 Aggregate Haulroads 429169.2 4408328.5 1599.79 2.54E-03 2.55 4.186 2.372
AG_0179 Aggregate Haulroads 429161.1 4408324.5 1599.22 2.54E-03 2.55 4.186 2.372
AG_0180 Aggregate Haulroads 429153 4408320.5 1598.28 2.54E-03 2.55 4.186 2.372AG_0181 Aggregate Haulroads 429145 4408316.5 1597.58 2.54E-03 2.55 4.186 2.372
AG_0182 Aggregate Haulroads 429136.9 4408312.5 1596.9 2.54E-03 2.55 4.186 2.372
AG_0183 Aggregate Haulroads 429129 4408308.3 1596.02 2.54E-03 2.55 4.186 2.372
AG_0184 Aggregate Haulroads 429121 4408304.2 1595.58 2.54E-03 2.55 4.186 2.372AG_0185 Aggregate Haulroads 429113 4408300 1594.78 2.54E-03 2.55 4.186 2.372
AG_0186 Aggregate Haulroads 429105 4408295.9 1594.23 2.54E-03 2.55 4.186 2.372
AG_0187 Aggregate Haulroads 429097 4408291.7 1593.66 2.54E-03 2.55 4.186 2.372
Modeling Inputs - Formaldehyde
Company:Geneva Rock Product
Site:Mona Pit
Date:10/20/2022
Point Sources - Formaldehyde
Source ID Source Description Easting (X) Northing (Y) Base Elevation
Emission
Rate
Stack
Height Temperature
Exit
Velocity
Stack
Diameter
(m) (m) (m) (lb/hr) (m) (K) (m/s) (m)
CON_WH Concrete Plant Water Heater 429393 4408370.8 1617.99 0.002334 18.288 294.260 12.192 0.610
HMA_HTR Asphalt Plant Hot Oil Heater 429172.2 4408559.9 1601.12 0.001179 18.288 294.260 12.192 0.610
HMA_AP Drum Mix Asphalt Plants (Baghouse) 429166.1 4408564.7 1601.7 1.32 7.163 353.983 18.431 1.151
Volume Sources - Formaldehyde
Source ID Source Description Easting (X) Northing (Y) Base Elevation
Emission
Rate (lb/hr)
Release
Height
Init.
Horizontal
Dimension
Initial Vert.
Dimension
HMA_001 Hot Mix Asphalt Plant Silo Loading 429147.9 4408555.1 1600.6 3.574E-02 4.57 0.70 4.27HMA_002 Asphalt Plant - Loadout 429145.2 4408554.9 1600.4 2.089E-04 4.57 0.70 4.27
Modeled Buildings
Source ID Source Description X Coordinate Y Coordinate Elevation Height X Length Y Length Angle
(m)(m)(m)(m)(m)(m)
1DKKN00G HMA Loadout 429141.5 4408559.5 1600.19 18.288 8.5344 3.048 90
1DKKN00I HMA Heater 429165.4 4408562.2 1601.12 4.572 3.6576 8.5344 90
1DKKN00J HMA Baghouse 429159.1 4408566.5 1601.7 4.572 3.6576 8.5344 90
1DKKN00L Concrete Batch 429393 4408385.6 1618.32 12.192 25 15 0
1DKKN00N Concrete Plant Water Heater 429390.5 4408372.2 1617.76 12.192 4 6 90

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants C-1
APPENDIX C. DISPERSION MODELING RESULTS
 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - PM10
*** 10/25/23 *** AERMET - VERSION 21112 *** ***
*** 15:15:47

PAGE 1
*** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** MODEL SETUP OPTIONS SUMMARY ***
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
- - - - - - - - - - - - - - -
** Model Options Selected:
* Model Uses Regulatory DEFAULT Options
* Model Is Setup For Calculation of Average CONCentration Values.
* NO GAS DEPOSITION Data Provided.
* NO PARTICLE DEPOSITION Data Provided.
* Model Uses NO DRY DEPLETION. DDPLETE = F
* Model Uses NO WET DEPLETION. WETDPLT = F
* Stack-tip Downwash.
* Model Accounts for ELEVated Terrain Effects. * Use Calms Processing Routine.
* Use Missing Data Processing Routine.
* No Exponential Decay.
* Model Uses RURAL Dispersion Only.
* Model Assumes No FLAGPOLE Receptor Heights.
* The User Specified a Pollutant Type of: PM10

**Model Calculates 1 Short Term Average(s) of: 24-HR

**This Run Includes: 557 Source(s); 1 Source Group(s); and 2317 Receptor(s)
with: 5 POINT(s), including
0 POINTCAP(s) and 0 POINTHOR(s)
and: 534 VOLUME source(s)
and: 18 AREA type source(s)
and: 0 LINE source(s)
and: 0 RLINE/RLINEXT source(s)
and: 0 OPENPIT source(s)
and: 0 BUOYANT LINE source(s) with a total of 0 line(s) and: 0 SWPOINT source(s)
**This Run Includes BACKGRND Values for 1 Source Group(s) for a Single Sector
Non-HOURLY BACKGRND Values are Available Varying by: MONTH

**Model Set To Continue RUNning After the Setup Testing.
**The AERMET Input Meteorological Data Version Date: 21112

**Output Options Selected:
Model Outputs Tables of Highest Short Term Values by Receptor (RECTABLE Keyword) Model Outputs External File(s) of High Values for Plotting (PLOTFILE Keyword)
Model Outputs Separate Summary File of High Ranked Values (SUMMFILE Keyword)

**NOTE: The Following Flags May Appear Following CONC Values: c for Calm Hours
m for Missing Hours
b for Both Calm and Missing
Hours

**Misc. Inputs: Base Elev. for Pot. Temp. Profile (m MSL) = 1569.00 ; Decay Coef. = 0.000
; Rot. Angle = 0.0
Emission Units = GRAMS/SEC ; Emission Rate Unit
Factor = 0.10000E+07
Output Units = MICROGRAMS/M**3

**Approximate Storage Requirements of Model = 8.7 MB of RAM.

**Input Runstream File: aermod.inp

**Output Print File: aermod.out
**File for Summary of Results: SUMMARYFILE.SUM

 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - PM10
*** 10/25/23
*** AERMET - VERSION 21112 *** ***
*** 15:15:47

PAGE 2 *** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** METEOROLOGICAL DAYS SELECTED FOR PROCESSING ***
(1=YES; 0=NO)
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
NOTE: METEOROLOGICAL DATA ACTUALLY PROCESSED WILL ALSO DEPEND ON WHAT IS
INCLUDED IN THE DATA FILE.
*** UPPER BOUND OF FIRST THROUGH FIFTH WIND SPEED CATEGORIES
***
(METERS/SEC)
1.54, 3.09, 5.14, 8.23, 10.80,
 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - PM10
*** 10/25/23
*** AERMET - VERSION 21112 *** ***
*** 15:15:47

PAGE 3
*** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** UP TO THE FIRST 24 HOURS OF METEOROLOGICAL DATA ***
Surface file: C:\Users\sadam\Box\MSI\clients\Geneva Rock\Geneva Rock Products - Mona\05
Modeli Met Version: 21112
Profile file: C:\Users\sadam\Box\MSI\clients\Geneva Rock\Geneva Rock Products - Mona\05
Modeli
Surface format: FREE

Profile format: FREE

Surface station no.: 25720 Upper air station no.: 24127 Name: UNKNOWN Name: UNKNOWN

Year: 2001 Year: 2001
First 24 hours of scalar data
YR MO DY JDY HR H0 U* W* DT/DZ ZICNV ZIMCH M-O LEN Z0 BOWEN ALBEDO REF WS
WD HT REF TA HT
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
- - - - - - - - - - - -
01 05 09 129 01 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00
999. -9.0 999.0 -9.0
01 05 09 129 02 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00
999. -9.0 999.0 -9.0
01 05 09 129 03 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00
999. -9.0 999.0 -9.0
01 05 09 129 04 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00
999. -9.0 999.0 -9.0
01 05 09 129 05 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00
999. -9.0 999.0 -9.0 01 05 09 129 06 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.69 999.00
999. -9.0 999.0 -9.0
01 05 09 129 07 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.34 999.00
999. -9.0 999.0 -9.0
01 05 09 129 08 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.22 999.00
999. -9.0 999.0 -9.0
01 05 09 129 09 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.18 999.00
999. -9.0 999.0 -9.0
01 05 09 129 10 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.17 999.00
999. -9.0 999.0 -9.0 01 05 09 129 11 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.16 999.00
999. -9.0 999.0 -9.0
01 05 09 129 12 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.16 999.00
999. -9.0 999.0 -9.0
01 05 09 129 13 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.16 999.00
999. -9.0 999.0 -9.0
01 05 09 129 14 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.16 999.00
999. -9.0 999.0 -9.0
01 05 09 129 15 180.2 0.558 -9.000 -9.000 -999. 1001. -72.4 0.30 0.67 0.16 4.40
233. 10.0 300.4 2.0
01 05 09 129 16 161.8 0.513 -9.000 -9.000 -999. 886. -62.6 0.30 0.67 0.17 4.00
224. 10.0 300.8 2.0
01 05 09 129 17 113.7 0.555 -9.000 -9.000 -999. 991. -112.6 0.30 0.67 0.18 4.50
235. 10.0 300.9 2.0
01 05 09 129 18 38.7 0.569 -9.000 -9.000 -999. 1029. -355.5 0.41 0.67 0.23 4.40
240. 10.0 299.4 2.0
01 05 09 129 19 10.0 0.681 -9.000 -9.000 -999. 1345. -2357.2 0.41 0.67 0.38 5.40
260. 10.0 297.9 2.0
01 05 09 129 20 -19.2 0.430 -9.000 -9.000 -999. 743. 309.8 0.41 0.67 1.00 3.60 259. 10.0 296.0 2.0
01 05 09 129 21 -20.7 0.304 -9.000 -9.000 -999. 421. 101.7 0.41 0.67 1.00 2.80
261. 10.0 292.8 2.0
01 05 09 129 22 -14.6 0.214 -9.000 -9.000 -999. 242. 50.0 0.30 0.67 1.00 2.40
230. 10.0 291.9 2.0
01 05 09 129 23 -18.8 0.273 -9.000 -9.000 -999. 343. 81.5 0.41 0.67 1.00 2.60
245. 10.0 290.4 2.0
01 05 09 129 24 -24.2 0.350 -9.000 -9.000 -999. 498. 133.4 0.30 0.67 1.00 3.40
352. 10.0 289.6 2.0
First hour of profile data
YR MO DY HR HEIGHT F WDIR WSPD AMB_TMP sigmaA sigmaW sigmaV
01 05 09 01 6.1 1 -999. -99.00 -999.0 999.0 -99.00 -99.00
F indicates top of profile (=1) or below (=0)
 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - PM10
*** 10/25/23
*** AERMET - VERSION 21112 *** *** *** 15:15:47

PAGE 4
*** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** THE SUMMARY OF HIGHEST 24-HR RESULTS ***
** CONC OF PM10 IN MICROGRAMS/M**3
**
DATE NETWORK
GROUP ID AVERAGE CONC (YYMMDDHH) RECEPTOR (XR, YR,
ZELEV, ZHILL, ZFLAG) OF TYPE GRID-ID
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
- - - - - - - - - - - - - - - - -

ALL HIGH 2ND HIGH VALUE IS 146.71789m ON 01123124: AT ( 429395.40, 4408283.50,
1619.28, 3635.95, 0.00) DC
*** RECEPTOR TYPES: GC = GRIDCART
GP = GRIDPOLR
DC = DISCCART
DP = DISCPOLR
 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - PM10
*** 10/25/23
*** AERMET - VERSION 21112 *** ***
*** 15:15:47
PAGE 5
*** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** Message Summary : AERMOD Model Execution ***
--------- Summary of Total Messages --------

A Total of 0 Fatal Error Message(s)
A Total of 1185 Warning Message(s)
A Total of 125 Informational Message(s)
A Total of 8784 Hours Were Processed
A Total of 1 Calm Hours Identified
A Total of 124 Missing Hours Identified ( 1.41 Percent)

******** FATAL ERROR MESSAGES ********
*** NONE ***

******** WARNING MESSAGES ********
SO W298 8943 SOGRP: Results reported for source group ALL include BACKGROUND
OU W565 13600 OUPLOT: Possible Conflict With Dynamically Allocated FUNIT PLOTFILE
MX W403 15 PFLCNV: Turbulence data is being used w/o ADJ_U* option SigA Data
MX W479 21 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.884
MX W479 22 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.613
MX W479 23 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.947 MX W479 29 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.639
MX W479 45 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.660
MX W479 46 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.738
MX W479 47 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.672
MX W479 48 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.705
MX W479 49 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.183
MX W479 50 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 51 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.796
MX W479 53 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675
MX W479 68 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.546
MX W479 69 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.720
MX W479 70 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.610
MX W479 71 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.331
MX W479 72 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.930
MX W479 73 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.351
MX W479 92 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.652
MX W479 93 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.709
MX W479 94 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.818
MX W479 96 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508 MX W479 98 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.823
MX W479 99 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.814
MX W479 100 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616
MX W479 123 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.617
MX W479 140 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.818
MX W479 141 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.809
MX W479 214 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 240 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.673
MX W479 241 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.519
MX W479 261 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.585
MX W479 262 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.642
MX W479 263 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.748 MX W479 264 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.137
MX W479 265 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.681
MX W479 266 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.912
MX W479 268 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.558
MX W479 269 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 270 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 293 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.671
MX W479 294 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 313 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.719
MX W479 335 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.569
MX W479 337 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.964
MX W479 338 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.615
MX W479 357 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.577
MX W479 359 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.677
MX W479 360 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.647
MX W479 361 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850
MX W479 363 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.542
MX W479 381 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.699
MX W479 382 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.747 MX W479 383 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.688
MX W479 385 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.731
MX W479 386 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575
MX W479 387 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.855
MX W479 389 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623
MX W479 390 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.669
MX W479 405 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 407 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.679
MX W479 408 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.635
MX W479 410 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.084 MX W479 412 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.241
MX W479 413 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.589
MX W479 414 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 432 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526
MX W479 433 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.562
MX W479 437 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.748
MX W479 456 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.577
MX W479 458 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 459 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.574
MX W479 460 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.048
MX W479 461 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.015
MX W479 462 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.806
MX W479 483 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 526 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.552
MX W479 527 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.643
MX W479 528 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.624
MX W479 529 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 530 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.666
MX W479 531 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.522 MX W479 532 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.563
MX W479 550 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.515
MX W479 553 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.894
MX W479 554 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.696
MX W479 572 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.597
MX W479 576 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.524
MX W479 577 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.560
MX W479 578 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.562
MX W479 579 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 580 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.005
MX W479 581 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594
MX W479 582 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509
MX W479 602 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.847
MX W479 603 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509
MX W479 647 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607
MX W479 649 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575
MX W479 650 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.592
MX W479 651 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.667
MX W479 721 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.872 MX W479 722 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.844
MX W479 748 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.993
MX W479 749 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.349
MX W479 750 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.711
MX W479 766 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.731
MX W479 767 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.820
MX W479 768 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.976
MX W479 769 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.618
MX W479 770 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.621
MX W479 771 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 772 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.629
MX W479 773 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.544 MX W479 792 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 793 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.514
MX W479 796 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.691
MX W479 797 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.945
MX W479 798 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.232
MX W479 815 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.652
MX W479 816 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525
MX W479 818 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 841 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.695
MX W479 842 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.618
MX W479 844 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.511
MX W479 845 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.534
MX W479 863 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.545
MX W479 870 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.813
MX W479 885 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.814
MX W479 886 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535
MX W479 887 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 888 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 912 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.659 MX W479 913 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.917
MX W479 916 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556
MX W479 932 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.884
MX W479 933 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.927
MX W479 934 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.288
MX W479 935 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.763
MX W479 937 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.720
MX W479 938 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.936
MX W479 939 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.767
MX W479 957 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604 MX W479 960 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.516
MX W479 962 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.147
MX W479 963 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.230
MX W479 964 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.541
MX W479 965 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.628
MX W479 986 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769
MX W479 987 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.592
MX W479 988 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550
MX W479 989 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.726
MX W479 1008 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.543
MX W479 1011 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 1012 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.540
MX W479 1013 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.568
MX W479 1014 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 1035 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.066
MX W479 1036 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567
MX W479 1038 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 1055 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.685
MX W479 1058 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.986 MX W479 1059 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.533
MX W479 1060 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.655
MX W479 1061 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.653
MX W479 1077 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.719
MX W479 1151 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.966
MX W479 1152 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.808
MX W479 1153 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.828
MX W479 1154 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.967
MX W479 1155 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.913
MX W479 1156 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.696
MX W479 1202 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.646
MX W479 1203 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.451
MX W479 1204 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.024
MX W479 1205 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.028
MX W479 1206 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.830
MX W479 1220 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.629
MX W479 1221 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.705
MX W479 1223 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507
MX W479 1224 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.087 MX W479 1225 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.765
MX W479 1227 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.924
MX W479 1244 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.714
MX W479 1245 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.641
MX W479 1246 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.571
MX W479 1247 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.045
MX W479 1248 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.098
MX W479 1249 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.520
MX W479 1250 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549
MX W479 1251 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.925
MX W479 1252 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616
MX W479 1253 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535 MX W479 1268 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.044
MX W479 1269 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.985
MX W479 1270 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.619
MX W479 1271 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.335
MX W479 1273 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.825
MX W479 1274 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.317
MX W479 1275 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.383
MX W479 1276 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 1293 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 1294 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.950
MX W479 1295 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.741
MX W479 1296 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 1317 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.585
MX W479 1318 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.532
MX W479 1323 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.505
MX W479 1324 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.966
MX W479 1326 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.621
MX W479 1344 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675
MX W479 1345 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727 MX W479 1347 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526
MX W479 1349 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.500
MX W479 1367 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850
MX W479 1373 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607
MX W479 1374 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.679
MX W479 1444 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.587
MX W479 1445 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.528
MX W479 1508 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525
MX W479 1509 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.647
MX W479 1516 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.891 MX W479 1518 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.504
MX W479 1536 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.576
MX W479 1541 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.721
MX W479 1557 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507
MX W479 1559 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.792
MX W479 1560 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.545
MX W479 1565 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.712
MX W479 1631 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.765
MX W479 1632 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.726
MX W479 1633 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.628
MX W479 1634 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.810
MX W479 1635 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.366
MX W479 1636 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.138
MX W479 1637 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.878
MX W479 1638 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.738
MX W479 1658 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.751
MX W479 1659 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.930
MX W479 1660 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.964
MX W479 1661 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623 MX W479 1681 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.687
MX W479 1682 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.767
MX W479 1683 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.882
MX W479 1684 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.400
MX W479 1685 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.268
MX W479 1686 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.200
MX W479 1705 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.001
MX W479 1706 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.451
MX W479 1707 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.450
MX W479 1708 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.594
MX W479 1709 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.965
MX W479 1710 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.885
MX W479 1726 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.511
MX W479 1727 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616
MX W479 1729 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 1731 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.504
MX W479 1732 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.868
MX W479 1733 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.738
MX W479 1755 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507 MX W479 1756 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.538
MX W479 1757 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604
MX W479 1774 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.837
MX W479 1775 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.587
MX W479 1776 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 1777 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.691
MX W479 1778 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.903
MX W479 1779 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.288
MX W479 1780 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.304
MX W479 1781 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.968
MX W479 1782 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.662
MX W479 1798 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.643 MX W479 1800 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675
MX W479 1824 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.579
MX W479 1829 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.713
MX W479 1844 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 1845 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 1846 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.536
MX W479 1847 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.578
MX W479 1848 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567
MX W479 1849 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.645
MX W479 1850 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742
MX W479 1852 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.745
MX W479 1853 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.613
MX W479 1918 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.591
MX W479 1941 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.019
MX W479 1947 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.661
MX W479 1948 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.698
MX W479 1949 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.583
MX W479 1950 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.579
MX W479 2016 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.741 MX W479 2017 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.849
MX W479 2018 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.790
MX W479 2036 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 2039 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518
MX W479 2040 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.735
MX W479 2041 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.595
MX W479 2042 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.634
MX W479 2043 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.553
MX W479 2070 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.725
MX W479 2114 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.620 MX W479 2115 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.757
MX W479 2116 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 2118 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549
MX W479 2136 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.503
MX W479 2137 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.656
MX W479 2138 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.905
MX W479 2139 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 2143 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.643
MX W479 2254 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.576
MX W479 2256 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.802
MX W479 2258 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.585
MX W479 2259 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 2260 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.519
MX W479 2280 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.733
MX W479 2281 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769
MX W479 2282 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.169
MX W479 2283 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.864
MX W479 2305 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.501
MX W479 2326 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.558 MX W479 2350 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 2351 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554
MX W479 2352 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.757
MX W479 2353 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.770
MX W479 2354 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594
MX W479 2372 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.735
MX W479 2373 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.528
MX W479 2377 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.644
MX W479 2378 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 2400 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.952
MX W479 2401 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.740
MX W479 2402 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769
MX W479 2403 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604
MX W479 2404 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.654
MX W479 2421 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.580
MX W479 2422 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.685
MX W479 2423 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.987
MX W479 2424 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.756
MX W479 2426 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.563 MX W479 2429 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.603
MX W479 2445 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.533
MX W479 2446 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.719
MX W479 2540 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.731
MX W479 2541 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.810
MX W479 2545 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549
MX W479 2546 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.548
MX W479 2547 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 2550 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 2564 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.934
MX W479 2565 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 2566 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.819 MX W479 2570 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.674
MX W479 2573 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567
MX W479 2574 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 2575 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.522
MX W479 2588 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.736
MX W479 2589 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.676
MX W479 2590 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.773
MX W479 2591 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.988
MX W479 2592 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.677
MX W479 2593 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.561
MX W479 2595 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 2596 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.807
MX W479 2597 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.534
MX W479 2616 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.679
MX W479 2617 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.261
MX W479 2619 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.755
MX W479 2636 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.737
MX W479 2637 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.664
MX W479 2638 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.767 MX W479 2639 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.531
MX W479 2640 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.729
MX W479 2641 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.505
MX W479 2642 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.766
MX W479 2646 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.597
MX W479 2661 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.605
MX W479 2662 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.813
MX W479 2663 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 2664 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.864
MX W479 2665 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.735 MX W479 2667 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.733
MX W479 2668 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.627
MX W479 2684 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 2759 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.500
MX W479 2761 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.609
MX W479 2763 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.580
MX W479 2765 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742
MX W479 2766 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.503
MX W479 2781 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549
MX W479 2789 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.646
MX W479 2791 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.534
MX W479 2806 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.882
MX W479 2807 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.969
MX W479 2812 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 2813 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.711
MX W479 2814 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 2832 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607
MX W479 2833 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.156
MX W479 2835 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554 MX W479 2836 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.534
MX W479 2853 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.940
MX W479 2854 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567
MX W479 2855 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 2861 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 2862 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.825
MX W479 2863 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.686
MX W479 2904 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616
MX W479 2905 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506
MX W479 2906 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.538
MX W479 2907 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 2952 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.713
MX W479 2953 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.805
MX W479 2973 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.960
MX W479 2974 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.679
MX W479 2975 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.583
MX W479 2976 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.753
MX W479 2977 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.627
MX W479 2996 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.138 MX W479 2997 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.910
MX W479 2999 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.883
MX W479 3000 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.135
MX W479 3001 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.986
MX W479 3002 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.858
MX W479 3003 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 3004 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535
MX W479 3006 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.612
MX W479 3026 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.695
MX W479 3054 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 3072 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.569
MX W479 3095 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567 MX W479 3098 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.722
MX W479 3115 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 3116 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.544
MX W479 3117 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506
MX W479 3121 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550
MX W479 3126 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.650
MX W479 3127 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.837
MX W479 3149 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.703
MX W479 3169 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525
MX W479 3170 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.815
MX W479 3171 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.803
MX W479 3192 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.744
MX W479 3198 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508
MX W479 3213 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.538
MX W479 3214 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 3216 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.764
MX W479 3217 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 3223 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.553
MX W479 3239 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.724 MX W479 3240 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.724
MX W479 3241 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.582
MX W479 3242 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.502
MX W479 3243 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 3259 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 3261 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.629
MX W479 3262 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.703
MX W479 3263 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.904
MX W479 3265 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.025
MX W479 3269 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727 MX W479 3270 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.505
MX W479 3288 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.938
MX W479 3289 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.112
MX W479 3292 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.688
MX W479 3309 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.024
MX W479 3310 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550
MX W479 3311 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 3313 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526
MX W479 3319 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.747
MX W479 3332 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.909
MX W479 3333 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.852
MX W479 3334 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.048
MX W479 3335 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.520
MX W479 3338 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 3357 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.644
MX W479 3358 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.513
MX W479 3359 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.614
MX W479 3361 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.705
MX W479 3362 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.943 MX W479 3363 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.748
MX W479 3364 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.682
MX W479 3365 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.334
MX W479 3366 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.388
MX W479 3367 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.217
MX W479 3379 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.884
MX W479 3380 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 3381 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.267
MX W479 3382 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506
MX W479 3384 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.730
MX W479 3386 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.053
MX W479 3387 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.582
MX W479 3388 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.947
MX W479 3389 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.954
MX W479 3403 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.183
MX W479 3404 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.662
MX W479 3405 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.812
MX W479 3406 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.887
MX W479 3407 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.913 MX W479 3408 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.890
MX W479 3409 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.959
MX W479 3410 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.754
MX W479 3411 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.759
MX W479 3412 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.757
MX W479 3413 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.985
MX W479 3414 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.879
MX W479 3429 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.541
MX W479 3430 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507
MX W479 3432 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.718
MX W479 3433 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715
MX W479 3434 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.821 MX W479 3435 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.758
MX W479 3436 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.574
MX W479 3455 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.563
MX W479 3458 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 3459 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 3480 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.553
MX W479 3481 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.569
MX W479 3482 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.654
MX W479 3483 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.541
MX W479 3501 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525
MX W479 3502 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 3503 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.869
MX W479 3505 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.674
MX W479 3524 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.613
MX W479 3525 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.878
MX W479 3527 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.157
MX W479 3528 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715
MX W479 3530 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.610
MX W479 3547 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506 MX W479 3549 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.795
MX W479 3550 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.871
MX W479 3551 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.568
MX W479 3554 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.543
MX W479 3555 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.891
MX W479 3557 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.588
MX W479 3558 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.696
MX W479 3572 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.533
MX W479 3573 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.559
MX W479 3583 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616 MX W479 3598 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.614
MX W479 3599 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.708
MX W479 3604 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.510
MX W479 3644 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.531
MX W479 3696 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.719
MX W479 3718 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508
MX W479 3763 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.695
MX W479 3788 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.700
MX W479 3789 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850
MX W479 3791 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.565
MX W479 3793 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.722
MX W479 3794 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.553
MX W479 3796 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 3798 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.841
MX W479 3799 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.548
MX W479 3811 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.717
MX W479 3812 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.716
MX W479 3813 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.945
MX W479 3823 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.708 MX W479 3837 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.571
MX W479 3838 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.834
MX W479 3839 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.941
MX W479 3840 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604
MX W479 3841 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.686
MX W479 3846 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507
MX W479 3858 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 3859 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.387
MX W479 3860 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.986
MX W479 3861 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.743
MX W479 3862 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.674
MX W479 3865 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.630
MX W479 3866 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.667
MX W479 3868 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.058
MX W479 3869 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.052
MX W479 3870 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.795
MX W479 3871 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 3883 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 3886 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.503 MX W479 3909 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 3910 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.692
MX W479 3911 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.797
MX W479 3912 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.666
MX W479 3913 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.763
MX W479 3918 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.537
MX W479 3931 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.831
MX W479 3932 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.819
MX W479 3933 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.165
MX W479 3959 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.780
MX W479 3960 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556
MX W479 3965 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529 MX W479 3979 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.745
MX W479 3980 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.993
MX W479 3981 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.893
MX W479 3985 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.682
MX W479 3988 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.578
MX W479 4004 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.582
MX W479 4005 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.634
MX W479 4007 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.871
MX W479 4035 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 4039 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.502
MX W479 4040 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.557
MX W479 4055 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.562
MX W479 4058 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.568
MX W479 4059 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.915
MX W479 4060 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.561
MX W479 4075 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.592
MX W479 4076 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508
MX W479 4077 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.503
MX W479 4078 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.958 MX W479 4080 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.787
MX W479 4081 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526
MX W479 4082 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.587
MX W479 4098 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.624
MX W479 4099 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.882
MX W479 4100 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.825
MX W479 4101 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.780
MX W479 4111 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.589
MX W479 4131 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.677
MX W479 4132 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.622 MX W479 4133 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.589
MX W479 4135 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.502
MX W479 4147 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727
MX W479 4148 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.157
MX W479 4149 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556
MX W479 4150 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.903
MX W479 4151 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.044
MX W479 4152 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.847
MX W479 4153 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.907
MX W479 4154 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.851
MX W479 4155 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.060
MX W479 4156 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594
MX W479 4157 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 4173 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.619
MX W479 4207 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525
MX W479 4221 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 4223 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.890
MX W479 4224 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.691
MX W479 4227 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.657 MX W479 4229 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.500
MX W479 4246 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.552
MX W479 4247 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 4251 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.552
MX W479 4255 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.542
MX W479 4269 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.560
MX W479 4270 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535
MX W479 4277 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.671
MX W479 4296 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.901
MX W479 4299 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.516
MX W479 4300 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 4301 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.767
MX W479 4316 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.585
MX W479 4317 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.790
MX W479 4318 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.736
MX W479 4320 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.728
MX W479 4321 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509
MX W479 4324 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.837
MX W479 4341 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.698 MX W479 4342 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769
MX W479 4345 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508
MX W479 4346 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556
MX W479 4349 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.726
MX W479 4350 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 4416 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.710
MX W479 4417 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554
MX W479 4418 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 4421 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.539
MX W479 4437 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.755
MX W479 4438 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.746
MX W479 4439 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.643 MX W479 4459 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.624
MX W479 4461 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 4462 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 4463 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.632
MX W479 4471 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.583
MX W479 4482 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.552
MX W479 4484 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.094
MX W479 4485 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.766
MX W479 4489 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.691
MX W479 4490 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.996
MX W479 4492 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.871
MX W479 4494 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.829
MX W479 4518 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.564
MX W479 4519 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.652
MX W479 4520 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.574
MX W479 4530 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.711
MX W479 4531 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.650
MX W479 4534 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 4580 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.673 MX W479 4581 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594
MX W479 4583 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.572
MX W479 4584 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 4586 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.820
MX W479 4602 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.557
MX W479 4603 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.829
MX W479 4604 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.922
MX W479 4605 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.982
MX W479 4606 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550
MX W479 4628 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.635 MX W479 4630 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727
MX W479 4631 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850
MX W479 4632 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.660
MX W479 4660 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.665
MX W479 4674 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 4675 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607
MX W479 4676 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 4677 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.940
MX W479 4678 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.700
MX W479 4680 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 4681 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535
MX W479 4682 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.740
MX W479 4698 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.540
MX W479 4699 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.764
MX W479 4700 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 4701 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.683
MX W479 4702 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.545
MX W479 4705 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.515
MX W479 4724 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.773 MX W479 4725 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556
MX W479 4820 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 4821 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518
MX W479 4826 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.559
MX W479 4828 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508
MX W479 4830 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.505
MX W479 4831 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.572
MX W479 4833 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 4940 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.541
MX W479 4941 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.976
MX W479 4942 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.770
MX W479 4943 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 4944 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.989
MX W479 4945 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.806
MX W479 4946 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.934
MX W479 4947 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.699
MX W479 4948 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.657
MX W479 5035 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.546
MX W479 5037 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.813 MX W479 5045 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.520
MX W479 5111 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.645
MX W479 5112 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.685
MX W479 5113 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.709
MX W479 5117 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.564
MX W479 5119 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.510
MX W479 5120 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.749
MX W479 5130 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.747
MX W479 5131 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.657
MX W479 5154 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 5155 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.801
MX W479 5156 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742 MX W479 5157 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.611
MX W479 5158 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.671
MX W479 5159 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 5160 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.634
MX W479 5193 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.557
MX W479 5231 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.033
MX W479 5232 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.960
MX W479 5233 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.729
MX W479 5255 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.546
MX W479 5304 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.592
MX W479 5307 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.653
MX W479 5309 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.510
MX W479 5324 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.707
MX W479 5371 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.738
MX W479 5394 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 5396 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.923
MX W479 5418 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.724
MX W479 5419 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.597
MX W479 5420 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.670 MX W479 5421 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.065
MX W479 5422 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.805
MX W479 5425 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.610
MX W479 5426 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.282
MX W479 5427 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.903
MX W479 5428 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715
MX W479 5429 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.744
MX W479 5430 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.787
MX W479 5431 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575
MX W479 5451 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732 MX W479 5452 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.162
MX W479 5453 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.612
MX W479 5454 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715
MX W479 5494 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.674
MX W479 5495 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.557
MX W479 5497 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.713
MX W479 5498 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.741
MX W479 5499 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.519
MX W479 5515 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.731
MX W479 5516 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769
MX W479 5519 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.619
MX W479 5539 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.520
MX W479 5540 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.681
MX W479 5541 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.637
MX W479 5542 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.587
MX W479 5543 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.515
MX W479 5546 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 5610 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.524
MX W479 5611 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.654 MX W479 5612 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.664
MX W479 5613 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.579
MX W479 5615 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 5617 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.548
MX W479 5731 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.593
MX W479 5766 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.673
MX W479 5782 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.709
MX W479 5783 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554
MX W479 5785 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.578
MX W479 5860 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.621
MX W479 5875 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.595
MX W479 5878 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.747
MX W479 5925 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.619
MX W479 5927 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.656
MX W479 5928 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.646
MX W479 5950 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 5951 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727
MX W479 5954 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535
MX W479 5970 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.843 MX W479 5971 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.648
MX W479 5981 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.532
MX W479 5982 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 5983 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.563
MX W479 5984 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.580
MX W479 5996 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 5997 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.551
MX W479 5998 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.602
MX W479 5999 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 6007 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.515
MX W479 6019 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.605
MX W479 6020 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518 MX W479 6021 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.648
MX W479 6027 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.627
MX W479 6028 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.543
MX W479 6030 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 6031 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727
MX W479 6045 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 6070 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.629
MX W479 6071 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.636
MX W479 6072 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.582
MX W479 6073 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.695
MX W479 6077 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.532
MX W479 6080 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.618
MX W479 6116 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.576
MX W479 6117 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.680
MX W479 6119 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.665
MX W479 6126 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 6150 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.655
MX W479 6151 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.795
MX W479 6186 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.881 MX W479 6187 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.805
MX W479 6188 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.809
MX W479 6213 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.701
MX W479 6214 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742
MX W479 6215 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.649
MX W479 6217 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 6218 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.936
MX W479 6219 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.763
MX W479 6220 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.634
MX W479 6221 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.661 MX W479 6223 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.606
MX W479 6224 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850
MX W479 6235 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.590
MX W479 6236 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.780
MX W479 6237 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 6239 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.819
MX W479 6240 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 6241 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.531
MX W479 6242 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.568
MX W479 6243 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 6244 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506
MX W479 6245 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.637
MX W479 6259 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.751
MX W479 6260 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.584
MX W479 6281 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.501
MX W479 6282 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.684
MX W479 6283 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742
MX W479 6284 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.711
MX W479 6285 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.536 MX W479 6286 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.714
MX W479 6287 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.502
MX W479 6288 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.504
MX W479 6289 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.537
MX W479 6290 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 6291 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.574
MX W479 6292 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 6293 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.537
MX W479 6294 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 6295 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.707
MX W479 6307 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.528
MX W479 6308 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.606
MX W479 6410 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.528
MX W479 6428 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.561
MX W479 6429 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.751
MX W479 6431 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549
MX W479 6435 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 6452 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.522
MX W479 6453 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573 MX W479 6454 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.522
MX W479 6456 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518
MX W479 6478 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 6479 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.791
MX W479 6480 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.539
MX W479 6482 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.605
MX W479 6501 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.681
MX W479 6502 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.712
MX W479 6503 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623
MX W479 6504 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.801
MX W479 6505 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 6507 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529 MX W479 6509 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623
MX W479 6526 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.558
MX W479 6527 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.726
MX W479 6528 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.598
MX W479 6529 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.696
MX W479 6530 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.802
MX W479 6531 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.763
MX W479 6548 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.647
MX W479 6549 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.762
MX W479 6550 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.666
MX W479 6551 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.676
MX W479 6553 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.544
MX W479 6555 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 6557 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 6559 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.565
MX W479 6571 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.869
MX W479 6572 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 6573 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.544
MX W479 6574 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.155 MX W479 6576 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.940
MX W479 6582 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604
MX W479 6594 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.921
MX W479 6595 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.295
MX W479 6596 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.129
MX W479 6597 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.966
MX W479 6600 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 6601 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675
MX W479 6602 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.531
MX W479 6606 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.739 MX W479 6647 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.560
MX W479 6651 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.778
MX W479 6668 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715
MX W479 6669 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607
MX W479 6670 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.650
MX W479 6678 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.697
MX W479 6680 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.545
MX W479 6693 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550
MX W479 6694 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.647
MX W479 6695 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575
MX W479 6696 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 6697 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575
MX W479 6698 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.714
MX W479 6699 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.513
MX W479 6700 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.718
MX W479 6719 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.638
MX W479 6720 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 6721 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.611
MX W479 6725 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.770 MX W479 6726 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.826
MX W479 6739 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623
MX W479 6741 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.755
MX W479 6772 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.584
MX W479 6775 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.700
MX W479 6790 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509
MX W479 6791 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.578
MX W479 6792 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675
MX W479 6793 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.516
MX W479 6813 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.743
MX W479 6814 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.559
MX W479 6815 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507
MX W479 6816 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.542
MX W479 6819 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.689
MX W479 6824 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 6834 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.718
MX W479 6835 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.003
MX W479 6836 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.601
MX W479 6837 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599 MX W479 6838 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.700
MX W479 6845 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.669
MX W479 6869 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506
MX W479 6931 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526
MX W479 6932 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.618
MX W479 6934 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 6937 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 6955 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.561
MX W479 6956 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.272
MX W479 6959 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594
MX W479 6960 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.192
MX W479 6961 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.749 MX W479 6986 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554
MX W479 7004 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.605
MX W479 7005 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.849
MX W479 7006 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.708
MX W479 7052 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.533
MX W479 7078 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.513
MX W479 7081 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509
MX W479 7082 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.564
MX W479 7135 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518
MX W479 7171 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.584
MX W479 7173 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.544
MX W479 7174 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.638
MX W479 7175 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.569
MX W479 7177 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
More Than 999 Warning Messages Found. See ERRORFIL Output for the Remainder.
 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - Formaldehyde
*** 10/30/23 *** AERMET - VERSION 21112 *** ***
*** 09:56:10

PAGE 1
*** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** MODEL SETUP OPTIONS SUMMARY ***
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
- - - - - - - - - - - - - - -
** Model Options Selected:
* Model Uses Regulatory DEFAULT Options
* Model Is Setup For Calculation of Average CONCentration Values.
* NO GAS DEPOSITION Data Provided.
* NO PARTICLE DEPOSITION Data Provided.
* Model Uses NO DRY DEPLETION. DDPLETE = F
* Model Uses NO WET DEPLETION. WETDPLT = F
* Stack-tip Downwash.
* Model Accounts for ELEVated Terrain Effects. * Use Calms Processing Routine.
* Use Missing Data Processing Routine.
* No Exponential Decay.
* Model Uses RURAL Dispersion Only.
* Model Assumes No FLAGPOLE Receptor Heights.
* The User Specified a Pollutant Type of: OTHER

**Model Calculates 1 Short Term Average(s) of: 1-HR

**This Run Includes: 5 Source(s); 1 Source Group(s); and 6628 Receptor(s)
with: 3 POINT(s), including
0 POINTCAP(s) and 0 POINTHOR(s)
and: 2 VOLUME source(s)
and: 0 AREA type source(s)
and: 0 LINE source(s)
and: 0 RLINE/RLINEXT source(s)
and: 0 OPENPIT source(s)
and: 0 BUOYANT LINE source(s) with a total of 0 line(s) and: 0 SWPOINT source(s)

**Model Set To Continue RUNning After the Setup Testing.
**The AERMET Input Meteorological Data Version Date: 21112

**Output Options Selected:
Model Outputs Tables of Highest Short Term Values by Receptor (RECTABLE Keyword)
Model Outputs External File(s) of High Values for Plotting (PLOTFILE Keyword)
Model Outputs Separate Summary File of High Ranked Values (SUMMFILE Keyword)
**NOTE: The Following Flags May Appear Following CONC Values: c for Calm Hours
m for Missing Hours
b for Both Calm and Missing
Hours

**Misc. Inputs: Base Elev. for Pot. Temp. Profile (m MSL) = 1569.00 ; Decay Coef. = 0.000
; Rot. Angle = 0.0
Emission Units = GRAMS/SEC ; Emission Rate Unit
Factor = 0.10000E+07
Output Units = MICROGRAMS/M**3

**Approximate Storage Requirements of Model = 4.3 MB of RAM.

**Input Runstream File: aermod.inp

**Output Print File: aermod.out

**File for Summary of Results: SUMMARYFILE.SUM
 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - Formaldehyde
*** 10/30/23
*** AERMET - VERSION 21112 *** ***
*** 09:56:10

PAGE 2
*** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** METEOROLOGICAL DAYS SELECTED FOR PROCESSING ***
(1=YES; 0=NO)
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
NOTE: METEOROLOGICAL DATA ACTUALLY PROCESSED WILL ALSO DEPEND ON WHAT IS INCLUDED IN THE DATA FILE.
*** UPPER BOUND OF FIRST THROUGH FIFTH WIND SPEED CATEGORIES
***
(METERS/SEC)
1.54, 3.09, 5.14, 8.23, 10.80,
 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - Formaldehyde
*** 10/30/23
*** AERMET - VERSION 21112 *** ***
*** 09:56:10

PAGE 3
*** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** UP TO THE FIRST 24 HOURS OF METEOROLOGICAL DATA ***
Surface file: C:\Users\sadam\Box\MSI\clients\Geneva Rock\Geneva Rock Products - Mona\05
Modeli Met Version: 21112
Profile file: C:\Users\sadam\Box\MSI\clients\Geneva Rock\Geneva Rock Products - Mona\05
Modeli
Surface format: FREE

Profile format: FREE

Surface station no.: 25720 Upper air station no.: 24127
Name: UNKNOWN Name: UNKNOWN

Year: 2001 Year: 2001
First 24 hours of scalar data
YR MO DY JDY HR H0 U* W* DT/DZ ZICNV ZIMCH M-O LEN Z0 BOWEN ALBEDO REF WS
WD HT REF TA HT
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
- - - - - - - - - - - -
01 05 09 129 01 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00
999. -9.0 999.0 -9.0
01 05 09 129 02 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00
999. -9.0 999.0 -9.0
01 05 09 129 03 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00
999. -9.0 999.0 -9.0
01 05 09 129 04 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00
999. -9.0 999.0 -9.0
01 05 09 129 05 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00
999. -9.0 999.0 -9.0
01 05 09 129 06 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.69 999.00
999. -9.0 999.0 -9.0
01 05 09 129 07 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.34 999.00 999. -9.0 999.0 -9.0
01 05 09 129 08 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.22 999.00
999. -9.0 999.0 -9.0
01 05 09 129 09 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.18 999.00
999. -9.0 999.0 -9.0
01 05 09 129 10 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.17 999.00
999. -9.0 999.0 -9.0
01 05 09 129 11 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.16 999.00
999. -9.0 999.0 -9.0
01 05 09 129 12 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.16 999.00 999. -9.0 999.0 -9.0
01 05 09 129 13 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.16 999.00
999. -9.0 999.0 -9.0
01 05 09 129 14 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.16 999.00
999. -9.0 999.0 -9.0
01 05 09 129 15 180.2 0.558 -9.000 -9.000 -999. 1001. -72.4 0.30 0.67 0.16 4.40
233. 10.0 300.4 2.0
01 05 09 129 16 161.8 0.513 -9.000 -9.000 -999. 886. -62.6 0.30 0.67 0.17 4.00
224. 10.0 300.8 2.0
01 05 09 129 17 113.7 0.555 -9.000 -9.000 -999. 991. -112.6 0.30 0.67 0.18 4.50
235. 10.0 300.9 2.0
01 05 09 129 18 38.7 0.569 -9.000 -9.000 -999. 1029. -355.5 0.41 0.67 0.23 4.40
240. 10.0 299.4 2.0
01 05 09 129 19 10.0 0.681 -9.000 -9.000 -999. 1345. -2357.2 0.41 0.67 0.38 5.40
260. 10.0 297.9 2.0
01 05 09 129 20 -19.2 0.430 -9.000 -9.000 -999. 743. 309.8 0.41 0.67 1.00 3.60
259. 10.0 296.0 2.0
01 05 09 129 21 -20.7 0.304 -9.000 -9.000 -999. 421. 101.7 0.41 0.67 1.00 2.80
261. 10.0 292.8 2.0 01 05 09 129 22 -14.6 0.214 -9.000 -9.000 -999. 242. 50.0 0.30 0.67 1.00 2.40
230. 10.0 291.9 2.0
01 05 09 129 23 -18.8 0.273 -9.000 -9.000 -999. 343. 81.5 0.41 0.67 1.00 2.60
245. 10.0 290.4 2.0
01 05 09 129 24 -24.2 0.350 -9.000 -9.000 -999. 498. 133.4 0.30 0.67 1.00 3.40
352. 10.0 289.6 2.0
First hour of profile data
YR MO DY HR HEIGHT F WDIR WSPD AMB_TMP sigmaA sigmaW sigmaV
01 05 09 01 6.1 1 -999. -99.00 -999.0 999.0 -99.00 -99.00
F indicates top of profile (=1) or below (=0)
 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - Formaldehyde
*** 10/30/23
*** AERMET - VERSION 21112 *** ***
*** 09:56:10

PAGE 4 *** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** THE SUMMARY OF HIGHEST 1-HR RESULTS ***
** CONC OF OTHER IN MICROGRAMS/M**3
**
DATE
NETWORK
GROUP ID AVERAGE CONC (YYMMDDHH) RECEPTOR (XR, YR,
ZELEV, ZHILL, ZFLAG) OF TYPE GRID-ID- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
- - - - - - - - - - - - - - - - -

ALL HIGH 1ST HIGH VALUE IS 35.43488 ON 01070105: AT ( 429210.00, 4408682.20,
1610.61, 3635.95, 0.00) DC
*** RECEPTOR TYPES: GC = GRIDCART
GP = GRIDPOLR
DC = DISCCART
DP = DISCPOLR
 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - Formaldehyde
*** 10/30/23
*** AERMET - VERSION 21112 *** ***
*** 09:56:10

PAGE 5
*** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** Message Summary : AERMOD Model Execution ***
--------- Summary of Total Messages --------

A Total of 0 Fatal Error Message(s)
A Total of 1184 Warning Message(s)
A Total of 125 Informational Message(s)
A Total of 8784 Hours Were Processed
A Total of 1 Calm Hours Identified
A Total of 124 Missing Hours Identified ( 1.41 Percent)

******** FATAL ERROR MESSAGES ********
*** NONE ***

******** WARNING MESSAGES ********
OU W565 13399 OUPLOT: Possible Conflict With Dynamically Allocated FUNIT PLOTFILE
MX W403 15 PFLCNV: Turbulence data is being used w/o ADJ_U* option SigA Data
MX W479 21 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.884
MX W479 22 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.613
MX W479 23 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.947
MX W479 29 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.639
MX W479 45 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.660
MX W479 46 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.738
MX W479 47 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.672 MX W479 48 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.705
MX W479 49 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.183
MX W479 50 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 51 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.796
MX W479 53 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675
MX W479 68 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.546
MX W479 69 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.720
MX W479 70 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.610
MX W479 71 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.331
MX W479 72 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.930
MX W479 73 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.351
MX W479 92 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.652
MX W479 93 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.709
MX W479 94 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.818
MX W479 96 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508
MX W479 98 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.823
MX W479 99 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.814
MX W479 100 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616
MX W479 123 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.617 MX W479 140 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.818
MX W479 141 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.809
MX W479 214 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 240 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.673
MX W479 241 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.519
MX W479 261 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.585
MX W479 262 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.642
MX W479 263 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.748
MX W479 264 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.137
MX W479 265 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.681
MX W479 266 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.912
MX W479 268 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.558 MX W479 269 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 270 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 293 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.671
MX W479 294 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 313 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.719
MX W479 335 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.569
MX W479 337 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.964
MX W479 338 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.615
MX W479 357 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.577
MX W479 359 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.677
MX W479 360 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.647
MX W479 361 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850
MX W479 363 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.542
MX W479 381 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.699
MX W479 382 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.747
MX W479 383 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.688
MX W479 385 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.731
MX W479 386 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575
MX W479 387 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.855 MX W479 389 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623
MX W479 390 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.669
MX W479 405 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 407 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.679
MX W479 408 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.635
MX W479 410 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.084
MX W479 412 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.241
MX W479 413 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.589
MX W479 414 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 432 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526 MX W479 433 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.562
MX W479 437 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.748
MX W479 456 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.577
MX W479 458 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 459 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.574
MX W479 460 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.048
MX W479 461 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.015
MX W479 462 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.806
MX W479 483 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 526 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.552
MX W479 527 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.643
MX W479 528 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.624
MX W479 529 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 530 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.666
MX W479 531 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.522
MX W479 532 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.563
MX W479 550 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.515
MX W479 553 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.894
MX W479 554 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.696 MX W479 572 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.597
MX W479 576 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.524
MX W479 577 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.560
MX W479 578 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.562
MX W479 579 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 580 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.005
MX W479 581 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594
MX W479 582 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509
MX W479 602 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.847
MX W479 603 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509
MX W479 647 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607
MX W479 649 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575
MX W479 650 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.592
MX W479 651 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.667
MX W479 721 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.872
MX W479 722 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.844
MX W479 748 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.993
MX W479 749 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.349
MX W479 750 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.711 MX W479 766 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.731
MX W479 767 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.820
MX W479 768 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.976
MX W479 769 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.618
MX W479 770 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.621
MX W479 771 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 772 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.629
MX W479 773 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.544
MX W479 792 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 793 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.514
MX W479 796 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.691
MX W479 797 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.945 MX W479 798 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.232
MX W479 815 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.652
MX W479 816 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525
MX W479 818 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 841 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.695
MX W479 842 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.618
MX W479 844 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.511
MX W479 845 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.534
MX W479 863 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.545
MX W479 870 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.813
MX W479 885 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.814
MX W479 886 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535
MX W479 887 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 888 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 912 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.659
MX W479 913 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.917
MX W479 916 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556
MX W479 932 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.884
MX W479 933 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.927 MX W479 934 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.288
MX W479 935 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.763
MX W479 937 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.720
MX W479 938 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.936
MX W479 939 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.767
MX W479 957 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604
MX W479 960 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.516
MX W479 962 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.147
MX W479 963 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.230
MX W479 964 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.541 MX W479 965 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.628
MX W479 986 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769
MX W479 987 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.592
MX W479 988 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550
MX W479 989 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.726
MX W479 1008 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.543
MX W479 1011 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 1012 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.540
MX W479 1013 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.568
MX W479 1014 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 1035 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.066
MX W479 1036 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567
MX W479 1038 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 1055 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.685
MX W479 1058 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.986
MX W479 1059 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.533
MX W479 1060 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.655
MX W479 1061 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.653
MX W479 1077 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.719 MX W479 1151 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.966
MX W479 1152 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.808
MX W479 1153 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.828
MX W479 1154 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.967
MX W479 1155 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.913
MX W479 1156 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.696
MX W479 1202 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.646
MX W479 1203 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.451
MX W479 1204 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.024
MX W479 1205 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.028
MX W479 1206 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.830
MX W479 1220 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.629
MX W479 1221 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.705
MX W479 1223 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507
MX W479 1224 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.087
MX W479 1225 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.765
MX W479 1227 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.924
MX W479 1244 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.714
MX W479 1245 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.641 MX W479 1246 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.571
MX W479 1247 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.045
MX W479 1248 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.098
MX W479 1249 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.520
MX W479 1250 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549
MX W479 1251 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.925
MX W479 1252 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616
MX W479 1253 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535
MX W479 1268 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.044
MX W479 1269 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.985
MX W479 1270 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.619
MX W479 1271 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.335 MX W479 1273 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.825
MX W479 1274 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.317
MX W479 1275 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.383
MX W479 1276 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 1293 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 1294 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.950
MX W479 1295 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.741
MX W479 1296 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 1317 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.585
MX W479 1318 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.532
MX W479 1323 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.505
MX W479 1324 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.966
MX W479 1326 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.621
MX W479 1344 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675
MX W479 1345 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727
MX W479 1347 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526
MX W479 1349 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.500
MX W479 1367 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850
MX W479 1373 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607 MX W479 1374 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.679
MX W479 1444 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.587
MX W479 1445 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.528
MX W479 1508 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525
MX W479 1509 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.647
MX W479 1516 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.891
MX W479 1518 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.504
MX W479 1536 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.576
MX W479 1541 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.721
MX W479 1557 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507 MX W479 1559 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.792
MX W479 1560 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.545
MX W479 1565 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.712
MX W479 1631 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.765
MX W479 1632 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.726
MX W479 1633 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.628
MX W479 1634 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.810
MX W479 1635 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.366
MX W479 1636 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.138
MX W479 1637 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.878
MX W479 1638 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.738
MX W479 1658 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.751
MX W479 1659 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.930
MX W479 1660 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.964
MX W479 1661 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623
MX W479 1681 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.687
MX W479 1682 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.767
MX W479 1683 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.882
MX W479 1684 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.400 MX W479 1685 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.268
MX W479 1686 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.200
MX W479 1705 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.001
MX W479 1706 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.451
MX W479 1707 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.450
MX W479 1708 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.594
MX W479 1709 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.965
MX W479 1710 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.885
MX W479 1726 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.511
MX W479 1727 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616
MX W479 1729 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 1731 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.504
MX W479 1732 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.868
MX W479 1733 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.738
MX W479 1755 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507
MX W479 1756 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.538
MX W479 1757 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604
MX W479 1774 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.837
MX W479 1775 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.587 MX W479 1776 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 1777 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.691
MX W479 1778 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.903
MX W479 1779 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.288
MX W479 1780 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.304
MX W479 1781 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.968
MX W479 1782 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.662
MX W479 1798 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.643
MX W479 1800 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675
MX W479 1824 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.579
MX W479 1829 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.713
MX W479 1844 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523 MX W479 1845 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 1846 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.536
MX W479 1847 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.578
MX W479 1848 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567
MX W479 1849 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.645
MX W479 1850 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742
MX W479 1852 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.745
MX W479 1853 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.613
MX W479 1918 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.591
MX W479 1941 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.019
MX W479 1947 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.661
MX W479 1948 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.698
MX W479 1949 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.583
MX W479 1950 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.579
MX W479 2016 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.741
MX W479 2017 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.849
MX W479 2018 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.790
MX W479 2036 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 2039 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518 MX W479 2040 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.735
MX W479 2041 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.595
MX W479 2042 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.634
MX W479 2043 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.553
MX W479 2070 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.725
MX W479 2114 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.620
MX W479 2115 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.757
MX W479 2116 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 2118 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549
MX W479 2136 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.503 MX W479 2137 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.656
MX W479 2138 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.905
MX W479 2139 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 2143 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.643
MX W479 2254 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.576
MX W479 2256 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.802
MX W479 2258 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.585
MX W479 2259 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 2260 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.519
MX W479 2280 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.733
MX W479 2281 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769
MX W479 2282 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.169
MX W479 2283 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.864
MX W479 2305 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.501
MX W479 2326 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.558
MX W479 2350 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 2351 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554
MX W479 2352 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.757
MX W479 2353 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.770 MX W479 2354 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594
MX W479 2372 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.735
MX W479 2373 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.528
MX W479 2377 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.644
MX W479 2378 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 2400 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.952
MX W479 2401 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.740
MX W479 2402 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769
MX W479 2403 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604
MX W479 2404 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.654
MX W479 2421 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.580
MX W479 2422 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.685
MX W479 2423 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.987
MX W479 2424 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.756
MX W479 2426 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.563
MX W479 2429 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.603
MX W479 2445 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.533
MX W479 2446 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.719
MX W479 2540 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.731 MX W479 2541 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.810
MX W479 2545 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549
MX W479 2546 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.548
MX W479 2547 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 2550 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 2564 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.934
MX W479 2565 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 2566 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.819
MX W479 2570 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.674
MX W479 2573 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567
MX W479 2574 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 2575 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.522 MX W479 2588 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.736
MX W479 2589 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.676
MX W479 2590 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.773
MX W479 2591 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.988
MX W479 2592 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.677
MX W479 2593 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.561
MX W479 2595 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 2596 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.807
MX W479 2597 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.534
MX W479 2616 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.679
MX W479 2617 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.261
MX W479 2619 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.755
MX W479 2636 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.737
MX W479 2637 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.664
MX W479 2638 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.767
MX W479 2639 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.531
MX W479 2640 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.729
MX W479 2641 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.505
MX W479 2642 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.766 MX W479 2646 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.597
MX W479 2661 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.605
MX W479 2662 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.813
MX W479 2663 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 2664 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.864
MX W479 2665 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.735
MX W479 2667 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.733
MX W479 2668 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.627
MX W479 2684 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 2759 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.500 MX W479 2761 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.609
MX W479 2763 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.580
MX W479 2765 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742
MX W479 2766 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.503
MX W479 2781 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549
MX W479 2789 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.646
MX W479 2791 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.534
MX W479 2806 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.882
MX W479 2807 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.969
MX W479 2812 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 2813 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.711
MX W479 2814 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 2832 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607
MX W479 2833 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.156
MX W479 2835 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554
MX W479 2836 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.534
MX W479 2853 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.940
MX W479 2854 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567
MX W479 2855 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570 MX W479 2861 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 2862 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.825
MX W479 2863 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.686
MX W479 2904 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616
MX W479 2905 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506
MX W479 2906 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.538
MX W479 2907 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 2952 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.713
MX W479 2953 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.805
MX W479 2973 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.960
MX W479 2974 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.679
MX W479 2975 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.583
MX W479 2976 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.753
MX W479 2977 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.627
MX W479 2996 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.138
MX W479 2997 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.910
MX W479 2999 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.883
MX W479 3000 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.135
MX W479 3001 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.986 MX W479 3002 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.858
MX W479 3003 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 3004 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535
MX W479 3006 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.612
MX W479 3026 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.695
MX W479 3054 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 3072 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.569
MX W479 3095 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567
MX W479 3098 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.722
MX W479 3115 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 3116 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.544
MX W479 3117 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506 MX W479 3121 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550
MX W479 3126 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.650
MX W479 3127 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.837
MX W479 3149 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.703
MX W479 3169 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525
MX W479 3170 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.815
MX W479 3171 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.803
MX W479 3192 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.744
MX W479 3198 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508
MX W479 3213 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.538
MX W479 3214 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 3216 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.764
MX W479 3217 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 3223 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.553
MX W479 3239 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.724
MX W479 3240 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.724
MX W479 3241 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.582
MX W479 3242 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.502
MX W479 3243 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586 MX W479 3259 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 3261 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.629
MX W479 3262 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.703
MX W479 3263 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.904
MX W479 3265 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.025
MX W479 3269 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727
MX W479 3270 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.505
MX W479 3288 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.938
MX W479 3289 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.112
MX W479 3292 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.688 MX W479 3309 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.024
MX W479 3310 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550
MX W479 3311 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 3313 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526
MX W479 3319 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.747
MX W479 3332 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.909
MX W479 3333 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.852
MX W479 3334 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.048
MX W479 3335 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.520
MX W479 3338 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 3357 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.644
MX W479 3358 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.513
MX W479 3359 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.614
MX W479 3361 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.705
MX W479 3362 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.943
MX W479 3363 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.748
MX W479 3364 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.682
MX W479 3365 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.334
MX W479 3366 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.388 MX W479 3367 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.217
MX W479 3379 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.884
MX W479 3380 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 3381 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.267
MX W479 3382 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506
MX W479 3384 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.730
MX W479 3386 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.053
MX W479 3387 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.582
MX W479 3388 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.947
MX W479 3389 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.954
MX W479 3403 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.183
MX W479 3404 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.662
MX W479 3405 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.812
MX W479 3406 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.887
MX W479 3407 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.913
MX W479 3408 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.890
MX W479 3409 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.959
MX W479 3410 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.754
MX W479 3411 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.759 MX W479 3412 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.757
MX W479 3413 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.985
MX W479 3414 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.879
MX W479 3429 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.541
MX W479 3430 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507
MX W479 3432 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.718
MX W479 3433 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715
MX W479 3434 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.821
MX W479 3435 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.758
MX W479 3436 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.574
MX W479 3455 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.563
MX W479 3458 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527 MX W479 3459 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 3480 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.553
MX W479 3481 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.569
MX W479 3482 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.654
MX W479 3483 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.541
MX W479 3501 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525
MX W479 3502 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 3503 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.869
MX W479 3505 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.674
MX W479 3524 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.613
MX W479 3525 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.878
MX W479 3527 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.157
MX W479 3528 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715
MX W479 3530 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.610
MX W479 3547 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506
MX W479 3549 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.795
MX W479 3550 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.871
MX W479 3551 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.568
MX W479 3554 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.543 MX W479 3555 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.891
MX W479 3557 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.588
MX W479 3558 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.696
MX W479 3572 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.533
MX W479 3573 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.559
MX W479 3583 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616
MX W479 3598 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.614
MX W479 3599 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.708
MX W479 3604 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.510
MX W479 3644 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.531 MX W479 3696 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.719
MX W479 3718 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508
MX W479 3763 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.695
MX W479 3788 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.700
MX W479 3789 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850
MX W479 3791 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.565
MX W479 3793 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.722
MX W479 3794 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.553
MX W479 3796 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 3798 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.841
MX W479 3799 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.548
MX W479 3811 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.717
MX W479 3812 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.716
MX W479 3813 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.945
MX W479 3823 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.708
MX W479 3837 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.571
MX W479 3838 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.834
MX W479 3839 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.941
MX W479 3840 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604 MX W479 3841 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.686
MX W479 3846 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507
MX W479 3858 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 3859 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.387
MX W479 3860 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.986
MX W479 3861 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.743
MX W479 3862 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.674
MX W479 3865 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.630
MX W479 3866 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.667
MX W479 3868 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.058
MX W479 3869 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.052
MX W479 3870 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.795
MX W479 3871 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 3883 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 3886 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.503
MX W479 3909 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 3910 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.692
MX W479 3911 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.797
MX W479 3912 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.666 MX W479 3913 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.763
MX W479 3918 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.537
MX W479 3931 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.831
MX W479 3932 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.819
MX W479 3933 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.165
MX W479 3959 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.780
MX W479 3960 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556
MX W479 3965 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 3979 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.745
MX W479 3980 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.993
MX W479 3981 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.893
MX W479 3985 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.682 MX W479 3988 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.578
MX W479 4004 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.582
MX W479 4005 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.634
MX W479 4007 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.871
MX W479 4035 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 4039 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.502
MX W479 4040 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.557
MX W479 4055 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.562
MX W479 4058 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.568
MX W479 4059 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.915
MX W479 4060 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.561
MX W479 4075 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.592
MX W479 4076 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508
MX W479 4077 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.503
MX W479 4078 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.958
MX W479 4080 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.787
MX W479 4081 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526
MX W479 4082 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.587
MX W479 4098 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.624 MX W479 4099 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.882
MX W479 4100 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.825
MX W479 4101 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.780
MX W479 4111 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.589
MX W479 4131 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.677
MX W479 4132 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.622
MX W479 4133 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.589
MX W479 4135 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.502
MX W479 4147 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727
MX W479 4148 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.157 MX W479 4149 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556
MX W479 4150 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.903
MX W479 4151 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.044
MX W479 4152 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.847
MX W479 4153 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.907
MX W479 4154 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.851
MX W479 4155 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.060
MX W479 4156 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594
MX W479 4157 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 4173 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.619
MX W479 4207 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525
MX W479 4221 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 4223 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.890
MX W479 4224 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.691
MX W479 4227 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.657
MX W479 4229 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.500
MX W479 4246 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.552
MX W479 4247 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 4251 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.552 MX W479 4255 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.542
MX W479 4269 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.560
MX W479 4270 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535
MX W479 4277 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.671
MX W479 4296 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.901
MX W479 4299 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.516
MX W479 4300 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 4301 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.767
MX W479 4316 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.585
MX W479 4317 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.790
MX W479 4318 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.736
MX W479 4320 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.728
MX W479 4321 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509
MX W479 4324 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.837
MX W479 4341 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.698
MX W479 4342 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769
MX W479 4345 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508
MX W479 4346 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556
MX W479 4349 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.726 MX W479 4350 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 4416 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.710
MX W479 4417 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554
MX W479 4418 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 4421 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.539
MX W479 4437 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.755
MX W479 4438 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.746
MX W479 4439 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.643
MX W479 4459 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.624
MX W479 4461 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 4462 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 4463 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.632 MX W479 4471 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.583
MX W479 4482 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.552
MX W479 4484 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.094
MX W479 4485 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.766
MX W479 4489 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.691
MX W479 4490 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.996
MX W479 4492 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.871
MX W479 4494 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.829
MX W479 4518 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.564
MX W479 4519 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.652
MX W479 4520 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.574
MX W479 4530 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.711
MX W479 4531 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.650
MX W479 4534 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 4580 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.673
MX W479 4581 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594
MX W479 4583 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.572
MX W479 4584 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 4586 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.820 MX W479 4602 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.557
MX W479 4603 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.829
MX W479 4604 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.922
MX W479 4605 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.982
MX W479 4606 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550
MX W479 4628 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.635
MX W479 4630 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727
MX W479 4631 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850
MX W479 4632 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.660
MX W479 4660 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.665 MX W479 4674 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 4675 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607
MX W479 4676 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 4677 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.940
MX W479 4678 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.700
MX W479 4680 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 4681 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535
MX W479 4682 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.740
MX W479 4698 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.540
MX W479 4699 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.764
MX W479 4700 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 4701 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.683
MX W479 4702 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.545
MX W479 4705 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.515
MX W479 4724 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.773
MX W479 4725 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556
MX W479 4820 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 4821 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518
MX W479 4826 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.559 MX W479 4828 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508
MX W479 4830 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.505
MX W479 4831 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.572
MX W479 4833 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 4940 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.541
MX W479 4941 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.976
MX W479 4942 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.770
MX W479 4943 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 4944 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.989
MX W479 4945 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.806
MX W479 4946 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.934
MX W479 4947 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.699
MX W479 4948 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.657
MX W479 5035 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.546
MX W479 5037 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.813
MX W479 5045 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.520
MX W479 5111 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.645
MX W479 5112 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.685
MX W479 5113 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.709 MX W479 5117 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.564
MX W479 5119 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.510
MX W479 5120 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.749
MX W479 5130 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.747
MX W479 5131 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.657
MX W479 5154 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 5155 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.801
MX W479 5156 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742
MX W479 5157 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.611
MX W479 5158 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.671
MX W479 5159 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 5160 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.634 MX W479 5193 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.557
MX W479 5231 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.033
MX W479 5232 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.960
MX W479 5233 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.729
MX W479 5255 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.546
MX W479 5304 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.592
MX W479 5307 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.653
MX W479 5309 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.510
MX W479 5324 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.707
MX W479 5371 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.738
MX W479 5394 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 5396 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.923
MX W479 5418 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.724
MX W479 5419 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.597
MX W479 5420 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.670
MX W479 5421 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.065
MX W479 5422 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.805
MX W479 5425 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.610
MX W479 5426 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.282 MX W479 5427 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.903
MX W479 5428 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715
MX W479 5429 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.744
MX W479 5430 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.787
MX W479 5431 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575
MX W479 5451 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 5452 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.162
MX W479 5453 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.612
MX W479 5454 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715
MX W479 5494 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.674 MX W479 5495 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.557
MX W479 5497 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.713
MX W479 5498 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.741
MX W479 5499 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.519
MX W479 5515 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.731
MX W479 5516 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769
MX W479 5519 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.619
MX W479 5539 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.520
MX W479 5540 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.681
MX W479 5541 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.637
MX W479 5542 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.587
MX W479 5543 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.515
MX W479 5546 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 5610 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.524
MX W479 5611 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.654
MX W479 5612 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.664
MX W479 5613 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.579
MX W479 5615 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 5617 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.548 MX W479 5731 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.593
MX W479 5766 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.673
MX W479 5782 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.709
MX W479 5783 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554
MX W479 5785 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.578
MX W479 5860 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.621
MX W479 5875 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.595
MX W479 5878 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.747
MX W479 5925 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.619
MX W479 5927 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.656
MX W479 5928 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.646
MX W479 5950 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 5951 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727
MX W479 5954 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535
MX W479 5970 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.843
MX W479 5971 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.648
MX W479 5981 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.532
MX W479 5982 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 5983 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.563 MX W479 5984 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.580
MX W479 5996 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 5997 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.551
MX W479 5998 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.602
MX W479 5999 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 6007 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.515
MX W479 6019 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.605
MX W479 6020 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518
MX W479 6021 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.648
MX W479 6027 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.627
MX W479 6028 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.543
MX W479 6030 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599 MX W479 6031 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727
MX W479 6045 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 6070 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.629
MX W479 6071 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.636
MX W479 6072 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.582
MX W479 6073 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.695
MX W479 6077 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.532
MX W479 6080 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.618
MX W479 6116 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.576
MX W479 6117 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.680
MX W479 6119 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.665
MX W479 6126 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 6150 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.655
MX W479 6151 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.795
MX W479 6186 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.881
MX W479 6187 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.805
MX W479 6188 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.809
MX W479 6213 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.701
MX W479 6214 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742 MX W479 6215 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.649
MX W479 6217 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 6218 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.936
MX W479 6219 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.763
MX W479 6220 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.634
MX W479 6221 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.661
MX W479 6223 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.606
MX W479 6224 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850
MX W479 6235 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.590
MX W479 6236 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.780 MX W479 6237 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 6239 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.819
MX W479 6240 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 6241 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.531
MX W479 6242 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.568
MX W479 6243 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 6244 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506
MX W479 6245 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.637
MX W479 6259 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.751
MX W479 6260 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.584
MX W479 6281 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.501
MX W479 6282 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.684
MX W479 6283 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742
MX W479 6284 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.711
MX W479 6285 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.536
MX W479 6286 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.714
MX W479 6287 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.502
MX W479 6288 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.504
MX W479 6289 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.537 MX W479 6290 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 6291 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.574
MX W479 6292 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 6293 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.537
MX W479 6294 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 6295 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.707
MX W479 6307 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.528
MX W479 6308 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.606
MX W479 6410 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.528
MX W479 6428 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.561
MX W479 6429 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.751
MX W479 6431 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549
MX W479 6435 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 6452 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.522
MX W479 6453 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 6454 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.522
MX W479 6456 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518
MX W479 6478 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 6479 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.791 MX W479 6480 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.539
MX W479 6482 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.605
MX W479 6501 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.681
MX W479 6502 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.712
MX W479 6503 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623
MX W479 6504 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.801
MX W479 6505 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 6507 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 6509 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623
MX W479 6526 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.558
MX W479 6527 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.726
MX W479 6528 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.598 MX W479 6529 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.696
MX W479 6530 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.802
MX W479 6531 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.763
MX W479 6548 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.647
MX W479 6549 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.762
MX W479 6550 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.666
MX W479 6551 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.676
MX W479 6553 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.544
MX W479 6555 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 6557 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 6559 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.565
MX W479 6571 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.869
MX W479 6572 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 6573 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.544
MX W479 6574 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.155
MX W479 6576 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.940
MX W479 6582 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604
MX W479 6594 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.921
MX W479 6595 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.295 MX W479 6596 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.129
MX W479 6597 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.966
MX W479 6600 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 6601 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675
MX W479 6602 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.531
MX W479 6606 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.739
MX W479 6647 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.560
MX W479 6651 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.778
MX W479 6668 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715
MX W479 6669 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607 MX W479 6670 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.650
MX W479 6678 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.697
MX W479 6680 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.545
MX W479 6693 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550
MX W479 6694 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.647
MX W479 6695 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575
MX W479 6696 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 6697 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575
MX W479 6698 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.714
MX W479 6699 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.513
MX W479 6700 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.718
MX W479 6719 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.638
MX W479 6720 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 6721 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.611
MX W479 6725 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.770
MX W479 6726 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.826
MX W479 6739 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623
MX W479 6741 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.755
MX W479 6772 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.584 MX W479 6775 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.700
MX W479 6790 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509
MX W479 6791 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.578
MX W479 6792 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675
MX W479 6793 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.516
MX W479 6813 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.743
MX W479 6814 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.559
MX W479 6815 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507
MX W479 6816 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.542
MX W479 6819 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.689
MX W479 6824 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 6834 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.718
MX W479 6835 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.003
MX W479 6836 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.601
MX W479 6837 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 6838 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.700
MX W479 6845 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.669
MX W479 6869 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506
MX W479 6931 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526 MX W479 6932 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.618
MX W479 6934 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 6937 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 6955 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.561
MX W479 6956 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.272
MX W479 6959 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594
MX W479 6960 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.192
MX W479 6961 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.749
MX W479 6986 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554
MX W479 7004 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.605
MX W479 7005 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.849
MX W479 7006 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.708 MX W479 7052 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.533
MX W479 7078 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.513
MX W479 7081 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509
MX W479 7082 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.564
MX W479 7135 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518
MX W479 7171 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.584
MX W479 7173 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.544
MX W479 7174 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.638
MX W479 7175 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.569
MX W479 7177 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 7195 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.057
More Than 999 Warning Messages Found. See ERRORFIL Output for the Remainder.

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants
NOTICE OF INTENT
Geneva Rock Products
Proposed Mona, Utah Facility
Geneva Rock Product

Prepared By:

Linda Conger
Otto AhChing

TRINITY CONSULTANTS
4525 South Wasatch Blvd., Suite 100
Salt Lake City, Utah 84124

October 2023

Project 224501.0094

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants i
TABLE OF CONTENTS
1.0 INTRODUCTION 1-1 
1.1 Facility Description ..................................................................................................... 1-1 
2.0 SOURCE DESCRIPTION 2-1 
2.1 Aggregate Operations ................................................................................................. 2-1 
2.2 Concrete Plant ............................................................................................................ 2-1 
2.3 Hot Mix Asphalt Plant ................................................................................................. 2-1 
2.4 Wash Plant .................................................................................................................. 2-2 
2.5 Storage Piles and Mining Area .................................................................................... 2-2 
2.6 Unpaved and Paved Roads .......................................................................................... 2-2 
2.7 Heavy Duty Construction Equipment .......................................................................... 2-3 
2.8 Storage Tanks ............................................................................................................. 2-3 
2.9 Schedule ..................................................................................................................... 2-3 
3.0 AIR EMISSIONS 3-1 
4.0 BEST AVAILABLE CONTROL TECHNOLOGY 4-1 
4.1 BACT for Material Handling ......................................................................................... 4-1 
4.1.1 BACT for PM10/PM2.5 .................................................................................................. 4-1 
4.2 BACT for Concrete Plant .............................................................................................. 4-2 
4.2.1 BACT for PM10/PM2.5 .................................................................................................. 4-2 
4.3 BACT for Hot Mix Asphalt Plant Dryer ......................................................................... 4-2 
4.3.1 BACT for NOx, VOC, CO, SO2, and HAP ....................................................................... 4-2 
4.3.2 BACT for PM10/PM2.5 .................................................................................................. 4-3 
4.4 BACT for Lime Silo ....................................................................................................... 4-3 
4.4.1 BACT for PM10/PM2.5 .................................................................................................. 4-3 
4.5 BACT for Loader, Bulldozer, and Haul Truck Operations ............................................. 4-3 
4.5.1 BACT for PM10/PM2.5 .................................................................................................. 4-3 
4.6 BACT for Exposed or Disturbed Area ........................................................................... 4-4 
4.6.1 BACT for PM10/PM2.5 .................................................................................................. 4-4 
4.7 BACT for Storage Piles ................................................................................................ 4-5 
4.7.1 BACT for PM10/PM2.5 ............................................................................................... 4-5 
4.8 BACT from Above Ground Storage Tanks .................................................................... 4-5 
4.8.1 BACT for VOC and HAPs ............................................................................................ 4-6 
5.0 REGULATORY REVIEW 5-1 
5.1 R307-101 General Requirements ............................................................................... 5-1 
5.2 R307-102 General Requirements: Broadly Applicable Requirements ........................ 5-1 
5.3 R307-107 General Requirements: Breakdowns .......................................................... 5-2 
5.4 R307-130 General Penalty Policy ............................................................................... 5-2 
5.5 R307-150 Emission Inventories .................................................................................. 5-3 
5.6 R307-165 Stack Testing .............................................................................................. 5-4 
5.7 R307-201 Emission Standards: General Emission Standards ..................................... 5-4 
5.8 R307-203 Emission Standards: Sulfur Content of Fuels ............................................. 5-5 
5.9 R307-205 Emission Standards: Fugitive Emissions and Fugitive Dust ....................... 5-6 
5.10 R307-210 Standards of Performance for New Stationary Sources ............................. 5-7 
5.11 R307-214 National Emissions Standards for Hazardous Air Pollutants ...................... 5-7 

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants ii
5.12 R307-401 Permit: New and Modified Sources ............................................................ 5-8 
5.13 R307-410 Permits Emissions Impact Analysis ............................................................ 5-8 
6.0 DISPERSION MODELING 6-1 
6.1 Dispersion Modeling Methodology .............................................................................. 6-1 
6.2 Model Selection ........................................................................................................... 6-1 
6.3 Meteorological Data .................................................................................................... 6-2 
6.4 Treatment of Calms or Near-Calms ............................................................................. 6-2 
6.5 Surface Characteristics ............................................................................................... 6-3 
6.6 Regional Description ................................................................................................... 6-3 
6.7 Terrain Data ................................................................................................................ 6-3 
6.8 Building Downwash .................................................................................................... 6-3 
6.9 Receptor Grid .............................................................................................................. 6-3 
6.10 Model Options ............................................................................................................. 6-5 
6.11 Source Parameters ...................................................................................................... 6-5 
6.12 Background Concentrations ........................................................................................ 6-6 
6.13 Near-Field Dispersion Modeling Results for PM10 ....................................................... 6-6 
6.14 Near-Field Dispersion Modeling Results – Formaldehyde ........................................... 6-8 
APPENDIX A. POTENTIAL TO EMIT CALCULATIONS A-1 
APPENDIX B. MODELING PARAMETERS B-2 
APPENDIX C. DISPERSION MODELING RESULTS C-1

LIST OF FIGURES
Figure 1.1 Location of Geneva Rock Products Mona, Utah Facility 1-2 
Figure 1.2 Current Aggregate and Hot Mix Asphalt Operations at Mona Site 1-2 
Figure 1.3 Facility Layout and Locations of Hot Mix Asphalt, Concrete Plant, Wash Plant, and Southern
Aggregate Emission Sources 1-3 
Figure 1.4 Facility Layout and Locations of Aggregate Operations 1-3 
Figure 6.1 Windrose for Mona, Utah (2001-2002) 6-2 
Figure 6.2 GRP Mona Receptor Grid 6-4 
Figure 6.3 GRP Mona 24-hour PM10 NAAQS Analysis Isopleth Plot 6-8 
Figure 6.5 GRP Mona Formaldehyde Isopleth Plot 6-9

LIST OF TABLES
Table 3-1 Potential to Emit Emissions from Geneva Rock Products Mona, Utah Facility 3-1 

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants iii
Table 4-1 Paved and Unpaved Road Control Efficiencies 4-4 
Table 6-1 Dispersion Modeling Thresholds and Controlled Emission Increases 6-1 
Table 6-2 Procedures Used for Estimating Lateral and Initial Vertical Dimensions for Volume and Line
Sources 6-5 
Table 6-3 Lindon, Utah Monthly Background Concentrations 6-6 
Table 6-4 Modeled Maximum Near-Field Pollutant Concentrations for GRP Mona – SIL Analysis 6-7 
Table 6-5 Modeled Maximum Near-Field Pollutant Concentrations for GRP Mona – NAAQS Analysis 6-7 

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants 1-1
1.0 INTRODUCTION
Trinity Consultants (Trinity) was retained by Geneva Rock Products (GRP) to prepare a Notice of Intent for a
new asphalt, concrete, and aggregate facility in Mona, Utah. At this facility, GRP is proposing: (1) Hot Mix
Asphalt (HMA) Plant with a production limit of 500,000 tons per year (TPY); (2) a truck mix that be converted
to a 12-cubic yard central mix concrete batch plant with a production limit of 300,000 cubic yards per year;
(3) aggregate operations at a production rate of 1,000,000 TPY; and (4) various fuel and asphalt cement oil
storage tanks. Aggregate and hot mix asphalt operations are currently being conducted at the site under a
temporary permit.

Any correspondence or communication regarding this NOI should be directed to:

Mr. Grant Ensign
Environmental Specialist
Clyde Companies
730 North 1500 West
Orem, Utah 84057
801-802-6954 (office)
801-633-7830 (mobile)
[e-mail]

The SIC code for ready-mix concrete is 3273; 1442 for construction sand & gravel; and 2951 for asphalt
paving mixtures and blocks.

1.1 Facility Description

The proposed GRP Mona facility will be located approximately 1.5 miles northeast of Mona, Utah. Juab County
is in attainment of the National Ambient Air Quality Standards (NAAQS) for particulate matter less than 2.5
microns (PM2.5), 8-hour ozone (O3), particulate matter less than or equal to 10 microns (PM10), carbon
monoxide (CO), sulfur dioxide (SO2), and nitrogen dioxide (NO2). The Facility is considered a minor source for
both criteria and hazardous air pollutants (HAPs).

The Universal Transverse Mercator (UTM) coordinates of the GRP Mona facility are 429,887 meters (m) east
and 4,408,585 m north at an elevation of approximately 4,060 feet. Figure 1.1 presents a Google Earth image
showing the location of the Mona facility in relation to Mona, Utah. Figure 1.2 shows the location of current
aggregate and hot mix asphalt operations at the site. Figures 1.3 and 1.4 present the facility layout with
property boundary and proposed locations of emission sources. The red line indicates the section of the
property where operations will be performed.

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants 1-2
Figure 1.1 Location of Geneva Rock Products Mona, Utah Facility

Figure 1.2 Current Aggregate and Hot Mix Asphalt Operations at Mona Site

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants 1-3

Figure 1.3 Facility Layout and Locations of Hot Mix Asphalt, Concrete Plant, Wash Plant, and
Southern Aggregate Emission Sources

Figure 1.4 Facility Layout and Locations of Aggregate Operations

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants 2-1
2.0 SOURCE DESCRIPTION
The following sections describe the operations and emission sources at the proposed Mona, Utah facility.
2.1 Aggregate Operations

The proposed production rate of aggregate sand and gravel operations at the Mona site is 1,000,000 TPY.
The proposed equipment at the site includes two (2) crushers with a feed rate of 1,000 tons per hour (TPH),
two (2) crushers with a feed rate of 600 TPH, and two (2) crushers with a feed rate of 600 TPH, six (6) triple
deck screens with a maximum size of 20 feet by 30 feet, 15 conveyor transfers, four (4) aggregate feeder
bins, and one wash plant. On-site roads will be paved and unpaved. The active mining area is 25 acres. There
will be 15 acres of stockpiles. Four (4) diesel storage tanks with a 12,000-gallon capacity each and a maximum
annual throughput of 288,000 gallons will be associated with the aggregate operations.
2.2 Concrete Plant

Concrete is made by combining sand, aggregate, Portland cement and/or flyash, and water. Small amounts
of supplementary materials are sometimes added to reduce cost, reduce permeability by liquids, increase
strength, alter color, alter concrete viscosity, retard or accelerate setting time, entrain air, or reduce water
requirements. Concrete batch plants put these components together in the desired proportions. The solid
components are gravity feed from bins through a weigh hopper. In a truck mix operation, as is initially
proposed at Mona, the dry components are dropped into mixer trucks (in–transit mixers), water is added
volumetrically, and the concrete is mixed on the way to the place where the concrete is to be used. Eventually,
the truck mix plant may be converted to a 12-cubic yard central mix plant.

The 150 cubic yards per hour (yd3/hr) or 300,000 cubic yards per year concrete plant will consist of: one (1)
60-ton cement supplement (flyash) silo with dust collector; two (2) 80-ton cement storage silos with dust
collectors; 9.9 MMbtu hot water heater; weigh batcher; conveyors; and other miscellaneous equipment.
Approximately 73,650 tons of cement and 11,000 tons of flyash be transported to the plant by truck and
stored in silos adjacent to the plant. Aggregate is loaded into the plant hopper where the cement, cement
supplement, aggregate, and water are loaded into concrete trucks, mixed, and transported offsite. All
aggregate will be stored in enclosed storage silos that are fed from a drive over a grizzly feeder. The batch
plant will be completely enclosed.
2.3 Hot Mix Asphalt Plant

At the proposed Mona operation, HMA paving material will be manufactured by a drum-mix asphalt plant
having a capacity of 425 TPH with a maximum of 500,000 TPY of finished asphalt. The asphalt plant consists
of a drum mix dryer, a fabric filter baghouse, and a 200-ton lime silo with dust collector. Liquid asphalt is
transported to the site which will be stored in storage tanks located near the asphalt plant. A 5.0 MMBtu/hr
diesel-fired heater will be used to heat the asphalt oil.

Processed and sized aggregate products from the Aggregate Plant will be stockpiled near the HMA Plant and
are then transferred by a wheel loader into feeder bins. The feeder bins meter desired proportions of the
various products onto a transfer conveyor, which transfers the combined aggregate products through a
scalping screen onto a transfer conveyor. The scalping screen removes only grossly oversized aggregate
particles or agglomerations which allows almost all the material to pass through it onto the transfer conveyor.

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants 2-2
The transfer conveyor transports the aggregate to a lime pugmill system which can either be used to mix the
aggregate with a metered quantity of hydrated lime or that can be bypassed when not needed. A second
transfer conveyor weighs the aggregate as it is conveyed from the lime pugmill system to the drum mixer.
The hydrated lime is pneumatically transferred from the delivery vehicles into the lime storage silo using
compressed air. The lime silo is vented to the atmosphere through a baghouse or small filter enclosure to
allow the compressed air to escape while preventing discharge of hydrated lime into the atmosphere. The 150
MMBtu/hr drum mixer heats and dries the aggregate and mixes the hot aggregates and baghouse fines
returned from the baghouse. The drum mixer burner will be fired with burner fuel, which is either recycled
fuel oil, diesel, propane, or natural gas where recycled fuel oil (RFO) most closely resembles #5 fuel oil.

The exhaust gases and airborne dust from the heating and drying process are evacuated from the drum mixer
through ducting to the baghouse. The larger particles are removed from the gas stream in a knockout box
and are fed with gravity through a closed system back into the recycle collar of the drum mixer. The dust that
accumulates on the filter media in the baghouse is periodically removed from the filter media and conveyed
through enclosed augers back to the recycle collar on the dryer drum. The HMA is discharged from the drum
mixer into an enclosed drag slat conveyor that transports the mixture to the top of the storage silos where it is
stored and discharged into haul vehicles.

2.4 Wash Plant

Material to be processed at the Wash Plant will be conveyed from the Aggregate Plant into a feeder. The
material is split by volume (50/50) onto transfer conveyors. The transfer conveyors each feed to one of four
log washers where the material is washed followed by dewatering. Four (4) log washers send fine material to
the washer clarifier where it is stacked as cyclone sand. The remaining material is discharged to triple deck
wet screens.

Material is sized by the triple-deck wet screens where material from each screen is conveyed to a different
storage pile. Material that passes through the triple deck screen is conveyed to the classifier where material
is discharged into two screw washers or the clarifier. The screw washers wash and dewater the material
before it is stacked stockpiled. The proposed amount of material to be washed is 1,000,000 TPY.

2.5 Storage Piles and Mining Area

Storage piles associated with aggregate operations, concrete and asphalt plants will occupy 15 acres. 25 acres
is proposed at the Mona site for active mining operations.
2.6 Unpaved and Paved Roads

Haul trucks with a capacity of 22 tons will be utilized at the Mona site for the HMA and aggregate operations.
Concrete trucks will have a capacity of 29 tons with an average weight of 40.5 tons. The entire length of the
road to the HMA plant will be paved, watered and vacuum swept. The first 550 feet of the road to the
aggregate/wash plant/concrete plant will be paved, watered and vacuum sweeping. The remaining roads will
be unpaved with low silt content road base, watered, and chemical suppressants to minimize fugitive dust
emissions. The round-trip haul road distances to the HMA and Concrete Batch Plants were estimated to be
0.61 miles and 0.48 miles, respectively. The round-trip haul road distance to the Wash Plant was estimated
to be 0.51 miles and the round-trip haul road distance for aggregate operations was estimated to be 1.05
miles.

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants 2-3
2.7 Heavy Duty Construction Equipment

Three (3) 9-yard loaders, one for each operation (aggregate, concrete, and asphalt) will be used at the Mona
site. One dozer will also be present onsite.

2.8 Storage Tanks

Four (4) 12,000-gallon horizontal diesel fuel, one (1) 50,000-gallon RFO, two (2) 60,000-gallon asphalt oil,
one (1) 30,000-gallon asphalt oil, one (1) 35,000-gallon asphalt oil (portable), one (1) 25,000-gallon asphalt
oil (portable), one (1) 250,000-gallon asphalt oil tanks, and (1) 4,000-ton asphalt oil tank are proposed to be
at the site.

2.9 Schedule

Operations at the aggregate plant are proposed to be 7 days per week, and 24 hours per day, except during
the winter months (December 1 - March 1) where the operations will take place between 06:00 AM – 11:00
PM only, 7 days per week. Total operation for aggregate operation is proposed to be 8,130 hours per year.
Operation of the HMA, Concrete, and Wash Plants is proposed to be 7 days per week, 24 hours per day, or
8,760 hours per year.

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants 3-1
3.0 AIR EMISSIONS
The Geneva Rock Products Mona facility will generate criteria, hazardous air pollutant (HAP), and greenhouse
gas (GHG) emissions. Criteria pollutant emissions include PM10 and PM2.5 (particulate matter with aerodynamic
diameters less than or equal to 10 micrometers and 2.5 micrometers respectively), volatile organic compounds
(VOCs), nitrogen oxides (NOx), sulfur oxides (SOx), and carbon monoxide (CO). HAPs, as presented in Section
112 of the Clean Air Act, were derived for applicable sources and pollutants. Greenhouse gas (GHG) emissions
will also be emitted from the combustion of fossil fuels and mass and CO2e estimates are presented in the
NOI.

Potential to emit (PTE) emission estimates were developed for the proposed changes at the Mona facility.
These emission estimates are based on EPA guidance as published in Compilation of Air Pollution Emission
Factors, Volume I: Stationary Point and Area Sources or AP-42, fuel type, material throughput, and anticipated
operating hours. A summary of Mona PTE controlled emissions in tons per year is presented in Table 3-1.
PTE emission calculations are presented in Appendix A.
Table 3-1 Potential to Emit Emissions from Geneva Rock Products Mona, Utah Facility
Pollutant
Projected
Facility-Wide
PTE Emissions
(tons/year)
NOx 23.07
VOC 12.74
CO 35.49
SO2 14.60
PM10 38.77
PM2.5 5.64
CO2e 10432.6
HAPs 2.88

3.1 Aggregate Operations

Fugitive emissions for aggregate operations are generally controlled by residual moisture content or by water
sprays as necessary for feeders, conveyor drop points, screens, and crushers. Operations for washing
aggregate have reduced fugitive emissions because the processed material is saturated. Haul vehicle traffic
on unpaved roads and front-end loader operation areas are controlled by wet suppression. Ripping and dozing,
feeding, stockpiling, and load-out of materials generally rely on residual moisture content for fugitive emission
control.

Hourly PM10 and PM2.5 emissions for feeders, conveyors, drop points, screens, and crushers were derived from
AP-42, Section 11.19, Crushed Stone Processing and Pulverized Mineral Processing, August 2004, Table
11.19.2-2 and an annual throughput of 1,000,000 TPY. Crushing emissions were based on the proposed
throughput of 1,000,000 TPY and 1,000 TPH for two crushers and 600 TPH for the other four crushers.
PM10/PM2.5 emissions from the aggregate operations will be controlled through wet suppression.

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants 3-2
PM10/PM2.5 emissions from storage piles were based on AP-42, Section 11.9, Western Surface Coal Mining,
Table 11.9-4 and 15 acres. Per the Utah Division of Air Quality (UDAQ), a 50% control factor was applied
through wet suppression. Exposed area emissions were also based on AP-42, Section 11.9, Western Surface
Coal Mining, and 25 acres. A PM2.5/PM10 ratio of 0.15, based on the Midwest Research Institute’s Background
Document for Revisions to Fine Fraction Ratios Used for AP-42 Fugitive Emission Factors, prepared for the
WRAP, was applied to determine PM2.5 emissions. Fugitive emissions from loader and conveyor operations are
based on Table 11.19.2-2 and a throughput of 1,000,000 TPY and 1,000 TPH. Fugitive emissions from dozer
operations are based AP-42, Section 11.9, Western Surface Coal Mining.

3.2 Concrete Plant

Concrete batch plants emit particulate matter (PM) and any toxic metals contained in the particulate matter.
PM emissions result from moving sand and aggregate from the piles to the feed bins, loading the sand,
aggregate, and cementitious material bins and silos, and from loading the concrete trucks (in-transit mixing).
Each of these activities generates PM. Most of the PM is larger than 10 microns in aerodynamic diameter.
About 14% by weight of the PM is Portland cement.

Concrete plant emissions were derived from emission factors presented in AP-42, Section 11.12 Concrete
Batching, Table 11.12-2. Since GRP wants the option to have either a truck mix or central mix batch plant
operations, emissions were based on the emission factors for truck-mix which were more conservative.
Emissions were based on the projected maximum annual throughput of 300,000 cubic yards per year and
8,760 proposed operating hours. A 98% control efficiency was assumed for PM10/PM2.5 and HAP emissions
since the concrete batch plant will be enclosed with all emissions controlled through a baghouse.

3.3 Asphalt Plant

Criteria, HAP, and GHG emissions for the new asphalt plant were derived using equipment information
provided by GRP and emission factors as found in AP-42, Section 11.1 Hot Mix Asphalt Plants. The asphalt
plant is proposed to be fueled on RFO, diesel, natural gas, or propane.

Emissions for the dryer were based on the emission factors found in AP-42, Section 11.1 Drum Mix, Tables
11.1-3, 11.1-4, 11.1-7, 11.1-8, and 11.1-10 based on fabric filter usage for the control device, fuel type,
aggregate throughput, and hours of operation. Emissions from the dryer were estimated based on waste oil
with an hourly maximum throughput of 425 tons with a maximum annual throughput of 500,000 tons per
year. Particulate emissions from the dryer will be controlled using a primary collector and a baghouse.

3.4 Hot Water and Hot Oil Heaters

A 9.9 MMBtu/hr hot water heater is proposed at the Concrete plant and will be fueled by diesel, propane, or
natural gas. A hot oil heater rated at 5.0 MMBtu/hr and fueled by diesel will be operated at the asphalt plant.
Emissions from the proposed hot water and hot oil heaters were based on AP-42, Section 1.3, Fuel Oil
Combustion based on fuel type, equipment rating, amount of fuel consumed, and 8,760 operating hours.

3.5 Wash Plant

Wash plant PM10/PM2.5 emissions were based on AP-42, Section 11.19.2, and a production rate of 1,000,000
TPY. As part of the normal washing process, aggregate material is fully saturated and PM10/PM2.5 emissions
are assumed to be zero.

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3.6 Unpaved Roads

PM10 and PM2.5 unpaved road emissions from increased aggregate production were based AP-42, Section
13.2.2, Unpaved Roads and an 85% control efficiency through frequent watering and chemical suppressants
per UDAQ’s January 12, 2015 memo, Emission Factors for Paved and Unpaved Haul Roads. Emissions were
projected based on the plant road layouts, vehicle weights, hauling capacity, and increased aggregate plant
throughput.
3.7 Paved Roads

PM10 and PM2.5 paved road emissions were based AP-42, Section 13.2.2, Unpaved Roads and a 95% control
efficiency through frequent vacuum sweeping and watering of pavement as per UDAQ’s January 12, 2015
memo, Emission Factors for Paved and Unpaved Haul Roads. Emissions were projected based on the plant
road layouts, vehicle weights, and hauling capacity.
3.8 Storage Tanks

Storage tank emission calculations were based on AP-42 Section 7.1, Organic Liquid Storage Tanks June 2020.
Diesel and asphalt cement will be stored in fixed roof tanks. Emissions from fixed roof tanks are caused by
changes in temperature, pressure, and liquid level.

Four (4) 12,000-gallon diesel storage tanks, and two (2) 25,000 gallon, one (1) 30,000 gallon, one (1) 35,000
gallon, two (2) 60,000-gallon asphalt cement oil tanks, (1) 4,000-ton asphalt cement oil tank, and one (1)
60,000-gallon RFO tank are proposed to be installed at the site. The liquid bulk temperature of the asphalt
cement was assumed to be 325˚F.

The VOC emissions from the proposed storage tanks were estimated to be 0.46 tons per year. VOC emissions
from the proposed AC tanks will not be controlled with add-on control equipment due to the low vapor pressure
of the products stored.

CO emissions, based on AP-42, Section 11.1, Hot Mix Asphalt Plants from the proposed asphalt storage tanks
were estimated to be 0.031 tons.

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4.0 BEST AVAILABLE CONTROL TECHNOLOGY
Per Utah Air Rules R307-400, best available control technology (BACT) is defined as an emissions limitation
(including a visible emissions standard) based on the maximum degree of reduction for each air contaminant
which would be emitted from any proposed stationary source or modification which the director, on a case-
by-case basis, taking into account energy, environmental, and economic impacts and other costs, determines
is achievable for such source or modification through application of production processes or available methods,
systems, and techniques, including fuel cleaning or treatment or innovative fuel combustion techniques for
control of such pollutant. BACT analyses for the emissions from the proposed equipment at the Mona Facility
are discussed in the following sections.

4.1 BACT for Material Handling

Fugitive particulate (PM10/PM2.5) emissions will be emitted from the material handling processes which includes
crushing, screening, conveying, and transfer of aggregate material.
4.1.1 BACT for PM10/PM2.5
Five control technologies were identified for particulate control. These are: (1) total equipment enclosure; (2)
Electrostatic Precipitator (ESP); (3) Wet Scrubbers; (4) Baghouses (Fabric Filters), and (5) Wet Suppression.
Cyclones were not considered. a control technology for material handling since a cyclone does not remove
fine particulate matter.

Total enclosure of the equipment provides the highest percentage of control at 100%; ESP’s and baghouses
typically reduce PM10 and PM2.5 emissions by up to 99.9%. Wet scrubbers offer approximately 95% control
and wet suppression offers approximately 75% control.

Because the emissions from crushing, screening, conveying, and transfer points are fugitive in nature, wet
scrubbers, ESPs, and baghouses are eliminated from the BACT analysis. ESP’s and wet scrubbers were
eliminated from review since these emission control technologies are either infeasible in a temperature
variable outdoor environment, due to cost, or because they are not considered effective for fugitive control
for aggregate operations. Although the emissions from the crushers could be captured and vented to a
baghouse (fabric filters), this option was determined to be economically infeasible due to the cost of the
ducting and capture system.

Wet suppression using water sprays nozzles or fog bars are effective in minimizing emissions from crushing,
screening, conveying, and transfer points. The most common control technology used to control fugitive PM10
and PM2.5 is the application of water to maintain moisture throughout the material handling process and to
meet the required State of Utah opacity limits.

Wet suppression will be employed on the crushers, screens, and conveyor transfer points. Spray systems at
transfer points have been estimated to reduce PM emissions by 70 to 95%. Factors affecting emissions from
screening include the stone size distribution and the surface moisture content of the stone processed as well
as the process throughput rate. The Mona facility will apply water as necessary to maintain relatively high
material moisture content to effectively control PM emissions from material crushing, screening, conveying,
and transfer points. The material at the wash plant will be saturated with water. Therefore, the application of
water for material handling operations is considered to meet BACT.

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4.2 BACT for Concrete Plant

Loading the sand, aggregate, flyash, and cementitious into material bins and silos cause PM emissions at the
top of the bins and may best be characterized as point emission sources. Loading the concrete trucks (in-
transit mixing) has properties of both fugitive and point sources. PM emissions from the concrete plant
operations are in the PM10 or larger range.
4.2.1 BACT for PM10/PM2.5
The following control technologies were identified for controlling PM emissions at a concrete plant: (1) Dry
material storage silos with fabric filters; (2) Aggregate storage piles and handling operations with water
sprays; (3) truck filling with enclosed drop chutes; and (4) enclosure of concrete plant within structure.

At the Mona facility, GRP is proposing to enclose the cement plant in a four-sided structure and capture PM
emissions which will be vented to a baghouse that is at least 98% effective in removing PM10/PM2.5. Dust
collectors are also proposed on all dry material storage silo vents. Drop chutes will be enclosed for truck
fillings. These controls represent BACT for PM10/PM2.5 emissions from the proposed concrete plant.

4.3 BACT for Hot Mix Asphalt Plant Dryer

The dryer operations are the main source of pollution at the proposed hot mix asphalt plant. Combustion
emissions from the dryer include products of complete and incomplete combustion. Products of complete
combustion include oxides of nitrogen (NOx) and, if sulfur is present in the fuel, sulfur dioxide (SO2) and other
substances such as carbon dioxide (CO2) and water. Products of incomplete combustion include carbon
monoxide (CO), volatile organic compounds (VOCs) (including benzene, toluene, and xylenes), and other
organic particulate matter. The drum dryer at the Mona facility will be fired by natural gas, propane, diesel,
or RFO.
4.3.1 BACT for NOx, VOC, CO, SO2, and HAP

For the drum dryer, two control technologies were identified for reduction of criteria combustion and HAP
emissions. These include: (1) work practice requirements of good combustion practice; and (2) use of low
sulfur gaseous fuels.

Incomplete combustion emissions result from improper air and fuel mixtures, such as poor mixing of fuel and
air, inadequate fuel air residence time and temperature, and quenching of the burner flame. Thus, NOx, VOC,
CO, and HAP emissions will be reduced by ensuring good combustion practices are utilized which include
periodic dryer burner tune-up and proper burner maintenance to increase the efficiency of the burners and
operation of the dryer burner in accordance with manufacturer specifications. In addition, natural gas and
propane are low sulfur fuels which will be utilized on-site along with RFO and diesel. Thus, BACT for minimizing
drum dryer emissions is good combustion practices and use of low sulfur fuels as much as possible.

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4.3.2 BACT for PM10/PM2.5

Emissions from the asphalt plant dryer also include PM10/PM2.5 from the aggregate and a small amount from
fuel combustion. Several add-on technologies were identified for reduction on PM10 and PM2.5 and include: (1)
Cyclones; (2) Multiple cyclones; (3) Settling chambers; (4) Fabric filter baghouses; (5) Wet gas venturi
scrubbers, and (6) good combustion practices.

Venturi wet gas scrubber and fabric filter baghouses are most efficient in reducing PM10/PM2.5 emissions with
control efficiencies ranging from 90 - 99.5%. Multiple cyclones have a control efficiency of approximately
90%, and cyclones have a control efficiency from 50 to 75%. Settling chambers are least efficient with a
control efficiency of less than 50%.

For the proposed asphalt plant dryer at Mona, PM10/PM2.5 emissions will be controlled using a fabric filter
baghouse with a control efficiency of 98% or greater. In addition, GRP will maintain the HMA plant in good
working order and will utilize good combustion practices. All these proposed controls represent BACT for
PM10/PM2.5 emissions from the proposed Mona HMA plant dryer.

4.4 BACT for Lime Silo

Lime to be used in the HMA process will be stored in enclosed bins. PM10 and PM2.5 emissions are anticipated
from lime handling.
4.4.1 BACT for PM10/PM2.5

The only control technology to reduce particulate emissions from lime handling was the installation and
operation of fabric filters on dust collectors. Dust collectors are proposed to be utilized on the lime silos at the
Mona facility. The control efficiency of fabric filters on dust collectors is 99%. This represents BACT for
minimizing PM10/PM2.5 emissions from lime silos.

4.5 BACT for Loader, Bulldozer, and Haul Truck Operations

Loader, bulldozer, and haul truck operations will create fugitive PM10 and PM2.5 emissions.
4.5.1 BACT for PM10/PM2.5

Three front end loaders will be used to transport and load material at the site. A bulldozer will be utilized to
move and smooth overburden. The factors that affect PM10 and PM2.5 emissions include the amount and size
of material being transported, moisture content of the material, and climatic/seasonal conditions.

Several control technologies were identified to minimize particulate emissions from loader and dozer
operations which include water application and minimizing drop distances. Other control technologies to
minimize particulate emissions such as electrostatic precipitators, fabric filter baghouses, wet scrubbers, and
cyclones are not feasible for use in such a dynamic environment as loading operations to storage piles, dozing
overburden, conveyors, haul trucks, etc. Thus, electrostatic precipitators, fabric filter baghouses, wet
scrubbers, and cyclones were determined to be technically infeasible.

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For unpaved areas where the loaders, bulldozers, and haul trucks will be operating, control technologies
include watering, application of chemical dust suppressants, and use of a low silt content road base. The
unpaved road control options, presented in Table 4-1, are ranked in order of efficiency. These efficiencies
were obtained from a UDAQ January 12, 2015 Memorandum, Emission factors for Paved and Unpaved Haul
Roads.
Table 4-1 Paved and Unpaved Road Control Efficiencies
Control Control Efficiency
(%)
Paved road surface with vacuum sweeping and watering 95
Paved road with sweeping and watering 90
Chemical Suppressant and Watering 85
Basic Watering and Low Silt Content Road Base 75
Basic Watering 70

Paving followed by vacuuming sweeping and water has the highest control efficiency of 95%. Paved road
followed by sweeping and water has a control efficiency of 90%. Paving, however, costs on average $500,000
per mile1 which makes it economically infeasible to pave all roads on-site since road locations at the site will
change due to the location of aggregate activities. The section of roadway from the entrance of the Mona
facility to the HMA plant will be paved. This section of pavement will be vacuum swept and watered which
represents BACT with a 95% control efficiency for paved road segments.

Studies have shown that on heavily traveled unpaved roads, chemical suppression methods are as effective
as watering at regular intervals. Based on information from the UDAQ, basic watering and the use of low silt
content road base will reduce PM10 and PM2.5 emissions on unpaved roads by 85%. Thus, road base, chemical
suppressants and water applications are proposed to be utilized at the Mona facility to suppress PM10 and
PM2.5 emissions from unpaved roads which is considered BACT.

4.6 BACT for Exposed or Disturbed Area

Fugitive particulate (PM10/PM2.5) emissions will be emitted from exposed or disturbed areas.
4.6.1 BACT for PM10/PM2.5

During the mining process, stripped overburden, or graded overburden from initial removal until when
vegetation starts to grow has the potential to emit fugitive PM10 and PM2.5 from wind and dry climatic
conditions. For exposed or disturbed areas, the following control options were identified: (1) watering exposed
areas, (2) minimal disturbance of the area, and (3) planting vegetation.

Watering large, exposed areas is technically not feasible in an arid climate such as GRP’s Mona facility due to
the size of the exposed area, which at proposed at 25 acres. Copious amounts of water and a several water
trucks would be required to maintain the exposed and disturbed areas with enough moisture to suppress
fugitive dust emissions.

1 https://documents.deq.utah.gov/air-quality/pm25-serious-sip/DAQ-2018-007161.pdf

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Minimally disturbing the area will minimize emissions by reducing the availability of smaller particulate matter
at the surface. Planting vegetation on exposed or disturbed areas that is not quickly reclaimed can also reduce
particulate emissions. According to an article published in 2016 by Phatak titled “A Detailed Look at the Cost
of Hydroseeding”, the cost to hydro-seed can cost overall $3,000 per acre. For GRP to hydro-seed just 25
acres, the cost would be over $75,000 which is burdensome for the company. Thus, planting vegetation to
reduce particulate emissions from exposed or disturbed areas was not considered further.

The remaining control option, minimal disturbance of the area, will be employed by GRP at Mona. Minimal
disturbance will help reduce fugitive particulate emissions and will give time for natural vegetation to grow
which will further reduce emissions. This option is considered BACT for exposed and disturbed areas.

4.7 BACT for Storage Piles
Fugitive particulate (PM10/PM2.5) emissions will be emitted from the outdoor storage piles from material loading
and unloading as well as wind.
4.7.1 BACT for PM10/PM2.5
Three control options were identified for controlling PM10 and PM2.5 emissions from storage piles. They are:
(1) water sprays; (2) full enclosure; and (3) partial enclosure.

Full enclosure of piles, the most effective control option, is typically used at coal processing plants where the
coal needs to be kept dry. These enclosures are usually for piles smaller than what is typically at aggregate
operations. The Mona site will have up to 15 acres of storage piles throughout the property. It is practically
not feasible at aggregate, sand, or gravel operations to enclose the piles due to cost and the dynamic nature
and the location change of mining operations.

Partial enclosures are easier to implement but are still costly and to maintain a required opacity limit, water
sprays are still needed. In very windy areas, barriers can be installed to reduce the impact of wind on storage
piles.

Water systems are designed to spray storage piles. These systems are relatively inexpensive and can be
modified to maintain the UDAQ required opacity limit. The DAQ assumes a 50% control efficiency of fugitive
emissions when water sprays are utilized to maintain an opacity limit. This control technology is commonly
implemented on storage piles.

Thus, GRP will maintain water systems to reduce PM10 and PM2.5 emissions from aggregate, gravel, or sand
storage piles. The use of these water spray systems is considered BACT.

4.8 BACT from Above Ground Storage Tanks

VOC and HAP emissions will be emitted from above ground storage tanks.

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4.8.1 BACT for VOC and HAPs

Four (4) horizontal diesel, seven (7) above-ground fixed roof asphalt cement oil, and one (1) RFO storage
tanks are proposed at the Mona facility. Floating roof tanks are commonly used for storing crude oil, gasoline,
and naphtha. Internal floating roofs are most often used for storing low flash point fuels while external floating
roofs are used for medium flash point fuels. Fixed roof tanks are most often used for high flash point fuels
like diesel, kerosene, jet fuel, fuel oils, and asphalt cement.

There are two general types of atmospheric storage tanks: fixed roof tanks and floating roof tanks. There are
three types of floating roof tanks: external floating roof, internal floating roof, and covered or domed floating
roof. Emissions from storage tanks result from displacement of headspace vapor during filling operations
(working losses) in the case of fixed roof or internal floating roof tanks, and from diurnal temperature and
heating variations (breathing losses). Lower vapor pressure liquids such as heating oils, diesel, and kerosene
are stored in fixed roof tanks. Typically, filling losses constitute 80-90% of the total losses for fixed roof tanks.

Crude oils and lighter products such as gasoline are stored in floating roof tanks. Most of the emissions from
floating roof tanks are due to standing losses. Compliance options for VOC emission controls on these tanks
includes using a fixed roof with an internal floating roof or an external floating roof meeting certain design
specification and/or using a closed-vent system and control device that meet the requirements of 40 CFR Part
60 Subpart Kb.

Asphalt is produced in refinery distillation towers and solvent extraction units and is typically stored in fixed
roof tanks due to its low volatility.

The proposed aboveground storage tanks have the potential to create VOCs and HAPs resulting from
evaporative losses during storage, filling and emptying.

Two add-on control technologies as well as best management practices were identified to reduce VOC
emissions from fixed roof diesel and asphalt cement tanks. These include:

► Carbon adsorption
► Incinerator
► Best Management Practices

Both carbon adsorption and incineration are effective control technologies having greater 95% and 98%
control efficiencies. Best management practices are considered the baseline for controlling VOC emissions
from fixed roof tanks.

Vapor losses from fixed roof vertical tanks are primarily due to changes in the atmospheric temperature and
pressure as well as liquid level changes inside the tank. Due to the low volatility of the products to be stored,
GRP is proposing fixed roof diesel, asphalt cement, and RFO storage tanks with no additional add on vapor
recovery technology.

The cost of a vapor control system is a function of the vapor flow rate to the system. The flow rate is controlled
by the rate at which liquids are pumped into the tank. The volume of VOC vapors expected from the proposed
tanks is 0.40 tons. Due to the low volatility of the products being stored, additional emission controls are not
required. Thus, the only control technology identified for the fixed roof tanks is best management practices.

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Best management practices include regular inspection of the tanks and associated piping and reducing
breathing and working losses from the tank. Breathing losses can be by minimizing the vapor space in the
tank. In fixed-roof tanks, breathing losses can account for 10 to 95 percent of total annual emissions. For
fixed-roof tanks, liquid level matters significantly for emission generation: the emptier the tank is, the more
room there is for vapors to build up. However, it’s not until those vapors are pushed outwards with enough
force to pass through the roof vent that these vapors become fugitive emissions.

To prevent breathing losses, the tank head space will be reduced by operating at a full level and constant
rate. Tanks that operate conservation vents at 2.5 psig or higher will often have low breathing losses, or none.
Reducing the number of tank turnovers per year will reduce working loss emissions. Regular inspection of the
above ground storage tank and associated piping for leaks will also reduce VOC emissions.

Thus, BACT for VOC and HAPS from the diesel, asphalt cement, and RFO storage tanks is best management
practices which includes regular inspection of the aboveground storage tanks and associated piping for leaks
and reducing breathing and working losses from the tank.

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5.0 REGULATORY REVIEW
The air quality regulations, codified in Title R307 of the Utah Administrative Code, which are potentially
applicable to this project, are as follows:

► R307-101 - General Requirements.
► R307-102 - General Requirements: Broadly Applicable Requirements.
► R307-107 - General Requirements: Breakdowns.
► R307-130 - General Penalty Policy.
► R307-150 - Emission Inventories.
► R307-165 - Stack Testing.
► R307-201 - General Emission Standards.
► R307-203 - Emission Standards: Sulfur Content of Fuels.
► R307-205 - Emission Standards: Fugitive Emissions and Fugitive Dust.
► R307-210 - Standards of Performance for New Stationary Sources.
► R307-214 - National Emission Standards for Hazardous Pollutants.
► R307-401 - Permit: New and Modified Sources.
► R307-410 - Permits: Emissions Impact Analysis.

5.1 R307-101 General Requirements

Chapter 19‐2 and the rules adopted by the Air Quality Board constitute the basis for control of air pollution
sources in the state. These rules apply and will be enforced throughout the state and are recommended for
adoption in local jurisdictions where environmental specialists are available to cooperate in implementing rule
requirements.

National Ambient Air Quality Standards (NAAQS), National Standards of Performance for New Stationary
Sources (NSPS), National Prevention of Significant Deterioration of Air Quality (PSD) standards, and the
National Emission Standards for Hazardous Air Pollutants (NESHAPS) apply throughout the nation and are
legally enforceable in Utah.

5.2 R307-102 General Requirements: Broadly Applicable Requirements

Emission of air contaminants in sufficient quantities to cause air pollution as defined in R307-101-2 is
prohibited. The State statute provides for penalties up to $50,000/day for violation of State statutes,
regulations, rules or standards. In addition, the owner or operator of any stationary air pollutant source in
Utah shall furnish to the director the periodic reports required under Section 19-2-104(1)(c) and any other
information as the director may deem necessary to determine whether the source is in compliance with Utah
and Federal regulations and standards. The information thus obtained will be correlated with applicable
emission standards or limitations and will be available to the public during normal business hours at the
Division of Air Quality.

Any person submitting information pursuant to these regulations may request that such information be treated
as a trade secret or on a confidential basis, in which case the director shall so treat such information. If no
claim is made at the time of submission, the director may make the information available to the public without
further notice. Information required to be disclosed to the public under State or Federal law may not be
requested to be kept confidential.

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Justification supporting claims of confidentiality shall be provided at the time of submission on the information.
Each page claimed "confidential" shall be marked "confidential business information" by the applicant and the
confidential information on each page shall be clearly specified. Claims of confidentiality for the name and
address of applicants for an approval order will be denied. Confidential information or any other information
or report received by the director shall be available to EPA upon request and the person who submitted the
information shall be notified simultaneously of its release to EPA.

5.3 R307-107 General Requirements: Breakdowns

The breakdown provisions of R307-107 will apply to the Mona facility operations. The owner or operator of a
source shall report breakdowns to the director within 24 hours of the incident via telephone, electronic mail,
fax, or other similar method. A detailed written description of the circumstance including a corrective program
directed at preventing future such incidents, shall be submitted within 14 days of the onset of the incident.

The breakdown incident report shall include the cause and nature of the event, estimated quantity of emissions
(total and excess), time of emissions and any relevant evidence, including, but not limited to, evidence that:

a) There was an equipment malfunction beyond the reasonable control of the owner or operator,
b) The excess emissions could not have been avoided by better operation, maintenance or improved
design of the malfunctioning component,
c) To the maximum extent practicable, the source maintained and operated the air pollution control
equipment and process equipment in a manner consistent with good practice for minimizing emissions,
including minimizing any bypass emissions,
d) Any necessary repairs were made as quickly as practicable, using off-shift labor and overtime as
needed and as possible,
e) All practicable steps were taken to minimize the potential impact of the excess emissions on ambient
air quality, and
f) The excess emissions are not part of a recurring pattern that may have been caused by inadequate
operation or maintenance, or inadequate design of the malfunctioning component.

The burden of proof is on the owner or operator of the source to provide sufficient information to demonstrate
the elements listed above.

5.4 R307-130 General Penalty Policy

This policy provides guidance to the director of the Air Quality Board in negotiating with air pollution sources
penalties for consent agreements to resolve non-compliance situations. It is designed to be used to determine
a reasonable and appropriate penalty for the violations based on the nature and extent of the violations,
consideration of the economic benefit to the sources of non-compliance, and adjustments for specific
circumstances.

Violations are grouped in four general categories based on the potential for harm and the nature and extent
of the violations. Penalty ranges for each category are as follows.

(1) Category A. $7,000 - $10,000 per day;
(2) Category B. $2,000 - $7,000 per day;
(3) Category C. Up to $2,000 per day; and
(4) Category D. Up to $299.

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The amount of the penalty within each category may be adjusted and/or suspended in part based upon the
following factors:

(1) Good faith efforts to comply or lack of good faith. Good faith considers the openness in dealing with the
violations, promptness in correction of problems, and the degree of cooperation with the State to include
accessibility to information and the amount of State effort necessary to bring the source into compliance.
(2) Degree of willfulness and/or negligence. In assessing willfulness and/or negligence, factors to be
considered include how much control the violator had over and the foreseeability of the events constituting
the violation, whether the violator made or could have made reasonable efforts to prevent the violation, and
whether the violator knew of the legal requirements which were violated.
(3) History of compliance or non-compliance. History of non-compliance includes consideration of previous
violations and the resource costs to the State of past and current enforcement actions.
(4) Economic benefit of non-compliance. The amount of economic benefit to the source of non-compliance
would be added to any penalty amount determined under this policy.
(5) Inability to pay. An adjustment downward may be made, or a delayed payment schedule may be used
based on a documented inability of the source to pay.

5.5 R307-150 Emission Inventories

The purpose of Rule R307-150 is:

(a) to establish by rule the time frame, pollutants, and information that sources must include in inventory
submittals; and
(b) to establish consistent reporting requirements for stationary sources in Utah to determine whether sulfur
dioxide emissions remain below the sulfur dioxide milestones established in the State Implementation Plan
for Regional Haze, section XX.E.1.a, incorporated by reference in Section R307-110-28.

The requirements of Rule R307-150 replace any annual inventory reporting requirements in approval orders
or operating permits issued prior to December 4, 2003. Emission inventories shall be submitted on or before
April 15 of each year following the calendar year for which an inventory is required. The inventory shall be
submitted in a format specified by the Division of Air Quality following consultation with each source. The
executive secretary may require at any time a full or partial year inventory upon reasonable notice to affected
sources when it is determined that the inventory is necessary to develop a state implementation plan, to
assess whether there is a threat to public health or safety or the environment, or to determine whether the
source is in compliance with Title R307.

Each owner or operator of a stationary source subject to this rule shall maintain a copy of the emission
inventory submitted to the Division of Air Quality and records indicating how the information submitted in the
inventory was determined, including any calculations, data, measurements, and estimates used. The records
under Section R307-150-4 shall be kept for ten years. Other records shall be kept for a period of at least five
years from the due date of each inventory. The owner or operator of the stationary source shall make these
records available for inspection by any representative of the Division of Air Quality during normal business
hours.

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5.6 R307-165 Stack Testing

The purpose of Rule R307-165 is to establish the requirements for stack testing. Rule R307-165 applies to
each emissions unit with established emission limitations specified in approval orders issued under Rule R307-
401 or in the Utah State Implementation Plan Section IX, Part H. Rule R307-165 does not apply to opacity
limitations or emissions units with emissions monitored under Rule R307-170.R307-165-2.

The owner or operator of an emissions unit under Subsection R307-165-1 shall conduct stack testing at least
once every five years. More frequent testing may be required as specified in an applicable federal rule,
approval order, Title V permit, or State Implementation Plan. If the director has reason to believe that an
applicable emission limitation is being exceeded, the owner or operator shall perform such stack testing as is
necessary to determine the actual compliance status and as required by the director. The owner or operator
shall conduct stack testing of an emissions unit approved under Rule R307-401 within 180 days of startup.

Unless otherwise specified by federal rule, the owner or operator shall notify the director of the date, time
and place of stack testing no less than 30 days, before conducting a stack test, and provide a copy of the
source test protocol to the director. The source shall obtain approval of the protocol from the director prior to
conducting the test. The source test protocol shall: (a) identify the reason for the test; (b) outline each
proposed test methodology; (c) identify each stack to be tested; and (d) identify each procedure to be used.
The owner or operator shall attend a pretest conference if determined necessary by the director.

The production rate during all stack testing shall be no less than 90% of the maximum production rate
achieved in the previous three years. If the desired production rate is not achieved at the time of the test,
the maximum production rate shall be 110% of the tested achieved rate, but not more than the maximum
allowable production rate. This new allowable maximum production rate shall remain in effect until
successfully tested at a higher rate. The owner or operator shall request a higher production rate when
necessary. Testing at no less than 90% of the higher rate shall be conducted. A new maximum production
rate of 110% of the new rate will then be allowed if the test is successful. This process may be repeated until
the maximum allowable production rate is achieved. During the stack testing, the owner or operator shall
burn fuels or combinations of fuels, use raw materials, and maintain process conditions representative of
normal operations of the emissions unit. The owner or operator shall operate the emissions unit under such
other relevant conditions as the director shall specify.

The owner or operator shall submit a written report of the results from the stack testing to the director no
later than 60 days after completion of the stack testing. report shall include validated results and supporting
information.

The director may reject stack testing results if determined to be incomplete, inadequate, not representative
of operating conditions specified for the test, or if the director was not provided an opportunity to have an
observer present at the test.

5.7 R307-201 Emission Standards: General Emission Standards

R307-210 establishes emission standards for all areas of the state except for sources listed in Section IX, Part
H of the state implementation plan or located in a PM10 nonattainment or maintenance area.

(1) Visible emissions from installations constructed on or before April 25, 1971, except diesel engines, shall
be of a shade or density no darker than 40% opacity, except as otherwise provided in these rules.

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(2) Visible emissions from installations constructed after April 25, 1971, except diesel engines shall be of a
shade or density no darker than 20% opacity, except as otherwise provided in these rules.
(3) Visible emissions for all incinerators, no matter when constructed, shall be of shade or density no darker
than 20% opacity.
(4) No owner or operator of a gasoline powered engine or vehicle shall allow, cause or permit visible emissions.
(5) Emissions from diesel engines, except locomotives, manufactured after January 1, 1973, shall be of a
shade or density no darker than 20% opacity, except for starting motion no farther than 100 yards or for
stationary operation not exceeding three minutes in any hour.
(6) Emissions from diesel engines manufactured before January 1, 1973, shall be of a shade or density no
darker than 40% opacity, except for starting motion no farther than 100 yards or for stationary operation not
exceeding three minutes in any hour.
(7) Visible emissions exceeding the opacity standards for short time periods as the result of initial warm-up,
soot blowing, cleaning of grates, building of boiler fires, cooling, etc., caused by start-up or shutdown of a
facility, installation or operation, or unavoidable combustion irregularities which do not exceed three minutes
in length (unavoidable combustion irregularities which exceed three minutes in length must be handled in
accordance with R307-107), shall not be deemed in violation provided that the director finds that adequate
control technology has been applied. The owner or operator shall minimize visible and non-visible emissions
during startup or shutdown of a facility, installation, or operation through the use of adequate control
technology and proper procedures.
(8) Compliance Method. Emissions shall be brought into compliance with these requirements by reduction of
the total weight of pollutants discharged per unit of time rather than by dilution of emissions with clean air.
(9) Opacity Observation. Opacity observations of emissions from stationary sources shall be conducted in
accordance with EPA Method 9. Opacity observers of mobile sources and intermittent sources shall use
procedures similar to Method 9, but the requirement for observations to be made at 15 second intervals over
a 6-minute period shall not apply.

5.8 R307-203 Emission Standards: Sulfur Content of Fuels

Any coal, oil, or mixture thereof, burned in any fuel burning or process installation not covered by New Source
Performance Standards for sulfur emissions shall contain no more than 1.0-pound sulfur per million gross BTU
heat input for any mixture of coal nor .85 pounds sulfur per million gross BTU heat input for any oil.

In the case of fuel oil, it shall be sufficient to record the following specifications for each purchase of fuel oil
from the vendor: weight percent sulfur, gross heating value (btu per unit volume), and density. These
parameters shall be ascertained in accordance with the methods of the American Society for Testing and
Materials. Records of fuel sulfur content shall be kept for all periods when the plant is in operation and shall
be made available to the director upon request and shall include a period of two years ending with the date
of the request.

Any person may apply to the director for approval of an alternative test method, an alternative method of
control, an alternative compliance period, an alternative emission limit, or an alternative monitoring schedule.
The application must include a demonstration that the proposed alternative produces an equal or greater air
quality benefit than that required by R307-203, or that the alternative test method is equivalent to that
required by R307-203. The director shall obtain concurrence from EPA when approving an alternative test
method, an alternative method of control, an alternative compliance period, an alternative emission limit, or
an alternative monitoring schedule.

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5.9 R307-205 Emission Standards: Fugitive Emissions and Fugitive Dust

R307-205 establishes minimum work practices and emission standards for sources of fugitive emissions and
fugitive dust for sources located in all areas in the state except those listed in section IX, Part H of the state
implementation plan or located in a PM10 nonattainment or maintenance area. R307-205 applies statewide to
all sources of fugitive emissions and fugitive dust, except for agricultural or horticultural activities specified in
19-2-114(1)-(3) and any source listed in section IX, Part H of the state implementation plan or located in a
PM10 nonattainment or maintenance area.

Fugitive emissions from sources which were constructed on or before April 25, 1971, shall not exceed 40% opacity.
Fugitive emissions from sources constructed or modified after April 25, 1971, shall not exceed 20% opacity.

Storage and Handling of Materials. Any person owning, operating or maintaining a new or existing material
storage, handling or hauling operation shall minimize fugitive dust from such an operation. Such control may
include the use of enclosures, covers, stabilization or other equivalent methods or techniques as approved by
the director.

Any person engaging in clearing or leveling of land greater than one-quarter acre in size, earthmoving,
excavation, or movement of trucks or construction equipment over cleared land greater than one-quarter acre
in size or access haul roads shall take steps to minimize fugitive dust from such activities. Such control may
include watering and chemical stabilization of potential fugitive dust sources or other equivalent methods, or
techniques approved by the director.

The owner or operator of any land area greater than one-quarter acre in size that has been cleared or excavated
shall take measures to prevent fugitive particulate matter from becoming airborne. Such measures may include:
(i) planting vegetative cover,
(ii) providing synthetic cover,
(iii) watering,
(iv) chemical stabilization,
(v) wind breaks, or
(vi) other equivalent methods or techniques approved by the director.

Any person engaging in demolition activities including razing homes, buildings, or other structures or removing
paving material from roads or parking areas shall take steps to minimize fugitive dust from such activities. Such
control may include watering and chemical stabilization or other equivalent methods, or techniques approved by
the director.

The director may request GRP Corporation to supply traffic count information as determined necessary to
ascertain whether or not control techniques are adequate or additional controls are necessary. Any person
who deposits materials that may create fugitive dust on a public or private paved road shall clean the road
promptly.

Fugitive dust, construction activities, and roadways associated with mining activities are regulated under the
provisions of R307-205-7 and not by R307-205-5 and 6. Any person who owns or operates a mining operation
shall minimize fugitive dust as an integral part of site preparation, mining activities, and reclamation
operations. The fugitive dust control measures to be used may include:
(a) periodic watering of unpaved roads,
(b) chemical stabilization of unpaved roads,
(c) paving of roads,

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(d) prompt removal of coal, rock minerals, soil, and other dust-forming debris from roads and frequent
scraping and compaction of unpaved roads to stabilize the road surface,
(e) restricting the speed of vehicles in and around the mining operation,
(f) revegetating, mulching, or otherwise stabilizing the surface of all areas adjoining roads that are a source
of fugitive dust,
(g) restricting the travel of vehicles on other than established road
(h) enclosing, covering, watering, or otherwise treating loaded haul trucks and railroad cars, to minimize loss
of material to wind and spillage,
(i) substitution of conveyor systems for haul trucks and covering of conveyor systems when conveyed loads
are subject to wind erosion,
(j) minimizing the area of disturbed land,
(k) prompt revegetation of regraded lands,
(l) planting of special windbreak vegetation at critical points in the permit area,
(m) control of dust from drilling, using water sprays, hoods, dust collectors or other controls approved by the
director,
(n) restricting the areas to be blasted at any one time,
(o) reducing the period of time between initially disturbing the soil and revegetating or other surface
stabilization,
(p) restricting fugitive dust at spoil and coal transfer and loading points,
(q) control of dust from storage piles through use of enclosures, covers, or stabilization and other equivalent
methods or techniques as approved by the director, or
(r) other techniques as determined necessary by the director.

5.10 R307-210 Standards of Performance for New Stationary Sources

The provisions of 40 Code of Federal Regulations (CFR) Part 60, effective on July 1, 2019, except for Subparts
Cb, Cc, Cd, Ce, BBBB, DDDD, and HHHH, are incorporated by reference with the exception that references in
40 CFR to "Administrator" shall mean "director" unless by federal law the authority referenced is specific to
the Administrator and cannot be delegated. The New Source Performance Standards as found in 40 CFR Part
60 that the Mona operation will be subject to include Subpart A, I, and OOO.

The provisions of 40 CFR Part 60 Subpart A applies to each affected facility as specified in the relevant NSPS
regulation for that source type. Subpart A contains general requirements for notifications, monitoring,
performance testing, reporting, recordkeeping, and operation and maintenance provisions.

40 CFR Part 60 Subpart I apply to the drum mix asphalt plant equipment and includes limits on opacity in the
exhaust stream and applicable test methods to determine compliance with the opacity limit. 40 CFR Part 60
Subpart OOO applies to the crushers, screens, and conveyor transfer points at the Mona facility. Subpart OOO
contains an opacity limit of 7% for screens and conveyor transfer points and 12% for crushers manufactured
after April 22, 2008, or 15% for any crusher manufactured prior to April 22, 2008.

5.11 R307-214 National Emissions Standards for Hazardous Air Pollutants

The provisions of Title 40 of the Code of Federal Regulations (40 CFR) Part 61, National Emission Standards for
Hazardous Air Pollutants, are incorporated by reference into this rule under Section R307-101-3. The provisions
of 40 CFR Part 63, National Emission Standards for Hazardous Air Pollutants (NESHAP) for Source Categories,
are incorporated by reference. The applicable NESHAPs that the Mona operation will be subject to include 40
CFR Part 63, General Provisions.

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5.12 R307-401 Permit: New and Modified Sources

This rule establishes the application and permitting requirements for new installations and modifications to
existing installations in Utah. R307-401 applies to any person intending to: (a) construct a new installation
which will or might reasonably be expected to become a source or an indirect source of air pollution, or (b)
make modifications or relocate an existing installation which will or might reasonably be expected to increase
the amount or change the effect of, or the character of, air contaminants discharged, so that such installation
may be expected to become a source or indirect source of air pollution, or (c) install a control apparatus or
other equipment intended to control emissions of air contaminants.

Any person subject to R307-401 shall submit a notice of intent to the director and receive an approval order
prior to initiation of construction, modification, or relocation. The notice of intent shall be in a format specified
by the director.

Within 30 days after receipt of a notice of intent, or any additional information necessary to the review, the
director will advise the applicant of any deficiency in the notice of intent, or the information submitted. Within
90 days of receipt of a complete application including all the information described in R307- 401-5, the director
will (a) issue an approval order for the proposed construction, installation, modification, relocation, or
establishment pursuant to the requirements of R307-401-8, or issue an order prohibiting the proposed
construction, installation, modification, relocation or establishment if it is deemed that any part of the proposal
is inadequate to meet the applicable requirements of R307.

5.13 R307-410 Permits Emissions Impact Analysis

This rule establishes the procedures and requirements for evaluating the emissions impact of new or modified
sources that require an approval order under R307-401 to ensure that the source will not interfere with the
attainment or maintenance of any NAAQS. The rule also establishes the procedures and requirements for
evaluating the emissions impact of hazardous air pollutants. The rule also establishes the procedures for
establishing an emission rate based on the good engineering practice stack height as required by 40 CFR
51.118.

All estimates of ambient concentrations derived in meeting the requirements of R307 shall be based on
appropriate air quality models, data bases, and other requirements specified in 40 CFR Part 51, Appendix W,
Guideline on Air Quality Models, which is hereby incorporated by reference. Where an air quality model
specified in the Guideline on Air Quality Models or other EPA approved guidance documents is inappropriate,
the director may authorize the modification of the model or substitution of another model. In meeting the
requirements of federal law, any modification or substitution will be made only with the written approval of
the Administrator, EPA.

Prior to receiving an approval order under R307-401, a new source in an attainment area with a total controlled
emission rate per pollutant greater than or equal to amounts specified in Table 1, or a modification to an
existing source located in an attainment area which increases the total controlled emission rate per pollutant
of the source in an amount greater than or equal to those specified in Table 1, shall conduct air quality
modeling, as identified in R307-410-3, to estimate the impact of the new or modified source on air quality
unless previously performed air quality modeling for the source indicates that the addition of the proposed
emissions increase would not violate a National Ambient Air Quality Standard, as determined by the Director.

• sulfur dioxide - 40 tons per year
• oxides of nitrogen - 40 tons per year

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• PM10 - fugitive emissions 5 tons per year and fugitive dust
• PM10 - non-fugitive emissions 15 tons per year or non-fugitive dust
• carbon monoxide - 100 tons per year
• lead - 0.6 tons per year

The ambient air impact from emissions of hazardous air pollutants is also to be reviewed based on the
guidance in R307-410-5.

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6.0 DISPERSION MODELING
In support of GRP’s Mona Facility, this air quality modeling analysis was conducted in accordance with 40 CFR
Part 51 Appendix W, Guideline on Air Quality Models and Utah Title R307-410. The following sections describe
the methods used and results of the dispersion modeling to demonstrate compliance with applicable State of
Utah Regulation.

6.1 Dispersion Modeling Methodology

Per Utah Title R307-410, a new or modified source located in an attainment area which increases the total
controlled emission rate per pollutant of the source above the modeling threshold, as listed in Table 6-1, is
required to conduct an air quality modeling analysis. As shown in Table 6-1, PM10 is the only criteria pollutant
from the Mona facility whose controlled emission rate was above the required modeling thresholds; thus, PM10
emissions were modeled, and the results of this modeling are presented in this section.
Table 6-1 Dispersion Modeling Thresholds and Controlled Emission Increases
Pollutant
Modeling
Threshold
(tons/year)
Controlled
Emissions
(tons/year)
Modeling
Required
(Y/N)
NOx 40 23.1 N
CO 100 35.5 N
SO2 40 14.6 N
PM10 15/5a 38.8 Y
PM2.5 10 5.6 N
a15 tons per year for non-fugitive emissions, 5 tons per year for fugitive emissions.

Utah Administrative Code (UAC) R307-410-5 presents emission threshold values (ETVs) as a HAP-specific
threshold to determine if dispersion modeling will be required. The ETV is the product of the threshold limit
values (TLVs) listed in the American Conference of Governmental Industrial Hygienists (ACGIH) “Threshold
Limit Values for Chemical Substances and Physical Agents” handbook and an emission threshold factor
(defined in Table 2 of R307-410-5) which is based on the type of release point (vertically restricted or vertically
unrestricted) and the distance to ambient air. Net emissions found to be greater than the ETV are required to
conduct a dispersion modeling analysis to be compared to applicable toxic screening levels (TSLs).

Emission calculations for the Mona facility show that the Hazardous Air Pollutant (HAP) formaldehyde exceeds
the ETV, requiring an air quality analysis to ensure the facility does not pose an unacceptable risk to public
health. Dispersion modeling was conducted for formaldehyde, which is classified as a, acute/chronic HAP.

6.2 Model Selection

Consistent with the procedures presented in 40 CFR Part 51 Appendix W, Guideline on Air Quality Models,
dispersion modeling was performed using the latest version of the AERMOD modeling system (22112) which
is an EPA approved, steady-state Eulerian, Gaussian mathematical plume model. AERMOD is composed of
three modular components: AERMAP, the terrain preprocessor; AERMET, the meteorological preprocessor;
and AERMOD, the control module and modeling processor.

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6.3 Meteorological Data

Meteorological data utilized for this analysis consisted of one year (May 9, 2001 through May 9, 2002) of
surface and upper-air data processed through AERMET (version 21112). Surface and upper-air observations
were collected from a 50-meter tower located at the Currant Creek power plant, near Mona, Utah. Figure 6.1
presents the one-year windrose for Currant Creek, located near Mona, Utah.
Figure 6.1 Windrose for Mona, Utah (2001-2002)

6.4 Treatment of Calms or Near-Calms

AERMOD contains algorithms for dealing with low wind speed (near calm) conditions. The model produces
concentrations for conditions when the wind speed may be less than 1 meters per second (m/s) but still
greater than the instrument threshold. The threshold wind speed is typically the threshold of the instrument
used to collect wind information. A threshold of 0.5 m/s was used in AERMET to define calm periods.

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6.5 Surface Characteristics

Stage 3 of AERMET processing requires the input of surface characteristics of the area from which the surface
meteorological data were collected. These surface characteristics, which are used by AERMET to determine
heat fluxes and atmospheric stability, include:

 Midday Albedo – fraction of solar radiation reflected at the surface
 Daytime Bowen Ratio – indicator of surface moisture
 Surface Roughness Length – height of obstacles to the wind flow

Surface characteristics for this dataset were entered for twelve sectors on a monthly basis and were
determined using AERSURFACE version 20060. This program makes use of electronic land cover, tree canopy,
and impervious surface data from the U.S. Geological Survey to calculate surface characteristics for a given
monitoring station. The seasonal classifications for the year followed the standard AERMET/AERSURFACE
breakdown (e.g., summer = June, July, August).

An AERSURFACE user has the option of choosing Bowen ratios that are tailored for dry, average, or wet
conditions. Trinity compiled climatological records of precipitation totals for 1991-2020 for the Cedar City area.
Any yearly total in the upper 30th-percentile of the 30-year record could be classified as “wet”. Similarly, any
yearly total in the lower 30th-percentile could be classified as “dry”, and any yearly total in the middle 40th-
percentile could be classified as “average”. For the modeling period, 2016 was classified as “average”, 2017,
2018, and 2020 were classified as “dry”, and 2019 was classified as “wet”.

6.6 Regional Description

The Mona facility is located off Interstate 15 just west of Mona, Utah in Juab County which is attainment for
all criteria pollutants. The site is in an area with complex terrain and is situated west of Mt. Nebo.

6.7 Terrain Data

Receptor terrain and source elevations were derived from 1/3-arc second National Elevation Dataset (NED)
data obtained from the U.S. Geological Survey. AERMAP version 18081 was the preprocessor used to
determine elevations at the defined receptor and source locations.

6.8 Building Downwash

The Building Profile Input Program BPIP with Plume Rise Model Enhancements (PRIME) (Version 04274) was
utilized to address downwash effects. The height, width, length, and base elevation of structures associated
with the Mona facility were input to BPIP-Prime to determine in each of the 36 wind directions (10-degree
sectors) which buildings will produce the greatest downwash effects for each stack.
6.9 Receptor Grid

A modeling domain was developed for the near-field analysis encompassing the location of the maximum
modeled-predicted concentration from the Mona facility.

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The receptor grid developed, consisted of 6,628 receptors with 25-meter spacing around the fence line, 50-
meter spacing for receptors out to 1.5 kilometers; 100-meter spacing out from 1.5 kilometer to 3 kilometer;
500-meter spacing was used from 3 to 5 kilometers, and 1,000-meter spacing out to 10 kilometers. Figure
6.2 presents the receptor grid used in the near-field analysis.
Figure 6.2 GRP Mona Receptor Grid

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6.10 Model Options

The U.S. EPA recommends various default options to be used in dispersion modeling for regulatory purposes.
The recommended regulatory default options that were used for the modeling analyses are as follows:

• Calms and missing meteorological data routine,
• Actual receptor elevations,
• Sequential date checking,
• Complex/intermediate terrain algorithms.
Other selected output variables to be used in AERMOD include:

• 24-hour averaging periods for PM10,
• 1-hour averaging periods for Formaldehyde,
• Elevated terrain,
• Rural mixing heights, and concentrations.

6.11 Source Parameters

Emission source parameters (location, stack height, flue exit diameter, exit velocity, exit temperature, initial
vertical dimension, and initial horizontal dimension) as well as emission rates for sources located at the Mona
facility were input into AERMOD to demonstrate compliance with federal and state regulations and are included
in Appendix B.

Paved and unpaved road segments were modeled as volume sources per the procedures found in Table 3-1
of the User’s Guide for the AMS/EPA Regulatory Model - AERMOD. These procedures are presented in Table
6-2 below.
Table 6-2 Procedures Used for Estimating Lateral and Initial Vertical Dimensions for Volume
and Line Sources
Type of Source Procedure for Obtaining Initial Dimension
Initial Lateral Dimensions (σyo)
Single volume source σyo = length of side divided by 4.3
Line source represented by adjacent volume
sources
σyo = length of side divided by 2.15
Line source represented by separated volume
sources
σyo = center to center distance divided by 2.15
Initial Vertical Dimensions (σzo)
Surface-based source σzo = vertical dimension of source divided by
2.15
Elevated source (he > 0) on or adjacent to a
building
σzo = building height divided by 2.15
Elevated source (he > 0) not on or adjacent to a
building
σzo = vertical dimension of source divided by 4.3

Emissions from road segments that are used by different production plants with differing operating schedules
have been ratioed to account for operational emissions.

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6.12 Background Concentrations

Background concentrations for PM10 were obtained from the Lindon monitor located in Utah County. To
represent seasonal variability, monthly PM10 background concentrations were extracted using the latest
monitoring data collected by UDAQ in Lindon, Utah. The monthly background concentrations were derived
using the maximum 24-hour concentration observed in each month from 2019 through 2021.

The maximum concentration from each year was removed from the background concentration to meet the
form of the PM10 standard. The monthly values are added to the model input file and AERMOD adds the
corresponding background concentration to the model-predicted concentration. Table 6-3 presents the
monthly maximum concentrations by year and the monthly background concentration added to the model
input file.
Table 6-3 Lindon, Utah Monthly Background Concentrations
Month 2019 2020 2021 Monthly
Background
January 53 40 53 53
February 41 36 67 67
March 25 24 41 41
April 17 37 42 42
May 20 62 58 62
June 42 73 61 73
July 34 52 61 61
August 43 90 69 90
September 32 51 61 61
October 38 68 20 68
November 53 45 47 53
December 50 65 53 65
a. Removed concentration of 100 ug/m3 on April 5, 2021 due to high winds.
b. Removed concentration of 92 ug/m3 on May 7, 2021 due to high winds.

6.13 Near-Field Dispersion Modeling Results for PM10

This section presents the near-field dispersion modeling results for PM10 and the formaldehyde modeling
results. The results of these analyses demonstrate that the project will not cause or contribute to exceedances
of the 24-hour PM10 NAAQS or an exceedance of the TSL for formaldehyde. The results of the PM10 and
formaldehyde modeling are presented in Appendix C.
6.13.1 PM10 Modeling

For the PM10 modeling, two analyses, consisting of a significant impact and a cumulative or full impact NAAQS
analysis, were performed. The results from each of these analyses are presented in the following sections.

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6.1.13.1 Significant Impact Analysis

A Significant Impact Analysis (SIA) considers the impact from potential emission increases from the proposed
project. Model-predicted concentrations are compared to Significant Impact Levels (SIL). If the modeled
impacts of the proposed project exceed the corresponding SILs, a cumulative impact analysis is required.
Table 6-4 compares the concentration impact from the project to the 24-hour PM10 SIL.
Table 6-4 Modeled Maximum Near-Field Pollutant Concentrations for GRP Mona – SIL Analysis
Pollutant Averaging
Period
Modeled
Impact
(µg/m3)
SIL
(µg/m3)
Percent
of SIL
Impact Location
UTM East
(m)
UTM North
(m)
PM10 24-hour 77.4 5 1,548% 429420.40 4408284.10

6.1.13.2 Full Impact NAAQS Analysis

As shown in Table 6-4, model-predicted concentrations of PM10 show emissions from the Mona Facility to be
above the respective SIL. By definition, a full impact analysis is required to demonstrate the cumulative impact
of emissions from the facility and nearby sources as well as background concentrations will not cause or
contribute to an exceedance of the NAAQS.

A significant impact area was defined for areas above the SIL. The impact area is the geographical area for
which the required air quality analyses for the NAAQS are carried out. The area includes all locations where
the significant increase in the potential emissions of a pollutant from the Mona facility will cause a significant
ambient impact (i.e., equals or exceeds the applicable significant impact level).

Trinity worked with UDAQ to identify sources located within 50 km of the SIA to be included in a cumulative
impact analysis. UDAQ provided Trinity with the required modeling inputs and emissions for Kilgore Companies
Mona Pit, Sunroc Mona Pit, and PacifiCorp Currant Creek were included in the cumulative or full-impact impact
analysis.

Table 6-5 presents the results of the NAAQS analysis which includes the maximum second-high concentration
for the one-year modeling period, background concentration, and emissions from nearby full-impact sources
compared to 24-hour PM10 NAAQS (150 µg/m3). The modeling results indicate that the cumulative impact of
facility emissions and background concentrations at the GRP’s Mona facility are below the 24-hour PM10
NAAQS. Figure 6.3 presents a 24-hour PM10 concentration isopleth plot for the Mona facility. Appendix C
presents the model output information.
Table 6-5 Modeled Maximum Near-Field Pollutant Concentrations for GRP Mona – NAAQS
Analysis
Pollutant Averaging
Period
Modeled Impact
(µg/m3)
NAAQS
(µg/m3)
Percent
of NAAQS
PM10 24-hour 146.7 150 97.8
1 High Second High, including background concentration.

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Figure 6.3 GRP Mona 24-hour PM10 NAAQS Analysis Isopleth Plot

6.14 Near-Field Dispersion Modeling Results – Formaldehyde

Dispersion modeling was conducted for formaldehyde emissions. Table 6-6 compares the maximum model-
predicted concentration to the TSL for formaldehyde, which was obtained from UDAQ’s 2023 ACGIH Excel
Spreadsheet. As can be seen in Table 6-6, formaldehyde was below its respective TSL. A model concentration
isopleth plot for formaldehyde is presented in Figure 6.4. AERMOD output HAP summaries are provided in
Appendix C.
Table 6-6 HAP Analysis Results
Pollutant
Averaging
Period
Model-Predicted
Concentration
(µg/m3)
TSL
(µg/m3)
Percent of
TSL
Formaldehyde 1-hour 35.4 37 95.7%

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Figure 6.4 GRP Mona Formaldehyde Isopleth Plot

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APPENDIX A. POTENTIAL TO EMIT CALCULATIONS
Total Annual Emissions in Tons per Year
Source Name PM10 PM2.5 NOx SOX CO VOC CO2e CH4 CO2 N20
MH‐Trucks/Loaders 0.146 0.022 ‐ ‐ ‐ ‐ ‐ ‐ ‐ ‐
MH‐Dozer 3.060 1.682
MH‐Conveyors 0.443 0.125 ‐ ‐ ‐ ‐ ‐ ‐ ‐ ‐
Aggregate Throughput 3.300 0.350 ‐ ‐ ‐ ‐ ‐ ‐ ‐ ‐
Storage Piles 8.623 0.647 ‐ ‐ ‐ ‐ ‐ ‐ ‐ ‐
Exposed Area 4.750 0.713 ‐ ‐ ‐ ‐ ‐ ‐ ‐ ‐
Asphalt Plant 5.750 0.725 13.75 14.50 32.50 8.00 3.00 8250.00
Asphalt Silo 0.143 0.143 0.29 3.05 0.0135
Asphalt Loadout 0.130 0.130 0.34 0.98 0.0676
Concrete Batch Plant 3.437 0.099
Roads 8.224 0.822 ‐ ‐ ‐ ‐ ‐ ‐ ‐ ‐
tanks 0.03 0.46
Total ‐ Fugitive 38.008 5.458 13.750 14.500 33.163 12.483 0.000 3.081 8250.000 0.000
‐
Concrete Plant Heater 0.511 0.123 6.195 0.066 1.549 0.172 6931.8 0.07 6906.9 0.08
Hot Oil Heater Asphalt Plant 0.258 0.062 3.13 0.03 0.78 0.087 3500.9 0.03 3488.4 3500.89
Total 38.777 5.643 23.073 14.599 35.494 12.742 10432.6 3.182 18645.3 3500.968
Criteria Pollutants Greenhous Gas Emissions
Total Hourly Emissions of HAPs (lb/hr) 
HAP Name Concrete Plant 
Heater
Hot Oil Asphalt 
Heater Asphalt Plant Asphalt Silo Asphalt Loadout
Concrete 
Batch Plant Column1 Total by 
Compound
Benzene 1.51E‐05 7.64E‐06 1.66E‐01 1.66E‐03 1.23E‐04 1.68E‐01
Ethylbenzene 4.50E‐06 2.27E‐06 0.00E+00 1.97E‐03 6.65E‐04 2.64E‐03
Formaldehyde 2.33E‐03 1.18E‐03 1.32E+00 3.57E‐02 2.09E‐04 1.36E+00
Naphthalene 7.99E‐05 4.04E‐05 2.76E‐01 9.43E‐02 3.71E‐01
1,1,1-Trichloroethane 1.67E‐05 8.43E‐06 2.51E‐05
Toluene 4.38E‐04 2.21E‐04 1.23E+00 3.21E‐03 4.99E‐04 1.24E+00
o-Xylene 7.71E‐06 3.89E‐06 8.50E‐02 6.73E‐02 1.90E‐04 1.53E‐01
Acenaphthene 1.49E‐06 7.54E‐07 2.25E‐06
Anthracene 1.79E‐08 9.04E‐09 2.69E‐08
Benz(a)anthracene 8.63E‐08 4.36E‐08 1.30E‐07
Benzo(b,k)fluoranthene 2.84E‐07 1.43E‐07 4.27E‐07
Benzo(g,h,i)perylene 1.60E‐07 8.07E‐08 2.41E‐07
Chrysene 1.68E‐07 8.50E‐08 2.53E‐07
Dibenzo(a,h)anthracene 1.18E‐07 5.96E‐08 1.78E‐07
Fluoranthene 3.42E‐07 1.73E‐07 5.15E‐07
Fluorene 3.16E‐07 1.60E‐07 4.76E‐07
Indo(1,2,3-cd)pyrene 1.51E‐06 7.64E‐07 2.28E‐06
Phenanthrene 7.43E‐08 3.75E‐08 1.12E‐07
Pyrene 3.01E‐07 1.52E‐07 4.52E‐07
OCDD 2.19E‐10 1.11E‐10 3.30E‐10
Antimony 3.71E‐04 0.00E+00 3.71E‐04
Arsenic 9.33E‐05 1.88E‐04 6.80E‐05 3.49E‐04
Barium 1.82E‐04 4.71E‐05 2.29E‐04
Beryllium 1.97E‐06 9.18E‐05 8.25E‐06 1.02E‐04
Cadmium 2.81E‐05 9.93E‐07 3.92E‐07 2.95E‐05
Chloride 2.45E‐02 1.42E‐05 2.46E‐02
Chromium 5.98E‐05 1.24E‐02 2.27E‐04 1.27E‐02
Chromium VI 1.75E‐05 3.02E‐05 4.77E‐05
Cobalt 4.26E‐04 8.86E‐06 4.35E‐04
Copper 1.24E‐04 2.15E‐04 3.39E‐04
Fluoride 2.64E‐03 6.29E‐05 2.70E‐03
Lead 1.07E‐04 1.33E‐03 8.72E‐05 1.53E‐03
Manganese 2.12E‐04 5.39E‐05 8.96E‐04 1.16E‐03
Mercy 7.99E‐06 1.07E‐04 1.15E‐04
Moldbdenum 5.57E‐05 4.04E‐06 5.97E‐05
Nickel 5.98E‐03 2.81E‐05 3.00E‐04 6.30E‐03
Phosphorous 6.69E‐04 3.02E‐03 6.71E‐04 4.36E‐03
Selenium 4.83E‐05 3.38E‐04 7.85E‐06 3.94E‐04
Vanadium 2.25E‐03 2.44E‐05 2.27E‐03
Zinc 2.06E‐03 1.14E‐03 3.19E‐03
Acetaldehyde 1.04E‐03 5.53E‐01 5.54E‐01
Acrolein 0.00E+00 1.11E‐02 1.11E‐02
Hexane 0.00E+00 3.91E‐01 5.18E‐03 3.56E‐04 3.97E‐01
Isooctane 0.00E+00 1.70E‐02 1.61E‐05 4.27E‐07 1.70E‐02
Methyl Chloroform 0.00E+00 2.04E‐02 2.04E‐02
Bromomethane 0.00E+00 2.54E‐04 2.28E‐05 2.77E‐04
2‐Butanone 0.00E+00 2.02E‐03 1.16E‐04 2.14E‐03
Carbon disulfide 0.00E+00 8.29E‐04 3.09E‐05 8.60E‐04
Chloroethane 0.00E+00 2.07E‐04 4.99E‐06 2.12E‐04
Chloromethane 0.00E+00 1.19E‐03 3.56E‐05 1.23E‐03
Chrysene 0.00E+00 2.27E‐04 2.27E‐04
Isooctane 0.00E+00 1.61E‐05 4.27E‐07 1.65E‐05
Methylene Chloride 0.00E+00 1.40E‐05 1.40E‐05
Styrene 0.00E+00 2.80E‐04 1.73E‐05 2.97E‐04
m,p‐xylene 0.00E+00 1.04E‐02 9.73E‐04 1.13E‐02
TOTAL 0.03986 0.02013 0.99195 0.02059 0.00156 0.00226 1.07636
Total HAPs in TPY
HAP Name Concrete Plant 
Heater
Hot Oil Asphalt 
Heater Asphalt Plant Asphalt Silo Asphalt Loadout
Concrete 
Batch Plant Column1 Total by 
Compound
Benzene 6.63E‐05 3.35E‐05 9.75E‐02 9.75E‐04 5.41E‐04 9.91E‐02
Ethylbenzene 1.97E‐05 9.95E‐06 6.00E‐02 1.16E‐03 2.91E‐03 6.41E‐02
Formaldehyde 1.02E‐02 5.16E‐03 7.75E‐01 2.10E‐02 9.15E‐04 8.12E‐01
Naphthalene 3.50E‐04 1.77E‐04 1.63E‐01 5.54E‐02 2.18E‐01
1,1,1-Trichloroethane 7.31E‐05 3.69E‐05 1.10E‐04
Toluene 1.92E‐03 9.70E‐04 7.25E‐01 1.89E‐03 2.18E‐03 7.32E‐01
o-Xylene 3.38E‐05 1.71E‐05 5.00E‐02 3.96E‐02 8.32E‐04 9.05E‐02
Acenaphthene 6.54E‐06 3.30E‐06 9.84E‐06
Anthracene 7.84E‐08 3.96E‐08 1.18E‐07
Benz(a)anthracene 3.78E‐07 1.91E‐07 5.69E‐07
Benzo(b,k)fluoranthene 1.24E‐06 6.27E‐07 1.87E‐06
Benzo(g,h,i)perylene 7.00E‐07 3.54E‐07 1.05E‐06
Chrysene 7.37E‐07 3.72E‐07 1.11E‐06
Dibenzo(a,h)anthracene 5.17E‐07 2.61E‐07 7.78E‐07
Fluoranthene 1.50E‐06 7.57E‐07 2.26E‐06
Fluorene 1.38E‐06 6.99E‐07 2.08E‐06
Indo(1,2,3-cd)pyrene 6.63E‐06 3.35E‐06 9.98E‐06
Phenanthrene 3.25E‐07 1.64E‐07 4.89E‐07
Pyrene 1.32E‐06 6.65E‐07 1.98E‐06
OCDD 9.60E‐10 4.85E‐10 1.45E‐09
Antimony 1.63E‐03 8.21E‐04 2.45E‐03
Arsenic 4.09E‐04 2.06E‐04 6.80E‐05 6.83E‐04
Barium 7.96E‐04 4.02E‐04 1.20E‐03
Beryllium 8.61E‐06 4.35E‐06 8.25E‐06 2.12E‐05
Cadmium 1.23E‐04 6.23E‐05 3.92E‐07 1.86E‐04
Chloride 1.07E‐01 5.43E‐02 1.62E‐01
Chromium 2.62E‐04 1.32E‐04 2.27E‐04 6.20E‐04
Chromium VI 7.68E‐05 3.88E‐05 1.16E‐04
Cobalt 1.86E‐03 9.42E‐04 2.81E‐03
Copper 5.45E‐04 2.75E‐04 8.20E‐04
Fluoride 1.16E‐02 5.83E‐03 1.74E‐02
Lead 4.68E‐04 2.36E‐04 8.72E‐05 7.91E‐04
Manganese 9.29E‐04 4.69E‐04 8.96E‐04 2.29E‐03
Mercury 3.50E‐05 1.77E‐05 5.27E‐05
Moldbdenum 2.44E‐04 1.23E‐04 3.67E‐04
Nickel 2.62E‐02 1.32E‐02 3.00E‐04 3.97E‐02
Phosphorous 2.93E‐03 1.48E‐03 6.71E‐04 5.08E‐03
Selenium 2.12E‐04 1.07E‐04 7.85E‐06 3.26E‐04
Vanadium 9.85E‐03 4.97E‐03 1.48E‐02
Zinc 9.01E‐03 4.55E‐03 1.36E‐02
Acetaldehyde 3.25E‐01 3.25E‐01
Acrolein 6.50E‐03 6.50E‐03
Hexane 2.30E‐01 2.30E‐01
Isooctane 1.00E‐02 9.44E‐06 1.87E‐06 1.00E‐02
Methyl Chloroform 1.20E‐02 1.20E‐02
Bromomethane 1.49E‐04 9.98E‐05 2.49E‐04
2‐Butanone 1.19E‐03 5.09E‐04 1.70E‐03
Carbon disulfide 4.87E‐04 1.35E‐04 6.23E‐04
Chloroethane 1.22E‐04 2.18E‐05 1.44E‐04
Chloromethane 7.01E‐04 1.56E‐04 8.57E‐04
Chrysene 1.33E‐04 1.33E‐04
Methylene Chloride 8.23E‐06 8.23E‐06
Styrene 1.65E‐04 7.59E‐05 2.40E‐04
m,p‐xylene 6.09E‐03 4.26E‐03 1.04E‐02
TOTAL 0.18730 0.09459 2.45350 0.12916 0.01265 0.00226 2.88
Source:Concrete Plant Water Heater
Company:Geneva Rock Products
Site:Mona Pit
Date:10/20/2022
Heater:9.9 MMBtu/hr
Pollutant
Emission Factor
(lb/mmBtu)
Fuel
Consumed
(mmBtu/yr)
Fuel Consumed
(mmBtu/hr)
Emission Rates
(ton/yr)
Emission Rates
(lb/yr)
Emission
Rates (lb/hr)EF FC FC ER ER ER
Criteria Pollutants
PMCon 9.29E-03 86,724 9.9 0.4026 8.05E+02 0.0919
PMFilt 1.43E-02 86,724 9.9 0.6195 1.24E+03 0.1414
PMTot 2.36E-02 86,724 9.9 1.0221 2.04E+03 0.2334
PM10 1.18E-02 86,724 9.9 0.5111 1.02E+03 0.1167
PM2.5 2.83E-03 86,724 9.9 0.1227 2.45E+02 0.0280
SO2 1.52E-03 86,724 9.9 0.0660 1.32E+02 0.0151
NOx 1.43E-01 86,724 9.9 6.1946 1.24E+04 1.4143
CO 3.57E-02 86,724 9.9 1.5486 3.10E+03 0.3536
VOC 3.97E-03 86,724 9.9 0.1722 3.44E+02 0.0393
GHG
CO2 1.6E+02 86,724 9.9 6906.9 1.38E+07 1576.9
CH4 1.54E-03 86,724 9.9 0.0669 1.34E+02 0.0153
N2O 1.86E-03 86,724 9.9 0.0805 1.61E+02 0.0184
CO2e 6,932
HAPs
Benzene 1.53E-06 86,724 9.9 6.63E-05 1.33E-01 1.51E-05
Ethylbenzene 4.54E-07 86,724 9.9 1.97E-05 3.94E-02 4.50E-06
Formaldehyde 2.36E-04 86,724 9.9 1.02E-02 2.04E+01 2.33E-03
Naphthalene 8.07E-06 86,724 9.9 3.50E-04 7.00E-01 7.99E-05
1,1,1-Trichloroethane 1.69E-06 86,724 9.9 7.31E-05 1.46E-01 1.67E-05
Toluene 4.43E-05 86,724 9.9 1.92E-03 3.84E+00 4.38E-04
o-Xylene 7.79E-07 86,724 9.9 3.38E-05 6.75E-02 7.71E-06
Acenaphthene 1.51E-07 86,724 9.9 6.54E-06 1.31E-02 1.49E-06
Anthracene 1.81E-09 86,724 9.9 7.84E-08 1.57E-04 1.79E-08
Benz(a)anthracene 8.71E-09 86,724 9.9 3.78E-07 7.56E-04 8.63E-08
Benzo(b,k)fluoranthene 2.86E-08 86,724 9.9 1.24E-06 2.48E-03 2.84E-07
Benzo(g,h,i)perylene 1.61E-08 86,724 9.9 7.00E-07 1.40E-03 1.60E-07
Chrysene 1.70E-08 86,724 9.9 7.37E-07 1.47E-03 1.68E-07
Dibenzo(a,h)anthracene 1.19E-08 86,724 9.9 5.17E-07 1.03E-03 1.18E-07
Fluoranthene 3.46E-08 86,724 9.9 1.50E-06 3.00E-03 3.42E-07
Fluorene 3.19E-08 86,724 9.9 1.38E-06 2.77E-03 3.16E-07
Indo(1,2,3-cd)pyrene 1.53E-07 86,724 9.9 6.63E-06 1.33E-02 1.51E-06
Phenanthrene 7.50E-09 86,724 9.9 3.25E-07 6.50E-04 7.43E-08
Pyrene 3.04E-08 86,724 9.9 1.32E-06 2.63E-03 3.01E-07
OCDD 2.21E-11 86,724 9.9 9.60E-10 1.92E-06 2.19E-10
Metals
Antimony 3.75E-05 86,724 9.9 1.63E-03 3.25E+00 3.71E-04
Arsenic 9.43E-06 86,724 9.9 4.09E-04 8.18E-01 9.33E-05
Barium 1.84E-05 86,724 9.9 7.96E-04 1.59E+00 1.82E-04
Beryllium 1.99E-07 86,724 9.9 8.61E-06 1.72E-02 1.97E-06
Cadmium 2.84E-06 86,724 9.9 1.23E-04 2.47E-01 2.81E-05
Chloride 2.48E-03 86,724 9.9 1.07E-01 2.15E+02 2.45E-02
Chromium 6.04E-06 86,724 9.9 2.62E-04 5.23E-01 5.98E-05
Chromium VI 1.77E-06 86,724 9.9 7.68E-05 1.54E-01 1.75E-05
Cobalt 4.30E-05 86,724 9.9 1.86E-03 3.73E+00 4.26E-04
Copper 1.26E-05 86,724 9.9 5.45E-04 1.09E+00 1.24E-04
Fluoride 2.66E-04 86,724 9.9 1.16E-02 2.31E+01 2.64E-03
Lead 1.08E-05 86,724 9.9 4.68E-04 9.35E-01 1.07E-04
Manganese 2.14E-05 86,724 9.9 9.29E-04 1.86E+00 2.12E-04
Mercy 8.07E-07 86,724 9.9 3.50E-05 7.00E-02 7.99E-06
Moldbdenum 5.62E-06 86,724 9.9 2.44E-04 4.88E-01 5.57E-05
Nickel 6.04E-04 86,724 9.9 2.62E-02 5.23E+01 5.98E-03
Phosphorous 6.76E-05 86,724 9.9 2.93E-03 5.86E+00 6.69E-04
Selenium 4.88E-06 86,724 9.9 2.12E-04 4.23E-01 4.83E-05
Vanadium 2.27E-04 86,724 9.9 9.85E-03 1.97E+01 2.25E-03
Zinc 2.08E-04 86,724 9.9 9.01E-03 1.80E+01 2.06E-03
Source of Data: Equations:
Emission Factor: AP-42, Fifth Edition, Section 1.3, Fuel Oil Combustion Emission Rates:
Table 1.3-1,2,3,9
Max Rating per Hour: Based off of Proposed Yardage
Emission Rate: Calculated
Assumptions:
The emissions are assumed to be uncontrolled and are based on diesel
GWPs are averages from EPAs Website
To convert to lb/MMBtu of No.2 oil, divide by 140 MMBtu/10^3 gal
Heater will be fired on diesel, Propane or natural gas.
EF lb
mmcf FCmmBtu
yr
HC Btu
cf
ER ton
yr
EF lb
mmcf FCmmBtu
yr
HC Btu
cf
ER lb
yr
EF lb
mmcf FCmmBtu
hr
HC Btu
cf
































1 ton
2,000 lb
1 mmBtu
1,000,000 Btu
1,000,000 cf
1 mmcf
1 mmBtu
1,000,000 Btu
1,000,000 cf
1 mmcf









1 mmBtu
1,000,000 Btu
1,000,000 cf
1 mmcf
1 hr
3,600 sec
ER lb
hr
ER lb
hr
g
lb ER g45359.sec
Source:Material Handling -Trucks/Loaders
Company:Geneva Rock Products
Site:Mona Pit
Date:10/20/2022
Hourly Annual  PM10 PM2.5  PM10  PM10 PM2.5 PM2.5
Source Description Throughput Throughput Emission Factor Emission Factor Emissions Emissions Emissions Emissions
(TPH) (TPY) (lb/ton) (lb/ton) (lb/hr) (TPY) (lb/hr) (TPY)
Asphalt Plant
   Loader (to hopper) 425 500,000 0.00010 0.00002 0.0425 0.025 0.006 0.0038
Aggregate Plant
  Loader to hopper  1,000 1,000,000 0.00010 0.00002 0.1000 0.050 0.015 0.0075
  Trucks 1,000 1,000,000 0.00010 0.00002 0.1000 0.050 0.015 0.0075
Concrete Plant
Trucks 420 420,000 0.00010 0.00002 0.0420 0.021 0.006 0.0032
Total 0.285 0.146 0.043 0.022
Source of Data:Equations:
Emission Factor:AP‐42, Section 11.19.2 Crushed Stone Processing and Pulverized Mineral Processing, Truck Loading Crushed Stone Emission Rates:
Table 11.19.2-2
Production (Aggregate/Concrete) Geneva Rock Products
Emission Rate: Calculated
Assumptions:
PM2.5/PM10 ratio ‐ 0.15, MRI, 2006. Background Document for Revisions to Fine Fraction Ratios Used for AP‐42 Fugitive Emission Factors, prepared for the WRAP by Midwest Research Institute, Feb. 1.
EF lb
ton PR ton
yr
1ton
2,000 lb
ER ton
yr








EF lb
ton PR ton
yr
1ton
2,000 lb
ER ton
yr









Source:Material Handling-Dozer
Company:Geneva Rock Products
Site:Mona Pit
Date:10/20/2022
Source Pollutant
Emission
Factor (lb/hr)
Dozer Hours
(hr/yr)
Emission
Rate (lb/yr)
Emission
Rate (TPY)
Emission Rate
(lb/hr)
Dozer PM10 0.7528 8130 6119.94 3.06 7.53E-01
PM2.5 0.4138 8130 3364.02 1.68 4.14E-01
Assumptions:
Dozer Operates 8,130 hours/year
Reference:
AP-42 Section 11.9 Western Surface Coal Mining-Table 11.9-1 (Bulldozing Overburden)
Silt and Moisture Content-Geometric Means-Table 11.9-3 (Bulldozing Overburden) `
Equations:
𝑇𝑆𝑃 ൌ 5.7ሺ𝑠ሻଵ.ଶ
ሺ𝑀ሻଵ.ଷ
𝑃𝑀ଵହ ൌ 1.0ሺ𝑠ሻଵ.ହ
ሺ𝑀ሻଵ.ସ
𝑃𝑀ଵ଴ ൌ𝑃𝑀ଵହ*0.75
𝑃𝑀ଶ.ହ ൌ𝑇𝑆𝑃*0.105
Source:Material Handling-Conveyors
Company:Geneva Rock Product
Site:Mona Pit
Date:10/20/2022
Hourly Annual PM10 PM2.5  PM10  PM10 PM2.5 PM2.5
Source Description Throughput Throughput Number of EF EF Emissions Emissions Emissions Emissions
(TPH) (TPY) Drops (lb/ton) (lb/ton) (lb/hr) (TPY) (lb/hr) (TPY)
Aggregate Plant
   Conveyors 1,000 1,000,000 15 0.000046 0.000013 0.046 0.345 0.013 0.098
Asphalt Plant
   Conveyors 425 500,000 6 0.000046 0.000013 0.020 0.069 0.006 0.020
Concrete Plant
   Conveyors 420 420,000 3 0.000046 0.000013 0.019 0.029 0.005 0.008
Total 0.085 0.443 0.024 0.125
Source of Data:Equations:
Emission Factor:AP‐42, Section 11.19.2 Crushed Stone Processing and Pulverized Mineral Processing, Conveyor Transfer Point Controlled Emission Rates:
Table 11.19.2-2
Production (Aggregate/Concrete) Geneva Rock Products
Emission Rate: Calculated
Source:Aggregate Throughput
Company:Geneva Rock Product
Site:Mona Pit
Date:10/20/2022
Hourly Uncontrolled PM10 Uncontrolled PM2.5 Controlled PM10 Controlled PM2.5 Uncontrolled PM10  Uncontrolled PM2.5 Controlled PM10 Controlled PM2.5 Controlled PM10 Controlled PM2.5
Source Description Throughput Emission Factor Emission Factor Emission Factor Emission Factor Emissions Emissions Emissions Emissions Emissions Emissions
(TPH)(lb/ton) (lb/ton) (lb/ton) (lb/ton) (TPY) (TPY) (TPY) (TPY) (lb/hr) (lb/hr)
Aggregate Plant
   Primary crusher1 1 1,000 0.0024 0.00036 0.00054 0.0001 1.20 0.18 0.27 0.05 0.54 0.10
   Primary crusher2 1 1,000 0.0024 0.00036 0.00054 0.0001 1.20 0.18 0.27 0.05 0.54 0.10
Secondary crusher 2 600 0.0024 0.00036 0.00054 0.0001 1.20 0.18 0.27 0.05 0.32 0.06
Tertiary crusher 2 600 0.0024 0.00036 0.00054 0.0001 1.20 0.18 0.27 0.05 0.32 0.06
   Screen 1 1 1,500 0.0087 0.00131 0.00074 0.00005 4.35 0.65 0.37 0.03 1.11 0.08
Screen 2 1 1,000 0.0087 0.00131 0.00074 0.00005 4.35 0.65 0.37 0.03 0.74 0.05
Screen 3 1 1,000 0.0087 0.00131 0.00074 0.00005 4.35 0.65 0.37 0.03 0.74 0.05
Screen 4 1 600 0.0087 0.00131 0.00074 0.00005 4.35 0.65 0.37 0.03 0.44 0.03
Screen 5 1 600 0.0087 0.00131 0.00074 0.00005 4.35 0.65 0.37 0.03 0.44 0.03
Screen 6 1 600 0.0087 0.00131 0.00074 0.00005 4.35 0.65 0.37 0.03 0.44 0.03
Total 30.90 4.64 3.30 0.35 5.65 0.59
Source of Data:
Emission Factors: AP-42, Section 11.19.2, Table 11.19.2-2, August 2004
Equations:
Emission Rates:
Assumptions:
PM2.5/PM10 ratio ‐ 0.15, MRI 2006
Number 
of 
Crushers
EF lb
ton PR ton
yr
1ton
2,000 lb
ER ton
yr
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Source:Storage Piles
Company:Geneva Rock Product
Site:Mona Pit
Date:10/20/2022
PM10 EF PM2.5 EF Pile Size
Control
Efficiency
Uncontrolled PM10
Emissions
Uncontrolled PM2.5
Emissions
Controlled PM10
Emissions
Controlled PM2.5
Emissions
Controlled PM10
Emissions
(lb/acre-day) (lb/acre-day) Days/year (acres) (TPY) (TPY) (TPY) (TPY) (lb/hr)
Storage piles 6.30 0.473 365.000 15.00 50.00 17.246 1.293 8.623 0.647 1.969
17.246 1.293 8.623 0.647
Source of Data:Equations:
Emission Factor:AP‐42, Fifth Edition, Section 11.9, 10/98 Emission Rates:
Western Surface Coal Mining
Table 11.9-4
Pile Size Estimated from GRP
Emission Rate: Calculated
Assumptions:
PM10/TSP ratio of 0.5 used (WRAP Fugitive Dust Handbook, Chapter 9)
PM2.5/PM10 ratio of 0.075 (UDAQ)
50% Control Efficiency for Watering Stockpiles (UDAQ)
Source Description
Source:Exposed Area (active Mining)
Company:Geneva Rock Products
Site:Mona Pit
Date:10/20/2022
Source Description PM10 EF PM2.5 EF Exposed Area PM10 Emissions PM2.5 Emissions PM10 Emissions
T/acre/yr T/acre/yr acres TPY TPY lb/hr
Disturbed Ground 0.19 0.029 25.0 4.75 0.71 1.08
Source of Data:Equations:
Emission Factor:AP‐42, Section 11.9 Western Surface Coal Mining Emission Rates:
Table 11.9-4
Exposed Acre Size Estimated by GRP
Emission Rate: Calculated
Assumptions:
PM2.5/PM10  raƟo ‐ 0.15, MRI, 2006. Background Document for Revisions to Fine FracƟon RaƟos Used for AP‐42FugiƟve Emission Factors, prepared for the WRAP by Midwest Research InsƟtute, Feb. 1.
Emission factor obtained from AP‐42, Table 11.9‐4, for TSP.  It is assumed that PM10 is 50% of TSP, so 0.38 T/acre/yr x 50% = 0.19 T/acre/yr.
The emissions are assumed to be uncontrolled.
Source:Asphalt Plant Hot Oil Heater
Company:Geneva Rock Products
Site:Mona Pit
Date:10/20/2022
Heater:5.0 MMBtu/hr
Pollutant
Emission Factor
(lb/mmBtu)
Fuel
Consumed
(mmBtu/yr)
Fuel Consumed
(mmBtu/hr)
Emission Rates
(ton/yr)
Emission Rates
(lb/yr)
Emission
Rates (lb/hr)EF FC FC ER ER ER
Criteria Pollutants
PMCon 9.29E-03 43,800 5.00 0.20 4.07E+02 4.64E-02
PMFilt 1.43E-02 43,800 5.00 0.31 6.26E+02 7.14E-02
PMTot 2.36E-02 43,800 5.00 0.52 1.03E+03 1.18E-01
PM10 1.18E-02 43,800 5.00 0.26 5.16E+02 5.89E-02
PM2.5 2.83E-03 43,800 5.00 0.06 1.24E+02 1.41E-02
SO2 1.52E-03 43,800 5.00 0.03 6.66E+01 7.61E-03
NOx 1.43E-01 43,800 5.00 3.13 6.26E+03 7.14E-01
CO 3.57E-02 43,800 5.00 0.78 1.56E+03 1.79E-01
VOC 3.97E-03 43,800 5.00 0.09 1.74E+02 1.99E-02
GHG
CO2 1.6E+02 43,800 5.0 3,488 6.98E+06 796.4
CH4 1.54E-03 43,800 5.0 0 6.76E+01 0.0077
N2O 1.86E-03 43,800 5.0 0 8.13E+01 0.0093
CO2e 3,501
HAPs
Benzene 1.53E-06 43,800 5.0 3.35E-05 6.70E-02 7.64E-06
Ethylbenzene 4.54E-07 43,800 5.0 9.95E-06 1.99E-02 2.27E-06
Formaldehyde 2.36E-04 43,800 5.0 5.16E-03 1.03E+01 1.18E-03
Naphthalene 8.07E-06 43,800 5.0 1.77E-04 3.54E-01 4.04E-05
1,1,1-Trichloroethane 1.69E-06 43,800 5.0 3.69E-05 7.38E-02 8.43E-06
Toluene 4.43E-05 43,800 5.0 9.70E-04 1.94E+00 2.21E-04
o-Xylene 7.79E-07 43,800 5.0 1.71E-05 3.41E-02 3.89E-06
Acenaphthene 1.51E-07 43,800 5.0 3.30E-06 6.60E-03 7.54E-07
Anthracene 1.81E-09 43,800 5.0 3.96E-08 7.92E-05 9.04E-09
Benz(a)anthracene 8.71E-09 43,800 5.0 1.91E-07 3.82E-04 4.36E-08
Benzo(b,k)fluoranthene 2.86E-08 43,800 5.0 6.27E-07 1.25E-03 1.43E-07
Benzo(g,h,i)perylene 1.61E-08 43,800 5.0 3.54E-07 7.07E-04 8.07E-08
Chrysene 1.70E-08 43,800 5.0 3.72E-07 7.45E-04 8.50E-08
Dibenzo(a,h)anthracene 1.19E-08 43,800 5.0 2.61E-07 5.22E-04 5.96E-08
Fluoranthene 3.46E-08 43,800 5.0 7.57E-07 1.51E-03 1.73E-07
Fluorene 3.19E-08 43,800 5.0 6.99E-07 1.40E-03 1.60E-07
Indo(1,2,3-cd)pyrene 1.53E-07 43,800 5.0 3.35E-06 6.70E-03 7.64E-07
Phenanthrene 7.50E-09 43,800 5.0 1.64E-07 3.29E-04 3.75E-08
Pyrene 3.04E-08 43,800 5.0 6.65E-07 1.33E-03 1.52E-07
OCDD 2.21E-11 43,800 5.0 4.85E-10 9.70E-07 1.11E-10
Metals
Antimony 3.75E-05 43,800 5.0 8.21E-04 1.64E+00 1.88E-04
Arsenic 9.43E-06 43,800 5.0 2.06E-04 4.13E-01 4.71E-05
Barium 1.84E-05 43,800 5.0 4.02E-04 8.04E-01 9.18E-05
Beryllium 1.99E-07 43,800 5.0 4.35E-06 8.70E-03 9.93E-07
Cadmium 2.84E-06 43,800 5.0 6.23E-05 1.25E-01 1.42E-05
Chloride 2.48E-03 43,800 5.0 5.43E-02 1.09E+02 1.24E-02
Chromium 6.04E-06 43,800 5.0 1.32E-04 2.64E-01 3.02E-05
Chromium VI 1.77E-06 43,800 5.0 3.88E-05 7.76E-02 8.86E-06
Cobalt 4.30E-05 43,800 5.0 9.42E-04 1.88E+00 2.15E-04
Copper 1.26E-05 43,800 5.0 2.75E-04 5.51E-01 6.29E-05
Fluoride 2.66E-04 43,800 5.0 5.83E-03 1.17E+01 1.33E-03
Lead 1.08E-05 43,800 5.0 2.36E-04 4.72E-01 5.39E-05
Manganese 2.14E-05 43,800 5.0 4.69E-04 9.39E-01 1.07E-04
Mercy 8.07E-07 43,800 5.0 1.77E-05 3.54E-02 4.04E-06
Moldbdenum 5.62E-06 43,800 5.0 1.23E-04 2.46E-01 2.81E-05
Nickel 6.04E-04 43,800 5.0 1.32E-02 2.64E+01 3.02E-03
Phosphorous 6.76E-05 43,800 5.0 1.48E-03 2.96E+00 3.38E-04
Selenium 4.88E-06 43,800 5.0 1.07E-04 2.14E-01 2.44E-05
Vanadium 2.27E-04 43,800 5.0 4.97E-03 9.95E+00 1.14E-03
Zinc 2.08E-04 43,800 5.0 4.55E-03 9.10E+00 1.04E-03
Source of Data: Equations:
Emission Factor: AP-42, Fifth Edition, Section 1.3, Fuel Oil Combustion Emission Rates:
Table 1.3-1,2,3,9
Max Rating per Hour: Based off of Proposed Yardage
Emission Rate: Calculated
Assumptions:
The emissions are assumed to be uncontrolled and fired on diesel fuel.
GWPs are averages from EPAs Website
To convert to lb/MMBtu of No.2 oil, divide by 140 MMBtu/10^3 gal
EF lb
mmcf FCmmBtu
yr
HCBtu
cf
ER ton
yr
EF lb
mmcf FC mmBtu
yr
HCBtu
cf
ER lb
yr
EF lb
mmcf FC mmBtu
hr
HCBtu
cf
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
1 ton
2,000 lb
1 mmBtu
1,000,000 Btu
1,000,000 cf
1 mmcf
1 mmBtu
1,000,000 Btu
1,000,000 cf
1 mmcf


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
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

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


1 mmBtu
1,000,000 Btu
1,000,000 cf
1 mmcf
1 hr
3,600 sec
ER lb
hr
ERlb
hr
g
lb ER g45359.sec
Source:Drum Mix Asphalt Plant (Baghouse)
Company:Geneva Rock Products
Site:Mona Pit
Reference:AP-42, Fifth Edition, Section 11.1, 3/04
Throughput:500,000 TPY
Emission Controlled Emission
Source Pollutant Factor Rate
(lb/ton) (ton/yr) (lb/hr)
Drum mix (baghouse) (waste oil)PM10 0.0230 500,000 425 5.75 9.8
PM2.5 0.0029 500,000 425 0.73 1.2
SOx 0.0580 500,000 425 14.50 24.7
NOx 0.0550 500,000 425 13.75 23.4
CO 0.1300 500,000 425 32.50 55.3
VOC 0.0320 500,000 425 8.00 13.6
33.00 500,000 425 8250.00 14,025.0
0.0120 500,000 425 3.00 5.1
Acetaldehyde 1.3E-03 500,000 425 3.25E-01 5.53E-01
Acrolein 2.6E-05 500,000 425 6.50E-03 1.11E-02
Benzene 3.9E-04 500,000 425 9.75E-02 1.66E-01
Ethylbenzene 2.4E-04 500,000 425 6.00E-02 0.00E+00
Formaldehyde 3.1E-03 500,000 425 7.75E-01 1.32E+00
Hexane 9.2E-04 500,000 425 2.30E-01 3.91E-01
Isooctane 4.0E-05 500,000 425 1.00E-02 1.70E-02
Methyl Chloroform 4.8E-05 500,000 425 1.20E-02 2.04E-02
Toluene 2.9E-03 500,000 425 7.25E-01 1.23E+00
Xylene 2.0E-04 500,000 425 5.00E-02 8.50E-02
2-Methylnaphthalene 1.7E-04 500,000 425 4.25E-02 7.23E-02
Acenapthene 1.4E-06 500,000 425 3.50E-04 5.95E-04
Acenaphthylene 2.2E-05 500,000 425 5.50E-03 9.35E-03
Anthracene 3.1E-06 500,000 425 7.75E-04 1.32E-03
Benzo(a)anthracene 2.1E-07 500,000 425 5.25E-05 8.93E-05
Benzo(a)pyrene 9.8E-09 500,000 425 2.45E-06 4.17E-06
Benzo(b)fluoranthene 1.0E-07 500,000 425 2.50E-05 4.25E-05
Benzo(e)pyrene 1.1E-07 500,000 425 2.75E-05 4.68E-05
Benzo(g,h,i)perylene 4.0E-08 500,000 425 1.00E-05 1.70E-05
Benzo(k)fluoranthene 4.1E-08 500,000 425 1.03E-05 1.74E-05
Chrysene 1.8E-07 500,000 425 4.50E-05 7.65E-05
Fluoranthene 6.1E-07 500,000 425 1.53E-04 2.59E-04
Fluorene 1.1E-05 500,000 425 2.75E-03 4.68E-03
Indeno(1,2,3-cd)pyrene 7.0E-09 500,000 425 1.75E-06 2.98E-06
Naphthalene 6.5E-04 500,000 425 1.63E-01 2.76E-01
Perylene 8.8E-09 500,000 425 2.20E-06 3.74E-06
Phenanthrene 2.3E-05 500,000 425 5.75E-03 9.78E-03
Pyrene 3.0E-06 500,000 425 7.50E-04 1.28E-03
Butane 6.7E-04 500,000 425 1.68E-01 2.85E-01
Ethylene 7.0E-03 500,000 425 1.75E+00 2.98E+00
Heptane 9.4E-03 500,000 425 2.35E+00 4.00E+00
4.0E-03 500,000 425 1.00E+00 1.70E+00
5.8E-04 500,000 425 1.45E-01 2.47E-01
1.9E-04 500,000 425 4.75E-02 8.08E-02
2.2E-03 500,000 425 5.50E-01 9.35E-01
2.1E-04 500,000 425 5.25E-02 8.93E-02
Source of Data:
Emission Factor: AP-42, Fifth Edition, Section 11.1, 3/04
Hot Mix Asphalt Plants
Tables 11.1-3, 11.1-4, 11.1-7, 11.1-8, 11.1-10 and 11.1-12
Production Rate (asphalt): Geneva Rock Products
Assumed material is saturated Calculated
Notes:
Nonmetalic HAP emission factors are based on asphalt plants controlled with fabric filters.
To avoid double counting emissions, the polycyclics emissions total in the table does not include naphthalene emissions
Proposed
Production Rate
(ton/yr)
Proposed
Production Rate
(tn/hr)
n-Pentane
GHG CO2
CH4
Non-PAH HAP's
PAH HAP's
Non-HAP organic compounds
2-Methyl-1-pentene
2-Methyl-2-butene
3-Methylpentane
1-Pentene
EF lb
ton PR ton
yr ER ton
yr
EF lb
ton PR ton
yr ER lb
yr
EF lb
ton PR ton
hr ER lb
hr
ER lb
hr
g
lb ER g
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
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
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



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
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
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1
45359
ton
2,000 lb
1 hr
3,600 sec.sec
Source:Hot Mix Asphalt Plant Silo Loading
Company:Geneva Rock Products
Site:Mona Pit
Reference:Reference: AP-42, Section 11.1 Hot Mix Asphalt Plants
EF (Total PM)= 0.000332 + 0.00105 (-v)E^(((0.0251)(T+460)-20.43)
EF (Organic PM)= 0.00105 (-V)e^(((0.0251)(T+460)-20.43)
EF (TOC) = 0.0504 (-V)e^(((0.0251)(T+460)-20.43)
EF (CO)= 0.00488(-V)e^(((0.0251)(T+460)-20.43)
Emission Max Proposed
Pollutant Factor Throughput Throughput
(lb/ton) Max (TPH) (TPY) (lb/hr) (TPY)
PM10 0.00057 425 500,000 0.2439 0.14
Total PM (PM2.5)0.00057 425 500,000 0.2439 0.14
VOC 0.01219 425 500,000 5.1793 3.05
CO 0.00118 425 500,000 0.5015 0.29
Greenhouse Gas
CH4 3.17E-05 425 500,000 0.0135 7.92E-03
HAPS
Benzene 3.90E-06 425 500,000 0.0017 9.75E-04
Bromomethane 5.97E-07 425 500,000 0.0003 1.49E-04
2-Butanone 4.75E-06 425 500,000 0.0020 1.19E-03
Carbon disulfude 1.95E-06 425 500,000 0.0008 4.87E-04
Chloroethane 4.87E-07 425 500,000 0.0002 1.22E-04
Chloromethane 2.80E-06 425 500,000 0.0012 7.01E-04
Chrysene 5.33E-07 425 500,000 0.0002 1.33E-04
Ethylbenzene 4.63E-06 425 500,000 0.0020 1.16E-03
Formaldehyde 8.41E-05 425 500,000 0.0357 2.10E-02
n-Hexane 1.22E-05 425 500,000 0.0052 3.05E-03
Isooctane 3.78E-08 425 500,000 0.0000 9.44E-06
Methylene Chloride 3.29E-08 425 500,000 0.0000 8.23E-06
Naphthalene 2.22E-04 425 500,000 0.0943 5.54E-02
Styrene 6.58E-07 425 500,000 0.0003 1.65E-04
Toluene 7.56E-06 425 500,000 0.0032 1.89E-03
m, p-Xylene 2.44E-05 425 500,000 0.0104 6.09E-03
o-Xylene 1.58E-04 425 500,000 0.0673 3.96E-02
Emissions
Source:Hot Mix Asphalt Plant Loadout
Company:Geneva Rock Products
Site:Mona
Reference:Reference: AP-42, Section 11.1 Hot Mix Asphalt Plants
EF (Total PM)= 0.000181 + 0.00141 (-v)E^(((0.0251)(T+460)-20.43)
EF (Organic PM)= 0.00141 (-V)e^(((0.0251)(T+460)-20.43)
EF (TOC) = 0.0172 (-V)e^(((0.0251)(T+460)-20.43)
EF (CO)= 0.00558(-V)e^(((0.0251)(T+460)-20.43)
Emission Proposed Average Proposed
Pollutant Factor Throughput Throughput Throughput
(lb/ton)Max (TPH) Avg (TPH) (TPY)(lb/hr) (TPY)
PM10 0.00052 425 57 500,000 0.0298 0.13
Total PM (PM2.5)0.00052 425 57 500,000 0.0298 0.13
TOC 0.00416 425 57 500,000 0.2374 1.04
CO 0.00135 425 57 500,000 0.0770 0.34
VOC 0.00391 425 57 500,000 0.2231 0.98
Greenhouse Gas
CH4 2.70E-04 425 57 500,000 0.0154 6.76E-02
HAPS
Benzene 2.16E-06 425 57 500,000 0.0001 5.41E-04
Bromomethane 3.99E-07 425 57 500,000 0.0000 9.98E-05
2-Butanone 2.04E-06 425 57 500,000 0.0001 5.09E-04
Carbon Disulfide 5.41E-07 425 57 500,000 0.0000 1.35E-04
Chloroethane 8.73E-08 425 57 500,000 0.0000 2.18E-05
Chloromethane 6.24E-07 425 57 500,000 0.0000 1.56E-04
Cumene 4.57E-06 425 57 500,000 0.0003 1.14E-03
Ethylbenzene 1.16E-05 425 57 500,000 0.0007 2.91E-03
Formaldehyde 3.66E-06 425 57 500,000 0.0002 9.15E-04
n-Hexane 6.24E-06 425 57 500,000 0.0004 1.56E-03
Isooctane 7.49E-09 425 57 500,000 0.0000 1.87E-06
Styrene 3.04E-07 425 57 500,000 0.0000 7.59E-05
Tetrachloroethene 3.20E-07 425 57 500,000 0.0000 8.01E-05
Toluene 8.73E-06 425 57 500,000 0.0005 2.18E-03
Trichlorofluoromethane 5.41E-08 425 57 500,000 0.0000 1.35E-05
m, p-Xylene 1.71E-05 425 57 500,000 0.0010 4.26E-03
o-Xylene 3.33E-06 425 57 500,000 0.0002 8.32E-04
Emissions
Source: Wash Plant
Company: Geneva Rock Product
Site: Mona
Production Rate:1,000,000 TPY
Assumptions:
Assumed material is saturated with no PM emissions
4 log washers
24 hour per day operation
Source:Concrete Batch Plant
Company:Geneva Rock Products
Site:Mona Pit
Reference:AP-42, Section 11.12 Concrete Batching, Tables 11.12-2 and 11.12-8
Concrete Production: 300,000 yd3/yr
Hours Operation: 8760 hs/yr
Pollutant
Percent of
PM2.5 of PM10
Emission Rate
(lbs/hr)
Emission Total
(TPY)
PM10 0.785 3.4
PM2.5 29.4 0.231 1.0
HAP 0.00 0.0
Emissions:
Source PM10 Emission
Factor
(lb/yd3) lb/hr TPY
Aggregate delivery to ground storage 0.0031 0.106 0.465
Aggregate transfer to conveyor 0.0031 0.106 0.465
Aggregate transfer to elevated storage 0.0031 0.106 0.465
Sand delivery to ground storage 0.0007 0.024 0.105
Sand transfer to conveyor 0.0007 0.024 0.105
Sand transfer to elevated storage 0.0007 0.024 0.105
0.0001 0.003 0.015
0.0002 0.007 0.030
Weigh hopper loading 0.0038 0.130 0.570
Truck mix loading (controlled) 0.0074 0.254 1.112
Total 0.785 3.437
PM2.5 Emission
Factor
(lb/yd3) lb/hr TPY
Truck mix loading (controlled) 0.0007 0.023 0.099
1 98% control efficiency for all PM2.5 going to baghouse
HAP
(Controlled)
Emission
Factor
(lb/ton)
Emission
Factor (lb/yd3)
Emission Rate
(lbs/hr)
Emission Total
(tons/year)
Arsenic 1.16E-06 4.53E-07 5.95E-01 6.80E-05
Beryllium 1.95E-07 5.50E-08 7.23E-02 8.25E-06
Cadmium 9.26E-09 2.61E-09 3.43E-03 3.92E-07
Chromium 5.35E-06 1.51E-06 1.98E+00 2.27E-04
Lead 2.06E-06 5.81E-07 7.63E-01 8.72E-05
Manganese 2.12E-05 5.97E-06 7.84E+00 8.96E-04
Nickel 7.10E-06 2.00E-06 2.63E+00 3.00E-04
Phosphorus 1.58E-05 4.47E-06 5.87E+00 6.71E-04
Selenium 1.85E-07 5.23E-08 6.87E-02 7.85E-06
Assumptions:
Wind speed assumed to be 6 mph at material drop point and a 4% mositure content
PM2.5 Emissions
Truck Mix/Central Mix
PM10 Emissions
Cement supplement unloading to elevated silo
(controlled)
Cement unloading to elevated silo (controlled)
Source Truck Mix/Central Mix
Roads
Geneva Rock Products
Mona Pit
10/27/2023
PM10 Emission Factor => E = k * (s/12)a * (W/3)b  PM2.5 Emission Factor => E = k * (s/12)a * (W/3)b 
Annual  PM10 Emission Factor => E = k * (s/12)a * (W/3)b *[(365‐P)/365] Annual PM2.5 Emission Factor => E = k * (s/12)a * (W/3)b *[(365‐P)/365]
Where
E = Emission factor (pounds per VMT)
k, a, b = constants (AP‐42, Section 13.2.2 Unpaved Roads Table 13.2.2‐2)
s = surface material silt content = 4.8
CF = Control Factor = 85% 90% 95%
 PM10 & PM2.5 a = 0.9
 PM10 & PM2.5 b = 0.45
P = 89
Vehicle 24‐Hour Annual 24‐Hour Annual 24‐hour Annual Uncontrolled Controlled Uncontrolled Controlled Uncontrolled Controlled Uncontrolled Controlled
Source Description PM10 PM2.5 Silt Content Weight Mean Speed PM10 EF PM10 EF PM2.5 EF PM2.5 EF 24‐hour PM10 24‐hour PM10 24‐hour PM10 24‐hour PM10 24‐hour PM2.5 24‐hour PM2.5 24‐hour PM2.5 24‐hour PM2.5 k k (%) (ton) (mph) (lb/VMT) (lb/VMT) (lb/VMT) (lb/VMT) VMT/hr VMT/yr lb/hr lb/hr tn/yr tn/yr lb/hr lb/hr tn/yr tn/yr
RMC‐Trucks ‐ Unpaved 1.5 0.15 4.8 40.5 10 2.12 1.61 0.212 0.161 0.45 3,977.3 0.96 0.14 4.22 0.633 0.10 0.014 0.422 0.063
RMC‐Trucks ‐ Paved + Sweeping 1.5 0.15 4.8 40.5 10 2.12 1.61 0.212 0.161 0.00 0.0 0.00 0.00 0.00 0.000 0.00 0.000 0.000 0.000
RMC‐Trucks ‐ Paved + Vacuum 1.5 0.15 4.8 40.5 10 2.12 1.61 0.212 0.161 0.34 3,017.2 0.73 0.04 3.20 0.160 0.07 0.004 0.320 0.016
Aggregate‐Trucks ‐ Unpaved 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 4.69 38,094.0 7.78 1.17 31.63 4.744 0.78 0.117 3.163 0.474
Aggregate‐Trucks ‐ Paved + Sweeping 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 0.00 0.0 0.00 0.00 0.00 0.000 0.00 0.000 0.000 0.000
Aggregate‐Trucks ‐ Paved + Vacuum 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 1.16 9,469.7 1.93 0.10 7.86 0.393 0.19 0.010 0.786 0.039
HMA ‐ Trucks ‐ Paved + Sweeping 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 0.00 0.0 0.00 0.00 0.00 0.000 0.00 0.000 0.000 0.000
HMA ‐ Trucks ‐ Paved + Vacuum 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 1.57 13,774.1 2.61 0.13 11.44 0.572 0.26 0.013 1.144 0.057
Wash Plant ‐ Trucks ‐ Unpaved 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 1.58 13,860.2 2.63 0.39 11.51 1.726 0.26 0.039 1.151 0.173
Wash Plant ‐ Trucks ‐ Paved + Sweeping 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 0.00 0.0 0.00 0.00 0.00 0.000 0.00 0.000 0.000 0.000
Wash Plant ‐ Trucks ‐ Paved + Vacuum 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 1.08 9,469.7 1.79 0.09 7.86 0.393 0.18 0.009 0.786 0.039
RMC‐Loaders 1.5 0.15 4.8 27.5 5 1.78 1.35 0.178 0.135 0.24 2,062.3 0.42 0.06 1.84 0.275 0.04 0.006 0.184 0.028
Aggregate‐Loaders 1.5 0.15 4.8 27.5 5 1.78 1.35 0.178 0.135 1.38 11,223.3 2.46 0.37 9.99 1.499 0.25 0.037 0.999 0.150
HMA‐Loaders 1.5 0.15 4.8 27.5 5 1.78 1.35 0.178 0.135 0.40 3,507.3 0.71 0.11 3.12 0.468 0.07 0.011 0.312 0.047
Total 22.031 2.598 92.662 10.863 2.203 0.260 9.266 1.086
Vehicle 24‐Hour Annual 24‐Hour Annual 24‐hour Annual Uncontrolled Controlled Uncontrolled Controlled
Source Description PM10 PM2.5 Silt Content Weight Mean Speed PM10 EF PM10 EF PM2.5 EF PM2.5 EF Annual PM10 Annual PM10 Annual PM2.5 Annual PM2.5 k k (%) (ton) (mph) (lb/VMT) (lb/VMT) (lb/VMT) (lb/VMT) VMT/hr VMT/yr tn/yr tn/yr tn/yr tn/yr
RMC‐Trucks ‐ Unpaved 1.5 0.15 4.8 40.5 10 2.12 1.61 0.212 0.161 0.45 3,977.3 3.194 0.479 0.319 0.048
RMC‐Trucks ‐ Paved + Sweeping 1.5 0.15 4.8 40.5 10 2.12 1.61 0.212 0.161 0.00 0.0 0.000 0.000 0.000 0.000
RMC‐Trucks ‐ Paved + Vacuum 1.5 0.15 4.8 40.5 10 2.12 1.61 0.212 0.161 0.34 3,017.2 2.423 0.121 0.242 0.012
Aggregate‐Trucks ‐ Unpaved 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 4.69 38,094.0 23.944 3.592 2.394 0.359
Aggregate‐Trucks ‐ Paved + Sweeping 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 0.00 0.0 0.000 0.000 0.000 0.000
Aggregate‐Trucks ‐ Paved + Vacuum 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 1.16 9,469.7 5.952 0.298 0.595 0.030
HMA ‐ Trucks ‐ Paved + Sweeping 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 0.00 0.0 0.000 0.000 0.000 0.000
HMA ‐ Trucks ‐ Paved + Vacuum 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 1.57 13,774.1 8.658 0.433 0.866 0.043
Wash Plant ‐ Trucks ‐ Unpaved 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 1.58 13,860.2 8.712 1.307 0.871 0.131
Wash Plant ‐ Trucks ‐ Paved + Sweeping 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 0.00 0.0 0.000 0.000 0.000 0.000
Wash Plant ‐ Trucks ‐ Paved + Vacuum 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 1.08 9,469.7 5.952 0.298 0.595 0.030
RMC‐Loaders 1.5 0.15 4.8 27.5 5 1.78 1.35 0.178 0.135 0.24 2,062.3 1.390 0.209 0.139 0.021
Aggregate‐Loaders 1.5 0.15 4.8 27.5 5 1.78 1.35 0.178 0.135 1.38 11,223.3 7.565 1.135 0.757 0.113
HMA‐Loaders 1.5 0.15 4.8 27.5 5 1.78 1.35 0.178 0.135 0.40 3,507.3 2.364 0.355 0.236 0.035
Total 70.153 8.224 7.015 0.822
Notes:
85% control ‐ Unpaved w/ watering & chemical suppressant
RMC Unpaved Road Length 0.275 miles round trip
Aggs Unpaved Road Length 0.838 miles round trip
HMA Unpaved Road Length 0.000 miles round trip
Wash Plant Unpaved Road Length 0.305 miles round trip
RMC Loader travel distance 0.066 miles round trip
Aggs Loader travel distance 0.152 miles round trip
HMA Loader travel distance 0.095 miles round trip
95% control ‐ Paved w/ Watering & Vacuuming
RMC Paved Road Length 0.208 miles round trip
Aggs Paved Road Length 0.208 miles round trip
HMA Paved Road Length 0.606 miles round trip
Wash Plant Paved Road Length 0.208 miles round trip
Vehicle weights Empty Capacity
Average 
Weight Throughput Trips/yr Trips/Day Trips/hr
Operating 
Hours
RMC‐Trucks 26 29 40.5 420,000 14,482.8 39.7 1.65 8760
Aggregate‐Trucks 12.5 22 23.5 1,000,000 45,454.5 134.1 5.59 8130
HMA ‐ Trucks 12.5 22 23.5 500,000 22,727.3 62.3 2.59 8760
Wash Plant ‐ Trucks 12.5 22 23.5 1,000,000 45,454.5 124.5 5.19 8760
RMC‐Loaders 20.7 13.5 27.5 420,000 31,111.1 85.2 3.55 8760
Aggregate‐Loaders 20.7 13.5 27.5 1,000,000 74,074.1 218.5 9.11 8130
HMA‐Loaders 20.7 13.5 27.5 500,000 37,037.0 101.5 4.23 8760
Source of Data:
Emission Factor:AP‐42, Section 13.2.2 Unpaved Roads
Road Lengths Estimated from Aerial Photography
Emission Rate: Calculated
Assumptions:
Precipitation Days‐NOAA Global Summary of the Year Station Details, Calculated average for last 6 years
Silt Content % Table 13.2.2‐1 Sand and Gravel Processing Plant Road
Tanks
Geneva Rock Products
Mona Pit
10/20/2022
VOC actual emissionVOC potential emissions CO Emissions
(tons/year) (tons/year) (tons/year)
Horizontal tank 1 0.0239 0.0258 4‐12,000 gallon diesel storage tanks
Horizontal tank 2 0.0399 0.0474 0.0046 25,000 gallon asphalt cement oil tank
Horizontal tank 3 0.0525 0.0629 0.0061 35,000 gallon asphalt cement oil tank
Horizontal tank 4 0.1501 0.1857 0.0180 2‐ 60,000 gallon asphalt cement oil tanks
Vertical tank 1 0.005 0.006 0.0006 30,000 gallon asphalt cement oil tank
Vertical tank 2 0.014 0.015 0.0015 250,000 gallon asphalt cement oil tank
Vertical tank 3 0.041 0.052 60,000 gallon RFO tank
Vertical tank 4 0.061 0.064 4,000 ton asphalt cement oil tank
Total 0.387 0.459 0.031
Assumptions:
For asphalt cement, CO Emissions are equal to 0.097 x VOC emissions based on AP-42, Setion 11.1. Section 4.4.5
Tank identification
Description
Location (city)
Value Units
Fuel type Diesel select one
Storage tank position Above select one
Actual throughput 1,152,000 gal/yr
Actual hours operated 8760 hours/year
Potential throughput 1,497,600 gal/yr
VOC actual emissions 0.0060 ton/yr
VOC potential emissions 0.0064 ton/yr
Physical properties of the tank
Property Value Units
Shell length HS 32 feet
Shell diameter D 8 feet
Shell effective height HE 6.28 feet
Shell effective diameter DE 18.05 feet
Shell radius RS 4 feet
Working volume 12031.5 gallons
Turnovers per year (actual)N 95.7 dimensionless
Turnovers per year (potential)N 124.5 dimensionless
Shell color/shade White/NA select one
Shell condition Average select one
Paint solar absorptance α 0.25 dimensionless
Vacuum setting PBV -0.03 psig
Pressure setting PBP 0.03 psig
Weather data
Property Value Units
Nearest major city Salt Lake City, UT Select one
Average annual maximum temperature TAX 63.9 °F
Average annual minimum temperature TAN 42.9 °F
Atmospheric pressure PA 12.0 psia
Solar insolation I 1442.0 Btu/(ft2∙day)
VOC emissions from horizontal tank #1
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Property
Tank information
Mona, UT
12000 gallon diesel storage tanks
Tanks 1 - 4
p-sbap5-42h https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 1 of 2
Calculation of VOC Emission = Total Losses (LT)
Variable Calculated value
Total losses (VOC actual emissions) LT 11.95 lb/yr
Total losses (VOC potential emissions) LT 12.89 lb/yr
Standing storage losses LS 1.55 lb/yr
Working losses (actual)LW 10.40 lb/yr
Working losses (potential)LW 11.34 lb/yr
Annual net throughput (actual) Q 27428.57 bbl/yr
Annual net throughput (potential) Q 35657.14 bbl/yr
Working loss turnover factor (actual)KN 0.48 dimensionless
Working loss turnover factor (potential)KN 0.41 dimensionless
Stock vapor density WV 0.00 lb/ft3
Vapor Molecular Weight at 60 °F MV 130 lb/lb-mole
Vapor pressure PVA 0.006 psia
Vapor space volume VV 804.25 ft3
Vapor space tank outage HVO 3.14 feet
Vapor space expansion factor KE 0.038 dimensionless
Vented vapor saturation factor KS 1.00 dimensionless
Working loss product factor KP 1 dimensionless
Ideal gas constant R 10.731 psia*ft3/lb-mole*°R
Average vapor temperature TV 516.67 °R
Daily average liquid surface temperature TLA 515.55 °R
Daily vapor temperature range ΔTV 21.91 °R
Daily ambient temperature range ΔTA 21.00 °R
Daily maximum ambient temperature TAX 523.60 °R
Daily minimum ambient temperature TAN 502.60 °R
Daily average ambient temperature TAA 513.10 °R
Liquid bulk temperature TB 514.18 °R
Daily vapor pressure range ΔPV 0.00 psia
Breather vent pressure setting range ΔPB 0.06 psi
Vapor pressure equation constant A 12.101 dimensionless
Vapor pressure equation constant B 8907 °R
Vapor pressure at TLX PVX 0.0068 psia
Vapor pressure at TLN PVN 0.0047 psia
Maximum TLA TLX 521.03 °R
Minimum TLA TLN 510.07 °R
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Tank identification
Description
Location (city)
Value Units
Fuel type asphalt cement select one
Storage tank position Above select one
Actual throughput 124,269 gal/yr
Actual hours operated 8760 hours/year
Potential throughput 161,550 gal/yr
VOC actual emissions 0.04 ton/yr
VOC potential emissions 0.05 ton/yr
Physical properties of the tank
Property Value Units
Shell length HS 54 feet
Shell diameter D 11 feet
Shell effective height HE 8.64 feet
Shell effective diameter DE 27.50 feet
Shell radius RS 5.5 feet
Working volume 38385.8 gallons
Turnovers per year (actual)N 3.2 dimensionless
Turnovers per year (potential)N 4.2 dimensionless
Shell color/shade White/NA select one
Shell condition Average select one
Paint solar absorptance α 0.25 dimensionless
Vacuum setting PBV -0.03 psig
Pressure setting PBP 0.03 psig
Weather data
Property Value Units
Nearest major city Salt Lake City, UT Select one
Average annual maximum temperature TAX 63.9 °F
Average annual minimum temperature TAN 42.9 °F
Atmospheric pressure PA 12.0 psia
Solar insolation I 1442.0 Btu/(ft2∙day)
Mona, Utah
VOC emissions from horizontal tank #2
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Tank information
Tank 2
25,000 gallon portable asphalt cement oil
Property
p-sbap5-42h https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 1 of 2
Calculation of VOC Emission = Total Losses (LT)
Variable Calculated value
Total losses (VOC actual emissions) LT 79.78 lb/yr
Total losses (VOC potential emissions) LT 94.71 lb/yr
Standing storage losses LS 49.06 lb/yr
Working losses (actual)LW 30.72 lb/yr
Working losses (potential)LW 45.65 lb/yr
Annual net throughput (actual) Q 2958.79 bbl/yr
Annual net throughput (potential) Q 3846.43 bbl/yr
Working loss turnover factor (actual)KN 1.00 dimensionless
Working loss turnover factor (potential)KN 1.00 dimensionless
Stock vapor density WV 0.00 lb/ft3
Vapor Molecular Weight at 60 °F MV 130 lb/lb-mole
Vapor pressure PVA 0.091292159 psia
Vapor space volume VV 2565.90 ft3
Vapor space tank outage HVO 4.32 feet
Vapor space expansion factor KE 0.029 dimensionless
Vented vapor saturation factor KS 0.98 dimensionless
Working loss product factor KP 1 dimensionless
Ideal gas constant R 10.731 psia*ft3/lb-mole*°R
Average vapor temperature TV 597.91 °R
Daily average liquid surface temperature TLA 678.04 °R
Daily vapor temperature range ΔTV 21.91 °R
Daily ambient temperature range ΔTA 21.00 °R
Daily maximum ambient temperature TAX 523.60 °R
Daily minimum ambient temperature TAN 502.60 °R
Daily average ambient temperature TAA 513.10 °R
Liquid bulk temperature TB 785.00 °R
Daily vapor pressure range ΔPV 0.02 psia
Breather vent pressure setting range ΔPB 0.06 psi
Vapor pressure equation constant A 10.781 dimensionless
Vapor pressure equation constant B 8933 °R
Vapor pressure at TLX PVX 0.1015 psia
Vapor pressure at TLN PVN 0.0820 psia
Maximum TLA TLX 683.52 °R
Minimum TLA TLN 672.57 °R
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Tank identification
Description
Location (city)
Value Units
Fuel type asphalt cement select one
Storage tank position Above select one
Actual throughput 173,231 gal/yr
Actual hours operated 8760 hours/year
Potential throughput 225,200 gal/yr
VOC actual emissions 0.05 ton/yr
VOC potential emissions 0.06 ton/yr
Physical properties of the tank
Property Value Units
Shell length HS 65.5 feet
Shell diameter D 11.25 feet
Shell effective height HE 8.84 feet
Shell effective diameter DE 30.63 feet
Shell radius RS 5.625 feet
Working volume 48701.0 gallons
Turnovers per year (actual)N 3.6 dimensionless
Turnovers per year (potential)N 4.6 dimensionless
Shell color/shade White/NA select one
Shell condition Average select one
Paint solar absorptance α 0.25 dimensionless
Vacuum setting PBV -0.03 psig
Pressure setting PBP 0.03 psig
Weather data
Property Value Units
Nearest major city Salt Lake City, UT Select one
Average annual maximum temperature TAX 63.9 °F
Average annual minimum temperature TAN 42.9 °F
Atmospheric pressure PA 12.0 psia
Solar insolation I 1442.0 Btu/(ft2∙day)
Mona, UT
VOC emissions from horizontal tank #3
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Tank information
Tank 3
35,000 asphalt cement oil
Property
p-sbap5-42h https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 1 of 2
Calculation of VOC Emission = Total Losses (LT)
Variable Calculated value
Total losses (VOC actual emissions) LT 105.04 lb/yr
Total losses (VOC potential emissions) LT 125.85 lb/yr
Standing storage losses LS 62.21 lb/yr
Working losses (actual)LW 42.83 lb/yr
Working losses (potential)LW 63.64 lb/yr
Annual net throughput (actual) Q 4124.55 bbl/yr
Annual net throughput (potential) Q 5361.91 bbl/yr
Working loss turnover factor (actual)KN 1.00 dimensionless
Working loss turnover factor (potential)KN 1.00 dimensionless
Stock vapor density WV 0.00 lb/ft3
Vapor Molecular Weight at 60 °F MV 130 lb/lb-mole
Vapor pressure PVA 0.091292159 psia
Vapor space volume VV 3255.41 ft3
Vapor space tank outage HVO 4.42 feet
Vapor space expansion factor KE 0.029 dimensionless
Vented vapor saturation factor KS 0.98 dimensionless
Working loss product factor KP 1 dimensionless
Ideal gas constant R 10.731 psia*ft3/lb-mole*°R
Average vapor temperature TV 597.91 °R
Daily average liquid surface temperature TLA 678.04 °R
Daily vapor temperature range ΔTV 21.91 °R
Daily ambient temperature range ΔTA 21.00 °R
Daily maximum ambient temperature TAX 523.60 °R
Daily minimum ambient temperature TAN 502.60 °R
Daily average ambient temperature TAA 513.10 °R
Liquid bulk temperature TB 785.00 °R
Daily vapor pressure range ΔPV 0.02 psia
Breather vent pressure setting range ΔPB 0.06 psi
Vapor pressure equation constant A 10.781 dimensionless
Vapor pressure equation constant B 8933 °R
Vapor pressure at TLX PVX 0.1015 psia
Vapor pressure at TLN PVN 0.0820 psia
Maximum TLA TLX 683.52 °R
Minimum TLA TLN 672.57 °R
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Tank identification
Description
Location (city)
Value Units
Fuel type asphalt cement select one
Storage tank position Above select one
Actual throughput 297,000 gal/yr
Actual hours operated 8760 hours/year
Potential throughput 386,100 gal/yr
VOC actual emissions 0.08 ton/yr
VOC potential emissions 0.09 ton/yr
Physical properties of the tank
Property Value Units
Shell length HS 71 feet
Shell diameter D 12 feet
Shell effective height HE 9.42 feet
Shell effective diameter DE 32.94 feet
Shell radius RS 6 feet
Working volume 60063.7 gallons
Turnovers per year (actual)N 4.9 dimensionless
Turnovers per year (potential)N 6.4 dimensionless
Shell color/shade White/NA select one
Shell condition Average select one
Paint solar absorptance α 0.25 dimensionless
Vacuum setting PBV -0.03 psig
Pressure setting PBP 0.03 psig
Weather data
Property Value Units
Nearest major city Salt Lake City, UT Select one
Average annual maximum temperature TAX 63.9 °F
Average annual minimum temperature TAN 42.9 °F
Atmospheric pressure PA 12.0 psia
Solar insolation I 1442.0 Btu/(ft2∙day)
Calculation of VOC Emission = Total Losses (LT)
Variable Calculated value
Total losses (VOC actual emissions) LT 150.05 lb/yr
Total losses (VOC potential emissions) LT 185.72 lb/yr
Standing storage losses LS 76.62 lb/yr
Working losses (actual)LW 73.43 lb/yr
Working losses (potential)LW 109.10 lb/yr
Annual net throughput (actual) Q 7071.43 bbl/yr
Annual net throughput (potential) Q 9192.86 bbl/yr
Working loss turnover factor (actual)KN 1.00 dimensionless
Working loss turnover factor (potential)KN 1.00 dimensionless
Stock vapor density WV 0.00 lb/ft3
Vapor Molecular Weight at 60 °F MV 130 lb/lb-mole
Vapor pressure PVA 0.091292159 psia
Vapor space volume VV 4014.96 ft3
Vapor space tank outage HVO 4.71 feet
Vapor space expansion factor KE 0.029 dimensionless
Vented vapor saturation factor KS 0.98 dimensionless
Working loss product factor KP 1 dimensionless
Ideal gas constant R 10.731 psia*ft3/lb-mole*°R
Average vapor temperature TV 597.91 °R
Daily average liquid surface temperature TLA 678.04 °R
Daily vapor temperature range ΔTV 21.91 °R
Daily ambient temperature range ΔTA 21.00 °R
Daily maximum ambient temperature TAX 523.60 °R
Daily minimum ambient temperature TAN 502.60 °R
Daily average ambient temperature TAA 513.10 °R
Liquid bulk temperature TB 785.00 °R
Daily vapor pressure range ΔPV 0.02 psia
Breather vent pressure setting range ΔPB 0.06 psi
Vapor pressure equation constant A 10.781 dimensionless
Vapor pressure equation constant B 8933 °R
Vapor pressure at TLX PVX 0.1015 psia
Vapor pressure at TLN PVN 0.0820 psia
Maximum TLA TLX 683.52 °R
Minimum TLA TLN 672.57 °R
Mona, UT
VOC emissions from horizontal tank #4
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Tank information
Tanks 4 and 5
60,000 asphalt cement oil
Property
p-sbap5-42v • 7/13/20
Tank identification
Description
Location (city)
Value Units Description
Fuel type Asphalt Cement select one
Type of roof Cone select one
Actual throughput 1,038,368 gal/yr
Actual hours operated 8760 hours/year
Potential throughput 1,349,878 gal/yr
VOC actual emissions 0.06 ton/yr
VOC potential emissions 0.06 ton/yr
Physical properties of the tank
Property Value Units Description
Shell height HS 44 feet
Shell diameter D 65 feet
Shell radius RS 32.5 feet
Maximum liquid height HLX 40 feet
Average liquid height HL 22 feet
Working volume 992837.5 gallons
Turnovers per year (actual)N 1.0 dimensionless
Turnovers per year (potential)N 1.4 dimensionless
Shell color/shade White/NA select one
Shell condition Average select one
Paint solar absorptance α 0.25 dimensionless
Roof height HR 0.20 feet
Dome roof radius RR -- feet
Cone roof slope SR 0.0625 ft/ft
Vacuum setting PBV -0.03 psig
Pressure setting PBP 0.03 psig
Weather data
Property Value Units Description
Nearest major city Salt Lake City Select one
Average annual maximum temperature TAX 63.9 °F
Average annual minimum temperature TAN 42.9 °F
Atmospheric pressure PA 12.01 psia
Solar insolation I 1442.00 Btu/(ft2∙day)
Calculation of VOC Emission = Total Losses (LT)
Variable Calculated value Notes (equations are from AP-42, Chapter 7)
Total losses (VOC actual emissions) LT 122.60 lb/yr Equation 1-1
Total losses (VOC potential emissions) LT 128.48 lb/yr Equation 1-1
Standing storage losses LS 102.98 lb/yr Equation 1-2
Working losses (actual)LW 19.62 lb/yr Equation 1-35
Working losses (potential)LW 25.50 lb/yr Equation 1-35
Annual net throughput (actual) Q 24723.05 bbl/yr Based on actual throughput entered by user (gal/year) / 42 bbl/gal
Annual net throughput (potential) Q 32139.96 bbl/yr Based on calculated potential throughput (gal/year) / 42 bbl/gal
Working loss turnover factor (actual)KN 1.00 dimensionless
Working loss turnover factor (potential)KN 1.00 dimensionless
Stock vapor density WV 0.00 lb/ft3 Equation 1-22
Vapor Molecular Weight at 60 °F MV 190 lb/lb-mole Table 7.1-2
Vapor pressure at 60 °F PVA 0.004772504 psia Equation 1-25, PVA based on TLA
Vapor space volume VV 73227.44 ft3 Equation 1-3
Vapor space roof outage HRO 0.07 feet
Vapor space tank outage HVO 22.07 feet Equation 1-16, vertical
Vapor space expansion factor KE 0.03 Equation 1-5
Vented vapor saturation factor KS 0.99 dimensionless Equation 1-21
Working loss product factor KP 1 dimensionless
Ideal gas constant R 10.731 psia*ft3/lb-mole*°R Constant, Equation 1-22
Average vapor temperature TV 597.91 °R Equation 1-33
Daily average liquid surface temperature TLA 678.04 °R Equation 1-28
Daily vapor temperature range ΔTV 21.91 °R Equation 1-7
Daily ambient temperature range ΔTA 21.00 °R Equation 1-11
Daily maximum ambient temperature TAX 523.60 °R
Daily minimum ambient temperature TAN 502.60 °R
Daily average ambient temperature TAA 513.10 °R Equation 1-30
Table 7-1-7. Conversion factor: Rankine = Fahrenheit + 459.7
Total for a horizontal surface.
Equation 1-17 Cone; Equation 1-19 Dome
Saturation; turnovers >36 = (180 + N) / 6 * N; turnovers at 36 or lower = 1; Equation 1
Saturation; turnovers >36 = (180 + N) / 6 * N; turnovers at 36 or lower = 1
Assume value of 1 for gasoline or diesel.
Table 7-1-7. Conversion factor: Rankine = Fahrenheit + 459.7
Average for the location.
Calculated radius. Only applies to a "Dome" roof.
If unknown = 0.0625. If known, insert value. Only applies to a "Cone" roof.
Vacuum setting is a value set for the tank at the facility.
Breather vent pressure is a reading from the tank monitoring system.
Nearest major city to the tank location.
Average over a calendar year.
Average over a calendar year.
Tank condition is used to identify paint solar absorptance.
Insert value from table 7.1-6. Paint effectiveness in absorbing radiant energy.
Calculated roof height.
Calculated number the tank is emptied and refilled, annually.
Calculated number the tank could be emptied and refilled, annually.
Tank shell color and shade are used to identify paint solar absorptance.
Maximum height of the liquid within the tank shell.
Average height of the liquid within the tank shell.
Calculated volume
This is actual length of the tank.
This is the width of the cylindrical shell.
Calculated radius
Amount of VOCs potentially released over a 12-month period.
Property
Type of fuel stored in the tank.
Fixed roof structure.
Gallons stored in his tank over the period of 12 consecutive months.
Number of hours the tank is being used.
Calculated based on actual tank throughput divided by the hours operated and
multiplied by 8760 hours/day.
Amount of VOC actually released over the 12-month period.
Mona, Utah
VOC emissions from vertical, fixed roof tank #1
Enter tank specific information in all blue cells.
Tank information
AC Tank
4,000 ton
p-sbap5-42v https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 1 of 2
VOC emissions from vertical, fixed roof tank #1
Liquid bulk temperature TB 785.00 °R Equation 1-31
Daily vapor pressure range ΔPV 0.00 psia Equation 1-9
Breather vent pressure setting range ΔPB 0.06 psi Equation 1-10
Vapor pressure equation constant A 10.104 dimensionless Table 7.1-2
Vapor pressure equation constant B 10475 °R Table 7.1-2
Vapor pressure at TLX PVX 0.01 psia Equation 1-9, note 5
Vapor pressure at TLN PVN 0.00 psia Equation 1-9, note 5
Maximum TLA TLX 683.52 °R Equation 1-9, note to Figure 7.1-17
Minimum TLA TLN 672.57 °R Equation 1-9, note to Figure 7.1-17
p-sbap5-42v https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 2 of 2
p-sbap5-42v • 7/13/20
Tank identification
Description
Location (city)
Value Units
Fuel type Asphalt Cement select one
Type of roof Cone select one
Actual throughput 300,000 gal/yr
Actual hours operated 8760 hours/year
Potential throughput 390,000 gal/yr
VOC actual emissions 0.00 ton/yr
VOC potential emissions 0.01 ton/yr
Physical properties of the tank
Property Value Units
Shell height HS 45 feet
Shell diameter D 12 feet
Shell radius RS 6 feet
Maximum liquid height HLX 40 feet
Average liquid height HL 20 feet
Working volume 33838.7 gallons
Turnovers per year (actual)N 8.9 dimensionless
Turnovers per year (potential)N 11.5 dimensionless
Shell color/shade White/NA select one
Shell condition Average select one
Paint solar absorptance α 0.25 dimensionless
Roof height HR 0.04 feet
Dome roof radius RR -- feet
Cone roof slope SR 0.0625 ft/ft
Vacuum setting PBV -0.03 psig
Pressure setting PBP 0.03 psig
Weather data
Property Value Units
Nearest major city Salt Lake City Select one
Average annual maximum temperature TAX 63.9 °F
Average annual minimum temperature TAN 42.9 °F
Atmospheric pressure PA 12.01 psia
Solar insolation I 1442.00 Btu/(ft2∙day)
Calculation of VOC Emission = Total Losses (LT)
Property
Mona, Utah
VOC emissions from vertical, fixed roof tank #1
Enter tank specific information in all blue cells.
Tank information
Asphalt Cement Oil Tank #1
30,000 gallon
p-sbap5-42v https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 1 of 2
VOC emissions from vertical, fixed roof tank #1
Variable Calculated value
Total losses (VOC actual emissions) LT 9.64 lb/yr
Total losses (VOC potential emissions) LT 11.34 lb/yr
Standing storage losses LS 3.98 lb/yr
Working losses (actual)LW 5.67 lb/yr
Working losses (potential)LW 7.37 lb/yr
Annual net throughput (actual) Q 7142.86 bbl/yr
Annual net throughput (potential) Q 9285.71 bbl/yr
Working loss turnover factor (actual)KN 1.00 dimensionless
Working loss turnover factor (potential)KN 1.00 dimensionless
Stock vapor density WV 0.00 lb/ft3
Vapor Molecular Weight at 60 °F MV 190 lb/lb-mole
Vapor pressure at 60 °F PVA 0.004772504 psia
Vapor space volume VV 2828.85 ft3
Vapor space roof outage HRO 0.01 feet
Vapor space tank outage HVO 25.01 feet
Vapor space expansion factor KE 0.03
Vented vapor saturation factor KS 0.99 dimensionless
Working loss product factor KP 1 dimensionless
Ideal gas constant R 10.731 psia*ft3/lb-mole*°R
Average vapor temperature TV 597.91 °R
Daily average liquid surface temperature TLA 678.04 °R
Daily vapor temperature range ΔTV 21.91 °R
Daily ambient temperature range ΔTA 21.00 °R
Daily maximum ambient temperature TAX 523.60 °R
Daily minimum ambient temperature TAN 502.60 °R
Daily average ambient temperature TAA 513.10 °R
Liquid bulk temperature TB 785.00 °R
Daily vapor pressure range ΔPV 0.00 psia
Breather vent pressure setting range ΔPB 0.06 psi
Vapor pressure equation constant A 10.104 dimensionless
Vapor pressure equation constant B 10475 °R
Vapor pressure at TLX PVX 0.01 psia
Vapor pressure at TLN PVN 0.00 psia
Maximum TLA TLX 683.52 °R
Minimum TLA TLN 672.57 °R
p-sbap5-42v https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 2 of 2
p-sbap5-42v • 7/13/20
Tank identification
Description
Location (city)
Value Units
Fuel type Asphalt Cement select one
Type of roof Cone select one
Actual throughput 297,500 gal/yr
Actual hours operated 8760 hours/year
Potential throughput 386,750 gal/yr
VOC actual emissions 0.01 ton/yr
VOC potential emissions 0.02 ton/yr
Physical properties of the tank
Property Value Units
Shell height HS 48 feet
Shell diameter D 30 feet
Shell radius RS 15 feet
Maximum liquid height HLX 35 feet
Average liquid height HL 25 feet
Working volume 185055.5 gallons
Turnovers per year (actual)N 1.6 dimensionless
Turnovers per year (potential)N 2.1 dimensionless
Shell color/shade White/NA select one
Shell condition Average select one
Paint solar absorptance α 0.25 dimensionless
Roof height HR 0.09 feet
Dome roof radius RR -- feet
Cone roof slope SR 0.0625 ft/ft
Vacuum setting PBV -0.03 psig
Pressure setting PBP 0.03 psig
Weather data
Property Value Units
Nearest major city Salt Lake City Select one
Average annual maximum temperature TAX 63.9 °F
Average annual minimum temperature TAN 42.9 °F
Atmospheric pressure PA 12.01 psia
Solar insolation I 1442.00 Btu/(ft2∙day)
Calculation of VOC Emission = Total Losses (LT)
Variable Calculated value
Total losses (VOC actual emissions) LT 28.51 lb/yr
Total losses (VOC potential emissions) LT 30.20 lb/yr
Standing storage losses LS 22.89 lb/yr
Working losses (actual)LW 5.62 lb/yr
Working losses (potential)LW 7.31 lb/yr
Annual net throughput (actual) Q 7083.33 bbl/yr
Annual net throughput (potential) Q 9208.33 bbl/yr
Working loss turnover factor (actual)KN 1.00 dimensionless
Working loss turnover factor (potential)KN 1.00 dimensionless
Stock vapor density WV 0.00 lb/ft3
Vapor Molecular Weight at 60 °F MV 190 lb/lb-mole
Vapor pressure at 60 °F PVA 0.004772504 psia
Vapor space volume VV 16279.83 ft3
Vapor space roof outage HRO 0.03 feet
Vapor space tank outage HVO 23.03 feet
Vapor space expansion factor KE 0.03
Vented vapor saturation factor KS 0.99 dimensionless
Working loss product factor KP 1 dimensionless
Ideal gas constant R 10.731 psia*ft3/lb-mole*°R
Average vapor temperature TV 597.91 °R
Daily average liquid surface temperature TLA 678.04 °R
Daily vapor temperature range ΔTV 21.91 °R
Daily ambient temperature range ΔTA 21.00 °R
Daily maximum ambient temperature TAX 523.60 °R
Daily minimum ambient temperature TAN 502.60 °R
Daily average ambient temperature TAA 513.10 °R
Liquid bulk temperature TB 785.00 °R
Daily vapor pressure range ΔPV 0.00 psia
Breather vent pressure setting range ΔPB 0.06 psi
Vapor pressure equation constant A 10.104 dimensionless
Vapor pressure equation constant B 10475 °R
Vapor pressure at TLX PVX 0.01 psia
Vapor pressure at TLN PVN 0.00 psia
Maximum TLA TLX 683.52 °R
Minimum TLA TLN 672.57 °R
Mona, Utah
VOC emissions from vertical, fixed roof tank #2
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Tank information
Asphalt Cement Tank
250,000 gallon
Property
p-sbap5-42v • 7/13/20
Tank identification
Description
Location (city)
Value Units
Fuel type Fuel Oil No. 6 select one
Type of roof Cone select one
Actual throughput 300,000 gal/yr
Actual hours operated 8760 hours/year
Potential throughput 390,000 gal/yr
VOC actual emissions 0.04 ton/yr
VOC potential emissions 0.05 ton/yr
Physical properties of the tank
Property Value Units
Shell height HS 33 feet
Shell diameter D 8 feet
Shell radius RS 4 feet
Maximum liquid height HLX 35 feet
Average liquid height HL 25 feet
Working volume 13159.5 gallons
Turnovers per year (actual)N 22.8 dimensionless
Turnovers per year (potential)N 29.6 dimensionless
Shell color/shade White/NA select one
Shell condition Average select one
Paint solar absorptance α 0.25 dimensionless
Roof height HR 0.03 feet
Dome roof radius RR -- feet
Cone roof slope SR 0.0625 ft/ft
Vacuum setting PBV -0.03 psig
Pressure setting PBP 0.03 psig
Weather data
Property Value Units
Nearest major city Salt Lake City Select one
Average annual maximum temperature TAX 63.9 °F
Average annual minimum temperature TAN 42.9 °F
Atmospheric pressure PA 12.01 psia
Solar insolation I 1442.00 Btu/(ft2∙day)
Calculation of VOC Emission = Total Losses (LT)
Variable Calculated value
Total losses (VOC actual emissions) LT 81.74 lb/yr
Total losses (VOC potential emissions) LT 103.99 lb/yr
Standing storage losses LS 7.56 lb/yr
Working losses (actual)LW 74.17 lb/yr
Working losses (potential)LW 96.42 lb/yr
Annual net throughput (actual) Q 7142.86 bbl/yr
Annual net throughput (potential) Q 9285.71 bbl/yr
Working loss turnover factor (actual)KN 1.00 dimensionless
Working loss turnover factor (potential)KN 1.00 dimensionless
Stock vapor density WV 0.00 lb/ft3
Vapor Molecular Weight at 60 °F MV 130 lb/lb-mole
Vapor pressure at 60 °F PVA 0.091292159 psia
Vapor space volume VV 402.54 ft3
Vapor space roof outage HRO 0.01 feet
Vapor space tank outage HVO 8.01 feet
Vapor space expansion factor KE 0.03
Vented vapor saturation factor KS 0.96 dimensionless
Working loss product factor KP 1 dimensionless
Ideal gas constant R 10.731 psia*ft3/lb-mole*°R
Average vapor temperature TV 597.91 °R
Daily average liquid surface temperature TLA 678.04 °R
Daily vapor temperature range ΔTV 21.91 °R
Daily ambient temperature range ΔTA 21.00 °R
Daily maximum ambient temperature TAX 523.60 °R
Daily minimum ambient temperature TAN 502.60 °R
Daily average ambient temperature TAA 513.10 °R
Liquid bulk temperature TB 785.00 °R
Daily vapor pressure range ΔPV 0.02 psia
Breather vent pressure setting range ΔPB 0.06 psi
Vapor pressure equation constant A 10.781 dimensionless
Vapor pressure equation constant B 8933 °R
Vapor pressure at TLX PVX 0.10 psia
Vapor pressure at TLN PVN 0.08 psia
Maximum TLA TLX 683.52 °R
Minimum TLA TLN 672.57 °R
Mona, Utah
VOC emissions from vertical, fixed roof tank #2
Enter tank specific information in all blue cells.
Tank information
RFO
60,000 gallon
Property

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants B-2
APPENDIX B. MODELING PARAMETERS
Modeling Inputs - PM10
Company:Geneva Rock Product
Site:Mona Pit
Date:10/27/2023
oint Sources - PM10
Source ID Source Description Easting (X) Northing (Y) Base Elevation Emission Rate Stack Height Temperature Exit Velocity Stack Diameter
(m) (m) (m) (lb/hr) (m) (K) (m/s) (m)
CON_WH Concrete Plant Water Heater 429393 4408370.8 1617.99 1.17E-01 18.288 294.260 12.192 0.610
HMA_HTR Hot Mix Asphalt Plant Hot Oil Heater 429172.2 4408559.9 1601.12 5.89E-02 18.288 294.260 12.192 0.610
HMA_AP Drum Mix Asphalt Plant (Baghouse) 429166.1 4408564.7 1601.7 9.78 7.163 353.983 18.431 1.151
CTHRSG1 PCC Source1 423536.062 4408324.255 1539 13.30 50.292 365.000 26.200 5.130
CTHRSG2 PCC Source2 423536.062 4408363.855 1539 13.30 50.292 365.000 26.200 5.000
rea Sources - PM10
Source ID Source Description Easting (X) Northing (Y) Base Elevation
Emission
Rate
Release
Height
Easterly
Length
Northerly
Length
Angle
from
North
Initial
Vert.
Dimensio
n
(m) (m) (m) lb/hr-ft2 (m) (m) (m) (m)
HMA_MHC Hot Mix Asphalt Plant - Transfer Points 429150.8 4408513.4 1599.7 6.05E-06 5.0 30.0 60.0 0.0 5.0
HMA_LDR Hot Mix Asphalt Plant -Loaders Travel 429150.8 4408513.4 1599.7 5.52E-06 0.0 30.0 60.0 0.0 3.0
AGG_MHC Aggregate - Transfer Points 429840.9 4408544.2 1663.5 3.15E-06 5.0 110.0 185.0 0.0 5.0
AG_LDR1 Aggregate-Loaders Travel1 429841.6 4408543.2 1663.5 1.61E-06 0.0 110.0 185.0 0.0 3.0
AG_LDR2 Aggregate-Loaders Travel2 429786.0 4409514.3 1669.9 1.61E-06 0.0 30.0 30.0 0.0 3.0
RMC_MHC Concrete Plant - Transfer Points 429403.4 4408385.1 1618.2 5.98E-06 5.0 30.0 30.0 90.0 5.0
RMC_LDR Concrete Plant - Loader Travel 429403.4 4408385.1 1618.2 6.49E-06 0.0 30.0 30.0 90.0 3.0
reaPoly Sources - PM10
Source ID Source Description Easting (X) Northing (Y) Base Elevation Emission Rate Release Height
Initial
Vert.
Dimension(m)(m)(m)lb/hr-ft2 (m)(m)
SP1 Storage Pile 1 429552.4256 4408626.57 1637.28 2.98123E-06 0 15
SP2 Storage Pile2 429341.7 4408636.1 1617.14 3.02095E-06 0 15
SP3 Storage Pile 3 429641.3 4408545.2 1643.27 2.98604E-06 0 15
SP4 Storage Pile 4 429829.9 4409543.3 1673.77 3.00588E-06 0 15
SP5 Storage Pile 5 429496.4 4408381.6 1626.7 2.996E-06 0 15
DIST1 Distrubed Grounds 1 429787.3 4408391.8 1651.41 1.0538E-06 0 0
DIST2 Disturbed Grounds 2 429750.5 4409558.4 1665.43 9.89446E-07 0 0DOZER1 Dozer1 429787.3 4408391.8 1651.41 7.31E-07 0 3
DOZER2 Dozer2 429750.5 4409558.4 1665.43 6.87E-07 0 3
KIGORE Kilgore Source1 429690.418 4411522.486 1626.24 4.07E-06 3.048 3.048
SUNROC Sunroc Source1 429713.726 4411494.677 1628.16 1.48E-06 3.048 3.048
olume Sources - PM10
Source ID Source Description Easting (X) Northing (Y) Base Elevation
Emission
Rate (lb/hr)
Release
Height
Init.
Horizontal
Dimensio
n
Initial Vert.
Dimension
AGG_001 Aggregate - Primary Crusher1 429796.1 4409524.5 1670.9 5.400E-01 2.50 5.00 5.00
AGG_002 Aggregate - Primary Crusher2 429899.6 4408592.0 1671.0 5.400E-01 2.50 5.00 5.00
AGG_003 Aggregate - Secondary Crusher1 429875.7 4408594.6 1669.5 3.240E-01 2.50 5.00 5.00
AGG_004 Aggregate - Secondary Crusher2 429346.7 4408523.5 1616.6 3.240E-01 2.50 5.00 5.00
AGG_005 Aggregate - Tertiary Crusher1 429902.0 4408604.5 1672.9 3.240E-01 2.50 5.00 5.00
AGG_006 Aggregate - Tertiary Crusher2 429916.1 4408549.2 1670.7 3.240E-01 2.50 5.00 5.00
AGG_007 Aggregate - Screen 1 429930.4 4408611.9 1675.1 1.110E+00 2.50 5.00 5.00
AGG_008 Aggregate - Screen 2 429913.5 4408579.3 1672.4 7.400E-01 2.50 5.00 5.00
AGG_009 Aggregate - Screen 3 429897.0 4408627.8 1673.8 7.400E-01 2.50 5.00 5.00
AGG_010 Aggregate - Screen 4 429856.4 4408577.9 1665.6 4.440E-01 2.50 5.00 5.00
AGG_011 Aggregate - Screen 5 429891.2 4408559.3 1669.1 4.440E-01 2.50 5.00 5.00
AGG_012 Aggregate - Screen 6 429929.8 4408584.4 1674.2 4.440E-01 2.50 5.00 5.00
HMA_001 Hot Mix Asphalt Plant Silo Loading 429147.9 4408555.1 1600.6 2.439E-01 4.57 0.70 4.27
HMA_002 Hot Mix Asphalt Plant - Loadout 429145.2 4408554.9 1600.4 2.979E-02 4.57 0.70 4.27
RMC_CB Concrete Batch Plant 429393.3 4408377.4 1617.8 7.848E-01 6.10 9.54 2.84
LDR_ASP Loader to Hopper at Asphalt Plant 429147.6 4408552.0 1600.5 4.250E-02 2.47 0.58 1.15LDR_AG1 Loader to Hopper at Aggregate Plant1 429900.3 4408587.8 1670.6 1.000E-01 2.47 0.58 1.15LDR_AG2 Loader to Hopper at Aggregate Plant2 429801.9 4409524.6 1671.4 1.000E-01 2.47 0.58 1.15LDR_AGG Loader to Load Trucks at Aggregate Plant 429843.9 4408586.1 1666.0 1.000E-01 2.47 0.58 1.15LDR_CB Loader to Load Trucks at Concrete Plant 429424.9 4408386.4 1620.1 4.200E-02 2.47 0.58 1.15CO_0001 Concrete Haul Roads 429098.1 4408294.6 1594.0 9.61E-04 2.550 4.186 2.372CO_0002 Concrete Haul Roads 429106.2 4408298.6 1594.4 9.61E-04 2.550 4.186 2.372CO_0003 Concrete Haul Roads 429114.2 4408302.5 1594.9 9.61E-04 2.550 4.186 2.372CO_0004 Concrete Haul Roads 429122.3 4408306.5 1595.8 9.61E-04 2.550 4.186 2.372CO_0005 Concrete Haul Roads 429130.4 4408310.5 1596.2 9.61E-04 2.550 4.186 2.372CO_0006 Concrete Haul Roads 429138.5 4408314.4 1597.1 9.61E-04 2.550 4.186 2.372CO_0007 Concrete Haul Roads 429146.5 4408318.4 1597.7 9.61E-04 2.550 4.186 2.372
CO_0008 Concrete Haul Roads 429154.6 4408322.4 1598.5 9.61E-04 2.550 4.186 2.372
CO_0009 Concrete Haul Roads 429162.7 4408326.3 1599.4 9.61E-04 2.550 4.186 2.372
CO_0010 Concrete Haul Roads 429170.8 4408330.3 1599.9 9.61E-04 2.550 4.186 2.372CO_0011 Concrete Haul Roads 429178.9 4408334.3 1600.6 9.61E-04 2.550 4.186 2.372
CO_0012 Concrete Haul Roads 429186.9 4408338.3 1601.2 9.61E-04 2.550 4.186 2.372
CO_0013 Concrete Haul Roads 429195.0 4408342.2 1601.9 9.61E-04 2.550 4.186 2.372
CO_0014 Concrete Haul Roads 429203.1 4408346.2 1602.6 9.61E-04 2.550 4.186 2.372CO_0015 Concrete Haul Roads 429211.2 4408350.2 1603.0 9.61E-04 2.550 4.186 2.372
CO_0016 Concrete Haul Roads 429219.2 4408354.1 1603.7 9.61E-04 2.550 4.186 2.372
CO_0017 Concrete Haul Roads 429227.3 4408358.1 1604.3 9.61E-04 2.550 4.186 2.372
CO_0018 Concrete Haul Roads 429235.4 4408362.1 1605.1 9.61E-04 2.550 4.186 2.372CO_0019 Concrete Haul Roads 429243.5 4408366.0 1605.8 9.61E-04 2.550 4.186 2.372
CO_0020 Concrete Haul Roads 429251.5 4408370.0 1606.4 2.95E-03 2.550 4.186 2.372
CO_0021 Concrete Haul Roads 429259.6 4408374.0 1607.1 2.95E-03 2.550 4.186 2.372
CO_0022 Concrete Haul Roads 429267.7 4408378.0 1607.7 2.95E-03 2.550 4.186 2.372CO_0023 Concrete Haul Roads 429275.8 4408381.9 1608.1 2.95E-03 2.550 4.186 2.372
CO_0024 Concrete Haul Roads 429283.8 4408386.0 1608.7 2.95E-03 2.550 4.186 2.372
CO_0025 Concrete Haul Roads 429291.9 4408390.0 1609.4 2.95E-03 2.550 4.186 2.372CO_0026 Concrete Haul Roads 429299.9 4408394.1 1610.0 2.95E-03 2.550 4.186 2.372
CO_0027 Concrete Haul Roads 429307.9 4408398.1 1610.8 2.95E-03 2.550 4.186 2.372
CO_0028 Concrete Haul Roads 429316.0 4408402.1 1611.5 2.95E-03 2.550 4.186 2.372
CO_0029 Concrete Haul Roads 429324.0 4408406.2 1612.3 2.95E-03 2.550 4.186 2.372CO_0030 Concrete Haul Roads 429332.1 4408410.2 1612.9 2.95E-03 2.550 4.186 2.372
CO_0031 Concrete Haul Roads 429340.1 4408414.3 1613.5 2.95E-03 2.550 4.186 2.372
CO_0032 Concrete Haul Roads 429348.9 4408415.5 1614.3 2.95E-03 2.550 4.186 2.372
CO_0033 Concrete Haul Roads 429357.9 4408416.1 1615.1 2.95E-03 2.550 4.186 2.372CO_0034 Concrete Haul Roads 429366.9 4408416.7 1616.0 2.95E-03 2.550 4.186 2.372
CO_0035 Concrete Haul Roads 429375.9 4408417.3 1616.6 2.95E-03 2.550 4.186 2.372
CO_0036 Concrete Haul Roads 429384.8 4408417.8 1617.3 2.95E-03 2.550 4.186 2.372
CO_0037 Concrete Haul Roads 429393.6 4408417.3 1617.9 2.95E-03 2.550 4.186 2.372CO_0038 Concrete Haul Roads 429401.9 4408413.8 1618.4 2.95E-03 2.550 4.186 2.372
CO_0039 Concrete Haul Roads 429410.2 4408410.3 1618.9 2.95E-03 2.550 4.186 2.372
CO_0040 Concrete Haul Roads 429418.5 4408406.8 1619.4 2.95E-03 2.550 4.186 2.372
CO_0041 Concrete Haul Roads 429423.1 4408399.3 1619.1 2.95E-03 2.550 4.186 2.372CO_0042 Concrete Haul Roads 429427.2 4408391.3 1619.9 2.95E-03 2.550 4.186 2.372
CO_0043 Concrete Haul Roads 429431.3 4408383.3 1620.9 2.95E-03 2.550 4.186 2.372
CO_0044 Concrete Haul Roads 429431.8 4408374.6 1621.2 2.95E-03 2.550 4.186 2.372
CO_0045 Concrete Haul Roads 429430.8 4408365.6 1621.0 2.95E-03 2.550 4.186 2.372CO_0046 Concrete Haul Roads 429429.9 4408356.7 1621.2 2.95E-03 2.550 4.186 2.372
CO_0047 Concrete Haul Roads 429428.9 4408347.7 1621.5 2.95E-03 2.550 4.186 2.372
CO_0048 Concrete Haul Roads 429423.4 4408342.1 1621.1 2.95E-03 2.550 4.186 2.372CO_0049 Concrete Haul Roads 429415.2 4408338.3 1620.5 2.95E-03 2.550 4.186 2.372
CO_0050 Concrete Haul Roads 429407.0 4408334.6 1620.0 2.95E-03 2.550 4.186 2.372
CO_0051 Concrete Haul Roads 429398.8 4408331.3 1619.4 2.95E-03 2.550 4.186 2.372
CO_0052 Concrete Haul Roads 429389.8 4408332.3 1618.5 2.95E-03 2.550 4.186 2.372CO_0053 Concrete Haul Roads 429380.9 4408333.3 1617.6 2.95E-03 2.550 4.186 2.372
CO_0054 Concrete Haul Roads 429371.9 4408334.3 1616.7 2.95E-03 2.550 4.186 2.372
CO_0055 Concrete Haul Roads 429363.0 4408335.3 1615.9 2.95E-03 2.550 4.186 2.372
CO_0056 Concrete Haul Roads 429354.6 4408338.2 1615.1 2.95E-03 2.550 4.186 2.372CO_0057 Concrete Haul Roads 429346.3 4408341.8 1614.3 2.95E-03 2.550 4.186 2.372
CO_0058 Concrete Haul Roads 429338.0 4408345.4 1613.6 2.95E-03 2.550 4.186 2.372
CO_0059 Concrete Haul Roads 429329.8 4408349.0 1612.9 2.95E-03 2.550 4.186 2.372
CO_0060 Concrete Haul Roads 429321.0 4408350.9 1612.1 2.95E-03 2.550 4.186 2.372CO_0061 Concrete Haul Roads 429312.2 4408352.5 1611.3 2.95E-03 2.550 4.186 2.372
CO_0062 Concrete Haul Roads 429303.3 4408354.2 1610.5 2.95E-03 2.550 4.186 2.372
CO_0063 Concrete Haul Roads 429294.5 4408355.8 1609.7 2.95E-03 2.550 4.186 2.372
CO_0064 Concrete Haul Roads 429285.6 4408357.5 1609.0 2.95E-03 2.550 4.186 2.372CO_0065 Concrete Haul Roads 429276.8 4408359.1 1608.4 2.95E-03 2.550 4.186 2.372
CO_0066 Concrete Haul Roads 429267.9 4408360.8 1607.7 2.95E-03 2.550 4.186 2.372
CO_0067 Concrete Haul Roads 429259.1 4408362.4 1607.0 2.95E-03 2.550 4.186 2.372
CO_0068 Concrete Haul Roads 429250.2 4408364.1 1606.3 2.95E-03 2.550 4.186 2.372CO_0069 Concrete Haul Roads 429241.6 4408363.7 1605.6 9.61E-04 2.550 4.186 2.372
CO_0070 Concrete Haul Roads 429233.5 4408359.8 1604.9 9.61E-04 2.550 4.186 2.372
CO_0071 Concrete Haul Roads 429225.4 4408355.9 1604.1 9.61E-04 2.550 4.186 2.372
CO_0072 Concrete Haul Roads 429217.3 4408352.0 1603.5 9.61E-04 2.550 4.186 2.372CO_0073 Concrete Haul Roads 429209.2 4408348.1 1602.8 9.61E-04 2.550 4.186 2.372
CO_0074 Concrete Haul Roads 429201.1 4408344.2 1602.4 9.61E-04 2.550 4.186 2.372
CO_0075 Concrete Haul Roads 429193.0 4408340.3 1601.8 9.61E-04 2.550 4.186 2.372
CO_0076 Concrete Haul Roads 429184.9 4408336.4 1601.0 9.61E-04 2.550 4.186 2.372CO_0077 Concrete Haul Roads 429176.8 4408332.5 1600.4 9.61E-04 2.550 4.186 2.372
CO_0078 Concrete Haul Roads 429168.7 4408328.6 1599.8 9.61E-04 2.550 4.186 2.372
CO_0079 Concrete Haul Roads 429160.6 4408324.7 1599.2 9.61E-04 2.550 4.186 2.372
CO_0080 Concrete Haul Roads 429152.5 4408320.8 1598.3 9.61E-04 2.550 4.186 2.372CO_0081 Concrete Haul Roads 429144.4 4408316.8 1597.6 9.61E-04 2.550 4.186 2.372
CO_0082 Concrete Haul Roads 429136.2 4408312.9 1596.9 9.61E-04 2.550 4.186 2.372
CO_0083 Concrete Haul Roads 429128.1 4408309.0 1596.0 9.61E-04 2.550 4.186 2.372
CO_0084 Concrete Haul Roads 429120.0 4408305.1 1595.5 9.61E-04 2.550 4.186 2.372CO_0085 Concrete Haul Roads 429111.9 4408301.2 1594.8 9.61E-04 2.550 4.186 2.372
CO_0086 Concrete Haul Roads 429103.8 4408297.3 1594.3 9.61E-04 2.550 4.186 2.372
CO_0087 Concrete Haul Roads 429095.7 4408293.4 1593.7 9.61E-04 2.550 4.186 2.372
WP_0001 WP Haul Roads 429099.3 4408291.4 1593.8 2.36E-03 2.550 4.186 2.372WP_0002 WP Haul Roads 429107.4 4408295.4 1594.3 2.36E-03 2.550 4.186 2.372
WP_0003 WP Haul Roads 429115.5 4408299.3 1594.9 2.36E-03 2.550 4.186 2.372
WP_0004 WP Haul Roads 429123.6 4408303.3 1595.7 2.36E-03 2.550 4.186 2.372WP_0005 WP Haul Roads 429131.6 4408307.2 1596.2 2.36E-03 2.550 4.186 2.372
WP_0006 WP Haul Roads 429139.7 4408311.2 1597.0 2.36E-03 2.550 4.186 2.372
WP_0007 WP Haul Roads 429147.8 4408315.2 1597.8 2.36E-03 2.550 4.186 2.372
WP_0008 WP Haul Roads 429155.8 4408319.2 1598.5 2.36E-03 2.550 4.186 2.372WP_0009 WP Haul Roads 429163.8 4408323.3 1599.4 2.36E-03 2.550 4.186 2.372
WP_0010 WP Haul Roads 429171.9 4408327.4 1600.0 2.36E-03 2.550 4.186 2.372
WP_0011 WP Haul Roads 429179.9 4408331.5 1600.6 2.36E-03 2.550 4.186 2.372
WP_0012 WP Haul Roads 429187.9 4408335.6 1601.3 2.36E-03 2.550 4.186 2.372WP_0013 WP Haul Roads 429195.9 4408339.6 1602.0 2.36E-03 2.550 4.186 2.372
WP_0014 WP Haul Roads 429203.9 4408343.7 1602.6 2.36E-03 2.550 4.186 2.372
WP_0015 WP Haul Roads 429212.0 4408347.8 1603.1 2.36E-03 2.550 4.186 2.372
WP_0016 WP Haul Roads 429220.0 4408351.9 1603.7 2.36E-03 2.550 4.186 2.372WP_0017 WP Haul Roads 429228.0 4408356.0 1604.3 2.36E-03 2.550 4.186 2.372
WP_0018 WP Haul Roads 429236.0 4408360.0 1605.1 2.36E-03 2.550 4.186 2.372
WP_0019 WP Haul Roads 429244.1 4408364.1 1605.8 2.36E-03 2.550 4.186 2.372
WP_0020 WP Haul Roads 429252.1 4408368.2 1606.4 4.24E-03 2.550 4.186 2.372WP_0021 WP Haul Roads 429260.1 4408372.3 1607.1 4.24E-03 2.550 4.186 2.372
WP_0022 WP Haul Roads 429268.1 4408376.4 1607.8 4.24E-03 2.550 4.186 2.372
WP_0023 WP Haul Roads 429276.1 4408380.5 1608.2 4.24E-03 2.550 4.186 2.372
WP_0024 WP Haul Roads 429284.2 4408384.5 1608.7 4.24E-03 2.550 4.186 2.372WP_0025 WP Haul Roads 429292.2 4408388.6 1609.4 4.24E-03 2.550 4.186 2.372
WP_0026 WP Haul Roads 429300.2 4408392.7 1610.0 4.24E-03 2.550 4.186 2.372
WP_0027 WP Haul Roads 429308.2 4408396.7 1610.7 4.24E-03 2.550 4.186 2.372WP_0028 WP Haul Roads 429316.3 4408400.8 1611.5 4.24E-03 2.550 4.186 2.372
WP_0029 WP Haul Roads 429324.3 4408404.8 1612.3 4.24E-03 2.550 4.186 2.372
WP_0030 WP Haul Roads 429332.4 4408408.9 1613.0 4.24E-03 2.550 4.186 2.372
WP_0031 WP Haul Roads 429340.4 4408412.9 1613.5 4.24E-03 2.550 4.186 2.372WP_0032 WP Haul Roads 429348.4 4408417.0 1614.3 4.24E-03 2.550 4.186 2.372
WP_0033 WP Haul Roads 429356.5 4408421.0 1615.0 4.24E-03 2.550 4.186 2.372
WP_0034 WP Haul Roads 429364.5 4408425.1 1615.8 4.24E-03 2.550 4.186 2.372
WP_0035 WP Haul Roads 429372.6 4408429.1 1616.6 4.24E-03 2.550 4.186 2.372WP_0036 WP Haul Roads 429380.6 4408433.2 1617.3 4.24E-03 2.550 4.186 2.372
WP_0037 WP Haul Roads 429388.6 4408437.2 1618.1 4.24E-03 2.550 4.186 2.372
WP_0038 WP Haul Roads 429396.7 4408441.2 1619.0 4.24E-03 2.550 4.186 2.372
WP_0039 WP Haul Roads 429404.7 4408445.3 1619.9 4.24E-03 2.550 4.186 2.372WP_0040 WP Haul Roads 429413.5 4408447.2 1620.7 4.24E-03 2.550 4.186 2.372
WP_0041 WP Haul Roads 429422.3 4408449.1 1621.3 4.24E-03 2.550 4.186 2.372
WP_0042 WP Haul Roads 429431.1 4408451.0 1622.3 4.24E-03 2.550 4.186 2.372
WP_0043 WP Haul Roads 429439.9 4408452.8 1623.0 4.24E-03 2.550 4.186 2.372WP_0044 WP Haul Roads 429448.7 4408454.7 1623.7 4.24E-03 2.550 4.186 2.372
WP_0045 WP Haul Roads 429457.5 4408456.6 1624.3 4.24E-03 2.550 4.186 2.372
WP_0046 WP Haul Roads 429466.3 4408458.5 1625.1 4.24E-03 2.550 4.186 2.372
WP_0047 WP Haul Roads 429475.1 4408460.3 1626.0 4.24E-03 2.550 4.186 2.372WP_0048 WP Haul Roads 429483.9 4408462.2 1626.9 4.24E-03 2.550 4.186 2.372
WP_0049 WP Haul Roads 429492.7 4408464.1 1627.8 4.24E-03 2.550 4.186 2.372
WP_0050 WP Haul Roads 429501.5 4408465.9 1628.6 4.24E-03 2.550 4.186 2.372
WP_0051 WP Haul Roads 429510.3 4408467.8 1629.4 4.24E-03 2.550 4.186 2.372WP_0052 WP Haul Roads 429519.1 4408469.7 1630.1 4.24E-03 2.550 4.186 2.372
WP_0053 WP Haul Roads 429527.9 4408470.8 1630.8 4.24E-03 2.550 4.186 2.372
WP_0054 WP Haul Roads 429536.8 4408469.1 1631.5 4.24E-03 2.550 4.186 2.372WP_0055 WP Haul Roads 429545.6 4408467.4 1632.2 4.24E-03 2.550 4.186 2.372
WP_0056 WP Haul Roads 429554.4 4408465.7 1632.9 4.24E-03 2.550 4.186 2.372
WP_0057 WP Haul Roads 429563.3 4408463.9 1633.5 4.24E-03 2.550 4.186 2.372
WP_0058 WP Haul Roads 429572.1 4408462.2 1634.3 4.24E-03 2.550 4.186 2.372WP_0059 WP Haul Roads 429580.9 4408460.5 1635.0 4.24E-03 2.550 4.186 2.372
WP_0060 WP Haul Roads 429589.8 4408458.8 1635.6 4.24E-03 2.550 4.186 2.372
WP_0061 WP Haul Roads 429598.6 4408457.0 1636.1 4.24E-03 2.550 4.186 2.372
WP_0062 WP Haul Roads 429607.4 4408455.3 1637.0 4.24E-03 2.550 4.186 2.372WP_0063 WP Haul Roads 429616.3 4408453.6 1637.7 4.24E-03 2.550 4.186 2.372
WP_0064 WP Haul Roads 429619.8 4408448.1 1637.7 4.24E-03 2.550 4.186 2.372
WP_0065 WP Haul Roads 429618.6 4408439.1 1636.9 4.24E-03 2.550 4.186 2.372
WP_0066 WP Haul Roads 429617.5 4408430.2 1635.8 4.24E-03 2.550 4.186 2.372WP_0067 WP Haul Roads 429616.3 4408421.3 1636.1 4.24E-03 2.550 4.186 2.372
WP_0068 WP Haul Roads 429615.1 4408412.4 1636.8 4.24E-03 2.550 4.186 2.372
WP_0069 WP Haul Roads 429607.7 4408409.7 1636.1 4.24E-03 2.550 4.186 2.372
WP_0070 WP Haul Roads 429598.8 4408408.5 1635.3 4.24E-03 2.550 4.186 2.372WP_0071 WP Haul Roads 429589.9 4408407.3 1634.5 4.24E-03 2.550 4.186 2.372
WP_0072 WP Haul Roads 429580.9 4408406.1 1633.7 4.24E-03 2.550 4.186 2.372
WP_0073 WP Haul Roads 429572.0 4408405.0 1632.7 4.24E-03 2.550 4.186 2.372
WP_0074 WP Haul Roads 429563.1 4408403.8 1631.6 4.24E-03 2.550 4.186 2.372
WP_0075 WP Haul Roads 429554.2 4408402.6 1630.8 4.24E-03 2.550 4.186 2.372WP_0076 WP Haul Roads 429545.3 4408401.4 1629.6 4.24E-03 2.550 4.186 2.372
WP_0077 WP Haul Roads 429536.3 4408400.2 1628.5 4.24E-03 2.550 4.186 2.372
WP_0078 WP Haul Roads 429527.4 4408399.1 1627.5 4.24E-03 2.550 4.186 2.372
WP_0079 WP Haul Roads 429518.5 4408397.9 1627.3 4.24E-03 2.550 4.186 2.372WP_0080 WP Haul Roads 429509.7 4408397.9 1626.5 4.24E-03 2.550 4.186 2.372
WP_0081 WP Haul Roads 429501.6 4408401.6 1625.6 4.24E-03 2.550 4.186 2.372
WP_0082 WP Haul Roads 429493.4 4408405.3 1624.8 4.24E-03 2.550 4.186 2.372
WP_0083 WP Haul Roads 429485.2 4408409.1 1624.4 4.24E-03 2.550 4.186 2.372WP_0084 WP Haul Roads 429477 4408412.8 1624.1 4.24E-03 2.550 4.186 2.372WP_0085 WP Haul Roads 429468.8 4408416.5 1623.7 4.24E-03 2.550 4.186 2.372
WP_0086 WP Haul Roads 429460.6 4408420.3 1623.1 4.24E-03 2.550 4.186 2.372
WP_0087 WP Haul Roads 429452.4 4408424 1622.4 4.24E-03 2.550 4.186 2.372WP_0088 WP Haul Roads 429444.2 4408427.7 1622.0 4.24E-03 2.550 4.186 2.372WP_0089 WP Haul Roads 429436 4408431.4 1621.6 4.24E-03 2.550 4.186 2.372
WP_0090 WP Haul Roads 429427.8 4408435.2 1621.2 4.24E-03 2.550 4.186 2.372
WP_0091 WP Haul Roads 429419.6 4408438.9 1620.7 4.24E-03 2.550 4.186 2.372WP_0092 WP Haul Roads 429411.5 4408442.6 1620.3 4.24E-03 2.550 4.186 2.372WP_0093 WP Haul Roads 429403.3 4408444.8 1619.7 4.24E-03 2.550 4.186 2.372
WP_0094 WP Haul Roads 429395.3 4408440.8 1618.9 4.24E-03 2.550 4.186 2.372
WP_0095 WP Haul Roads 429387.2 4408436.7 1618.0 4.24E-03 2.550 4.186 2.372WP_0096 WP Haul Roads 429379.2 4408432.7 1617.2 4.24E-03 2.550 4.186 2.372
WP_0097 WP Haul Roads 429371.2 4408428.6 1616.4 4.24E-03 2.550 4.186 2.372
WP_0098 WP Haul Roads 429363.1 4408424.6 1615.6 4.24E-03 2.550 4.186 2.372WP_0099 WP Haul Roads 429355.1 4408420.5 1614.9 4.24E-03 2.550 4.186 2.372WP_0100 WP Haul Roads 429347.1 4408416.4 1614.2 4.24E-03 2.550 4.186 2.372
WP_0101 WP Haul Roads 429339 4408412.4 1613.4 4.24E-03 2.550 4.186 2.372
WP_0102 WP Haul Roads 429331 4408408.3 1612.9 4.24E-03 2.550 4.186 2.372WP_0103 WP Haul Roads 429322.9 4408404.3 1612.2 4.24E-03 2.550 4.186 2.372WP_0104 WP Haul Roads 429314.9 4408400.2 1611.4 4.24E-03 2.550 4.186 2.372
WP_0105 WP Haul Roads 429306.9 4408396.2 1610.6 4.24E-03 2.550 4.186 2.372
WP_0106 WP Haul Roads 429298.9 4408392.1 1609.9 4.24E-03 2.550 4.186 2.372WP_0107 WP Haul Roads 429290.9 4408387.9 1609.3 4.24E-03 2.550 4.186 2.372WP_0108 WP Haul Roads 429282.9 4408383.7 1608.6 4.24E-03 2.550 4.186 2.372
WP_0109 WP Haul Roads 429274.9 4408379.6 1608.2 4.24E-03 2.550 4.186 2.372
WP_0110 WP Haul Roads 429267 4408375.4 1607.7 4.24E-03 2.550 4.186 2.372WP_0111 WP Haul Roads 429259 4408371.2 1607.0 4.24E-03 2.550 4.186 2.372WP_0112 WP Haul Roads 429251 4408367.1 1606.4 4.24E-03 2.550 4.186 2.372
WP_0113 WP Haul Roads 429242.9 4408363.1 1605.7 2.36E-03 2.550 4.186 2.372
WP_0114 WP Haul Roads 429234.8 4408359.1 1604.9 2.36E-03 2.550 4.186 2.372WP_0115 WP Haul Roads 429226.8 4408355.1 1604.2 2.36E-03 2.550 4.186 2.372WP_0116 WP Haul Roads 429218.7 4408351.1 1603.6 2.36E-03 2.550 4.186 2.372
WP_0117 WP Haul Roads 429210.7 4408347.1 1603.0 2.36E-03 2.550 4.186 2.372
WP_0118 WP Haul Roads 429202.6 4408343.1 1602.5 2.36E-03 2.550 4.186 2.372WP_0119 WP Haul Roads 429194.6 4408339.1 1601.9 2.36E-03 2.550 4.186 2.372WP_0120 WP Haul Roads 429186.5 4408335.1 1601.2 2.36E-03 2.550 4.186 2.372
WP_0121 WP Haul Roads 429178.5 4408331 1600.5 2.36E-03 2.550 4.186 2.372WP_0122 WP Haul Roads 429170.4 4408327 1599.9 2.36E-03 2.550 4.186 2.372WP_0123 WP Haul Roads 429162.4 4408323 1599.2 2.36E-03 2.550 4.186 2.372
WP_0124 WP Haul Roads 429154.3 4408319 1598.4 2.36E-03 2.550 4.186 2.372
WP_0125 WP Haul Roads 429146.3 4408314.9 1597.6 2.36E-03 2.550 4.186 2.372WP_0126 WP Haul Roads 429138.2 4408310.9 1596.9 2.36E-03 2.550 4.186 2.372WP_0127 WP Haul Roads 429130.2 4408306.9 1596.1 2.36E-03 2.550 4.186 2.372
WP_0128 WP Haul Roads 429122.1 4408302.9 1595.6 2.36E-03 2.550 4.186 2.372
WP_0129 WP Haul Roads 429114.1 4408298.8 1594.8 2.36E-03 2.550 4.186 2.372WP_0130 WP Haul Roads 429106 4408294.8 1594.2 2.36E-03 2.550 4.186 2.372WP_0131 WP Haul Roads 429098 4408290.8 1593.7 2.36E-03 2.550 4.186 2.372
HM_0001 HMA Haulroads 429097.6 4408293.3 1593.8 1.20E-03 2.55 4.186 2.372
HM_0002 HMA Haulroads 429105.7 4408297.1 1594.3 1.20E-03 2.55 4.186 2.372
HM_0003 HMA Haulroads 429113.9 4408300.9 1594.9 1.20E-03 2.55 4.186 2.372HM_0004 HMA Haulroads 429122 4408304.7 1595.7 1.20E-03 2.55 4.186 2.372
HM_0005 HMA Haulroads 429130.2 4408308.5 1596.1 1.20E-03 2.55 4.186 2.372
HM_0006 HMA Haulroads 429138.4 4408312.3 1597 1.20E-03 2.55 4.186 2.372
HM_0007 HMA Haulroads 429144.5 4408317.3 1597.6 1.20E-03 2.55 4.186 2.372HM_0008 HMA Haulroads 429143.6 4408326.3 1597.7 1.20E-03 2.55 4.186 2.372
HM_0009 HMA Haulroads 429142.8 4408335.2 1597.9 1.20E-03 2.55 4.186 2.372
HM_0010 HMA Haulroads 429141.9 4408344.2 1597.9 1.20E-03 2.55 4.186 2.372
HM_0011 HMA Haulroads 429141.1 4408353.1 1597.7 1.20E-03 2.55 4.186 2.372HM_0012 HMA Haulroads 429140.2 4408362.1 1597.4 1.20E-03 2.55 4.186 2.372
HM_0013 HMA Haulroads 429139.4 4408371.1 1597.4 1.20E-03 2.55 4.186 2.372
HM_0014 HMA Haulroads 429138.5 4408380 1597.6 1.20E-03 2.55 4.186 2.372HM_0015 HMA Haulroads 429137.7 4408389 1597.7 1.20E-03 2.55 4.186 2.372
HM_0016 HMA Haulroads 429136.8 4408397.9 1597.8 1.20E-03 2.55 4.186 2.372
HM_0017 HMA Haulroads 429136 4408406.9 1597.6 1.20E-03 2.55 4.186 2.372
HM_0018 HMA Haulroads 429135.1 4408415.9 1597.2 1.20E-03 2.55 4.186 2.372HM_0019 HMA Haulroads 429135.5 4408424.8 1597 1.20E-03 2.55 4.186 2.372
HM_0020 HMA Haulroads 429136 4408433.8 1597.3 1.20E-03 2.55 4.186 2.372
HM_0021 HMA Haulroads 429136.6 4408442.8 1597.9 1.20E-03 2.55 4.186 2.372
HM_0022 HMA Haulroads 429137.1 4408451.8 1598.2 1.20E-03 2.55 4.186 2.372HM_0023 HMA Haulroads 429137.6 4408460.8 1598.4 1.20E-03 2.55 4.186 2.372
HM_0024 HMA Haulroads 429138.1 4408469.8 1598.4 1.20E-03 2.55 4.186 2.372
HM_0025 HMA Haulroads 429138.6 4408478.8 1598.4 1.20E-03 2.55 4.186 2.372
HM_0026 HMA Haulroads 429139.1 4408487.7 1598.4 1.20E-03 2.55 4.186 2.372HM_0027 HMA Haulroads 429139.7 4408496.7 1598.4 1.20E-03 2.55 4.186 2.372
HM_0028 HMA Haulroads 429140.2 4408505.7 1598.6 1.20E-03 2.55 4.186 2.372
HM_0029 HMA Haulroads 429140.7 4408514.7 1598.8 1.20E-03 2.55 4.186 2.372
HM_0030 HMA Haulroads 429141.2 4408523.7 1598.6 1.20E-03 2.55 4.186 2.372HM_0031 HMA Haulroads 429141.5 4408532.7 1598.4 1.20E-03 2.55 4.186 2.372
HM_0032 HMA Haulroads 429140.8 4408541.6 1599 1.20E-03 2.55 4.186 2.372
HM_0033 HMA Haulroads 429140.1 4408550.6 1599.8 1.20E-03 2.55 4.186 2.372
HM_0034 HMA Haulroads 429139.4 4408559.6 1599.8 1.20E-03 2.55 4.186 2.372HM_0035 HMA Haulroads 429138.7 4408568.6 1600.1 1.20E-03 2.55 4.186 2.372
HM_0036 HMA Haulroads 429138 4408577.5 1600.9 1.20E-03 2.55 4.186 2.372
HM_0037 HMA Haulroads 429137.3 4408586.5 1601.2 1.20E-03 2.55 4.186 2.372
HM_0038 HMA Haulroads 429136.6 4408595.5 1601.4 1.20E-03 2.55 4.186 2.372
HM_0039 HMA Haulroads 429135.9 4408604.4 1601.5 1.20E-03 2.55 4.186 2.372HM_0040 HMA Haulroads 429135.2 4408613.4 1601.9 1.20E-03 2.55 4.186 2.372
HM_0041 HMA Haulroads 429134.4 4408622.4 1602.1 1.20E-03 2.55 4.186 2.372
HM_0042 HMA Haulroads 429133.9 4408631.3 1602.3 1.20E-03 2.55 4.186 2.372
HM_0043 HMA Haulroads 429139.3 4408638.5 1602.9 1.20E-03 2.55 4.186 2.372HM_0044 HMA Haulroads 429144.8 4408645.6 1603.8 1.20E-03 2.55 4.186 2.372
HM_0045 HMA Haulroads 429150.2 4408652.8 1604.6 1.20E-03 2.55 4.186 2.372
HM_0046 HMA Haulroads 429157.4 4408656.3 1605.2 1.20E-03 2.55 4.186 2.372
HM_0047 HMA Haulroads 429166.4 4408656.1 1605.9 1.20E-03 2.55 4.186 2.372HM_0048 HMA Haulroads 429175.4 4408655.8 1606.7 1.20E-03 2.55 4.186 2.372
HM_0049 HMA Haulroads 429184.4 4408655.6 1607.2 1.20E-03 2.55 4.186 2.372
HM_0050 HMA Haulroads 429191.9 4408651.6 1607.7 1.20E-03 2.55 4.186 2.372
HM_0051 HMA Haulroads 429198.6 4408645.6 1607.8 1.20E-03 2.55 4.186 2.372HM_0052 HMA Haulroads 429205.3 4408639.6 1607.7 1.20E-03 2.55 4.186 2.372
HM_0053 HMA Haulroads 429212 4408633.5 1608 1.20E-03 2.55 4.186 2.372
HM_0054 HMA Haulroads 429219.9 4408629.3 1608.5 1.20E-03 2.55 4.186 2.372
HM_0055 HMA Haulroads 429228 4408625.3 1608.8 1.20E-03 2.55 4.186 2.372HM_0056 HMA Haulroads 429236 4408621.3 1609 1.20E-03 2.55 4.186 2.372
HM_0057 HMA Haulroads 429244.1 4408617.3 1609.5 1.20E-03 2.55 4.186 2.372
HM_0058 HMA Haulroads 429252.1 4408613.1 1609.8 1.20E-03 2.55 4.186 2.372HM_0059 HMA Haulroads 429259.6 4408608.2 1610 1.20E-03 2.55 4.186 2.372
HM_0060 HMA Haulroads 429267.2 4408603.4 1610.5 1.20E-03 2.55 4.186 2.372
HM_0061 HMA Haulroads 429274.8 4408598.5 1611.5 1.20E-03 2.55 4.186 2.372
HM_0062 HMA Haulroads 429282.4 4408593.6 1612.2 1.20E-03 2.55 4.186 2.372HM_0063 HMA Haulroads 429289.7 4408588.4 1612.8 1.20E-03 2.55 4.186 2.372
HM_0064 HMA Haulroads 429296.7 4408582.9 1613.4 1.20E-03 2.55 4.186 2.372
HM_0065 HMA Haulroads 429301.2 4408576.1 1613.8 1.20E-03 2.55 4.186 2.372
HM_0066 HMA Haulroads 429300.7 4408567.1 1613.6 1.20E-03 2.55 4.186 2.372HM_0067 HMA Haulroads 429300.2 4408558.1 1613.4 1.20E-03 2.55 4.186 2.372
HM_0068 HMA Haulroads 429299.7 4408549.2 1613.2 1.20E-03 2.55 4.186 2.372
HM_0069 HMA Haulroads 429299.2 4408540.2 1612.9 1.20E-03 2.55 4.186 2.372
HM_0070 HMA Haulroads 429298.7 4408531.2 1612.8 1.20E-03 2.55 4.186 2.372HM_0071 HMA Haulroads 429298.1 4408522.2 1612.8 1.20E-03 2.55 4.186 2.372
HM_0072 HMA Haulroads 429297.6 4408513.2 1612.8 1.20E-03 2.55 4.186 2.372
HM_0073 HMA Haulroads 429297.1 4408504.2 1612.5 1.20E-03 2.55 4.186 2.372
HM_0074 HMA Haulroads 429296.5 4408495.3 1612 1.20E-03 2.55 4.186 2.372HM_0075 HMA Haulroads 429295.4 4408486.3 1611.6 1.20E-03 2.55 4.186 2.372
HM_0076 HMA Haulroads 429294.2 4408477.4 1611.4 1.20E-03 2.55 4.186 2.372
HM_0077 HMA Haulroads 429293.1 4408468.5 1611.2 1.20E-03 2.55 4.186 2.372
HM_0078 HMA Haulroads 429292 4408459.5 1611.3 1.20E-03 2.55 4.186 2.372HM_0079 HMA Haulroads 429290.9 4408450.6 1611.3 1.20E-03 2.55 4.186 2.372
HM_0080 HMA Haulroads 429289.7 4408441.7 1611 1.20E-03 2.55 4.186 2.372
HM_0081 HMA Haulroads 429288.6 4408432.7 1610.4 1.20E-03 2.55 4.186 2.372
HM_0082 HMA Haulroads 429287.5 4408423.8 1609.4 1.20E-03 2.55 4.186 2.372HM_0083 HMA Haulroads 429286.4 4408414.9 1609 1.20E-03 2.55 4.186 2.372
HM_0084 HMA Haulroads 429285.3 4408406 1609.2 1.20E-03 2.55 4.186 2.372
HM_0085 HMA Haulroads 429284.1 4408397 1608.9 1.20E-03 2.55 4.186 2.372HM_0086 HMA Haulroads 429276.9 4408391.7 1608.1 1.20E-03 2.55 4.186 2.372
HM_0087 HMA Haulroads 429269.7 4408386.3 1607.6 1.20E-03 2.55 4.186 2.372
HM_0088 HMA Haulroads 429262.5 4408380.9 1607.4 1.20E-03 2.55 4.186 2.372
HM_0089 HMA Haulroads 429255.2 4408375.5 1606.9 1.20E-03 2.55 4.186 2.372HM_0090 HMA Haulroads 429248 4408370.1 1606.2 1.20E-03 2.55 4.186 2.372
HM_0091 HMA Haulroads 429240.8 4408364.7 1605.6 1.20E-03 2.55 4.186 2.372
HM_0092 HMA Haulroads 429233.6 4408359.4 1604.9 1.20E-03 2.55 4.186 2.372
HM_0093 HMA Haulroads 429225.8 4408355 1604.1 1.20E-03 2.55 4.186 2.372HM_0094 HMA Haulroads 429217.7 4408351.1 1603.5 1.20E-03 2.55 4.186 2.372
HM_0095 HMA Haulroads 429209.6 4408347.2 1602.9 1.20E-03 2.55 4.186 2.372
HM_0096 HMA Haulroads 429201.5 4408343.3 1602.4 1.20E-03 2.55 4.186 2.372
HM_0097 HMA Haulroads 429193.4 4408339.4 1601.8 1.20E-03 2.55 4.186 2.372HM_0098 HMA Haulroads 429185.2 4408335.5 1601 1.20E-03 2.55 4.186 2.372
HM_0099 HMA Haulroads 429177.1 4408331.6 1600.4 1.20E-03 2.55 4.186 2.372
HM_0100 HMA Haulroads 429169 4408327.7 1599.8 1.20E-03 2.55 4.186 2.372
HM_0101 HMA Haulroads 429160.9 4408323.8 1599.2 1.20E-03 2.55 4.186 2.372HM_0102 HMA Haulroads 429152.8 4408319.9 1598.3 1.20E-03 2.55 4.186 2.372
HM_0103 HMA Haulroads 429144.7 4408316 1597.5 1.20E-03 2.55 4.186 2.372
HM_0104 HMA Haulroads 429136.6 4408312.1 1596.9 1.20E-03 2.55 4.186 2.372
HM_0105 HMA Haulroads 429128.5 4408308.2 1596 1.20E-03 2.55 4.186 2.372HM_0106 HMA Haulroads 429120.3 4408304.3 1595.5 1.20E-03 2.55 4.186 2.372
HM_0107 HMA Haulroads 429112.2 4408300.4 1594.8 1.20E-03 2.55 4.186 2.372
HM_0108 HMA Haulroads 429104.1 4408296.5 1594.2 1.20E-03 2.55 4.186 2.372HM_0109 HMA Haulroads 429096 4408292.6 1593.6 1.20E-03 2.55 4.186 2.372
AG_0001 Aggregate Haulroads 429098.3 4408294.5 1593.96 2.54E-03 2.55 4.186 2.372
AG_0002 Aggregate Haulroads 429106.4 4408298.5 1594.38 2.54E-03 2.55 4.186 2.372
AG_0003 Aggregate Haulroads 429114.5 4408302.5 1594.96 2.54E-03 2.55 4.186 2.372AG_0004 Aggregate Haulroads 429122.5 4408306.5 1595.78 2.54E-03 2.55 4.186 2.372
AG_0005 Aggregate Haulroads 429130.6 4408310.4 1596.24 2.54E-03 2.55 4.186 2.372
AG_0006 Aggregate Haulroads 429138.7 4408314.4 1597.11 2.54E-03 2.55 4.186 2.372
AG_0007 Aggregate Haulroads 429146.7 4408318.4 1597.76 2.54E-03 2.55 4.186 2.372AG_0008 Aggregate Haulroads 429154.8 4408322.4 1598.5 2.54E-03 2.55 4.186 2.372
AG_0009 Aggregate Haulroads 429162.9 4408326.4 1599.44 2.54E-03 2.55 4.186 2.372
AG_0010 Aggregate Haulroads 429170.9 4408330.4 1599.92 2.54E-03 2.55 4.186 2.372
AG_0011 Aggregate Haulroads 429179 4408334.4 1600.57 2.54E-03 2.55 4.186 2.372AG_0012 Aggregate Haulroads 429187.1 4408338.4 1601.25 2.54E-03 2.55 4.186 2.372
AG_0013 Aggregate Haulroads 429195.2 4408342.3 1601.94 2.54E-03 2.55 4.186 2.372
AG_0014 Aggregate Haulroads 429203.2 4408346.3 1602.6 2.54E-03 2.55 4.186 2.372
AG_0015 Aggregate Haulroads 429211.3 4408350.3 1603.04 2.54E-03 2.55 4.186 2.372AG_0016 Aggregate Haulroads 429219.4 4408354.3 1603.69 2.54E-03 2.55 4.186 2.372
AG_0017 Aggregate Haulroads 429227.4 4408358.3 1604.26 2.54E-03 2.55 4.186 2.372
AG_0018 Aggregate Haulroads 429235.5 4408362.3 1605.07 2.54E-03 2.55 4.186 2.372
AG_0019 Aggregate Haulroads 429243.6 4408366.3 1605.81 2.54E-03 2.55 4.186 2.372AG_0020 Aggregate Haulroads 429251.6 4408370.3 1606.46 7.83E-03 2.55 4.186 2.372
AG_0021 Aggregate Haulroads 429259.7 4408374.3 1607.15 7.83E-03 2.55 4.186 2.372
AG_0022 Aggregate Haulroads 429267.8 4408378.2 1607.75 7.83E-03 2.55 4.186 2.372
AG_0023 Aggregate Haulroads 429275.8 4408382.2 1608.12 7.83E-03 2.55 4.186 2.372
AG_0024 Aggregate Haulroads 429283.9 4408386.2 1608.69 7.83E-03 2.55 4.186 2.372AG_0025 Aggregate Haulroads 429292 4408390.2 1609.37 7.83E-03 2.55 4.186 2.372
AG_0026 Aggregate Haulroads 429300 4408394.2 1610.05 7.83E-03 2.55 4.186 2.372
AG_0027 Aggregate Haulroads 429308.1 4408398.2 1610.77 7.83E-03 2.55 4.186 2.372
AG_0028 Aggregate Haulroads 429316.2 4408402.2 1611.52 7.83E-03 2.55 4.186 2.372AG_0029 Aggregate Haulroads 429324.2 4408406.2 1612.32 7.83E-03 2.55 4.186 2.372
AG_0030 Aggregate Haulroads 429332.3 4408410.1 1612.92 7.83E-03 2.55 4.186 2.372
AG_0031 Aggregate Haulroads 429340.4 4408414.1 1613.49 7.83E-03 2.55 4.186 2.372
AG_0032 Aggregate Haulroads 429348.4 4408418.1 1614.31 7.83E-03 2.55 4.186 2.372AG_0033 Aggregate Haulroads 429356.5 4408422.1 1615.06 7.83E-03 2.55 4.186 2.372
AG_0034 Aggregate Haulroads 429364.6 4408426.1 1615.82 7.83E-03 2.55 4.186 2.372
AG_0035 Aggregate Haulroads 429372.7 4408430.1 1616.59 7.83E-03 2.55 4.186 2.372
AG_0036 Aggregate Haulroads 429380.7 4408434.1 1617.31 7.83E-03 2.55 4.186 2.372AG_0037 Aggregate Haulroads 429388.8 4408438.1 1618.18 7.83E-03 2.55 4.186 2.372
AG_0038 Aggregate Haulroads 429396.9 4408442 1619.07 7.83E-03 2.55 4.186 2.372
AG_0039 Aggregate Haulroads 429404.9 4408446 1619.92 7.83E-03 2.55 4.186 2.372
AG_0040 Aggregate Haulroads 429413 4408450 1620.8 7.83E-03 2.55 4.186 2.372AG_0041 Aggregate Haulroads 429421.1 4408454 1621.51 7.83E-03 2.55 4.186 2.372
AG_0042 Aggregate Haulroads 429429.2 4408457.9 1622.3 7.83E-03 2.55 4.186 2.372
AG_0043 Aggregate Haulroads 429437.2 4408461.9 1623.15 7.83E-03 2.55 4.186 2.372AG_0044 Aggregate Haulroads 429445.3 4408465.9 1623.95 7.83E-03 2.55 4.186 2.372
AG_0045 Aggregate Haulroads 429453.4 4408469.8 1624.78 7.83E-03 2.55 4.186 2.372
AG_0046 Aggregate Haulroads 429461.5 4408473.8 1625.45 7.83E-03 2.55 4.186 2.372
AG_0047 Aggregate Haulroads 429469.6 4408477.7 1626.19 7.83E-03 2.55 4.186 2.372AG_0048 Aggregate Haulroads 429477.7 4408481.7 1626.92 7.83E-03 2.55 4.186 2.372
AG_0049 Aggregate Haulroads 429485.7 4408485.7 1627.64 7.83E-03 2.55 4.186 2.372
AG_0050 Aggregate Haulroads 429493.8 4408489.6 1628.51 7.83E-03 2.55 4.186 2.372
AG_0051 Aggregate Haulroads 429501.9 4408493.6 1629.34 7.83E-03 2.55 4.186 2.372AG_0052 Aggregate Haulroads 429510 4408497.5 1630.13 7.83E-03 2.55 4.186 2.372
AG_0053 Aggregate Haulroads 429518.1 4408501.5 1630.95 7.83E-03 2.55 4.186 2.372
AG_0054 Aggregate Haulroads 429526.1 4408505.5 1631.72 7.83E-03 2.55 4.186 2.372
AG_0055 Aggregate Haulroads 429534.2 4408509.5 1632.49 7.83E-03 2.55 4.186 2.372AG_0056 Aggregate Haulroads 429542.2 4408513.6 1633.15 7.83E-03 2.55 4.186 2.372
AG_0057 Aggregate Haulroads 429550.2 4408517.8 1634.09 7.83E-03 2.55 4.186 2.372
AG_0058 Aggregate Haulroads 429558.2 4408521.9 1635.08 7.83E-03 2.55 4.186 2.372
AG_0059 Aggregate Haulroads 429566.2 4408526 1636.05 7.83E-03 2.55 4.186 2.372AG_0060 Aggregate Haulroads 429574.2 4408530.2 1636.91 7.83E-03 2.55 4.186 2.372
AG_0061 Aggregate Haulroads 429582.1 4408534.3 1637.68 7.83E-03 2.55 4.186 2.372
AG_0062 Aggregate Haulroads 429590.1 4408538.5 1638.65 7.83E-03 2.55 4.186 2.372
AG_0063 Aggregate Haulroads 429598.1 4408542.6 1639.44 7.83E-03 2.55 4.186 2.372AG_0064 Aggregate Haulroads 429606.1 4408546.7 1640.24 7.83E-03 2.55 4.186 2.372
AG_0065 Aggregate Haulroads 429614 4408551 1641.08 7.83E-03 2.55 4.186 2.372
AG_0066 Aggregate Haulroads 429622 4408555.3 1641.85 7.83E-03 2.55 4.186 2.372
AG_0067 Aggregate Haulroads 429629.9 4408559.6 1642.46 7.83E-03 2.55 4.186 2.372
AG_0068 Aggregate Haulroads 429637.8 4408563.8 1643.79 7.83E-03 2.55 4.186 2.372
AG_0069 Aggregate Haulroads 429645.7 4408568.1 1644.65 7.83E-03 2.55 4.186 2.372
AG_0070 Aggregate Haulroads 429653.6 4408572.4 1645.35 7.83E-03 2.55 4.186 2.372AG_0071 Aggregate Haulroads 429661.6 4408576.7 1646.43 7.83E-03 2.55 4.186 2.372
AG_0072 Aggregate Haulroads 429669.5 4408580.9 1647.56 7.83E-03 2.55 4.186 2.372
AG_0073 Aggregate Haulroads 429677.4 4408585.2 1648.98 7.83E-03 2.55 4.186 2.372
AG_0074 Aggregate Haulroads 429685.3 4408589.5 1650.55 7.83E-03 2.55 4.186 2.372AG_0075 Aggregate Haulroads 429693.2 4408593.8 1652.05 7.83E-03 2.55 4.186 2.372
AG_0076 Aggregate Haulroads 429701.2 4408598 1653.34 7.83E-03 2.55 4.186 2.372
AG_0077 Aggregate Haulroads 429709.1 4408602.3 1654.04 7.83E-03 2.55 4.186 2.372
AG_0078 Aggregate Haulroads 429717 4408606.6 1656.02 7.83E-03 2.55 4.186 2.372AG_0079 Aggregate Haulroads 429725.2 4408610.3 1660.97 7.83E-03 2.55 4.186 2.372
AG_0080 Aggregate Haulroads 429733.7 4408613.3 1663.77 7.83E-03 2.55 4.186 2.372
AG_0081 Aggregate Haulroads 429742.2 4408616.2 1662.99 7.83E-03 2.55 4.186 2.372
AG_0082 Aggregate Haulroads 429750.7 4408619.2 1661.15 7.83E-03 2.55 4.186 2.372AG_0083 Aggregate Haulroads 429759.2 4408622.2 1658.79 7.83E-03 2.55 4.186 2.372
AG_0084 Aggregate Haulroads 429767.6 4408625.1 1657.86 7.83E-03 2.55 4.186 2.372
AG_0085 Aggregate Haulroads 429776.5 4408624.9 1658.03 7.83E-03 2.55 4.186 2.372
AG_0086 Aggregate Haulroads 429785.4 4408623.7 1658.97 7.83E-03 2.55 4.186 2.372AG_0087 Aggregate Haulroads 429794.3 4408622.4 1661.88 7.83E-03 2.55 4.186 2.372
AG_0088 Aggregate Haulroads 429803.2 4408621.1 1663.31 7.83E-03 2.55 4.186 2.372
AG_0089 Aggregate Haulroads 429812.1 4408619.8 1664.21 7.83E-03 2.55 4.186 2.372
AG_0090 Aggregate Haulroads 429820.2 4408616.9 1665.04 7.83E-03 2.55 4.186 2.372AG_0091 Aggregate Haulroads 429827 4408610.9 1665.56 7.83E-03 2.55 4.186 2.372
AG_0092 Aggregate Haulroads 429833.8 4408605 1665.99 7.83E-03 2.55 4.186 2.372
AG_0093 Aggregate Haulroads 429840.5 4408599.1 1666.16 7.83E-03 2.55 4.186 2.372AG_0094 Aggregate Haulroads 429840.6 4408590.1 1665.85 7.83E-03 2.55 4.186 2.372
AG_0095 Aggregate Haulroads 429840.7 4408581.1 1665.25 7.83E-03 2.55 4.186 2.372
AG_0096 Aggregate Haulroads 429840.8 4408572.1 1664.25 7.83E-03 2.55 4.186 2.372
AG_0097 Aggregate Haulroads 429835.4 4408565.3 1663.28 7.83E-03 2.55 4.186 2.372AG_0098 Aggregate Haulroads 429829 4408559.1 1663.07 7.83E-03 2.55 4.186 2.372
AG_0099 Aggregate Haulroads 429821.3 4408554.8 1662.11 7.83E-03 2.55 4.186 2.372
AG_0100 Aggregate Haulroads 429812.9 4408551.4 1660.71 7.83E-03 2.55 4.186 2.372
AG_0101 Aggregate Haulroads 429804.5 4408548.1 1659.75 7.83E-03 2.55 4.186 2.372AG_0102 Aggregate Haulroads 429796.1 4408544.8 1659.08 7.83E-03 2.55 4.186 2.372
AG_0103 Aggregate Haulroads 429787.6 4408542.6 1658.82 7.83E-03 2.55 4.186 2.372
AG_0104 Aggregate Haulroads 429778.7 4408543.5 1658.66 7.83E-03 2.55 4.186 2.372
AG_0105 Aggregate Haulroads 429769.7 4408544.4 1657.4 7.83E-03 2.55 4.186 2.372AG_0106 Aggregate Haulroads 429760.8 4408545.2 1655.98 7.83E-03 2.55 4.186 2.372
AG_0107 Aggregate Haulroads 429751.8 4408546.1 1656.55 7.83E-03 2.55 4.186 2.372
AG_0108 Aggregate Haulroads 429742.8 4408547 1657.18 7.83E-03 2.55 4.186 2.372
AG_0109 Aggregate Haulroads 429733.9 4408548.3 1656.65 7.83E-03 2.55 4.186 2.372AG_0110 Aggregate Haulroads 429725 4408549.5 1654.22 7.83E-03 2.55 4.186 2.372
AG_0111 Aggregate Haulroads 429716.1 4408550.8 1653.37 7.83E-03 2.55 4.186 2.372
AG_0112 Aggregate Haulroads 429707.2 4408552.1 1652.38 7.83E-03 2.55 4.186 2.372
AG_0113 Aggregate Haulroads 429698.3 4408553.4 1650.99 7.83E-03 2.55 4.186 2.372AG_0114 Aggregate Haulroads 429689.4 4408554.7 1649.45 7.83E-03 2.55 4.186 2.372
AG_0115 Aggregate Haulroads 429680.5 4408555.9 1648.13 7.83E-03 2.55 4.186 2.372
AG_0116 Aggregate Haulroads 429671.6 4408557.2 1646.92 7.83E-03 2.55 4.186 2.372
AG_0117 Aggregate Haulroads 429662.7 4408558.5 1645.82 7.83E-03 2.55 4.186 2.372
AG_0118 Aggregate Haulroads 429653.8 4408559.8 1644.84 7.83E-03 2.55 4.186 2.372AG_0119 Aggregate Haulroads 429644.8 4408561.1 1644.01 7.83E-03 2.55 4.186 2.372
AG_0120 Aggregate Haulroads 429636 4408562.1 1643.39 7.83E-03 2.55 4.186 2.372
AG_0121 Aggregate Haulroads 429627.9 4408558.1 1642.31 7.83E-03 2.55 4.186 2.372
AG_0122 Aggregate Haulroads 429619.9 4408554 1641.66 7.83E-03 2.55 4.186 2.372AG_0123 Aggregate Haulroads 429611.9 4408550 1640.86 7.83E-03 2.55 4.186 2.372
AG_0124 Aggregate Haulroads 429603.8 4408545.9 1640 7.83E-03 2.55 4.186 2.372
AG_0125 Aggregate Haulroads 429595.8 4408541.9 1639.25 7.83E-03 2.55 4.186 2.372
AG_0126 Aggregate Haulroads 429587.8 4408537.8 1638.38 7.83E-03 2.55 4.186 2.372AG_0127 Aggregate Haulroads 429579.7 4408533.8 1637.49 7.83E-03 2.55 4.186 2.372
AG_0128 Aggregate Haulroads 429571.7 4408529.7 1636.66 7.83E-03 2.55 4.186 2.372
AG_0129 Aggregate Haulroads 429563.7 4408525.6 1635.81 7.83E-03 2.55 4.186 2.372
AG_0130 Aggregate Haulroads 429555.6 4408521.6 1634.81 7.83E-03 2.55 4.186 2.372AG_0131 Aggregate Haulroads 429547.6 4408517.5 1633.8 7.83E-03 2.55 4.186 2.372
AG_0132 Aggregate Haulroads 429539.5 4408513.5 1633.06 7.83E-03 2.55 4.186 2.372
AG_0133 Aggregate Haulroads 429531.5 4408509.4 1632.29 7.83E-03 2.55 4.186 2.372
AG_0134 Aggregate Haulroads 429523.5 4408505.4 1631.55 7.83E-03 2.55 4.186 2.372AG_0135 Aggregate Haulroads 429515.4 4408501.3 1630.77 7.83E-03 2.55 4.186 2.372
AG_0136 Aggregate Haulroads 429507.4 4408497.3 1629.91 7.83E-03 2.55 4.186 2.372
AG_0137 Aggregate Haulroads 429499.4 4408493.2 1629.24 7.83E-03 2.55 4.186 2.372AG_0138 Aggregate Haulroads 429491.3 4408489.2 1628.27 7.83E-03 2.55 4.186 2.372
AG_0139 Aggregate Haulroads 429483.3 4408485.1 1627.47 7.83E-03 2.55 4.186 2.372
AG_0140 Aggregate Haulroads 429475.3 4408481.1 1626.74 7.83E-03 2.55 4.186 2.372
AG_0141 Aggregate Haulroads 429467.2 4408477 1625.96 7.83E-03 2.55 4.186 2.372AG_0142 Aggregate Haulroads 429459.2 4408472.9 1625.31 7.83E-03 2.55 4.186 2.372
AG_0143 Aggregate Haulroads 429451.2 4408468.9 1624.56 7.83E-03 2.55 4.186 2.372
AG_0144 Aggregate Haulroads 429443.1 4408464.8 1623.74 7.83E-03 2.55 4.186 2.372
AG_0145 Aggregate Haulroads 429435.1 4408460.8 1622.93 7.83E-03 2.55 4.186 2.372AG_0146 Aggregate Haulroads 429427.1 4408456.7 1622.06 7.83E-03 2.55 4.186 2.372
AG_0147 Aggregate Haulroads 429419 4408452.7 1621.34 7.83E-03 2.55 4.186 2.372
AG_0148 Aggregate Haulroads 429411 4408448.6 1620.58 7.83E-03 2.55 4.186 2.372
AG_0149 Aggregate Haulroads 429402.9 4408444.6 1619.67 7.83E-03 2.55 4.186 2.372AG_0150 Aggregate Haulroads 429394.9 4408440.6 1618.85 7.83E-03 2.55 4.186 2.372
AG_0151 Aggregate Haulroads 429386.8 4408436.6 1617.91 7.83E-03 2.55 4.186 2.372
AG_0152 Aggregate Haulroads 429378.7 4408432.6 1617.12 7.83E-03 2.55 4.186 2.372
AG_0153 Aggregate Haulroads 429370.7 4408428.6 1616.38 7.83E-03 2.55 4.186 2.372AG_0154 Aggregate Haulroads 429362.6 4408424.6 1615.59 7.83E-03 2.55 4.186 2.372
AG_0155 Aggregate Haulroads 429354.5 4408420.6 1614.89 7.83E-03 2.55 4.186 2.372
AG_0156 Aggregate Haulroads 429346.5 4408416.6 1614.1 7.83E-03 2.55 4.186 2.372
AG_0157 Aggregate Haulroads 429338.4 4408412.6 1613.34 7.83E-03 2.55 4.186 2.372AG_0158 Aggregate Haulroads 429330.4 4408408.6 1612.87 7.83E-03 2.55 4.186 2.372
AG_0159 Aggregate Haulroads 429322.3 4408404.6 1612.11 7.83E-03 2.55 4.186 2.372
AG_0160 Aggregate Haulroads 429314.2 4408400.6 1611.33 7.83E-03 2.55 4.186 2.372
AG_0161 Aggregate Haulroads 429306.2 4408396.6 1610.54 7.83E-03 2.55 4.186 2.372
AG_0162 Aggregate Haulroads 429298.1 4408392.6 1609.88 7.83E-03 2.55 4.186 2.372
AG_0163 Aggregate Haulroads 429290.1 4408388.6 1609.2 7.83E-03 2.55 4.186 2.372
AG_0164 Aggregate Haulroads 429282 4408384.6 1608.53 7.83E-03 2.55 4.186 2.372AG_0165 Aggregate Haulroads 429273.9 4408380.6 1608.07 7.83E-03 2.55 4.186 2.372
AG_0166 Aggregate Haulroads 429265.9 4408376.6 1607.58 7.83E-03 2.55 4.186 2.372
AG_0167 Aggregate Haulroads 429257.8 4408372.6 1606.99 7.83E-03 2.55 4.186 2.372
AG_0168 Aggregate Haulroads 429249.8 4408368.6 1606.26 7.83E-03 2.55 4.186 2.372AG_0169 Aggregate Haulroads 429241.7 4408364.6 1605.63 2.54E-03 2.55 4.186 2.372
AG_0170 Aggregate Haulroads 429233.6 4408360.6 1604.88 2.54E-03 2.55 4.186 2.372
AG_0171 Aggregate Haulroads 429225.6 4408356.6 1604.09 2.54E-03 2.55 4.186 2.372
AG_0172 Aggregate Haulroads 429217.5 4408352.6 1603.54 2.54E-03 2.55 4.186 2.372AG_0173 Aggregate Haulroads 429209.5 4408348.6 1602.87 2.54E-03 2.55 4.186 2.372
AG_0174 Aggregate Haulroads 429201.4 4408344.5 1602.46 2.54E-03 2.55 4.186 2.372
AG_0175 Aggregate Haulroads 429193.3 4408340.5 1601.79 2.54E-03 2.55 4.186 2.372
AG_0176 Aggregate Haulroads 429185.3 4408336.5 1601.07 2.54E-03 2.55 4.186 2.372AG_0177 Aggregate Haulroads 429177.2 4408332.5 1600.43 2.54E-03 2.55 4.186 2.372
AG_0178 Aggregate Haulroads 429169.2 4408328.5 1599.79 2.54E-03 2.55 4.186 2.372
AG_0179 Aggregate Haulroads 429161.1 4408324.5 1599.22 2.54E-03 2.55 4.186 2.372
AG_0180 Aggregate Haulroads 429153 4408320.5 1598.28 2.54E-03 2.55 4.186 2.372AG_0181 Aggregate Haulroads 429145 4408316.5 1597.58 2.54E-03 2.55 4.186 2.372
AG_0182 Aggregate Haulroads 429136.9 4408312.5 1596.9 2.54E-03 2.55 4.186 2.372
AG_0183 Aggregate Haulroads 429129 4408308.3 1596.02 2.54E-03 2.55 4.186 2.372
AG_0184 Aggregate Haulroads 429121 4408304.2 1595.58 2.54E-03 2.55 4.186 2.372AG_0185 Aggregate Haulroads 429113 4408300 1594.78 2.54E-03 2.55 4.186 2.372
AG_0186 Aggregate Haulroads 429105 4408295.9 1594.23 2.54E-03 2.55 4.186 2.372
AG_0187 Aggregate Haulroads 429097 4408291.7 1593.66 2.54E-03 2.55 4.186 2.372
Modeling Inputs - Formaldehyde
Company:Geneva Rock Product
Site:Mona Pit
Date:10/20/2022
Point Sources - Formaldehyde
Source ID Source Description Easting (X) Northing (Y) Base Elevation
Emission
Rate
Stack
Height Temperature
Exit
Velocity
Stack
Diameter
(m) (m) (m) (lb/hr) (m) (K) (m/s) (m)
CON_WH Concrete Plant Water Heater 429393 4408370.8 1617.99 0.002334 18.288 294.260 12.192 0.610
HMA_HTR Asphalt Plant Hot Oil Heater 429172.2 4408559.9 1601.12 0.001179 18.288 294.260 12.192 0.610
HMA_AP Drum Mix Asphalt Plants (Baghouse) 429166.1 4408564.7 1601.7 1.32 7.163 353.983 18.431 1.151
Volume Sources - Formaldehyde
Source ID Source Description Easting (X) Northing (Y) Base Elevation
Emission
Rate (lb/hr)
Release
Height
Init.
Horizontal
Dimension
Initial Vert.
Dimension
HMA_001 Hot Mix Asphalt Plant Silo Loading 429147.9 4408555.1 1600.6 3.574E-02 4.57 0.70 4.27HMA_002 Asphalt Plant - Loadout 429145.2 4408554.9 1600.4 2.089E-04 4.57 0.70 4.27
Modeled Buildings
Source ID Source Description X Coordinate Y Coordinate Elevation Height X Length Y Length Angle
(m)(m)(m)(m)(m)(m)
1DKKN00G HMA Loadout 429141.5 4408559.5 1600.19 18.288 8.5344 3.048 90
1DKKN00I HMA Heater 429165.4 4408562.2 1601.12 4.572 3.6576 8.5344 90
1DKKN00J HMA Baghouse 429159.1 4408566.5 1601.7 4.572 3.6576 8.5344 90
1DKKN00L Concrete Batch 429393 4408385.6 1618.32 12.192 25 15 0
1DKKN00N Concrete Plant Water Heater 429390.5 4408372.2 1617.76 12.192 4 6 90

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants C-1
APPENDIX C. DISPERSION MODELING RESULTS
 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - PM10
*** 10/25/23 *** AERMET - VERSION 21112 *** ***
*** 15:15:47

PAGE 1
*** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** MODEL SETUP OPTIONS SUMMARY ***
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
- - - - - - - - - - - - - - -
** Model Options Selected:
* Model Uses Regulatory DEFAULT Options
* Model Is Setup For Calculation of Average CONCentration Values.
* NO GAS DEPOSITION Data Provided.
* NO PARTICLE DEPOSITION Data Provided.
* Model Uses NO DRY DEPLETION. DDPLETE = F
* Model Uses NO WET DEPLETION. WETDPLT = F
* Stack-tip Downwash.
* Model Accounts for ELEVated Terrain Effects. * Use Calms Processing Routine.
* Use Missing Data Processing Routine.
* No Exponential Decay.
* Model Uses RURAL Dispersion Only.
* Model Assumes No FLAGPOLE Receptor Heights.
* The User Specified a Pollutant Type of: PM10

**Model Calculates 1 Short Term Average(s) of: 24-HR

**This Run Includes: 557 Source(s); 1 Source Group(s); and 2317 Receptor(s)
with: 5 POINT(s), including
0 POINTCAP(s) and 0 POINTHOR(s)
and: 534 VOLUME source(s)
and: 18 AREA type source(s)
and: 0 LINE source(s)
and: 0 RLINE/RLINEXT source(s)
and: 0 OPENPIT source(s)
and: 0 BUOYANT LINE source(s) with a total of 0 line(s) and: 0 SWPOINT source(s)
**This Run Includes BACKGRND Values for 1 Source Group(s) for a Single Sector
Non-HOURLY BACKGRND Values are Available Varying by: MONTH

**Model Set To Continue RUNning After the Setup Testing.
**The AERMET Input Meteorological Data Version Date: 21112

**Output Options Selected:
Model Outputs Tables of Highest Short Term Values by Receptor (RECTABLE Keyword) Model Outputs External File(s) of High Values for Plotting (PLOTFILE Keyword)
Model Outputs Separate Summary File of High Ranked Values (SUMMFILE Keyword)

**NOTE: The Following Flags May Appear Following CONC Values: c for Calm Hours
m for Missing Hours
b for Both Calm and Missing
Hours

**Misc. Inputs: Base Elev. for Pot. Temp. Profile (m MSL) = 1569.00 ; Decay Coef. = 0.000
; Rot. Angle = 0.0
Emission Units = GRAMS/SEC ; Emission Rate Unit
Factor = 0.10000E+07
Output Units = MICROGRAMS/M**3

**Approximate Storage Requirements of Model = 8.7 MB of RAM.

**Input Runstream File: aermod.inp

**Output Print File: aermod.out
**File for Summary of Results: SUMMARYFILE.SUM

 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - PM10
*** 10/25/23
*** AERMET - VERSION 21112 *** ***
*** 15:15:47

PAGE 2 *** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** METEOROLOGICAL DAYS SELECTED FOR PROCESSING ***
(1=YES; 0=NO)
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
NOTE: METEOROLOGICAL DATA ACTUALLY PROCESSED WILL ALSO DEPEND ON WHAT IS
INCLUDED IN THE DATA FILE.
*** UPPER BOUND OF FIRST THROUGH FIFTH WIND SPEED CATEGORIES
***
(METERS/SEC)
1.54, 3.09, 5.14, 8.23, 10.80,
 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - PM10
*** 10/25/23
*** AERMET - VERSION 21112 *** ***
*** 15:15:47

PAGE 3
*** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** UP TO THE FIRST 24 HOURS OF METEOROLOGICAL DATA ***
Surface file: C:\Users\sadam\Box\MSI\clients\Geneva Rock\Geneva Rock Products - Mona\05
Modeli Met Version: 21112
Profile file: C:\Users\sadam\Box\MSI\clients\Geneva Rock\Geneva Rock Products - Mona\05
Modeli
Surface format: FREE

Profile format: FREE

Surface station no.: 25720 Upper air station no.: 24127 Name: UNKNOWN Name: UNKNOWN

Year: 2001 Year: 2001
First 24 hours of scalar data
YR MO DY JDY HR H0 U* W* DT/DZ ZICNV ZIMCH M-O LEN Z0 BOWEN ALBEDO REF WS
WD HT REF TA HT
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
- - - - - - - - - - - -
01 05 09 129 01 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00
999. -9.0 999.0 -9.0
01 05 09 129 02 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00
999. -9.0 999.0 -9.0
01 05 09 129 03 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00
999. -9.0 999.0 -9.0
01 05 09 129 04 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00
999. -9.0 999.0 -9.0
01 05 09 129 05 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00
999. -9.0 999.0 -9.0 01 05 09 129 06 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.69 999.00
999. -9.0 999.0 -9.0
01 05 09 129 07 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.34 999.00
999. -9.0 999.0 -9.0
01 05 09 129 08 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.22 999.00
999. -9.0 999.0 -9.0
01 05 09 129 09 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.18 999.00
999. -9.0 999.0 -9.0
01 05 09 129 10 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.17 999.00
999. -9.0 999.0 -9.0 01 05 09 129 11 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.16 999.00
999. -9.0 999.0 -9.0
01 05 09 129 12 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.16 999.00
999. -9.0 999.0 -9.0
01 05 09 129 13 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.16 999.00
999. -9.0 999.0 -9.0
01 05 09 129 14 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.16 999.00
999. -9.0 999.0 -9.0
01 05 09 129 15 180.2 0.558 -9.000 -9.000 -999. 1001. -72.4 0.30 0.67 0.16 4.40
233. 10.0 300.4 2.0
01 05 09 129 16 161.8 0.513 -9.000 -9.000 -999. 886. -62.6 0.30 0.67 0.17 4.00
224. 10.0 300.8 2.0
01 05 09 129 17 113.7 0.555 -9.000 -9.000 -999. 991. -112.6 0.30 0.67 0.18 4.50
235. 10.0 300.9 2.0
01 05 09 129 18 38.7 0.569 -9.000 -9.000 -999. 1029. -355.5 0.41 0.67 0.23 4.40
240. 10.0 299.4 2.0
01 05 09 129 19 10.0 0.681 -9.000 -9.000 -999. 1345. -2357.2 0.41 0.67 0.38 5.40
260. 10.0 297.9 2.0
01 05 09 129 20 -19.2 0.430 -9.000 -9.000 -999. 743. 309.8 0.41 0.67 1.00 3.60 259. 10.0 296.0 2.0
01 05 09 129 21 -20.7 0.304 -9.000 -9.000 -999. 421. 101.7 0.41 0.67 1.00 2.80
261. 10.0 292.8 2.0
01 05 09 129 22 -14.6 0.214 -9.000 -9.000 -999. 242. 50.0 0.30 0.67 1.00 2.40
230. 10.0 291.9 2.0
01 05 09 129 23 -18.8 0.273 -9.000 -9.000 -999. 343. 81.5 0.41 0.67 1.00 2.60
245. 10.0 290.4 2.0
01 05 09 129 24 -24.2 0.350 -9.000 -9.000 -999. 498. 133.4 0.30 0.67 1.00 3.40
352. 10.0 289.6 2.0
First hour of profile data
YR MO DY HR HEIGHT F WDIR WSPD AMB_TMP sigmaA sigmaW sigmaV
01 05 09 01 6.1 1 -999. -99.00 -999.0 999.0 -99.00 -99.00
F indicates top of profile (=1) or below (=0)
 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - PM10
*** 10/25/23
*** AERMET - VERSION 21112 *** *** *** 15:15:47

PAGE 4
*** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** THE SUMMARY OF HIGHEST 24-HR RESULTS ***
** CONC OF PM10 IN MICROGRAMS/M**3
**
DATE NETWORK
GROUP ID AVERAGE CONC (YYMMDDHH) RECEPTOR (XR, YR,
ZELEV, ZHILL, ZFLAG) OF TYPE GRID-ID
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
- - - - - - - - - - - - - - - - -

ALL HIGH 2ND HIGH VALUE IS 146.71789m ON 01123124: AT ( 429395.40, 4408283.50,
1619.28, 3635.95, 0.00) DC
*** RECEPTOR TYPES: GC = GRIDCART
GP = GRIDPOLR
DC = DISCCART
DP = DISCPOLR
 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - PM10
*** 10/25/23
*** AERMET - VERSION 21112 *** ***
*** 15:15:47
PAGE 5
*** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** Message Summary : AERMOD Model Execution ***
--------- Summary of Total Messages --------

A Total of 0 Fatal Error Message(s)
A Total of 1185 Warning Message(s)
A Total of 125 Informational Message(s)
A Total of 8784 Hours Were Processed
A Total of 1 Calm Hours Identified
A Total of 124 Missing Hours Identified ( 1.41 Percent)

******** FATAL ERROR MESSAGES ********
*** NONE ***

******** WARNING MESSAGES ********
SO W298 8943 SOGRP: Results reported for source group ALL include BACKGROUND
OU W565 13600 OUPLOT: Possible Conflict With Dynamically Allocated FUNIT PLOTFILE
MX W403 15 PFLCNV: Turbulence data is being used w/o ADJ_U* option SigA Data
MX W479 21 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.884
MX W479 22 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.613
MX W479 23 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.947 MX W479 29 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.639
MX W479 45 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.660
MX W479 46 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.738
MX W479 47 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.672
MX W479 48 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.705
MX W479 49 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.183
MX W479 50 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 51 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.796
MX W479 53 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675
MX W479 68 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.546
MX W479 69 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.720
MX W479 70 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.610
MX W479 71 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.331
MX W479 72 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.930
MX W479 73 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.351
MX W479 92 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.652
MX W479 93 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.709
MX W479 94 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.818
MX W479 96 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508 MX W479 98 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.823
MX W479 99 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.814
MX W479 100 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616
MX W479 123 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.617
MX W479 140 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.818
MX W479 141 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.809
MX W479 214 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 240 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.673
MX W479 241 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.519
MX W479 261 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.585
MX W479 262 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.642
MX W479 263 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.748 MX W479 264 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.137
MX W479 265 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.681
MX W479 266 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.912
MX W479 268 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.558
MX W479 269 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 270 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 293 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.671
MX W479 294 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 313 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.719
MX W479 335 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.569
MX W479 337 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.964
MX W479 338 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.615
MX W479 357 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.577
MX W479 359 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.677
MX W479 360 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.647
MX W479 361 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850
MX W479 363 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.542
MX W479 381 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.699
MX W479 382 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.747 MX W479 383 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.688
MX W479 385 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.731
MX W479 386 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575
MX W479 387 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.855
MX W479 389 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623
MX W479 390 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.669
MX W479 405 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 407 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.679
MX W479 408 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.635
MX W479 410 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.084 MX W479 412 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.241
MX W479 413 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.589
MX W479 414 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 432 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526
MX W479 433 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.562
MX W479 437 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.748
MX W479 456 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.577
MX W479 458 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 459 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.574
MX W479 460 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.048
MX W479 461 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.015
MX W479 462 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.806
MX W479 483 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 526 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.552
MX W479 527 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.643
MX W479 528 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.624
MX W479 529 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 530 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.666
MX W479 531 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.522 MX W479 532 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.563
MX W479 550 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.515
MX W479 553 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.894
MX W479 554 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.696
MX W479 572 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.597
MX W479 576 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.524
MX W479 577 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.560
MX W479 578 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.562
MX W479 579 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 580 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.005
MX W479 581 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594
MX W479 582 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509
MX W479 602 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.847
MX W479 603 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509
MX W479 647 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607
MX W479 649 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575
MX W479 650 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.592
MX W479 651 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.667
MX W479 721 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.872 MX W479 722 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.844
MX W479 748 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.993
MX W479 749 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.349
MX W479 750 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.711
MX W479 766 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.731
MX W479 767 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.820
MX W479 768 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.976
MX W479 769 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.618
MX W479 770 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.621
MX W479 771 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 772 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.629
MX W479 773 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.544 MX W479 792 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 793 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.514
MX W479 796 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.691
MX W479 797 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.945
MX W479 798 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.232
MX W479 815 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.652
MX W479 816 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525
MX W479 818 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 841 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.695
MX W479 842 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.618
MX W479 844 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.511
MX W479 845 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.534
MX W479 863 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.545
MX W479 870 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.813
MX W479 885 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.814
MX W479 886 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535
MX W479 887 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 888 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 912 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.659 MX W479 913 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.917
MX W479 916 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556
MX W479 932 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.884
MX W479 933 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.927
MX W479 934 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.288
MX W479 935 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.763
MX W479 937 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.720
MX W479 938 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.936
MX W479 939 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.767
MX W479 957 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604 MX W479 960 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.516
MX W479 962 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.147
MX W479 963 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.230
MX W479 964 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.541
MX W479 965 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.628
MX W479 986 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769
MX W479 987 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.592
MX W479 988 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550
MX W479 989 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.726
MX W479 1008 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.543
MX W479 1011 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 1012 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.540
MX W479 1013 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.568
MX W479 1014 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 1035 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.066
MX W479 1036 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567
MX W479 1038 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 1055 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.685
MX W479 1058 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.986 MX W479 1059 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.533
MX W479 1060 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.655
MX W479 1061 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.653
MX W479 1077 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.719
MX W479 1151 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.966
MX W479 1152 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.808
MX W479 1153 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.828
MX W479 1154 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.967
MX W479 1155 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.913
MX W479 1156 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.696
MX W479 1202 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.646
MX W479 1203 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.451
MX W479 1204 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.024
MX W479 1205 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.028
MX W479 1206 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.830
MX W479 1220 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.629
MX W479 1221 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.705
MX W479 1223 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507
MX W479 1224 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.087 MX W479 1225 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.765
MX W479 1227 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.924
MX W479 1244 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.714
MX W479 1245 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.641
MX W479 1246 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.571
MX W479 1247 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.045
MX W479 1248 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.098
MX W479 1249 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.520
MX W479 1250 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549
MX W479 1251 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.925
MX W479 1252 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616
MX W479 1253 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535 MX W479 1268 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.044
MX W479 1269 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.985
MX W479 1270 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.619
MX W479 1271 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.335
MX W479 1273 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.825
MX W479 1274 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.317
MX W479 1275 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.383
MX W479 1276 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 1293 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 1294 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.950
MX W479 1295 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.741
MX W479 1296 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 1317 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.585
MX W479 1318 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.532
MX W479 1323 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.505
MX W479 1324 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.966
MX W479 1326 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.621
MX W479 1344 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675
MX W479 1345 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727 MX W479 1347 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526
MX W479 1349 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.500
MX W479 1367 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850
MX W479 1373 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607
MX W479 1374 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.679
MX W479 1444 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.587
MX W479 1445 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.528
MX W479 1508 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525
MX W479 1509 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.647
MX W479 1516 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.891 MX W479 1518 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.504
MX W479 1536 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.576
MX W479 1541 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.721
MX W479 1557 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507
MX W479 1559 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.792
MX W479 1560 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.545
MX W479 1565 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.712
MX W479 1631 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.765
MX W479 1632 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.726
MX W479 1633 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.628
MX W479 1634 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.810
MX W479 1635 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.366
MX W479 1636 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.138
MX W479 1637 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.878
MX W479 1638 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.738
MX W479 1658 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.751
MX W479 1659 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.930
MX W479 1660 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.964
MX W479 1661 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623 MX W479 1681 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.687
MX W479 1682 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.767
MX W479 1683 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.882
MX W479 1684 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.400
MX W479 1685 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.268
MX W479 1686 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.200
MX W479 1705 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.001
MX W479 1706 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.451
MX W479 1707 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.450
MX W479 1708 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.594
MX W479 1709 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.965
MX W479 1710 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.885
MX W479 1726 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.511
MX W479 1727 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616
MX W479 1729 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 1731 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.504
MX W479 1732 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.868
MX W479 1733 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.738
MX W479 1755 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507 MX W479 1756 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.538
MX W479 1757 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604
MX W479 1774 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.837
MX W479 1775 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.587
MX W479 1776 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 1777 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.691
MX W479 1778 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.903
MX W479 1779 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.288
MX W479 1780 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.304
MX W479 1781 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.968
MX W479 1782 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.662
MX W479 1798 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.643 MX W479 1800 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675
MX W479 1824 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.579
MX W479 1829 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.713
MX W479 1844 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 1845 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 1846 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.536
MX W479 1847 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.578
MX W479 1848 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567
MX W479 1849 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.645
MX W479 1850 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742
MX W479 1852 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.745
MX W479 1853 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.613
MX W479 1918 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.591
MX W479 1941 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.019
MX W479 1947 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.661
MX W479 1948 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.698
MX W479 1949 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.583
MX W479 1950 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.579
MX W479 2016 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.741 MX W479 2017 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.849
MX W479 2018 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.790
MX W479 2036 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 2039 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518
MX W479 2040 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.735
MX W479 2041 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.595
MX W479 2042 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.634
MX W479 2043 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.553
MX W479 2070 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.725
MX W479 2114 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.620 MX W479 2115 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.757
MX W479 2116 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 2118 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549
MX W479 2136 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.503
MX W479 2137 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.656
MX W479 2138 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.905
MX W479 2139 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 2143 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.643
MX W479 2254 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.576
MX W479 2256 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.802
MX W479 2258 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.585
MX W479 2259 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 2260 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.519
MX W479 2280 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.733
MX W479 2281 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769
MX W479 2282 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.169
MX W479 2283 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.864
MX W479 2305 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.501
MX W479 2326 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.558 MX W479 2350 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 2351 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554
MX W479 2352 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.757
MX W479 2353 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.770
MX W479 2354 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594
MX W479 2372 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.735
MX W479 2373 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.528
MX W479 2377 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.644
MX W479 2378 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 2400 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.952
MX W479 2401 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.740
MX W479 2402 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769
MX W479 2403 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604
MX W479 2404 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.654
MX W479 2421 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.580
MX W479 2422 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.685
MX W479 2423 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.987
MX W479 2424 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.756
MX W479 2426 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.563 MX W479 2429 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.603
MX W479 2445 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.533
MX W479 2446 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.719
MX W479 2540 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.731
MX W479 2541 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.810
MX W479 2545 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549
MX W479 2546 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.548
MX W479 2547 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 2550 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 2564 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.934
MX W479 2565 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 2566 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.819 MX W479 2570 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.674
MX W479 2573 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567
MX W479 2574 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 2575 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.522
MX W479 2588 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.736
MX W479 2589 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.676
MX W479 2590 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.773
MX W479 2591 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.988
MX W479 2592 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.677
MX W479 2593 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.561
MX W479 2595 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 2596 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.807
MX W479 2597 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.534
MX W479 2616 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.679
MX W479 2617 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.261
MX W479 2619 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.755
MX W479 2636 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.737
MX W479 2637 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.664
MX W479 2638 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.767 MX W479 2639 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.531
MX W479 2640 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.729
MX W479 2641 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.505
MX W479 2642 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.766
MX W479 2646 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.597
MX W479 2661 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.605
MX W479 2662 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.813
MX W479 2663 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 2664 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.864
MX W479 2665 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.735 MX W479 2667 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.733
MX W479 2668 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.627
MX W479 2684 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 2759 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.500
MX W479 2761 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.609
MX W479 2763 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.580
MX W479 2765 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742
MX W479 2766 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.503
MX W479 2781 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549
MX W479 2789 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.646
MX W479 2791 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.534
MX W479 2806 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.882
MX W479 2807 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.969
MX W479 2812 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 2813 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.711
MX W479 2814 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 2832 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607
MX W479 2833 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.156
MX W479 2835 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554 MX W479 2836 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.534
MX W479 2853 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.940
MX W479 2854 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567
MX W479 2855 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 2861 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 2862 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.825
MX W479 2863 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.686
MX W479 2904 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616
MX W479 2905 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506
MX W479 2906 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.538
MX W479 2907 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 2952 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.713
MX W479 2953 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.805
MX W479 2973 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.960
MX W479 2974 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.679
MX W479 2975 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.583
MX W479 2976 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.753
MX W479 2977 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.627
MX W479 2996 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.138 MX W479 2997 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.910
MX W479 2999 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.883
MX W479 3000 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.135
MX W479 3001 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.986
MX W479 3002 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.858
MX W479 3003 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 3004 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535
MX W479 3006 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.612
MX W479 3026 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.695
MX W479 3054 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 3072 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.569
MX W479 3095 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567 MX W479 3098 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.722
MX W479 3115 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 3116 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.544
MX W479 3117 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506
MX W479 3121 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550
MX W479 3126 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.650
MX W479 3127 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.837
MX W479 3149 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.703
MX W479 3169 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525
MX W479 3170 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.815
MX W479 3171 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.803
MX W479 3192 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.744
MX W479 3198 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508
MX W479 3213 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.538
MX W479 3214 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 3216 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.764
MX W479 3217 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 3223 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.553
MX W479 3239 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.724 MX W479 3240 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.724
MX W479 3241 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.582
MX W479 3242 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.502
MX W479 3243 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 3259 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 3261 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.629
MX W479 3262 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.703
MX W479 3263 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.904
MX W479 3265 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.025
MX W479 3269 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727 MX W479 3270 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.505
MX W479 3288 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.938
MX W479 3289 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.112
MX W479 3292 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.688
MX W479 3309 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.024
MX W479 3310 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550
MX W479 3311 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 3313 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526
MX W479 3319 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.747
MX W479 3332 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.909
MX W479 3333 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.852
MX W479 3334 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.048
MX W479 3335 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.520
MX W479 3338 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 3357 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.644
MX W479 3358 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.513
MX W479 3359 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.614
MX W479 3361 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.705
MX W479 3362 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.943 MX W479 3363 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.748
MX W479 3364 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.682
MX W479 3365 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.334
MX W479 3366 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.388
MX W479 3367 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.217
MX W479 3379 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.884
MX W479 3380 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 3381 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.267
MX W479 3382 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506
MX W479 3384 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.730
MX W479 3386 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.053
MX W479 3387 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.582
MX W479 3388 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.947
MX W479 3389 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.954
MX W479 3403 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.183
MX W479 3404 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.662
MX W479 3405 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.812
MX W479 3406 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.887
MX W479 3407 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.913 MX W479 3408 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.890
MX W479 3409 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.959
MX W479 3410 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.754
MX W479 3411 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.759
MX W479 3412 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.757
MX W479 3413 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.985
MX W479 3414 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.879
MX W479 3429 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.541
MX W479 3430 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507
MX W479 3432 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.718
MX W479 3433 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715
MX W479 3434 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.821 MX W479 3435 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.758
MX W479 3436 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.574
MX W479 3455 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.563
MX W479 3458 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 3459 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 3480 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.553
MX W479 3481 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.569
MX W479 3482 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.654
MX W479 3483 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.541
MX W479 3501 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525
MX W479 3502 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 3503 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.869
MX W479 3505 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.674
MX W479 3524 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.613
MX W479 3525 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.878
MX W479 3527 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.157
MX W479 3528 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715
MX W479 3530 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.610
MX W479 3547 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506 MX W479 3549 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.795
MX W479 3550 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.871
MX W479 3551 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.568
MX W479 3554 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.543
MX W479 3555 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.891
MX W479 3557 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.588
MX W479 3558 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.696
MX W479 3572 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.533
MX W479 3573 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.559
MX W479 3583 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616 MX W479 3598 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.614
MX W479 3599 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.708
MX W479 3604 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.510
MX W479 3644 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.531
MX W479 3696 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.719
MX W479 3718 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508
MX W479 3763 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.695
MX W479 3788 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.700
MX W479 3789 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850
MX W479 3791 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.565
MX W479 3793 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.722
MX W479 3794 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.553
MX W479 3796 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 3798 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.841
MX W479 3799 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.548
MX W479 3811 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.717
MX W479 3812 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.716
MX W479 3813 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.945
MX W479 3823 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.708 MX W479 3837 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.571
MX W479 3838 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.834
MX W479 3839 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.941
MX W479 3840 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604
MX W479 3841 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.686
MX W479 3846 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507
MX W479 3858 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 3859 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.387
MX W479 3860 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.986
MX W479 3861 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.743
MX W479 3862 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.674
MX W479 3865 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.630
MX W479 3866 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.667
MX W479 3868 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.058
MX W479 3869 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.052
MX W479 3870 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.795
MX W479 3871 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 3883 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 3886 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.503 MX W479 3909 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 3910 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.692
MX W479 3911 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.797
MX W479 3912 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.666
MX W479 3913 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.763
MX W479 3918 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.537
MX W479 3931 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.831
MX W479 3932 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.819
MX W479 3933 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.165
MX W479 3959 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.780
MX W479 3960 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556
MX W479 3965 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529 MX W479 3979 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.745
MX W479 3980 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.993
MX W479 3981 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.893
MX W479 3985 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.682
MX W479 3988 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.578
MX W479 4004 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.582
MX W479 4005 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.634
MX W479 4007 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.871
MX W479 4035 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 4039 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.502
MX W479 4040 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.557
MX W479 4055 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.562
MX W479 4058 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.568
MX W479 4059 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.915
MX W479 4060 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.561
MX W479 4075 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.592
MX W479 4076 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508
MX W479 4077 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.503
MX W479 4078 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.958 MX W479 4080 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.787
MX W479 4081 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526
MX W479 4082 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.587
MX W479 4098 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.624
MX W479 4099 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.882
MX W479 4100 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.825
MX W479 4101 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.780
MX W479 4111 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.589
MX W479 4131 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.677
MX W479 4132 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.622 MX W479 4133 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.589
MX W479 4135 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.502
MX W479 4147 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727
MX W479 4148 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.157
MX W479 4149 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556
MX W479 4150 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.903
MX W479 4151 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.044
MX W479 4152 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.847
MX W479 4153 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.907
MX W479 4154 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.851
MX W479 4155 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.060
MX W479 4156 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594
MX W479 4157 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 4173 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.619
MX W479 4207 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525
MX W479 4221 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 4223 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.890
MX W479 4224 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.691
MX W479 4227 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.657 MX W479 4229 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.500
MX W479 4246 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.552
MX W479 4247 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 4251 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.552
MX W479 4255 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.542
MX W479 4269 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.560
MX W479 4270 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535
MX W479 4277 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.671
MX W479 4296 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.901
MX W479 4299 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.516
MX W479 4300 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 4301 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.767
MX W479 4316 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.585
MX W479 4317 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.790
MX W479 4318 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.736
MX W479 4320 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.728
MX W479 4321 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509
MX W479 4324 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.837
MX W479 4341 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.698 MX W479 4342 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769
MX W479 4345 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508
MX W479 4346 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556
MX W479 4349 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.726
MX W479 4350 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 4416 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.710
MX W479 4417 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554
MX W479 4418 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 4421 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.539
MX W479 4437 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.755
MX W479 4438 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.746
MX W479 4439 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.643 MX W479 4459 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.624
MX W479 4461 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 4462 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 4463 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.632
MX W479 4471 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.583
MX W479 4482 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.552
MX W479 4484 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.094
MX W479 4485 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.766
MX W479 4489 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.691
MX W479 4490 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.996
MX W479 4492 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.871
MX W479 4494 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.829
MX W479 4518 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.564
MX W479 4519 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.652
MX W479 4520 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.574
MX W479 4530 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.711
MX W479 4531 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.650
MX W479 4534 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 4580 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.673 MX W479 4581 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594
MX W479 4583 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.572
MX W479 4584 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 4586 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.820
MX W479 4602 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.557
MX W479 4603 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.829
MX W479 4604 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.922
MX W479 4605 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.982
MX W479 4606 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550
MX W479 4628 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.635 MX W479 4630 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727
MX W479 4631 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850
MX W479 4632 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.660
MX W479 4660 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.665
MX W479 4674 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 4675 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607
MX W479 4676 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 4677 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.940
MX W479 4678 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.700
MX W479 4680 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 4681 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535
MX W479 4682 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.740
MX W479 4698 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.540
MX W479 4699 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.764
MX W479 4700 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 4701 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.683
MX W479 4702 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.545
MX W479 4705 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.515
MX W479 4724 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.773 MX W479 4725 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556
MX W479 4820 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 4821 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518
MX W479 4826 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.559
MX W479 4828 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508
MX W479 4830 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.505
MX W479 4831 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.572
MX W479 4833 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 4940 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.541
MX W479 4941 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.976
MX W479 4942 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.770
MX W479 4943 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 4944 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.989
MX W479 4945 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.806
MX W479 4946 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.934
MX W479 4947 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.699
MX W479 4948 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.657
MX W479 5035 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.546
MX W479 5037 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.813 MX W479 5045 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.520
MX W479 5111 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.645
MX W479 5112 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.685
MX W479 5113 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.709
MX W479 5117 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.564
MX W479 5119 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.510
MX W479 5120 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.749
MX W479 5130 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.747
MX W479 5131 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.657
MX W479 5154 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 5155 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.801
MX W479 5156 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742 MX W479 5157 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.611
MX W479 5158 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.671
MX W479 5159 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 5160 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.634
MX W479 5193 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.557
MX W479 5231 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.033
MX W479 5232 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.960
MX W479 5233 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.729
MX W479 5255 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.546
MX W479 5304 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.592
MX W479 5307 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.653
MX W479 5309 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.510
MX W479 5324 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.707
MX W479 5371 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.738
MX W479 5394 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 5396 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.923
MX W479 5418 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.724
MX W479 5419 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.597
MX W479 5420 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.670 MX W479 5421 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.065
MX W479 5422 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.805
MX W479 5425 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.610
MX W479 5426 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.282
MX W479 5427 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.903
MX W479 5428 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715
MX W479 5429 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.744
MX W479 5430 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.787
MX W479 5431 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575
MX W479 5451 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732 MX W479 5452 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.162
MX W479 5453 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.612
MX W479 5454 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715
MX W479 5494 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.674
MX W479 5495 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.557
MX W479 5497 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.713
MX W479 5498 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.741
MX W479 5499 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.519
MX W479 5515 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.731
MX W479 5516 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769
MX W479 5519 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.619
MX W479 5539 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.520
MX W479 5540 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.681
MX W479 5541 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.637
MX W479 5542 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.587
MX W479 5543 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.515
MX W479 5546 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 5610 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.524
MX W479 5611 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.654 MX W479 5612 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.664
MX W479 5613 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.579
MX W479 5615 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 5617 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.548
MX W479 5731 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.593
MX W479 5766 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.673
MX W479 5782 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.709
MX W479 5783 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554
MX W479 5785 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.578
MX W479 5860 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.621
MX W479 5875 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.595
MX W479 5878 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.747
MX W479 5925 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.619
MX W479 5927 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.656
MX W479 5928 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.646
MX W479 5950 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 5951 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727
MX W479 5954 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535
MX W479 5970 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.843 MX W479 5971 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.648
MX W479 5981 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.532
MX W479 5982 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 5983 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.563
MX W479 5984 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.580
MX W479 5996 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 5997 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.551
MX W479 5998 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.602
MX W479 5999 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 6007 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.515
MX W479 6019 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.605
MX W479 6020 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518 MX W479 6021 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.648
MX W479 6027 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.627
MX W479 6028 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.543
MX W479 6030 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 6031 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727
MX W479 6045 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 6070 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.629
MX W479 6071 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.636
MX W479 6072 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.582
MX W479 6073 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.695
MX W479 6077 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.532
MX W479 6080 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.618
MX W479 6116 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.576
MX W479 6117 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.680
MX W479 6119 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.665
MX W479 6126 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 6150 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.655
MX W479 6151 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.795
MX W479 6186 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.881 MX W479 6187 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.805
MX W479 6188 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.809
MX W479 6213 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.701
MX W479 6214 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742
MX W479 6215 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.649
MX W479 6217 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 6218 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.936
MX W479 6219 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.763
MX W479 6220 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.634
MX W479 6221 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.661 MX W479 6223 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.606
MX W479 6224 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850
MX W479 6235 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.590
MX W479 6236 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.780
MX W479 6237 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 6239 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.819
MX W479 6240 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 6241 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.531
MX W479 6242 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.568
MX W479 6243 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 6244 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506
MX W479 6245 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.637
MX W479 6259 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.751
MX W479 6260 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.584
MX W479 6281 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.501
MX W479 6282 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.684
MX W479 6283 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742
MX W479 6284 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.711
MX W479 6285 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.536 MX W479 6286 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.714
MX W479 6287 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.502
MX W479 6288 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.504
MX W479 6289 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.537
MX W479 6290 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 6291 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.574
MX W479 6292 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 6293 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.537
MX W479 6294 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 6295 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.707
MX W479 6307 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.528
MX W479 6308 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.606
MX W479 6410 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.528
MX W479 6428 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.561
MX W479 6429 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.751
MX W479 6431 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549
MX W479 6435 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 6452 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.522
MX W479 6453 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573 MX W479 6454 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.522
MX W479 6456 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518
MX W479 6478 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 6479 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.791
MX W479 6480 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.539
MX W479 6482 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.605
MX W479 6501 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.681
MX W479 6502 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.712
MX W479 6503 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623
MX W479 6504 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.801
MX W479 6505 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 6507 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529 MX W479 6509 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623
MX W479 6526 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.558
MX W479 6527 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.726
MX W479 6528 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.598
MX W479 6529 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.696
MX W479 6530 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.802
MX W479 6531 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.763
MX W479 6548 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.647
MX W479 6549 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.762
MX W479 6550 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.666
MX W479 6551 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.676
MX W479 6553 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.544
MX W479 6555 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 6557 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 6559 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.565
MX W479 6571 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.869
MX W479 6572 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 6573 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.544
MX W479 6574 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.155 MX W479 6576 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.940
MX W479 6582 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604
MX W479 6594 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.921
MX W479 6595 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.295
MX W479 6596 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.129
MX W479 6597 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.966
MX W479 6600 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 6601 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675
MX W479 6602 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.531
MX W479 6606 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.739 MX W479 6647 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.560
MX W479 6651 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.778
MX W479 6668 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715
MX W479 6669 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607
MX W479 6670 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.650
MX W479 6678 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.697
MX W479 6680 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.545
MX W479 6693 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550
MX W479 6694 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.647
MX W479 6695 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575
MX W479 6696 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 6697 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575
MX W479 6698 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.714
MX W479 6699 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.513
MX W479 6700 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.718
MX W479 6719 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.638
MX W479 6720 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 6721 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.611
MX W479 6725 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.770 MX W479 6726 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.826
MX W479 6739 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623
MX W479 6741 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.755
MX W479 6772 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.584
MX W479 6775 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.700
MX W479 6790 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509
MX W479 6791 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.578
MX W479 6792 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675
MX W479 6793 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.516
MX W479 6813 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.743
MX W479 6814 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.559
MX W479 6815 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507
MX W479 6816 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.542
MX W479 6819 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.689
MX W479 6824 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 6834 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.718
MX W479 6835 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.003
MX W479 6836 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.601
MX W479 6837 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599 MX W479 6838 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.700
MX W479 6845 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.669
MX W479 6869 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506
MX W479 6931 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526
MX W479 6932 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.618
MX W479 6934 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 6937 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 6955 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.561
MX W479 6956 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.272
MX W479 6959 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594
MX W479 6960 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.192
MX W479 6961 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.749 MX W479 6986 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554
MX W479 7004 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.605
MX W479 7005 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.849
MX W479 7006 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.708
MX W479 7052 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.533
MX W479 7078 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.513
MX W479 7081 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509
MX W479 7082 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.564
MX W479 7135 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518
MX W479 7171 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.584
MX W479 7173 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.544
MX W479 7174 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.638
MX W479 7175 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.569
MX W479 7177 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
More Than 999 Warning Messages Found. See ERRORFIL Output for the Remainder.
 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - Formaldehyde
*** 10/30/23 *** AERMET - VERSION 21112 *** ***
*** 09:56:10

PAGE 1
*** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** MODEL SETUP OPTIONS SUMMARY ***
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
- - - - - - - - - - - - - - -
** Model Options Selected:
* Model Uses Regulatory DEFAULT Options
* Model Is Setup For Calculation of Average CONCentration Values.
* NO GAS DEPOSITION Data Provided.
* NO PARTICLE DEPOSITION Data Provided.
* Model Uses NO DRY DEPLETION. DDPLETE = F
* Model Uses NO WET DEPLETION. WETDPLT = F
* Stack-tip Downwash.
* Model Accounts for ELEVated Terrain Effects. * Use Calms Processing Routine.
* Use Missing Data Processing Routine.
* No Exponential Decay.
* Model Uses RURAL Dispersion Only.
* Model Assumes No FLAGPOLE Receptor Heights.
* The User Specified a Pollutant Type of: OTHER

**Model Calculates 1 Short Term Average(s) of: 1-HR

**This Run Includes: 5 Source(s); 1 Source Group(s); and 6628 Receptor(s)
with: 3 POINT(s), including
0 POINTCAP(s) and 0 POINTHOR(s)
and: 2 VOLUME source(s)
and: 0 AREA type source(s)
and: 0 LINE source(s)
and: 0 RLINE/RLINEXT source(s)
and: 0 OPENPIT source(s)
and: 0 BUOYANT LINE source(s) with a total of 0 line(s) and: 0 SWPOINT source(s)

**Model Set To Continue RUNning After the Setup Testing.
**The AERMET Input Meteorological Data Version Date: 21112

**Output Options Selected:
Model Outputs Tables of Highest Short Term Values by Receptor (RECTABLE Keyword)
Model Outputs External File(s) of High Values for Plotting (PLOTFILE Keyword)
Model Outputs Separate Summary File of High Ranked Values (SUMMFILE Keyword)
**NOTE: The Following Flags May Appear Following CONC Values: c for Calm Hours
m for Missing Hours
b for Both Calm and Missing
Hours

**Misc. Inputs: Base Elev. for Pot. Temp. Profile (m MSL) = 1569.00 ; Decay Coef. = 0.000
; Rot. Angle = 0.0
Emission Units = GRAMS/SEC ; Emission Rate Unit
Factor = 0.10000E+07
Output Units = MICROGRAMS/M**3

**Approximate Storage Requirements of Model = 4.3 MB of RAM.

**Input Runstream File: aermod.inp

**Output Print File: aermod.out

**File for Summary of Results: SUMMARYFILE.SUM
 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - Formaldehyde
*** 10/30/23
*** AERMET - VERSION 21112 *** ***
*** 09:56:10

PAGE 2
*** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** METEOROLOGICAL DAYS SELECTED FOR PROCESSING ***
(1=YES; 0=NO)
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
NOTE: METEOROLOGICAL DATA ACTUALLY PROCESSED WILL ALSO DEPEND ON WHAT IS INCLUDED IN THE DATA FILE.
*** UPPER BOUND OF FIRST THROUGH FIFTH WIND SPEED CATEGORIES
***
(METERS/SEC)
1.54, 3.09, 5.14, 8.23, 10.80,
 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - Formaldehyde
*** 10/30/23
*** AERMET - VERSION 21112 *** ***
*** 09:56:10

PAGE 3
*** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** UP TO THE FIRST 24 HOURS OF METEOROLOGICAL DATA ***
Surface file: C:\Users\sadam\Box\MSI\clients\Geneva Rock\Geneva Rock Products - Mona\05
Modeli Met Version: 21112
Profile file: C:\Users\sadam\Box\MSI\clients\Geneva Rock\Geneva Rock Products - Mona\05
Modeli
Surface format: FREE

Profile format: FREE

Surface station no.: 25720 Upper air station no.: 24127
Name: UNKNOWN Name: UNKNOWN

Year: 2001 Year: 2001
First 24 hours of scalar data
YR MO DY JDY HR H0 U* W* DT/DZ ZICNV ZIMCH M-O LEN Z0 BOWEN ALBEDO REF WS
WD HT REF TA HT
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
- - - - - - - - - - - -
01 05 09 129 01 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00
999. -9.0 999.0 -9.0
01 05 09 129 02 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00
999. -9.0 999.0 -9.0
01 05 09 129 03 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00
999. -9.0 999.0 -9.0
01 05 09 129 04 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00
999. -9.0 999.0 -9.0
01 05 09 129 05 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00
999. -9.0 999.0 -9.0
01 05 09 129 06 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.69 999.00
999. -9.0 999.0 -9.0
01 05 09 129 07 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.34 999.00 999. -9.0 999.0 -9.0
01 05 09 129 08 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.22 999.00
999. -9.0 999.0 -9.0
01 05 09 129 09 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.18 999.00
999. -9.0 999.0 -9.0
01 05 09 129 10 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.17 999.00
999. -9.0 999.0 -9.0
01 05 09 129 11 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.16 999.00
999. -9.0 999.0 -9.0
01 05 09 129 12 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.16 999.00 999. -9.0 999.0 -9.0
01 05 09 129 13 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.16 999.00
999. -9.0 999.0 -9.0
01 05 09 129 14 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.16 999.00
999. -9.0 999.0 -9.0
01 05 09 129 15 180.2 0.558 -9.000 -9.000 -999. 1001. -72.4 0.30 0.67 0.16 4.40
233. 10.0 300.4 2.0
01 05 09 129 16 161.8 0.513 -9.000 -9.000 -999. 886. -62.6 0.30 0.67 0.17 4.00
224. 10.0 300.8 2.0
01 05 09 129 17 113.7 0.555 -9.000 -9.000 -999. 991. -112.6 0.30 0.67 0.18 4.50
235. 10.0 300.9 2.0
01 05 09 129 18 38.7 0.569 -9.000 -9.000 -999. 1029. -355.5 0.41 0.67 0.23 4.40
240. 10.0 299.4 2.0
01 05 09 129 19 10.0 0.681 -9.000 -9.000 -999. 1345. -2357.2 0.41 0.67 0.38 5.40
260. 10.0 297.9 2.0
01 05 09 129 20 -19.2 0.430 -9.000 -9.000 -999. 743. 309.8 0.41 0.67 1.00 3.60
259. 10.0 296.0 2.0
01 05 09 129 21 -20.7 0.304 -9.000 -9.000 -999. 421. 101.7 0.41 0.67 1.00 2.80
261. 10.0 292.8 2.0 01 05 09 129 22 -14.6 0.214 -9.000 -9.000 -999. 242. 50.0 0.30 0.67 1.00 2.40
230. 10.0 291.9 2.0
01 05 09 129 23 -18.8 0.273 -9.000 -9.000 -999. 343. 81.5 0.41 0.67 1.00 2.60
245. 10.0 290.4 2.0
01 05 09 129 24 -24.2 0.350 -9.000 -9.000 -999. 498. 133.4 0.30 0.67 1.00 3.40
352. 10.0 289.6 2.0
First hour of profile data
YR MO DY HR HEIGHT F WDIR WSPD AMB_TMP sigmaA sigmaW sigmaV
01 05 09 01 6.1 1 -999. -99.00 -999.0 999.0 -99.00 -99.00
F indicates top of profile (=1) or below (=0)
 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - Formaldehyde
*** 10/30/23
*** AERMET - VERSION 21112 *** ***
*** 09:56:10

PAGE 4 *** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** THE SUMMARY OF HIGHEST 1-HR RESULTS ***
** CONC OF OTHER IN MICROGRAMS/M**3
**
DATE
NETWORK
GROUP ID AVERAGE CONC (YYMMDDHH) RECEPTOR (XR, YR,
ZELEV, ZHILL, ZFLAG) OF TYPE GRID-ID- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
- - - - - - - - - - - - - - - - -

ALL HIGH 1ST HIGH VALUE IS 35.43488 ON 01070105: AT ( 429210.00, 4408682.20,
1610.61, 3635.95, 0.00) DC
*** RECEPTOR TYPES: GC = GRIDCART
GP = GRIDPOLR
DC = DISCCART
DP = DISCPOLR
 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - Formaldehyde
*** 10/30/23
*** AERMET - VERSION 21112 *** ***
*** 09:56:10

PAGE 5
*** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** Message Summary : AERMOD Model Execution ***
--------- Summary of Total Messages --------

A Total of 0 Fatal Error Message(s)
A Total of 1184 Warning Message(s)
A Total of 125 Informational Message(s)
A Total of 8784 Hours Were Processed
A Total of 1 Calm Hours Identified
A Total of 124 Missing Hours Identified ( 1.41 Percent)

******** FATAL ERROR MESSAGES ********
*** NONE ***

******** WARNING MESSAGES ********
OU W565 13399 OUPLOT: Possible Conflict With Dynamically Allocated FUNIT PLOTFILE
MX W403 15 PFLCNV: Turbulence data is being used w/o ADJ_U* option SigA Data
MX W479 21 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.884
MX W479 22 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.613
MX W479 23 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.947
MX W479 29 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.639
MX W479 45 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.660
MX W479 46 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.738
MX W479 47 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.672 MX W479 48 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.705
MX W479 49 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.183
MX W479 50 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 51 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.796
MX W479 53 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675
MX W479 68 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.546
MX W479 69 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.720
MX W479 70 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.610
MX W479 71 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.331
MX W479 72 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.930
MX W479 73 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.351
MX W479 92 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.652
MX W479 93 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.709
MX W479 94 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.818
MX W479 96 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508
MX W479 98 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.823
MX W479 99 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.814
MX W479 100 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616
MX W479 123 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.617 MX W479 140 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.818
MX W479 141 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.809
MX W479 214 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 240 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.673
MX W479 241 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.519
MX W479 261 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.585
MX W479 262 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.642
MX W479 263 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.748
MX W479 264 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.137
MX W479 265 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.681
MX W479 266 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.912
MX W479 268 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.558 MX W479 269 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 270 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 293 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.671
MX W479 294 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 313 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.719
MX W479 335 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.569
MX W479 337 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.964
MX W479 338 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.615
MX W479 357 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.577
MX W479 359 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.677
MX W479 360 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.647
MX W479 361 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850
MX W479 363 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.542
MX W479 381 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.699
MX W479 382 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.747
MX W479 383 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.688
MX W479 385 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.731
MX W479 386 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575
MX W479 387 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.855 MX W479 389 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623
MX W479 390 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.669
MX W479 405 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 407 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.679
MX W479 408 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.635
MX W479 410 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.084
MX W479 412 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.241
MX W479 413 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.589
MX W479 414 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 432 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526 MX W479 433 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.562
MX W479 437 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.748
MX W479 456 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.577
MX W479 458 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 459 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.574
MX W479 460 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.048
MX W479 461 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.015
MX W479 462 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.806
MX W479 483 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 526 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.552
MX W479 527 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.643
MX W479 528 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.624
MX W479 529 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 530 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.666
MX W479 531 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.522
MX W479 532 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.563
MX W479 550 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.515
MX W479 553 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.894
MX W479 554 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.696 MX W479 572 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.597
MX W479 576 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.524
MX W479 577 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.560
MX W479 578 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.562
MX W479 579 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 580 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.005
MX W479 581 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594
MX W479 582 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509
MX W479 602 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.847
MX W479 603 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509
MX W479 647 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607
MX W479 649 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575
MX W479 650 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.592
MX W479 651 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.667
MX W479 721 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.872
MX W479 722 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.844
MX W479 748 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.993
MX W479 749 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.349
MX W479 750 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.711 MX W479 766 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.731
MX W479 767 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.820
MX W479 768 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.976
MX W479 769 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.618
MX W479 770 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.621
MX W479 771 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 772 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.629
MX W479 773 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.544
MX W479 792 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 793 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.514
MX W479 796 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.691
MX W479 797 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.945 MX W479 798 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.232
MX W479 815 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.652
MX W479 816 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525
MX W479 818 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 841 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.695
MX W479 842 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.618
MX W479 844 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.511
MX W479 845 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.534
MX W479 863 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.545
MX W479 870 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.813
MX W479 885 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.814
MX W479 886 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535
MX W479 887 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 888 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 912 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.659
MX W479 913 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.917
MX W479 916 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556
MX W479 932 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.884
MX W479 933 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.927 MX W479 934 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.288
MX W479 935 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.763
MX W479 937 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.720
MX W479 938 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.936
MX W479 939 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.767
MX W479 957 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604
MX W479 960 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.516
MX W479 962 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.147
MX W479 963 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.230
MX W479 964 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.541 MX W479 965 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.628
MX W479 986 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769
MX W479 987 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.592
MX W479 988 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550
MX W479 989 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.726
MX W479 1008 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.543
MX W479 1011 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 1012 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.540
MX W479 1013 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.568
MX W479 1014 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 1035 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.066
MX W479 1036 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567
MX W479 1038 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 1055 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.685
MX W479 1058 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.986
MX W479 1059 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.533
MX W479 1060 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.655
MX W479 1061 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.653
MX W479 1077 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.719 MX W479 1151 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.966
MX W479 1152 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.808
MX W479 1153 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.828
MX W479 1154 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.967
MX W479 1155 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.913
MX W479 1156 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.696
MX W479 1202 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.646
MX W479 1203 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.451
MX W479 1204 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.024
MX W479 1205 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.028
MX W479 1206 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.830
MX W479 1220 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.629
MX W479 1221 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.705
MX W479 1223 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507
MX W479 1224 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.087
MX W479 1225 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.765
MX W479 1227 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.924
MX W479 1244 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.714
MX W479 1245 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.641 MX W479 1246 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.571
MX W479 1247 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.045
MX W479 1248 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.098
MX W479 1249 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.520
MX W479 1250 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549
MX W479 1251 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.925
MX W479 1252 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616
MX W479 1253 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535
MX W479 1268 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.044
MX W479 1269 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.985
MX W479 1270 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.619
MX W479 1271 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.335 MX W479 1273 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.825
MX W479 1274 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.317
MX W479 1275 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.383
MX W479 1276 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 1293 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 1294 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.950
MX W479 1295 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.741
MX W479 1296 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 1317 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.585
MX W479 1318 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.532
MX W479 1323 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.505
MX W479 1324 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.966
MX W479 1326 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.621
MX W479 1344 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675
MX W479 1345 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727
MX W479 1347 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526
MX W479 1349 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.500
MX W479 1367 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850
MX W479 1373 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607 MX W479 1374 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.679
MX W479 1444 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.587
MX W479 1445 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.528
MX W479 1508 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525
MX W479 1509 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.647
MX W479 1516 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.891
MX W479 1518 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.504
MX W479 1536 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.576
MX W479 1541 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.721
MX W479 1557 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507 MX W479 1559 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.792
MX W479 1560 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.545
MX W479 1565 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.712
MX W479 1631 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.765
MX W479 1632 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.726
MX W479 1633 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.628
MX W479 1634 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.810
MX W479 1635 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.366
MX W479 1636 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.138
MX W479 1637 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.878
MX W479 1638 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.738
MX W479 1658 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.751
MX W479 1659 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.930
MX W479 1660 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.964
MX W479 1661 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623
MX W479 1681 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.687
MX W479 1682 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.767
MX W479 1683 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.882
MX W479 1684 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.400 MX W479 1685 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.268
MX W479 1686 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.200
MX W479 1705 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.001
MX W479 1706 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.451
MX W479 1707 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.450
MX W479 1708 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.594
MX W479 1709 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.965
MX W479 1710 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.885
MX W479 1726 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.511
MX W479 1727 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616
MX W479 1729 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 1731 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.504
MX W479 1732 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.868
MX W479 1733 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.738
MX W479 1755 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507
MX W479 1756 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.538
MX W479 1757 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604
MX W479 1774 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.837
MX W479 1775 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.587 MX W479 1776 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 1777 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.691
MX W479 1778 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.903
MX W479 1779 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.288
MX W479 1780 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.304
MX W479 1781 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.968
MX W479 1782 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.662
MX W479 1798 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.643
MX W479 1800 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675
MX W479 1824 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.579
MX W479 1829 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.713
MX W479 1844 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523 MX W479 1845 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 1846 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.536
MX W479 1847 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.578
MX W479 1848 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567
MX W479 1849 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.645
MX W479 1850 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742
MX W479 1852 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.745
MX W479 1853 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.613
MX W479 1918 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.591
MX W479 1941 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.019
MX W479 1947 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.661
MX W479 1948 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.698
MX W479 1949 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.583
MX W479 1950 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.579
MX W479 2016 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.741
MX W479 2017 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.849
MX W479 2018 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.790
MX W479 2036 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 2039 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518 MX W479 2040 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.735
MX W479 2041 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.595
MX W479 2042 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.634
MX W479 2043 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.553
MX W479 2070 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.725
MX W479 2114 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.620
MX W479 2115 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.757
MX W479 2116 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 2118 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549
MX W479 2136 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.503 MX W479 2137 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.656
MX W479 2138 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.905
MX W479 2139 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 2143 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.643
MX W479 2254 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.576
MX W479 2256 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.802
MX W479 2258 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.585
MX W479 2259 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 2260 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.519
MX W479 2280 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.733
MX W479 2281 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769
MX W479 2282 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.169
MX W479 2283 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.864
MX W479 2305 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.501
MX W479 2326 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.558
MX W479 2350 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 2351 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554
MX W479 2352 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.757
MX W479 2353 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.770 MX W479 2354 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594
MX W479 2372 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.735
MX W479 2373 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.528
MX W479 2377 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.644
MX W479 2378 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 2400 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.952
MX W479 2401 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.740
MX W479 2402 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769
MX W479 2403 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604
MX W479 2404 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.654
MX W479 2421 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.580
MX W479 2422 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.685
MX W479 2423 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.987
MX W479 2424 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.756
MX W479 2426 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.563
MX W479 2429 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.603
MX W479 2445 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.533
MX W479 2446 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.719
MX W479 2540 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.731 MX W479 2541 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.810
MX W479 2545 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549
MX W479 2546 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.548
MX W479 2547 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 2550 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 2564 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.934
MX W479 2565 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 2566 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.819
MX W479 2570 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.674
MX W479 2573 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567
MX W479 2574 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 2575 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.522 MX W479 2588 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.736
MX W479 2589 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.676
MX W479 2590 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.773
MX W479 2591 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.988
MX W479 2592 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.677
MX W479 2593 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.561
MX W479 2595 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 2596 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.807
MX W479 2597 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.534
MX W479 2616 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.679
MX W479 2617 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.261
MX W479 2619 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.755
MX W479 2636 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.737
MX W479 2637 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.664
MX W479 2638 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.767
MX W479 2639 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.531
MX W479 2640 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.729
MX W479 2641 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.505
MX W479 2642 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.766 MX W479 2646 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.597
MX W479 2661 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.605
MX W479 2662 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.813
MX W479 2663 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 2664 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.864
MX W479 2665 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.735
MX W479 2667 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.733
MX W479 2668 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.627
MX W479 2684 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 2759 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.500 MX W479 2761 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.609
MX W479 2763 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.580
MX W479 2765 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742
MX W479 2766 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.503
MX W479 2781 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549
MX W479 2789 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.646
MX W479 2791 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.534
MX W479 2806 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.882
MX W479 2807 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.969
MX W479 2812 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 2813 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.711
MX W479 2814 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 2832 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607
MX W479 2833 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.156
MX W479 2835 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554
MX W479 2836 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.534
MX W479 2853 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.940
MX W479 2854 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567
MX W479 2855 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570 MX W479 2861 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 2862 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.825
MX W479 2863 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.686
MX W479 2904 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616
MX W479 2905 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506
MX W479 2906 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.538
MX W479 2907 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 2952 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.713
MX W479 2953 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.805
MX W479 2973 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.960
MX W479 2974 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.679
MX W479 2975 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.583
MX W479 2976 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.753
MX W479 2977 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.627
MX W479 2996 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.138
MX W479 2997 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.910
MX W479 2999 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.883
MX W479 3000 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.135
MX W479 3001 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.986 MX W479 3002 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.858
MX W479 3003 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 3004 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535
MX W479 3006 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.612
MX W479 3026 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.695
MX W479 3054 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 3072 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.569
MX W479 3095 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567
MX W479 3098 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.722
MX W479 3115 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 3116 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.544
MX W479 3117 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506 MX W479 3121 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550
MX W479 3126 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.650
MX W479 3127 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.837
MX W479 3149 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.703
MX W479 3169 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525
MX W479 3170 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.815
MX W479 3171 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.803
MX W479 3192 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.744
MX W479 3198 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508
MX W479 3213 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.538
MX W479 3214 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 3216 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.764
MX W479 3217 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 3223 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.553
MX W479 3239 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.724
MX W479 3240 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.724
MX W479 3241 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.582
MX W479 3242 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.502
MX W479 3243 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586 MX W479 3259 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 3261 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.629
MX W479 3262 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.703
MX W479 3263 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.904
MX W479 3265 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.025
MX W479 3269 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727
MX W479 3270 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.505
MX W479 3288 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.938
MX W479 3289 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.112
MX W479 3292 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.688 MX W479 3309 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.024
MX W479 3310 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550
MX W479 3311 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 3313 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526
MX W479 3319 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.747
MX W479 3332 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.909
MX W479 3333 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.852
MX W479 3334 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.048
MX W479 3335 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.520
MX W479 3338 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 3357 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.644
MX W479 3358 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.513
MX W479 3359 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.614
MX W479 3361 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.705
MX W479 3362 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.943
MX W479 3363 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.748
MX W479 3364 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.682
MX W479 3365 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.334
MX W479 3366 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.388 MX W479 3367 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.217
MX W479 3379 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.884
MX W479 3380 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 3381 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.267
MX W479 3382 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506
MX W479 3384 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.730
MX W479 3386 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.053
MX W479 3387 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.582
MX W479 3388 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.947
MX W479 3389 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.954
MX W479 3403 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.183
MX W479 3404 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.662
MX W479 3405 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.812
MX W479 3406 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.887
MX W479 3407 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.913
MX W479 3408 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.890
MX W479 3409 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.959
MX W479 3410 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.754
MX W479 3411 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.759 MX W479 3412 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.757
MX W479 3413 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.985
MX W479 3414 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.879
MX W479 3429 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.541
MX W479 3430 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507
MX W479 3432 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.718
MX W479 3433 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715
MX W479 3434 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.821
MX W479 3435 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.758
MX W479 3436 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.574
MX W479 3455 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.563
MX W479 3458 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527 MX W479 3459 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 3480 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.553
MX W479 3481 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.569
MX W479 3482 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.654
MX W479 3483 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.541
MX W479 3501 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525
MX W479 3502 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 3503 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.869
MX W479 3505 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.674
MX W479 3524 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.613
MX W479 3525 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.878
MX W479 3527 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.157
MX W479 3528 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715
MX W479 3530 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.610
MX W479 3547 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506
MX W479 3549 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.795
MX W479 3550 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.871
MX W479 3551 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.568
MX W479 3554 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.543 MX W479 3555 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.891
MX W479 3557 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.588
MX W479 3558 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.696
MX W479 3572 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.533
MX W479 3573 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.559
MX W479 3583 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616
MX W479 3598 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.614
MX W479 3599 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.708
MX W479 3604 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.510
MX W479 3644 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.531 MX W479 3696 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.719
MX W479 3718 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508
MX W479 3763 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.695
MX W479 3788 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.700
MX W479 3789 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850
MX W479 3791 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.565
MX W479 3793 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.722
MX W479 3794 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.553
MX W479 3796 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 3798 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.841
MX W479 3799 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.548
MX W479 3811 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.717
MX W479 3812 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.716
MX W479 3813 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.945
MX W479 3823 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.708
MX W479 3837 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.571
MX W479 3838 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.834
MX W479 3839 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.941
MX W479 3840 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604 MX W479 3841 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.686
MX W479 3846 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507
MX W479 3858 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 3859 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.387
MX W479 3860 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.986
MX W479 3861 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.743
MX W479 3862 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.674
MX W479 3865 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.630
MX W479 3866 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.667
MX W479 3868 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.058
MX W479 3869 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.052
MX W479 3870 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.795
MX W479 3871 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 3883 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 3886 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.503
MX W479 3909 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 3910 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.692
MX W479 3911 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.797
MX W479 3912 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.666 MX W479 3913 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.763
MX W479 3918 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.537
MX W479 3931 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.831
MX W479 3932 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.819
MX W479 3933 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.165
MX W479 3959 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.780
MX W479 3960 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556
MX W479 3965 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 3979 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.745
MX W479 3980 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.993
MX W479 3981 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.893
MX W479 3985 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.682 MX W479 3988 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.578
MX W479 4004 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.582
MX W479 4005 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.634
MX W479 4007 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.871
MX W479 4035 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 4039 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.502
MX W479 4040 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.557
MX W479 4055 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.562
MX W479 4058 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.568
MX W479 4059 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.915
MX W479 4060 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.561
MX W479 4075 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.592
MX W479 4076 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508
MX W479 4077 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.503
MX W479 4078 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.958
MX W479 4080 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.787
MX W479 4081 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526
MX W479 4082 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.587
MX W479 4098 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.624 MX W479 4099 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.882
MX W479 4100 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.825
MX W479 4101 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.780
MX W479 4111 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.589
MX W479 4131 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.677
MX W479 4132 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.622
MX W479 4133 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.589
MX W479 4135 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.502
MX W479 4147 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727
MX W479 4148 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.157 MX W479 4149 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556
MX W479 4150 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.903
MX W479 4151 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.044
MX W479 4152 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.847
MX W479 4153 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.907
MX W479 4154 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.851
MX W479 4155 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.060
MX W479 4156 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594
MX W479 4157 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 4173 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.619
MX W479 4207 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525
MX W479 4221 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 4223 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.890
MX W479 4224 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.691
MX W479 4227 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.657
MX W479 4229 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.500
MX W479 4246 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.552
MX W479 4247 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 4251 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.552 MX W479 4255 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.542
MX W479 4269 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.560
MX W479 4270 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535
MX W479 4277 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.671
MX W479 4296 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.901
MX W479 4299 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.516
MX W479 4300 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 4301 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.767
MX W479 4316 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.585
MX W479 4317 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.790
MX W479 4318 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.736
MX W479 4320 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.728
MX W479 4321 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509
MX W479 4324 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.837
MX W479 4341 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.698
MX W479 4342 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769
MX W479 4345 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508
MX W479 4346 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556
MX W479 4349 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.726 MX W479 4350 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 4416 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.710
MX W479 4417 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554
MX W479 4418 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 4421 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.539
MX W479 4437 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.755
MX W479 4438 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.746
MX W479 4439 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.643
MX W479 4459 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.624
MX W479 4461 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 4462 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 4463 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.632 MX W479 4471 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.583
MX W479 4482 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.552
MX W479 4484 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.094
MX W479 4485 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.766
MX W479 4489 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.691
MX W479 4490 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.996
MX W479 4492 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.871
MX W479 4494 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.829
MX W479 4518 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.564
MX W479 4519 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.652
MX W479 4520 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.574
MX W479 4530 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.711
MX W479 4531 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.650
MX W479 4534 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 4580 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.673
MX W479 4581 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594
MX W479 4583 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.572
MX W479 4584 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 4586 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.820 MX W479 4602 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.557
MX W479 4603 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.829
MX W479 4604 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.922
MX W479 4605 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.982
MX W479 4606 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550
MX W479 4628 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.635
MX W479 4630 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727
MX W479 4631 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850
MX W479 4632 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.660
MX W479 4660 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.665 MX W479 4674 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 4675 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607
MX W479 4676 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 4677 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.940
MX W479 4678 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.700
MX W479 4680 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 4681 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535
MX W479 4682 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.740
MX W479 4698 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.540
MX W479 4699 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.764
MX W479 4700 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 4701 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.683
MX W479 4702 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.545
MX W479 4705 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.515
MX W479 4724 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.773
MX W479 4725 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556
MX W479 4820 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 4821 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518
MX W479 4826 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.559 MX W479 4828 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508
MX W479 4830 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.505
MX W479 4831 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.572
MX W479 4833 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 4940 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.541
MX W479 4941 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.976
MX W479 4942 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.770
MX W479 4943 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 4944 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.989
MX W479 4945 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.806
MX W479 4946 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.934
MX W479 4947 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.699
MX W479 4948 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.657
MX W479 5035 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.546
MX W479 5037 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.813
MX W479 5045 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.520
MX W479 5111 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.645
MX W479 5112 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.685
MX W479 5113 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.709 MX W479 5117 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.564
MX W479 5119 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.510
MX W479 5120 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.749
MX W479 5130 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.747
MX W479 5131 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.657
MX W479 5154 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 5155 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.801
MX W479 5156 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742
MX W479 5157 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.611
MX W479 5158 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.671
MX W479 5159 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 5160 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.634 MX W479 5193 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.557
MX W479 5231 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.033
MX W479 5232 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.960
MX W479 5233 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.729
MX W479 5255 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.546
MX W479 5304 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.592
MX W479 5307 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.653
MX W479 5309 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.510
MX W479 5324 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.707
MX W479 5371 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.738
MX W479 5394 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 5396 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.923
MX W479 5418 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.724
MX W479 5419 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.597
MX W479 5420 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.670
MX W479 5421 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.065
MX W479 5422 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.805
MX W479 5425 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.610
MX W479 5426 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.282 MX W479 5427 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.903
MX W479 5428 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715
MX W479 5429 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.744
MX W479 5430 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.787
MX W479 5431 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575
MX W479 5451 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 5452 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.162
MX W479 5453 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.612
MX W479 5454 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715
MX W479 5494 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.674 MX W479 5495 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.557
MX W479 5497 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.713
MX W479 5498 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.741
MX W479 5499 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.519
MX W479 5515 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.731
MX W479 5516 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769
MX W479 5519 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.619
MX W479 5539 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.520
MX W479 5540 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.681
MX W479 5541 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.637
MX W479 5542 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.587
MX W479 5543 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.515
MX W479 5546 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 5610 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.524
MX W479 5611 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.654
MX W479 5612 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.664
MX W479 5613 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.579
MX W479 5615 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 5617 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.548 MX W479 5731 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.593
MX W479 5766 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.673
MX W479 5782 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.709
MX W479 5783 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554
MX W479 5785 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.578
MX W479 5860 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.621
MX W479 5875 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.595
MX W479 5878 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.747
MX W479 5925 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.619
MX W479 5927 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.656
MX W479 5928 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.646
MX W479 5950 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 5951 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727
MX W479 5954 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535
MX W479 5970 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.843
MX W479 5971 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.648
MX W479 5981 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.532
MX W479 5982 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 5983 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.563 MX W479 5984 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.580
MX W479 5996 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 5997 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.551
MX W479 5998 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.602
MX W479 5999 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 6007 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.515
MX W479 6019 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.605
MX W479 6020 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518
MX W479 6021 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.648
MX W479 6027 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.627
MX W479 6028 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.543
MX W479 6030 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599 MX W479 6031 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727
MX W479 6045 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 6070 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.629
MX W479 6071 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.636
MX W479 6072 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.582
MX W479 6073 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.695
MX W479 6077 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.532
MX W479 6080 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.618
MX W479 6116 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.576
MX W479 6117 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.680
MX W479 6119 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.665
MX W479 6126 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 6150 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.655
MX W479 6151 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.795
MX W479 6186 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.881
MX W479 6187 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.805
MX W479 6188 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.809
MX W479 6213 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.701
MX W479 6214 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742 MX W479 6215 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.649
MX W479 6217 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 6218 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.936
MX W479 6219 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.763
MX W479 6220 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.634
MX W479 6221 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.661
MX W479 6223 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.606
MX W479 6224 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850
MX W479 6235 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.590
MX W479 6236 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.780 MX W479 6237 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 6239 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.819
MX W479 6240 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 6241 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.531
MX W479 6242 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.568
MX W479 6243 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 6244 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506
MX W479 6245 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.637
MX W479 6259 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.751
MX W479 6260 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.584
MX W479 6281 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.501
MX W479 6282 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.684
MX W479 6283 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742
MX W479 6284 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.711
MX W479 6285 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.536
MX W479 6286 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.714
MX W479 6287 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.502
MX W479 6288 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.504
MX W479 6289 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.537 MX W479 6290 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 6291 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.574
MX W479 6292 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 6293 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.537
MX W479 6294 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 6295 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.707
MX W479 6307 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.528
MX W479 6308 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.606
MX W479 6410 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.528
MX W479 6428 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.561
MX W479 6429 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.751
MX W479 6431 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549
MX W479 6435 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 6452 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.522
MX W479 6453 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 6454 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.522
MX W479 6456 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518
MX W479 6478 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 6479 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.791 MX W479 6480 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.539
MX W479 6482 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.605
MX W479 6501 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.681
MX W479 6502 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.712
MX W479 6503 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623
MX W479 6504 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.801
MX W479 6505 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 6507 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 6509 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623
MX W479 6526 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.558
MX W479 6527 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.726
MX W479 6528 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.598 MX W479 6529 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.696
MX W479 6530 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.802
MX W479 6531 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.763
MX W479 6548 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.647
MX W479 6549 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.762
MX W479 6550 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.666
MX W479 6551 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.676
MX W479 6553 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.544
MX W479 6555 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 6557 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 6559 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.565
MX W479 6571 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.869
MX W479 6572 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 6573 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.544
MX W479 6574 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.155
MX W479 6576 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.940
MX W479 6582 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604
MX W479 6594 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.921
MX W479 6595 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.295 MX W479 6596 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.129
MX W479 6597 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.966
MX W479 6600 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 6601 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675
MX W479 6602 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.531
MX W479 6606 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.739
MX W479 6647 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.560
MX W479 6651 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.778
MX W479 6668 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715
MX W479 6669 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607 MX W479 6670 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.650
MX W479 6678 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.697
MX W479 6680 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.545
MX W479 6693 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550
MX W479 6694 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.647
MX W479 6695 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575
MX W479 6696 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 6697 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575
MX W479 6698 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.714
MX W479 6699 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.513
MX W479 6700 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.718
MX W479 6719 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.638
MX W479 6720 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 6721 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.611
MX W479 6725 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.770
MX W479 6726 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.826
MX W479 6739 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623
MX W479 6741 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.755
MX W479 6772 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.584 MX W479 6775 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.700
MX W479 6790 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509
MX W479 6791 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.578
MX W479 6792 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675
MX W479 6793 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.516
MX W479 6813 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.743
MX W479 6814 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.559
MX W479 6815 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507
MX W479 6816 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.542
MX W479 6819 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.689
MX W479 6824 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 6834 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.718
MX W479 6835 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.003
MX W479 6836 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.601
MX W479 6837 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 6838 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.700
MX W479 6845 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.669
MX W479 6869 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506
MX W479 6931 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526 MX W479 6932 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.618
MX W479 6934 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 6937 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 6955 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.561
MX W479 6956 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.272
MX W479 6959 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594
MX W479 6960 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.192
MX W479 6961 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.749
MX W479 6986 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554
MX W479 7004 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.605
MX W479 7005 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.849
MX W479 7006 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.708 MX W479 7052 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.533
MX W479 7078 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.513
MX W479 7081 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509
MX W479 7082 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.564
MX W479 7135 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518
MX W479 7171 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.584
MX W479 7173 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.544
MX W479 7174 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.638
MX W479 7175 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.569
MX W479 7177 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 7195 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.057
More Than 999 Warning Messages Found. See ERRORFIL Output for the Remainder.
2/22/24, 2:55 PM State of Utah Mail - Gevena Rock Products - Mona NOI
https://mail.google.com/mail/u/0/?ik=67721adfe9&view=pt&search=all&permthid=thread-f:1784648655633391540&simpl=msg-f:17846486556333915…1/7
Tim Dejulis <[e-mail]>
Gevena Rock Products - Mona NOI
17 messages
Grant Ensign <[e-mail]>Thu, Dec 7, 2023 at 11:26 AM
To: Tim Dejulis <[e-mail]>
Hey Tim,

Just dropping in to see how the Geneva Rock NOI is coming for Mona. If you wouldn’t mind giving me an update, that
would be great.

Have a good day. Thanks!

Grant Ensign
ENVIRONMENTAL SPECIALIST
O [phone] C [phone]
WWW.CLYDEINC.COM

Tim Dejulis <[e-mail]>Fri, Dec 8, 2023 at 9:50 AM
To: Grant Ensign <[e-mail]>
Grant,
The Mona project is still being prepared. This is a new permit meaning that there is much that I do in these cases,
compared to an existing source. I will give you notice when I have sent it to the peer reviewer, if that is ok with you?
Timothy DeJulis, PE
Environmental Engineer | Minor NSR Section
P: [phone]
airquality.utah.gov
[Quoted text hidden]
Grant Ensign <[e-mail]>Fri, Dec 8, 2023 at 9:55 AM
To: Tim Dejulis <[e-mail]>
Hi Tim,
2/22/24, 2:55 PM State of Utah Mail - Gevena Rock Products - Mona NOI
https://mail.google.com/mail/u/0/?ik=67721adfe9&view=pt&search=all&permthid=thread-f:1784648655633391540&simpl=msg-f:17846486556333915…2/7
No problem. I was mainly trying to find out if you feel that you have all that is needed and a timeframe for your review. I
understand you have a lot of data to go through.
Please keep me posted of the progress.
Thanks.
—————
Grant Ensign
Clyde Companies
ENVIRONMENTAL SPECIALIST
O [phone]
C [phone]
WWW.CLYDEINC.COM
From: Tim Dejulis <[e-mail]>
Sent: Friday, December 8, 2023 9:50:29 AM
To: Grant Ensign <[e-mail]>
Subject: Re: Gevena Rock Products - Mona NOI

[Quoted text hidden]
Grant Ensign <[e-mail]>Tue, Jan 2, 2024 at 8:36 AM
To: Tim Dejulis <[e-mail]>
Hey Tim,

Happy New Year!

Just checking in again to see how this NOI is going. Please let me know the status.

Thanks!
[Quoted text hidden]
Tim Dejulis <[e-mail]>Tue, Jan 2, 2024 at 10:31 AM
To: Grant Ensign <[e-mail]>
Grant,
Geneva Rock Products - Mona site will be delivered to the peer today or tomorrow. The delay had to do with the
Christmas and New Years holidays, my peer being on annual leave for the last three weeks, and I was sick two days last
week (I recovered yesterday, as a matter of fact!) I appreciate your following up with me Grant. Thank you!
2/22/24, 2:55 PM State of Utah Mail - Gevena Rock Products - Mona NOI
https://mail.google.com/mail/u/0/?ik=67721adfe9&view=pt&search=all&permthid=thread-f:1784648655633391540&simpl=msg-f:17846486556333915…3/7
Timothy DeJulis, PE
Environmental Engineer | Minor NSR Section
P: [phone]
airquality.utah.gov
[Quoted text hidden]
Grant Ensign <[e-mail]>Mon, Jan 22, 2024 at 2:13 PM
To: Tim Dejulis <[e-mail]>
Hey Tim,

How did the peer review go for Mona? Anything we can help answer?

Thanks.
[Quoted text hidden]
Tim Dejulis <[e-mail]>Wed, Jan 24, 2024 at 1:20 PM
To: Grant Ensign <[e-mail]>
Hi Grant.
The peer has several comments for me and I am getting to these. We appreciate Geneva's patience with us and you
following up with me is important. Keep doing this!
Timothy DeJulis, PE
Environmental Engineer | Minor NSR Section
P: [phone]
airquality.utah.gov
[Quoted text hidden]
Grant Ensign <[e-mail]>Mon, Feb 12, 2024 at 2:03 PM
To: Tim Dejulis <[e-mail]>
Tim,
Just checking back again to see how things are going for Mona. If you could give me an update that would be great.
Thanks
2/22/24, 2:55 PM State of Utah Mail - Gevena Rock Products - Mona NOI
https://mail.google.com/mail/u/0/?ik=67721adfe9&view=pt&search=all&permthid=thread-f:1784648655633391540&simpl=msg-f:17846486556333915…4/7
Grant Ensign
ENVIRONMENTAL SPECIALIST
O [phone] 
C [phone]
WWW.CLYDEINC.COM

From: Tim Dejulis <[e-mail]>
Sent: Wednesday, January 24, 2024 1:20 PM
[Quoted text hidden]

[Quoted text hidden]
Tim Dejulis <[e-mail]>Mon, Feb 12, 2024 at 3:10 PM
To: Grant Ensign <[e-mail]>
Geneva's Mona project has moved on to the compliance review phase. Once the compliance has reviewed this,
the document will be reviewed by my superior.
Keep checking in with me, Grant!
Timothy DeJulis, PE
Environmental Engineer | Minor NSR Section
P: [phone]
airquality.utah.gov
[Quoted text hidden]
Tim Dejulis <[e-mail]>Wed, Feb 21, 2024 at 11:30 AM
To: Grant Ensign <[e-mail]>
Hi Grant.
Compliance has raised a question that hopefully you can answer for Geneva Rock Products (GRP).
What is the grains/dscf of the baghouse used to control the HMA dust collector. Looking through the NOI, we don't find
this grains/dscf mentioned. Please give us this information. Thank you.
Timothy DeJulis, PE
Environmental Engineer | Minor NSR Section
P: [phone]
airquality.utah.gov
[Quoted text hidden]
Grant Ensign <[e-mail]>Wed, Feb 21, 2024 at 11:34 AM
To: Tim Dejulis <[e-mail]>
2/22/24, 2:55 PM State of Utah Mail - Gevena Rock Products - Mona NOI
https://mail.google.com/mail/u/0/?ik=67721adfe9&view=pt&search=all&permthid=thread-f:1784648655633391540&simpl=msg-f:17846486556333915…5/7
Hi Tim,
We performed a stack test on the plant in 2022. This is straight from that report.
Grant Ensign
ENVIRONMENTAL SPECIALIST
O [phone] 
C [phone]
WWW.CLYDEINC.COM

From: Tim Dejulis <[e-mail]>
Sent: Wednesday, February 21, 2024 11:30 AM
[Quoted text hidden]

[Quoted text hidden]
Tim Dejulis <[e-mail]>Wed, Feb 21, 2024 at 12:16 PM
To: Grant Ensign <[e-mail]>
Thank you for the info.
Timothy DeJulis, PE
Environmental Engineer | Minor NSR Section
P: [phone]
airquality.utah.gov
[Quoted text hidden]
Outlook-Clyde Comp.png
5K
Tim Dejulis <[e-mail]>Wed, Feb 21, 2024 at 1:40 PM
To: Grant Ensign <[e-mail]>
Is this report where you reference the baghouse grains/dscf in the NOI or is it separate? If it's separate, can we get a copy
of this?
2/22/24, 2:55 PM State of Utah Mail - Gevena Rock Products - Mona NOI
https://mail.google.com/mail/u/0/?ik=67721adfe9&view=pt&search=all&permthid=thread-f:1784648655633391540&simpl=msg-f:17846486556333915…6/7
Timothy DeJulis, PE
Environmental Engineer | Minor NSR Section
P: [phone]
airquality.utah.gov
[Quoted text hidden]
Grant Ensign <[e-mail]>Wed, Feb 21, 2024 at 3:38 PM
To: Tim Dejulis <[e-mail]>
The modeling calculaons outlined in the NOI followed the federal standard of 0.04 grains per dry standard cubic foot
(gr/dscf), also represented as "11.5 pounds per hour (lb/hr)" in the NOI documentaon. However, it appears to be
UDAQ standard pracce to issue permits with a more stringent limit of 0.024 gr/dscf, as evidenced by recent permits
issued to other Clyde Companies facilies. Given that the 0.024 gr/dscf limit has been proven to meet BACT
requirements, Geneva Rock is in agreement with adopng the same limit used in other Hot Mix Asphalt (HMA)
approval orders.
Grant Ensign
ENVIRONMENTAL SPECIALIST
O [phone] 
C [phone]
WWW.CLYDEINC.COM

From: Tim Dejulis <[e-mail]>
Sent: Wednesday, February 21, 2024 1:40 PM
[Quoted text hidden]

[Quoted text hidden]
Tim Dejulis <[e-mail]>Wed, Feb 21, 2024 at 4:10 PM
To: Grant Ensign <[e-mail]>
Does the baghouse flowrate equal 46,489 dscfm? I had to calculate this value since it wasn't in the NOI, as such.
Timothy DeJulis, PE
Environmental Engineer | Minor NSR Section
P: [phone]
airquality.utah.gov
[Quoted text hidden]
2/22/24, 2:55 PM State of Utah Mail - Gevena Rock Products - Mona NOI
https://mail.google.com/mail/u/0/?ik=67721adfe9&view=pt&search=all&permthid=thread-f:1784648655633391540&simpl=msg-f:17846486556333915…7/7
Outlook-Clyde Comp.png
5K
Grant Ensign <[e-mail]>Thu, Feb 22, 2024 at 2:30 PM
To: Tim Dejulis <[e-mail]>
Hi Tim,
We found the plate and the baghouse has a flowrate of 89,217 dscfm.
Grant Ensign
ENVIRONMENTAL SPECIALIST
O [phone] 
C [phone]
WWW.CLYDEINC.COM

From: Tim Dejulis <[e-mail]>
Sent: Wednesday, February 21, 2024 4:10 PM
[Quoted text hidden]

[Quoted text hidden]
Tim Dejulis <[e-mail]>Thu, Feb 22, 2024 at 2:55 PM
To: Grant Ensign <[e-mail]>
I'm glad we have this. I will put this into the engineering review. Thank you.
Timothy DeJulis, PE
Environmental Engineer | Minor NSR Section
P: [phone]
airquality.utah.gov
[Quoted text hidden]
Outlook-Clyde Comp.png
5K

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants
NOTICE OF INTENT
Geneva Rock Products
Proposed Mona, Utah Facility
Geneva Rock Product

Prepared By:

Linda Conger
Otto AhChing

TRINITY CONSULTANTS
4525 South Wasatch Blvd., Suite 100
Salt Lake City, Utah 84124

May 2023

Project 224501.0094

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants i
TABLE OF CONTENTS
1. INTRODUCTION 1-1 
1.1 Facility Description ..................................................................................................... 1-1 
2. SOURCE DESCRIPTION 2-1 
2.1 Aggregate Operations ................................................................................................. 2-1 
2.2 Concrete Plant ............................................................................................................ 2-1 
2.3 Hot Mix Asphalt Plant ................................................................................................. 2-1 
2.4 Wash Plant .................................................................................................................. 2-2 
2.5 Storage Piles and Mining Area .................................................................................... 2-2 
2.6 Unpaved and Paved Roads .......................................................................................... 2-2 
2.7 Heavy Duty Construction Equipment .......................................................................... 2-3 
2.8 Storage Tanks ............................................................................................................. 2-3 
2.9 Schedule ..................................................................................................................... 2-3 
3. AIR EMISSIONS 3-1 
3.1 Aggregate Operations ................................................................................................. 3-1 
3.2 Concrete Plant ............................................................................................................ 3-2 
3.3 Asphalt Plant ............................................................................................................... 3-2 
3.4 Hot Water and Hot Oil Heaters ................................................................................... 3-2 
3.5 Wash Plant .................................................................................................................. 3-2 
3.6 Unpaved Roads ........................................................................................................... 3-3 
3.7 Paved Roads ............................................................................................................... 3-3 
3.8 Storage Tanks ............................................................................................................. 3-3 
4. BEST AVAILABLE CONTROL TECHNOLOGY 4-1 
4.1 BACT for Material Handling ......................................................................................... 4-1 
4.1.1 BACT for PM10/PM2.5 .................................................................................................. 4-1 
4.2 BACT for Concrete Plant .............................................................................................. 4-2 
4.2.1 BACT for PM10/PM2.5 .................................................................................................. 4-2 
4.3 BACT for Hot Mix Asphalt Plant Dryer ......................................................................... 4-2 
4.3.1 BACT for NOx, VOC, CO, SO2, and HAP ....................................................................... 4-2 
4.3.2 BACT for PM10/PM2.5 .................................................................................................. 4-2 
4.4 BACT for Lime Silo ....................................................................................................... 4-3 
4.4.1 BACT for PM10/PM2.5 .................................................................................................. 4-3 
4.5 BACT for Loader, Bulldozer, and Haul Truck Operations ............................................. 4-3 
4.5.1 BACT for PM10/PM2.5 .................................................................................................. 4-3 
4.6 BACT for Exposed or Disturbed Area ........................................................................... 4-4 
4.6.1 BACT for PM10/PM2.5 .................................................................................................. 4-4 
4.7 BACT for Storage Piles ................................................................................................ 4-5 
4.7.1 BACT for PM10/PM2.5 ............................................................................................... 4-5 
4.8 BACT from Above Ground Storage Tanks .................................................................... 4-5 
4.8.1 BACT for VOC and HAPs ............................................................................................ 4-5 
5. REGULATORY REVIEW 5-1 
5.1 R307-101 General Requirements ............................................................................... 5-1 
5.2 R307-102 General Requirements: Broadly Applicable Requirements ........................ 5-1 
5.3 R307-107 General Requirements: Breakdowns .......................................................... 5-2 

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants ii
5.4 R307-130 General Penalty Policy ............................................................................... 5-2 
5.5 R307-150 Emission Inventories .................................................................................. 5-3 
5.6 R307-165 Stack Testing .............................................................................................. 5-4 
5.7 R307-201 Emission Standards: General Emission Standards ..................................... 5-4 
5.8 R307-203 Emission Standards: Sulfur Content of Fuels ............................................. 5-5 
5.9 R307-205 Emission Standards: Fugitive Emissions and Fugitive Dust ....................... 5-6 
5.10 R307-210 Standards of Performance for New Stationary Sources ............................. 5-7 
5.11 R307-214 National Emissions Standards for Hazardous Air Pollutants ...................... 5-7 
5.12 R307-401 Permit: New and Modified Sources ............................................................ 5-8 
5.13 R307-410 Permits Emissions Impact Analysis ............................................................ 5-8 
6. DISPERSION MODELING 6-1 
6.1 Dispersion Modeling Methodology .............................................................................. 6-1 
6.1.1 Model Selection ........................................................................................................ 6-1 
6.1.2 Meteorological Data .................................................................................................. 6-1 
6.1.3 Treatment of Calms or Near-Calms ............................................................................ 6-2 
6.1.4 Surface Characteristics .............................................................................................. 6-2 
6.1.5 Regional Description ................................................................................................. 6-3 
6.1.6 Terrain Data ............................................................................................................. 6-3 
6.1.7 Receptor Grid ........................................................................................................... 6-3 
6.1.8 Model Options .......................................................................................................... 6-4 
6.1.9 Source Parameters .................................................................................................... 6-5 
6.1.10 Background Concentrations ....................................................................................... 6-5 
6.2 Near-Field Dispersion Modeling Results ..................................................................... 6-6 
6.2.1 Significant Impact Analysis ........................................................................................ 6-6 
6.2.2 NAAQS Analysis ........................................................................................................ 6-7 
APPENDIX A. POTENTIAL TO EMIT CALCULATIONS A-1 
APPENDIX B. MODELING PARAMETERS B-2 
APPENDIX C. DISPERSION MODELING RESULTS C-1

LIST OF FIGURES
Figure 1.1 Location of Geneva Rock Products Mona, Utah Facility 1-2 
Figure 1.2 Current Aggregate and Hot Mix Asphalt Operations at Mona Site 1-2 
Figure 1.3 Facility Layout and Locations of Hot Mix Asphalt, Concrete Plant, Wash Plant, and Southern
Aggregate Emission Sources 1-3 
Figure 1.4 Facility Layout and Locations of Aggregate Operations 1-3 
Figure 6.1 Windrose for Mona, Utah (2001-2002) 6-2 
Figure 6.2 GRP Mona Receptor Grid 6-4 
Figure 6.3 GRP Mona PM10 NAAQS Analysis Isopleth Plot 6-8 

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LIST OF TABLES
Table 3-1 Potential to Emit Emissions from Geneva Rock Products Mona, Utah Facility 3-1 
Table 4-1 Paved and Unpaved Road Control Efficiencies 4-4 
Table 6-1 Dispersion Modeling Thresholds and Controlled Emission Increases 6-1 
Table 6-2 Procedures Used for Estimating Lateral and Initial Vertical Dimensions for Volume and Line
Sources 6-5 
Table 6-3 Lindon, Utah Monthly Background Concentrations 6-6 
Table 6-4 Modeled Maximum Near-Field Pollutant Concentrations for GRP Mona – SIL Analysis 6-7 
Table 6-5 Modeled Maximum Near-Field Pollutant Concentrations for GRP Mona – NAAQS Analysis 6-7 

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1. INTRODUCTION
Trinity Consultants (Trinity) was retained by Geneva Rock Products (GRP) to prepare a Notice of Intent for a
new asphalt, concrete, and aggregate facility in Mona, Utah. At this facility, GRP is proposing: (1) Hot Mix
Asphalt (HMA) Plant with a production limit of 500,000 tons per year (TPY); (2) a truck mix that be converted
to a 12-cubic yard central mix concrete batch plant with a production limit of 300,000 cubic yards per year;
(3) aggregate operations at a production rate of 1,000,000 TPY; and (4) various fuel and asphalt cement oil
storage tanks. Aggregate and hot mix asphalt operations are currently being conducted at the site under a
temporary permit.

Any correspondence or communication regarding this NOI should be directed to:

Mr. Grant Ensign
Environmental Specialist
Clyde Companies
730 North 1500 West
Orem, Utah 84057
801-802-6954 (office)
801-633-7830 (mobile)
[e-mail]

The SIC code for ready-mix concrete is 3273; 1442 for construction sand & gravel; and 2951 for asphalt
paving mixtures and blocks.
1.1 Facility Description
The proposed GRP Mona facility will be located approximately 1.5 miles northeast of Mona, Utah. Juab County
is in attainment of the National Ambient Air Quality Standards (NAAQS) for particulate matter less than 2.5
microns (PM2.5), 8-hour ozone (O3), particulate matter less than or equal to 10 microns (PM10), carbon
monoxide (CO), sulfur dioxide (SO2), and nitrogen dioxide (NO2). The Facility is considered a minor source for
both criteria and hazardous air pollutants (HAPs).

The Universal Transverse Mercator (UTM) coordinates of the GRP Mona facility are 429,887 meters (m) east
and 4,408,585 m north at an elevation of approximately 4,060 feet. Figure 1.1 presents a Google Earth image
showing the location of the Mona facility in relation to Mona, Utah. Figure 1.2 shows the location of current
aggregate and hot mix asphalt operations at the site. Figures 1.3 and 1.4 present the facility layout with
property boundary and proposed locations of emission sources. The red line indicates the section of the
property where operations will be performed.

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Figure 1.1 Location of Geneva Rock Products Mona, Utah Facility

Figure 1.2 Current Aggregate and Hot Mix Asphalt Operations at Mona Site

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Figure 1.3 Facility Layout and Locations of Hot Mix Asphalt, Concrete Plant, Wash Plant, and
Southern Aggregate Emission Sources

Figure 1.4 Facility Layout and Locations of Aggregate Operations

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2. SOURCE DESCRIPTION
The following sections describe the operations and emission sources at the proposed Mona, Utah facility.
2.1 Aggregate Operations
The proposed production rate of aggregate sand and gravel operations at the Mona site is 1,000,000 TPY.
The proposed equipment at the site includes two (2) crushers with a feed rate of 1,000 tons per hour (TPH),
two (2) crushers with a feed rate of 600 TPH, and two (2) crushers with a feed rate of 600 TPH, six (6) triple
deck screens with a maximum size of 20 feet by 30 feet, 15 conveyor transfers, four (4) aggregate feeder
bins, and one wash plant. On-site roads will be paved and unpaved. The active mining area is 25 acres. There
will be 15 acres of stockpiles. Four (4) diesel storage tanks with a 12,000-gallon capacity each and a maximum
annual throughput of 288,000 gallons will be associated with the aggregate operations.
2.2 Concrete Plant
Concrete is made by combining sand, aggregate, Portland cement and/or flyash, and water. Small amounts
of supplementary materials are sometimes added to reduce cost, reduce permeability by liquids, increase
strength, alter color, alter concrete viscosity, retard or accelerate setting time, entrain air, or reduce water
requirements. Concrete batch plants put these components together in the desired proportions. The solid
components are gravity feed from bins through a weigh hopper. In a truck mix operation, as is initially
proposed at Mona, the dry components are dropped into mixer trucks (in–transit mixers), water is added
volumetrically, and the concrete is mixed on the way to the place where the concrete is to be used. Eventually,
the truck mix plant may be converted to a 12-cubic yard central mix plant.

The 150 cubic yards per hour (yd3/hr) or 300,000 cubic yards per year concrete plant will consist of: one (1)
60-ton cement supplement (flyash) silo with dust collector; two (2) 80-ton cement storage silos with dust
collectors; 9.9 MMbtu hot water heater; weigh batcher; conveyors; and other miscellaneous equipment.
Approximately 73,650 tons of cement and 11,000 tons of flyash be transported to the plant by truck and
stored in silos adjacent to the plant. Aggregate is loaded into the plant hopper where the cement, cement
supplement, aggregate, and water are loaded into concrete trucks, mixed, and transported offsite. All
aggregate will be stored in enclosed storage silos that are fed from a drive over a grizzly feeder. The batch
plant will be completely enclosed.
2.3 Hot Mix Asphalt Plant
At the proposed Mona operation, HMA paving material will be manufactured by a drum-mix asphalt plant
having a capacity of 500 TPH with a maximum of 500,000 TPY of finished asphalt. The asphalt plant consists
of a drum mix dryer, a fabric filter baghouse, and a 200-ton lime silo with dust collector. Liquid asphalt is
transported to the site which will be stored in storage tanks located near the asphalt plant. A 5.0 MMBtu/hr
diesel-fired heater will be used to heat the asphalt oil.

Processed and sized aggregate products from the Aggregate Plant will be stockpiled near the HMA Plant and
are then transferred by a wheel loader into feeder bins. The feeder bins meter desired proportions of the
various products onto a transfer conveyor, which transfers the combined aggregate products through a
scalping screen onto a transfer conveyor. The scalping screen removes only grossly oversized aggregate
particles or agglomerations which allows almost all the material to pass through it onto the transfer conveyor.

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The transfer conveyor transports the aggregate to a lime pugmill system which can either be used to mix the
aggregate with a metered quantity of hydrated lime or that can be bypassed when not needed. A second
transfer conveyor weighs the aggregate as it is conveyed from the lime pugmill system to the drum mixer.
The hydrated lime is pneumatically transferred from the delivery vehicles into the lime storage silo using
compressed air. The lime silo is vented to the atmosphere through a baghouse or small filter enclosure to
allow the compressed air to escape while preventing discharge of hydrated lime into the atmosphere. The 150
MMBtu/hr drum mixer heats and dries the aggregate and mixes the hot aggregates and baghouse fines
returned from the baghouse. The drum mixer burner will be fired with burner fuel, which is either recycled
fuel oil, diesel, propane, or natural gas where recycled fuel oil (RFO) most closely resembles #5 fuel oil.

The exhaust gases and airborne dust from the heating and drying process are evacuated from the drum mixer
through ducting to the baghouse. The larger particles are removed from the gas stream in a knockout box
and are fed with gravity through a closed system back into the recycle collar of the drum mixer. The dust that
accumulates on the filter media in the baghouse is periodically removed from the filter media and conveyed
through enclosed augers back to the recycle collar on the dryer drum. The HMA is discharged from the drum
mixer into an enclosed drag slat conveyor that transports the mixture to the top of the storage silos where it is
stored and discharged into haul vehicles.
2.4 Wash Plant
Material to be processed at the Wash Plant will be conveyed from the Aggregate Plant into a feeder. The
material is split by volume (50/50) onto transfer conveyors. The transfer conveyors each feed to one of four
log washers where the material is washed followed by dewatering. Four (4) log washers send fine material to
the washer clarifier where it is stacked as cyclone sand. The remaining material is discharged to triple deck
wet screens.

Material is sized by the triple-deck wet screens where material from each screen is conveyed to a different
storage pile. Material that passes through the triple deck screen is conveyed to the classifier where material
is discharged into two screw washers or the clarifier. The screw washers wash and dewater the material
before it is stacked stockpiled. The proposed amount of material to be washed is 1,000,000 TPY.
2.5 Storage Piles and Mining Area
Storage piles associated with aggregate operations, concrete and asphalt plants will occupy 15 acres. 25 acres
is proposed at the Mona site for active mining operations.
2.6 Unpaved and Paved Roads
Haul trucks with a capacity of 22 tons will be utilized at the Mona site for the HMA and aggregate operations.
Concrete trucks will have a capacity of 29 tons with an average weight of 40.5 tons. The entire length of the
road to the HMA plant will be paved, watered and vacuum swept. The first 550 feet of the road to the
aggregate/wash plant/concrete plant will be paved, watered and vacuum sweeping. The remaining roads will
be unpaved with low silt content road base, watered, and chemical suppressants to minimize fugitive dust
emissions. The round-trip haul road distances to the HMA and Concrete Batch Plants were estimated to be
0.61 miles and 0.48 miles, respectively. The round-trip haul road distance to the Wash Plant was estimated
to be 0.51 miles and the round-trip haul road distance for aggregate operations was estimated to be 1.05
miles.

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2.7 Heavy Duty Construction Equipment
Three (3) 9-yard loaders, one for each operation (aggregate, concrete, and asphalt) will be used at the Mona
site. One dozer will also be present onsite.
2.8 Storage Tanks
Four (4) 12,000-gallon horizontal diesel fuel, one (1) 50,000-gallon RFO, two (2) 60,000-gallon asphalt oil,
one (1) 30,000-gallon asphalt oil, one (1) 35,000-gallon asphalt oil (portable), one (1) 25,000-gallon asphalt
oil (portable), one (1) 250,000-gallon asphalt oil tanks, and (1) 4,000-ton asphalt oil tank are proposed to be
at the site.
2.9 Schedule
Operations at the aggregate plant are proposed to be 7 days per week, and 24 hours per day, except during
the winter months (December 1 - March 1) where the operations will take place between 06:00 AM – 11:00
PM only, 7 days per week. Total operation for aggregate operation is proposed to be 8,130 hours per year.
Operation of the HMA, Concrete, and Wash Plants is proposed to be 7 days per week, 24 hours per day, or
8,760 hours per year.

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3. AIR EMISSIONS
The Geneva Rock Products Mona facility will generate criteria, hazardous air pollutant (HAP), and greenhouse
gas (GHG) emissions. Criteria pollutant emissions include PM10 and PM2.5 (particulate matter with aerodynamic
diameters less than or equal to 10 micrometers and 2.5 micrometers respectively), volatile organic compounds
(VOCs), nitrogen oxides (NOx), sulfur oxides (SOx), and carbon monoxide (CO). HAPs, as presented in Section
112 of the Clean Air Act, were derived for applicable sources and pollutants. Greenhouse gas (GHG) emissions
will also be emitted from the combustion of fossil fuels and mass and CO2e estimates are presented in the
NOI.

Potential to emit (PTE) emission estimates were developed for the proposed changes at the Mona facility.
These emission estimates are based on EPA guidance as published in Compilation of Air Pollution Emission
Factors, Volume I: Stationary Point and Area Sources or AP-42, fuel type, material throughput, and anticipated
operating hours. A summary of Mona PTE controlled emissions in tons per year is presented in Table 3-1.
PTE emission calculations are presented in Appendix A.
Table 3-1 Potential to Emit Emissions from Geneva Rock Products Mona, Utah Facility
Pollutant
Projected
Facility-Wide
PTE Emissions
(tons/year)
NOx 23.07
VOC 12.74
CO 35.49
SO2 14.60
PM10 34.03
PM2.5 5.33
CO2e 10432.6
HAPs 2.87
3.1 Aggregate Operations
Fugitive emissions for aggregate operations are generally controlled by residual moisture content or by water
sprays as necessary for feeders, conveyor drop points, screens, and crushers. Operations for washing
aggregate have reduced fugitive emissions because the processed material is saturated. Haul vehicle traffic
on unpaved roads and front-end loader operation areas are controlled by wet suppression. Ripping and dozing,
feeding, stockpiling, and load-out of materials generally rely on residual moisture content for fugitive emission
control.

Hourly PM10 and PM2.5 emissions for feeders, conveyors, drop points, screens, and crushers were derived from
AP-42, Section 11.19, Crushed Stone Processing and Pulverized Mineral Processing, August 2004, Table
11.19.2-2 and an annual throughput of 1,000,000 TPY. Crushing emissions were based on the proposed
throughput of 1,000,000 TPY and 1,000 TPH for two crushers and 600 TPH for the other four crushers.
PM10/PM2.5 emissions from the aggregate operations will be controlled through wet suppression.

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PM10/PM2.5 emissions from storage piles were based on AP-42, Section 11.9, Western Surface Coal Mining,
Table 11.9-4 and 15 acres. Per UDAQ, a 75% control factor was applied through wet suppression. Exposed
area emissions were also based on AP-42, Section 11.9, Western Surface Coal Mining, and 25 acres. A
PM2.5/PM10 ratio of 0.15, based on the Midwest Research Institute’s Background Document for Revisions to
Fine Fraction Ratios Used for AP-42 Fugitive Emission Factors, prepared for the WRAP, was applied to
determine PM2.5 emissions. Fugitive emissions from loader and conveyor operations are based on Table
11.19.2-2 and a throughput of 1,000,000 TPY and 1,000 TPH. Fugitive emissions from dozer operations are
based AP-42, Section 11.9, Western Surface Coal Mining.
3.2 Concrete Plant
Concrete batch plants emit particulate matter (PM) and any toxic metals contained in the particulate matter.
PM emissions result from moving sand and aggregate from the piles to the feed bins, loading the sand,
aggregate, and cementitious material bins and silos, and from loading the concrete trucks (in-transit mixing).
Each of these activities generates PM. Most of the PM is larger than 10 microns in aerodynamic diameter.
About 14% by weight of the PM is Portland cement.

Concrete plant emissions were derived from emission factors presented in AP-42, Section 11.12 Concrete
Batching, Table 11.12-2. Emissions were based on the projected maximum annual throughput of 300,000
cubic yards per year and 8,760 proposed operating hours. A 98% control efficiency was assumed for
PM10/PM2.5 and HAP emissions since the concrete batch plant will be enclosed with all emissions controlled
through a baghouse.
3.3 Asphalt Plant
Criteria, HAP, and GHG emissions for the new asphalt plant were derived using equipment information
provided by GRP and emission factors as found in AP-42, Section 11.1 Hot Mix Asphalt Plants. The asphalt
plant is proposed to be fueled on RFO, diesel, natural gas, or propane.

Emissions for the dryer were based on the emission factors found in AP-42, Section 11.1, Table 11.1-7, 11.1-
8, and 11.1-10 based on fuel type, control device, aggregate throughput, and hours of operation. Emissions
from the dryer were estimated based on waste oil with an hourly maximum throughput of 500 tons with a
maximum annual throughput of 500,000 tons per year. Particulate emissions from the dryer will be controlled
using a primary collector and a baghouse.
3.4 Hot Water and Hot Oil Heaters
A 9.9 MMBtu/hr hot water heater is proposed at the Concrete plant and will be fueled by diesel, propane, or
natural gas. A hot oil heater rated at 5.0 MMBtu/hr and fueled by diesel will be operated at the asphalt plant.
Emissions from the proposed hot water and hot oil heaters were based on AP-42, Section 1.3, Fuel Oil
Combustion based on fuel type, equipment rating, amount of fuel consumed, and 8,760 operating hours.
3.5 Wash Plant
Wash plant PM10/PM2.5 emissions were based on AP-42, Section 11.19.2, and a production rate of 1,000,000
TPY. As part of the normal washing process, aggregate material is fully saturated and PM10/PM2.5 emissions
are assumed to be zero.

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3.6 Unpaved Roads
PM10 and PM2.5 unpaved road emissions from increased aggregate production were based AP-42, Section
13.2.2, Unpaved Roads and a 85% control efficiency through frequent watering and chemical suppressants
per UDAQ’s January 12, 2015 memo, Emission Factors for Paved and Unpaved Haul Roads. Emissions were
projected based on the plant road layouts, vehicle weights, hauling capacity, and increased aggregate plant
throughput.
3.7 Paved Roads
PM10 and PM2.5 paved road emissions were based AP-42, Section 13.2.2, Unpaved Roads and a 95% control
efficiency through frequent vacuum sweeping and watering of pavement as per UDAQ’s January 12, 2015
memo, Emission Factors for Paved and Unpaved Haul Roads. Emissions were projected based on the plant
road layouts, vehicle weights, and hauling capacity.
3.8 Storage Tanks
Storage tank emission calculations were based on AP-42 Section 7.1, Organic Liquid Storage Tanks June 2020.
Diesel and asphalt cement will be stored in fixed roof tanks. Emissions from fixed roof tanks are caused by
changes in temperature, pressure, and liquid level.

Four (4) 12,000-gallon diesel storage tanks, and two (2) 25,000 gallon, one (1) 30,000 gallon, one (1) 35,000
gallon, two (2) 60,000-gallon asphalt cement oil tanks, (1) 4,000 ton asphalt cement oil tank, and one (1)
60,000-gallon RFO tank are proposed to be installed at the site. The liquid bulk temperature of the asphalt
cement was assumed to be 325˚F.

The VOC emissions from the proposed storage tanks were estimated to be 0.46 tons per year. VOC emissions
from the proposed AC tanks will not be controlled with add-on control equipment due to the low vapor pressure
of the products stored.

CO emissions, based on AP-42, Section 11.1, Hot Mix Asphalt Plants from the proposed asphalt storage tanks
were estimated to be 0.031 tons.

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4. BEST AVAILABLE CONTROL TECHNOLOGY
Per Utah Air Rules R307-400, best available control technology (BACT) is defined as an emissions limitation
(including a visible emissions standard) based on the maximum degree of reduction for each air contaminant
which would be emitted from any proposed stationary source or modification which the director, on a case-
by-case basis, taking into account energy, environmental, and economic impacts and other costs, determines
is achievable for such source or modification through application of production processes or available methods,
systems, and techniques, including fuel cleaning or treatment or innovative fuel combustion techniques for
control of such pollutant. BACT analyses for the emissions from the proposed equipment at the Mona Facility
are discussed in the following sections.
4.1 BACT for Material Handling
Fugitive particulate (PM10/PM2.5) emissions will be emitted from the material handling processes which includes
crushing, screening, conveying, and transfer of aggregate material.
4.1.1 BACT for PM10/PM2.5
Five control technologies were identified for particulate control. These are: (1) total equipment enclosure; (2)
Electrostatic Precipitator (ESP); (3) Wet Scrubbers; (4) Baghouses (Fabric Filters), and (5) Wet Suppression.
Cyclones were not considered. a control technology for material handling since a cyclone does not remove
fine particulate matter.

Total enclosure of the equipment provides the highest percentage of control at 100%; ESP’s and baghouses
typically reduce PM10 and PM2.5 emissions by up to 99.9%. Wet scrubbers offer approximately 95% control
and wet suppression offers approximately 75% control.

Because the emissions from crushing, screening, conveying, and transfer points are fugitive in nature, wet
scrubbers, ESPs, and baghouses are eliminated from the BACT analysis. ESP’s and wet scrubbers were
eliminated from review since these emission control technologies are either infeasible in a temperature
variable outdoor environment, due to cost, or because they are not considered effective for fugitive control
for aggregate operations. Although the emissions from the crushers could be captured and vented to a
baghouse (fabric filters), this option was determined to be economically infeasible due to the cost of the
ducting and capture system.

Wet suppression using water sprays nozzles or fog bars are effective in minimizing emissions from crushing,
screening, conveying, and transfer points. The most common control technology used to control fugitive PM10
and PM2.5 is the application of water to maintain moisture throughout the material handling process and to
meet the required State of Utah opacity limits.

Wet suppression will be employed on the crushers, screens, and conveyor transfer points. Spray systems at
transfer points have been estimated to reduce PM emissions by 70 to 95%. Factors affecting emissions from
screening include the stone size distribution and the surface moisture content of the stone processed as well
as the process throughput rate. The Mona facility will apply water as necessary to maintain relatively high
material moisture content to effectively control PM emissions from material crushing, screening, conveying,
and transfer points. The material at the wash plant will be saturated with water. Therefore, the application of
water for material handling operations is considered to meet BACT.

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4.2 BACT for Concrete Plant
Loading the sand, aggregate, flyash, and cementitious into material bins and silos cause PM emissions at the
top of the bins and may best be characterized as point emission sources. Loading the concrete trucks (in-
transit mixing) has properties of both fugitive and point sources. PM emissions from the concrete plant
operations are in the PM10 or larger range.
4.2.1 BACT for PM10/PM2.5
The following control technologies were identified for controlling PM emissions at a concrete plant: (1) Dry
material storage silos with fabric filters; (2) Aggregate storage piles and handling operations with water
sprays; (3) truck filling with enclosed drop chutes; and (4) enclosure of concrete plant within structure.

At the Mona facility, GRP is proposing to enclose the cement plant in a four-sided structure and capture PM
emissions which will be vented to a baghouse that is at least 98% effective in removing PM10/PM2.5. Dust
collectors are also proposed on all dry material storage silo vents. Drop chutes will be enclosed for truck
fillings. These controls represent BACT for PM10/PM2.5 emissions from the proposed concrete plant.
4.3 BACT for Hot Mix Asphalt Plant Dryer
The dryer operations are the main source of pollution at the proposed hot mix asphalt plant. Combustion
emissions from the dryer include products of complete and incomplete combustion. Products of complete
combustion include oxides of nitrogen (NOx) and, if sulfur is present in the fuel, sulfur dioxide (SO2) and other
substances such as carbon dioxide (CO2) and water. Products of incomplete combustion include carbon
monoxide (CO), volatile organic compounds (VOCs) (including benzene, toluene, and xylenes), and other
organic particulate matter. The drum dryer at the Mona facility will be fired by natural gas, propane, diesel,
or RFO.
4.3.1 BACT for NOx, VOC, CO, SO2, and HAP

For the drum dryer, two control technologies were identified for reduction of criteria combustion and HAP
emissions. These include: (1) work practice requirements of good combustion practice; and (2) use of low
sulfur gaseous fuels.

Incomplete combustion emissions result from improper air and fuel mixtures, such as poor mixing of fuel and
air, inadequate fuel air residence time and temperature, and quenching of the burner flame. Thus, NOx, VOC,
CO, and HAP emissions will be reduced by ensuring good combustion practices are utilized which include
periodic dryer burner tune-up and proper burner maintenance to increase the efficiency of the burners and
operation of the dryer burner in accordance with manufacturer specifications. In addition, natural gas and
propane are low sulfur fuels which will be utilized on-site along with RFO and diesel. Thus, BACT for minimizing
drum dryer emissions is good combustion practices and use of low sulfur fuels as much as possible.
4.3.2 BACT for PM10/PM2.5

Emissions from the asphalt plant dryer also include PM10/PM2.5 from the aggregate and a small amount from
fuel combustion. Several add-on technologies were identified for reduction on PM10 and PM2.5 and include: (1)
Cyclones; (2) Multiple cyclones; (3) Settling chambers; (4) Fabric filter baghouses; (5) Wet gas venturi
scrubbers, and (6) good combustion practices.

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Venturi wet gas scrubber and fabric filter baghouses are most efficient in reducing PM10/PM2.5 emissions with
control efficiencies ranging from 90 - 99.5%. Multiple cyclones have a control efficiency of approximately
90%, and cyclones have a control efficiency from 50 to 75%. Settling chambers are least efficient with a
control efficiency of less than 50%.

For the proposed asphalt plant dryer at Mona, PM10/PM2.5 emissions will be controlled using a fabric filter
baghouse with a control efficiency of 98% or greater. In addition, GRP will maintain the HMA plant in good
working order and will utilize good combustion practices. All these proposed controls represent BACT for
PM10/PM2.5 emissions from the proposed Mona HMA plant dryer.
4.4 BACT for Lime Silo
Lime to be used in the HMA process will be stored in enclosed bins. PM10 and PM2.5 emissions are anticipated
from lime handling.
4.4.1 BACT for PM10/PM2.5

The only control technology to reduce particulate emissions from lime handling was the installation and
operation of fabric filters on dust collectors. Dust collectors are proposed to be utilized on the lime silos at the
Mona facility. The control efficiency of fabric filters on dust collectors is 99%. This represents BACT for
minimizing PM10/PM2.5 emissions from lime silos.
4.5 BACT for Loader, Bulldozer, and Haul Truck Operations
Loader, bulldozer, and haul truck operations will create fugitive PM10 and PM2.5 emissions.
4.5.1 BACT for PM10/PM2.5

Three front end loaders will be used to transport and load material at the site. A bulldozer will be utilized to
move and smooth overburden. The factors that affect PM10 and PM2.5 emissions include the amount and size
of material being transported, moisture content of the material, and climatic/seasonal conditions.

Several control technologies were identified to minimize particulate emissions from loader and dozer
operations which include water application and minimizing drop distances. Other control technologies to
minimize particulate emissions such as electrostatic precipitators, fabric filter baghouses, wet scrubbers, and
cyclones are not feasible for use in such a dynamic environment as loading operations to storage piles, dozing
overburden, conveyors, haul trucks, etc. Thus, electrostatic precipitators, fabric filter baghouses, wet
scrubbers, and cyclones were determined to be technically infeasible.

For unpaved areas where the loaders, bulldozers, and haul trucks will be operating, control technologies
include watering, application of chemical dust suppressants, and use of a low silt content road base. The
unpaved road control options, presented in Table 4-1, are ranked in order of efficiency. These efficiencies
were obtained from a UDAQ January 12, 2015 Memorandum, Emission factors for Paved and Unpaved Haul
Roads.

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Table 4-1 Paved and Unpaved Road Control Efficiencies
Control Control Efficiency
(%)
Paved road surface with vacuum sweeping and watering 95
Paved road with sweeping and watering 90
Chemical Suppressant and Watering 85
Basic Watering and Low Silt Content Road Base 75
Basic Watering 70

Paving followed by vacuuming sweeping and water has the highest control efficiency of 95%. Paved road
followed by sweeping and water has a control efficiency of 90%. Paving, however, costs on average $500,000
per mile1 which makes it economically infeasible to pave all roads on-site since road locations at the site will
change due to the location of aggregate activities. The section of roadway from the entrance of the Mona
facility to the HMA plant will be paved. This section of pavement will be vacuum swept and watered which
represents BACT with a 95% control efficiency for paved road segments.

Studies have shown that on heavily traveled unpaved roads, chemical suppression methods are as effective
as watering at regular intervals. Based on information from the UDAQ, basic watering and the use of low silt
content road base will reduce PM10 and PM2.5 emissions on unpaved roads by 85%. Thus, road base, chemical
suppressants and water applications are proposed to be utilized at the Mona facility to suppress PM10 and
PM2.5 emissions from unpaved roads which is considered BACT.
4.6 BACT for Exposed or Disturbed Area
Fugitive particulate (PM10/PM2.5) emissions will be emitted from exposed or disturbed areas.
4.6.1 BACT for PM10/PM2.5

During the mining process, stripped overburden, or graded overburden from initial removal until when
vegetation starts to grow has the potential to emit fugitive PM10 and PM2.5 from wind and dry climatic
conditions. For exposed or disturbed areas, the following control options were identified: (1) watering exposed
areas, (2) minimal disturbance of the area, and (3) planting vegetation.

Watering large, exposed areas is technically not feasible in an arid climate such as GRP’s Mona facility due to
the size of the exposed area, which at proposed at 25 acres. Copious amounts of water and a several water
trucks would be required to maintain the exposed and disturbed areas with enough moisture to suppress
fugitive dust emissions.

Minimally disturbing the area will minimize emissions by reducing the availability of smaller particulate matter
at the surface. Planting vegetation on exposed or disturbed areas that is not quickly reclaimed can also reduce
particulate emissions.

1 https://documents.deq.utah.gov/air-quality/pm25-serious-sip/DAQ-2018-007161.pdf

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According to an article published in 2016 by Phatak titled “A Detailed Look at the Cost of Hydroseeding”, the
cost to hydro-seed can cost overall $3,000 per acre. For GRP to hydro-seed just 25 acres, the cost would be
over $75,000 which is burdensome for the company. Thus, planting vegetation to reduce particulate emissions
from exposed or disturbed areas was not considered further.

The remaining control option, minimal disturbance of the area, will be employed by GRP at Mona. Minimal
disturbance will help reduce fugitive particulate emissions and will give time for natural vegetation to grow
which will further reduce emissions. This option is considered BACT for exposed and disturbed areas.
4.7 BACT for Storage Piles
Fugitive particulate (PM10/PM2.5) emissions will be emitted from the outdoor storage piles from material loading
and unloading as well as wind.
4.7.1 BACT for PM10/PM2.5
Three control options were identified for controlling PM10 and PM2.5 emissions from storage piles. They are:
(1) water sprays; (2) full enclosure; and (3) partial enclosure.

Full enclosure of piles, the most effective control option, is typically used at coal processing plants where the
coal needs to be kept dry. These enclosures are usually for piles smaller than what is typically at aggregate
operations. The Mona site will have up to 15 acres of storage piles throughout the property. It is practically
not feasible at aggregate, sand, or gravel operations to enclose the piles due to cost and the dynamic nature
and the location change of mining operations.

Partial enclosures are easier to implement but are still costly and to maintain a required opacity limit, water
sprays are still needed. In very windy areas, barriers can be installed to reduce the impact of wind on storage
piles.

Water systems are designed to spray storage piles. These systems are relatively inexpensive and can be
modified to maintain the UDAQ required opacity limit. The DAQ assumes a 75% control efficiency of fugitive
emissions when water sprays are utilized to maintain an opacity limit. This control technology is commonly
implemented on storage piles.

Thus, GRP will maintain water systems to reduce PM10 and PM2.5 emissions from aggregate, gravel, or sand
storage piles. The use of these water spray systems is considered BACT.
4.8 BACT from Above Ground Storage Tanks
VOC and HAP emissions will be emitted from above ground storage tanks.
4.8.1 BACT for VOC and HAPs

Four (4) horizontal diesel, seven (7) above-ground fixed roof asphalt cement oil, and one (1) RFO storage
tanks are proposed at the Mona facility. Floating roof tanks are commonly used for storing crude oil, gasoline,
and naphtha. Internal floating roofs are most often used for storing low flash point fuels while external floating
roofs are used for medium flash point fuels. Fixed roof tanks are most often used for high flash point fuels
like diesel, kerosene, jet fuel, fuel oils, and asphalt cement.

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There are two general types of atmospheric storage tanks: fixed roof tanks and floating roof tanks. There are
three types of floating roof tanks: external floating roof, internal floating roof, and covered or domed floating
roof. Emissions from storage tanks result from displacement of headspace vapor during filling operations
(working losses) in the case of fixed roof or internal floating roof tanks, and from diurnal temperature and
heating variations (breathing losses). Lower vapor pressure liquids such as heating oils, diesel, and kerosene
are stored in fixed roof tanks. Typically, filling losses constitute 80-90% of the total losses for fixed roof tanks.

Crude oils and lighter products such as gasoline are stored in floating roof tanks. Most of the emissions from
floating roof tanks are due to standing losses. Compliance options for VOC emission controls on these tanks
includes using a fixed roof with an internal floating roof or an external floating roof meeting certain design
specification and/or using a closed-vent system and control device that meet the requirements of 40 CFR Part
60 Subpart Kb.

Asphalt is produced in refinery distillation towers and solvent extraction units and is typically stored in fixed
roof tanks due to its low volatility.

The proposed aboveground storage tanks have the potential to create VOCs and HAPs resulting from
evaporative losses during storage, filling and emptying.

Two add-on control technologies as well as best management practices were identified to reduce VOC
emissions from fixed roof diesel and asphalt cement tanks. These include:

► Carbon adsorption
► Incinerator
► Best Management Practices

Both carbon adsorption and incineration are effective control technologies having greater 95% and 98%
control efficiencies. Best management practices are considered the baseline for controlling VOC emissions
from fixed roof tanks.

Vapor losses from fixed roof vertical tanks are primarily due to changes in the atmospheric temperature and
pressure as well as liquid level changes inside the tank. Due to the low volatility of the products to be stored,
GRP is proposing fixed roof diesel, asphalt cement, and RFO storage tanks with no additional add on vapor
recovery technology.

The cost of a vapor control system is a function of the vapor flow rate to the system. The flow rate is controlled
by the rate at which liquids are pumped into the tank. The volume of VOC vapors expected from the proposed
tanks is 0.40 tons. Due to the low volatility of the products being stored, additional emission controls are not
required. Thus, the only control technology identified for the fixed roof tanks is best management practices.

Best management practices include regular inspection of the tanks and associated piping and reducing
breathing and working losses from the tank. Breathing losses can be by minimizing the vapor space in the
tank. In fixed-roof tanks, breathing losses can account for 10 to 95 percent of total annual emissions. For
fixed-roof tanks, liquid level matters significantly for emission generation: the emptier the tank is, the more
room there is for vapors to build up. However, it’s not until those vapors are pushed outwards with enough
force to pass through the roof vent that these vapors become fugitive emissions.

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To prevent breathing losses, the tank head space will be reduced by operating at a full level and constant
rate. Tanks that operate conservation vents at 2.5 psig or higher will often have low breathing losses, or none.
Reducing the number of tank turnovers per year will reduce working loss emissions. Regular inspection of the
above ground storage tank and associated piping for leaks will also reduce VOC emissions.

Thus, BACT for VOC and HAPS from the diesel, asphalt cement, and RFO storage tanks is best management
practices which includes regular inspection of the aboveground storage tanks and associated piping for leaks
and reducing breathing and working losses from the tank.

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5. REGULATORY REVIEW
The air quality regulations, codified in Title R307 of the Utah Administrative Code, which are potentially
applicable to this project, are as follows:

► R307-101 - General Requirements.
► R307-102 - General Requirements: Broadly Applicable Requirements.
► R307-107 - General Requirements: Breakdowns.
► R307-130 - General Penalty Policy.
► R307-150 - Emission Inventories.
► R307-165 - Stack Testing.
► R307-201 - General Emission Standards.
► R307-203 - Emission Standards: Sulfur Content of Fuels.
► R307-205 - Emission Standards: Fugitive Emissions and Fugitive Dust.
► R307-210 - Standards of Performance for New Stationary Sources.
► R307-214 - National Emission Standards for Hazardous Pollutants.
► R307-401 - Permit: New and Modified Sources.
► R307-410 - Permits: Emissions Impact Analysis.
5.1 R307-101 General Requirements
Chapter 19‐2 and the rules adopted by the Air Quality Board constitute the basis for control of air pollution
sources in the state. These rules apply and will be enforced throughout the state and are recommended for
adoption in local jurisdictions where environmental specialists are available to cooperate in implementing rule
requirements.

National Ambient Air Quality Standards (NAAQS), National Standards of Performance for New Stationary
Sources (NSPS), National Prevention of Significant Deterioration of Air Quality (PSD) standards, and the
National Emission Standards for Hazardous Air Pollutants (NESHAPS) apply throughout the nation and are
legally enforceable in Utah.
5.2 R307-102 General Requirements: Broadly Applicable Requirements
Emission of air contaminants in sufficient quantities to cause air pollution as defined in R307-101-2 is
prohibited. The State statute provides for penalties up to $50,000/day for violation of State statutes,
regulations, rules or standards. In addition, the owner or operator of any stationary air pollutant source in
Utah shall furnish to the director the periodic reports required under Section 19-2-104(1)(c) and any other
information as the director may deem necessary to determine whether the source is in compliance with Utah
and Federal regulations and standards. The information thus obtained will be correlated with applicable
emission standards or limitations and will be available to the public during normal business hours at the
Division of Air Quality.

Any person submitting information pursuant to these regulations may request that such information be treated
as a trade secret or on a confidential basis, in which case the director shall so treat such information. If no
claim is made at the time of submission, the director may make the information available to the public without
further notice. Information required to be disclosed to the public under State or Federal law may not be
requested to be kept confidential.

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Justification supporting claims of confidentiality shall be provided at the time of submission on the information.
Each page claimed "confidential" shall be marked "confidential business information" by the applicant and the
confidential information on each page shall be clearly specified. Claims of confidentiality for the name and
address of applicants for an approval order will be denied. Confidential information or any other information
or report received by the director shall be available to EPA upon request and the person who submitted the
information shall be notified simultaneously of its release to EPA.
5.3 R307-107 General Requirements: Breakdowns
The breakdown provisions of R307-107 will apply to the Mona facility operations. The owner or operator of a
source shall report breakdowns to the director within 24 hours of the incident via telephone, electronic mail,
fax, or other similar method. A detailed written description of the circumstance including a corrective program
directed at preventing future such incidents, shall be submitted within 14 days of the onset of the incident.

The breakdown incident report shall include the cause and nature of the event, estimated quantity of emissions
(total and excess), time of emissions and any relevant evidence, including, but not limited to, evidence that:

a) There was an equipment malfunction beyond the reasonable control of the owner or operator,
b) The excess emissions could not have been avoided by better operation, maintenance or improved
design of the malfunctioning component,
c) To the maximum extent practicable, the source maintained and operated the air pollution control
equipment and process equipment in a manner consistent with good practice for minimizing emissions,
including minimizing any bypass emissions,
d) Any necessary repairs were made as quickly as practicable, using off-shift labor and overtime as
needed and as possible,
e) All practicable steps were taken to minimize the potential impact of the excess emissions on ambient
air quality, and
f) The excess emissions are not part of a recurring pattern that may have been caused by inadequate
operation or maintenance, or inadequate design of the malfunctioning component.

The burden of proof is on the owner or operator of the source to provide sufficient information to demonstrate
the elements listed above.
5.4 R307-130 General Penalty Policy
This policy provides guidance to the director of the Air Quality Board in negotiating with air pollution sources
penalties for consent agreements to resolve non-compliance situations. It is designed to be used to determine
a reasonable and appropriate penalty for the violations based on the nature and extent of the violations,
consideration of the economic benefit to the sources of non-compliance, and adjustments for specific
circumstances.

Violations are grouped in four general categories based on the potential for harm and the nature and extent
of the violations. Penalty ranges for each category are as follows.

(1) Category A. $7,000 - $10,000 per day;
(2) Category B. $2,000 - $7,000 per day;
(3) Category C. Up to $2,000 per day; and
(4) Category D. Up to $299.

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The amount of the penalty within each category may be adjusted and/or suspended in part based upon the
following factors:
(1) Good faith efforts to comply or lack of good faith. Good faith considers the openness in dealing with the
violations, promptness in correction of problems, and the degree of cooperation with the State to include
accessibility to information and the amount of State effort necessary to bring the source into compliance.
(2) Degree of willfulness and/or negligence. In assessing willfulness and/or negligence, factors to be
considered include how much control the violator had over and the foreseeability of the events constituting
the violation, whether the violator made or could have made reasonable efforts to prevent the violation, and
whether the violator knew of the legal requirements which were violated.
(3) History of compliance or non-compliance. History of non-compliance includes consideration of previous
violations and the resource costs to the State of past and current enforcement actions.
(4) Economic benefit of non-compliance. The amount of economic benefit to the source of non-compliance
would be added to any penalty amount determined under this policy.
(5) Inability to pay. An adjustment downward may be made, or a delayed payment schedule may be used
based on a documented inability of the source to pay.
5.5 R307-150 Emission Inventories
The purpose of Rule R307-150 is:
(a) to establish by rule the time frame, pollutants, and information that sources must include in inventory
submittals; and
(b) to establish consistent reporting requirements for stationary sources in Utah to determine whether sulfur
dioxide emissions remain below the sulfur dioxide milestones established in the State Implementation Plan
for Regional Haze, section XX.E.1.a, incorporated by reference in Section R307-110-28.

The requirements of Rule R307-150 replace any annual inventory reporting requirements in approval orders
or operating permits issued prior to December 4, 2003. Emission inventories shall be submitted on or before
April 15 of each year following the calendar year for which an inventory is required. The inventory shall be
submitted in a format specified by the Division of Air Quality following consultation with each source. The
executive secretary may require at any time a full or partial year inventory upon reasonable notice to affected
sources when it is determined that the inventory is necessary to develop a state implementation plan, to
assess whether there is a threat to public health or safety or the environment, or to determine whether the
source is in compliance with Title R307.

Each owner or operator of a stationary source subject to this rule shall maintain a copy of the emission
inventory submitted to the Division of Air Quality and records indicating how the information submitted in the
inventory was determined, including any calculations, data, measurements, and estimates used. The records
under Section R307-150-4 shall be kept for ten years. Other records shall be kept for a period of at least five
years from the due date of each inventory. The owner or operator of the stationary source shall make these
records available for inspection by any representative of the Division of Air Quality during normal business
hours.

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5.6 R307-165 Stack Testing
The purpose of Rule R307-165 is to establish the requirements for stack testing. Rule R307-165 applies to
each emissions unit with established emission limitations specified in approval orders issued under Rule R307-
401 or in the Utah State Implementation Plan Section IX, Part H. Rule R307-165 does not apply to opacity
limitations or emissions units with emissions monitored under Rule R307-170.R307-165-2.

The owner or operator of an emissions unit under Subsection R307-165-1 shall conduct stack testing at least
once every five years. More frequent testing may be required as specified in an applicable federal rule,
approval order, Title V permit, or State Implementation Plan. If the director has reason to believe that an
applicable emission limitation is being exceeded, the owner or operator shall perform such stack testing as is
necessary to determine the actual compliance status and as required by the director. The owner or operator
shall conduct stack testing of an emissions unit approved under Rule R307-401 within 180 days of startup.

Unless otherwise specified by federal rule, the owner or operator shall notify the director of the date, time
and place of stack testing no less than 30 days, before conducting a stack test, and provide a copy of the
source test protocol to the director. The source shall obtain approval of the protocol from the director prior to
conducting the test. The source test protocol shall: (a) identify the reason for the test; (b) outline each
proposed test methodology; (c) identify each stack to be tested; and (d) identify each procedure to be used.
The owner or operator shall attend a pretest conference if determined necessary by the director.

The production rate during all stack testing shall be no less than 90% of the maximum production rate
achieved in the previous three years. If the desired production rate is not achieved at the time of the test,
the maximum production rate shall be 110% of the tested achieved rate, but not more than the maximum
allowable production rate. This new allowable maximum production rate shall remain in effect until
successfully tested at a higher rate. The owner or operator shall request a higher production rate when
necessary. Testing at no less than 90% of the higher rate shall be conducted. A new maximum production
rate of 110% of the new rate will then be allowed if the test is successful. This process may be repeated until
the maximum allowable production rate is achieved. During the stack testing, the owner or operator shall
burn fuels or combinations of fuels, use raw materials, and maintain process conditions representative of
normal operations of the emissions unit. The owner or operator shall operate the emissions unit under such
other relevant conditions as the director shall specify.

The owner or operator shall submit a written report of the results from the stack testing to the director no
later than 60 days after completion of the stack testing. report shall include validated results and supporting
information.

The director may reject stack testing results if determined to be incomplete, inadequate, not representative
of operating conditions specified for the test, or if the director was not provided an opportunity to have an
observer present at the test.

5.7 R307-201 Emission Standards: General Emission Standards
R307-210 establishes emission standards for all areas of the state except for sources listed in Section IX, Part
H of the state implementation plan or located in a PM10 nonattainment or maintenance area.

(1) Visible emissions from installations constructed on or before April 25, 1971, except diesel engines, shall
be of a shade or density no darker than 40% opacity, except as otherwise provided in these rules.

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(2) Visible emissions from installations constructed after April 25, 1971, except diesel engines shall be of a
shade or density no darker than 20% opacity, except as otherwise provided in these rules.
(3) Visible emissions for all incinerators, no matter when constructed, shall be of shade or density no darker
than 20% opacity.
(4) No owner or operator of a gasoline powered engine or vehicle shall allow, cause or permit visible emissions.
(5) Emissions from diesel engines, except locomotives, manufactured after January 1, 1973, shall be of a
shade or density no darker than 20% opacity, except for starting motion no farther than 100 yards or for
stationary operation not exceeding three minutes in any hour.
(6) Emissions from diesel engines manufactured before January 1, 1973, shall be of a shade or density no
darker than 40% opacity, except for starting motion no farther than 100 yards or for stationary operation not
exceeding three minutes in any hour.
(7) Visible emissions exceeding the opacity standards for short time periods as the result of initial warm-up,
soot blowing, cleaning of grates, building of boiler fires, cooling, etc., caused by start-up or shutdown of a
facility, installation or operation, or unavoidable combustion irregularities which do not exceed three minutes
in length (unavoidable combustion irregularities which exceed three minutes in length must be handled in
accordance with R307-107), shall not be deemed in violation provided that the director finds that adequate
control technology has been applied. The owner or operator shall minimize visible and non-visible emissions
during startup or shutdown of a facility, installation, or operation through the use of adequate control
technology and proper procedures.
(8) Compliance Method. Emissions shall be brought into compliance with these requirements by reduction of
the total weight of pollutants discharged per unit of time rather than by dilution of emissions with clean air.
(9) Opacity Observation. Opacity observations of emissions from stationary sources shall be conducted in
accordance with EPA Method 9. Opacity observers of mobile sources and intermittent sources shall use
procedures similar to Method 9, but the requirement for observations to be made at 15 second intervals over
a 6-minute period shall not apply.
5.8 R307-203 Emission Standards: Sulfur Content of Fuels
Any coal, oil, or mixture thereof, burned in any fuel burning or process installation not covered by New Source
Performance Standards for sulfur emissions shall contain no more than 1.0-pound sulfur per million gross BTU
heat input for any mixture of coal nor .85 pounds sulfur per million gross BTU heat input for any oil.

In the case of fuel oil, it shall be sufficient to record the following specifications for each purchase of fuel oil
from the vendor: weight percent sulfur, gross heating value (btu per unit volume), and density. These
parameters shall be ascertained in accordance with the methods of the American Society for Testing and
Materials. Records of fuel sulfur content shall be kept for all periods when the plant is in operation and shall
be made available to the director upon request and shall include a period of two years ending with the date
of the request.

Any person may apply to the director for approval of an alternative test method, an alternative method of
control, an alternative compliance period, an alternative emission limit, or an alternative monitoring schedule.
The application must include a demonstration that the proposed alternative produces an equal or greater air
quality benefit than that required by R307-203, or that the alternative test method is equivalent to that
required by R307-203. The director shall obtain concurrence from EPA when approving an alternative test
method, an alternative method of control, an alternative compliance period, an alternative emission limit, or
an alternative monitoring schedule.

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5.9 R307-205 Emission Standards: Fugitive Emissions and Fugitive Dust
R307-205 establishes minimum work practices and emission standards for sources of fugitive emissions and
fugitive dust for sources located in all areas in the state except those listed in section IX, Part H of the state
implementation plan or located in a PM10 nonattainment or maintenance area. R307-205 applies statewide to
all sources of fugitive emissions and fugitive dust, except for agricultural or horticultural activities specified in
19-2-114(1)-(3) and any source listed in section IX, Part H of the state implementation plan or located in a
PM10 nonattainment or maintenance area.

Fugitive emissions from sources which were constructed on or before April 25, 1971, shall not exceed 40% opacity.
Fugitive emissions from sources constructed or modified after April 25, 1971, shall not exceed 20% opacity.

Storage and Handling of Materials. Any person owning, operating or maintaining a new or existing material
storage, handling or hauling operation shall minimize fugitive dust from such an operation. Such control may
include the use of enclosures, covers, stabilization or other equivalent methods or techniques as approved by
the director.

Any person engaging in clearing or leveling of land greater than one-quarter acre in size, earthmoving,
excavation, or movement of trucks or construction equipment over cleared land greater than one-quarter acre
in size or access haul roads shall take steps to minimize fugitive dust from such activities. Such control may
include watering and chemical stabilization of potential fugitive dust sources or other equivalent methods, or
techniques approved by the director.

The owner or operator of any land area greater than one-quarter acre in size that has been cleared or excavated
shall take measures to prevent fugitive particulate matter from becoming airborne. Such measures may include:
(i) planting vegetative cover,
(ii) providing synthetic cover,
(iii) watering,
(iv) chemical stabilization,
(v) wind breaks, or
(vi) other equivalent methods or techniques approved by the director.

Any person engaging in demolition activities including razing homes, buildings, or other structures or removing
paving material from roads or parking areas shall take steps to minimize fugitive dust from such activities. Such
control may include watering and chemical stabilization or other equivalent methods, or techniques approved by
the director.

The director may request GRP Corporation to supply traffic count information as determined necessary to
ascertain whether or not control techniques are adequate or additional controls are necessary. Any person
who deposits materials that may create fugitive dust on a public or private paved road shall clean the road
promptly.

Fugitive dust, construction activities, and roadways associated with mining activities are regulated under the
provisions of R307-205-7 and not by R307-205-5 and 6. Any person who owns or operates a mining operation
shall minimize fugitive dust as an integral part of site preparation, mining activities, and reclamation
operations. The fugitive dust control measures to be used may include:
(a) periodic watering of unpaved roads,
(b) chemical stabilization of unpaved roads,
(c) paving of roads,

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(d) prompt removal of coal, rock minerals, soil, and other dust-forming debris from roads and frequent
scraping and compaction of unpaved roads to stabilize the road surface,
(e) restricting the speed of vehicles in and around the mining operation,
(f) revegetating, mulching, or otherwise stabilizing the surface of all areas adjoining roads that are a source
of fugitive dust,
(g) restricting the travel of vehicles on other than established road
(h) enclosing, covering, watering, or otherwise treating loaded haul trucks and railroad cars, to minimize loss
of material to wind and spillage,
(i) substitution of conveyor systems for haul trucks and covering of conveyor systems when conveyed loads
are subject to wind erosion,
(j) minimizing the area of disturbed land,
(k) prompt revegetation of regraded lands,
(l) planting of special windbreak vegetation at critical points in the permit area,
(m) control of dust from drilling, using water sprays, hoods, dust collectors or other controls approved by the
director,
(n) restricting the areas to be blasted at any one time,
(o) reducing the period of time between initially disturbing the soil and revegetating or other surface
stabilization,
(p) restricting fugitive dust at spoil and coal transfer and loading points,
(q) control of dust from storage piles through use of enclosures, covers, or stabilization and other equivalent
methods or techniques as approved by the director, or
(r) other techniques as determined necessary by the director.
5.10 R307-210 Standards of Performance for New Stationary Sources
The provisions of 40 Code of Federal Regulations (CFR) Part 60, effective on July 1, 2019, except for Subparts
Cb, Cc, Cd, Ce, BBBB, DDDD, and HHHH, are incorporated by reference with the exception that references in
40 CFR to "Administrator" shall mean "director" unless by federal law the authority referenced is specific to
the Administrator and cannot be delegated. The New Source Performance Standards as found in 40 CFR Part
60 that the Mona operation will be subject to include Subpart A, I, and OOO.

The provisions of 40 CFR Part 60 Subpart A applies to each affected facility as specified in the relevant NSPS
regulation for that source type. Subpart A contains general requirements for notifications, monitoring,
performance testing, reporting, recordkeeping, and operation and maintenance provisions.

40 CFR Part 60 Subpart I apply to the drum mix asphalt plant equipment and includes limits on opacity in the
exhaust stream and applicable test methods to determine compliance with the opacity limit. 40 CFR Part 60
Subpart OOO applies to the crushers, screens, and conveyor transfer points at the Mona facility. Subpart OOO
contains an opacity limit of 7% for screens and conveyor transfer points and 12% for crushers manufactured
after April 22, 2008, or 15% for any crusher manufactured prior to April 22, 2008.
5.11 R307-214 National Emissions Standards for Hazardous Air Pollutants
The provisions of Title 40 of the Code of Federal Regulations (40 CFR) Part 61, National Emission Standards for
Hazardous Air Pollutants, are incorporated by reference into this rule under Section R307-101-3. The provisions
of 40 CFR Part 63, National Emission Standards for Hazardous Air Pollutants (NESHAP) for Source Categories,
are incorporated by reference. The applicable NESHAPs that the Mona operation will be subject to include 40
CFR Part 63, General Provisions.

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5.12 R307-401 Permit: New and Modified Sources
This rule establishes the application and permitting requirements for new installations and modifications to
existing installations in Utah. R307-401 applies to any person intending to: (a) construct a new installation
which will or might reasonably be expected to become a source or an indirect source of air pollution, or (b)
make modifications or relocate an existing installation which will or might reasonably be expected to increase
the amount or change the effect of, or the character of, air contaminants discharged, so that such installation
may be expected to become a source or indirect source of air pollution, or (c) install a control apparatus or
other equipment intended to control emissions of air contaminants.

Any person subject to R307-401 shall submit a notice of intent to the director and receive an approval order
prior to initiation of construction, modification, or relocation. The notice of intent shall be in a format specified
by the director.

Within 30 days after receipt of a notice of intent, or any additional information necessary to the review, the
director will advise the applicant of any deficiency in the notice of intent, or the information submitted. Within
90 days of receipt of a complete application including all the information described in R307- 401-5, the director
will (a) issue an approval order for the proposed construction, installation, modification, relocation, or
establishment pursuant to the requirements of R307-401-8, or issue an order prohibiting the proposed
construction, installation, modification, relocation or establishment if it is deemed that any part of the proposal
is inadequate to meet the applicable requirements of R307.
5.13 R307-410 Permits Emissions Impact Analysis
This rule establishes the procedures and requirements for evaluating the emissions impact of new or modified
sources that require an approval order under R307-401 to ensure that the source will not interfere with the
attainment or maintenance of any NAAQS. The rule also establishes the procedures and requirements for
evaluating the emissions impact of hazardous air pollutants. The rule also establishes the procedures for
establishing an emission rate based on the good engineering practice stack height as required by 40 CFR
51.118.

All estimates of ambient concentrations derived in meeting the requirements of R307 shall be based on
appropriate air quality models, data bases, and other requirements specified in 40 CFR Part 51, Appendix W,
Guideline on Air Quality Models, which is hereby incorporated by reference. Where an air quality model
specified in the Guideline on Air Quality Models or other EPA approved guidance documents is inappropriate,
the director may authorize the modification of the model or substitution of another model. In meeting the
requirements of federal law, any modification or substitution will be made only with the written approval of
the Administrator, EPA.

Prior to receiving an approval order under R307-401, a new source in an attainment area with a total controlled
emission rate per pollutant greater than or equal to amounts specified in Table 1, or a modification to an
existing source located in an attainment area which increases the total controlled emission rate per pollutant
of the source in an amount greater than or equal to those specified in Table 1, shall conduct air quality
modeling, as identified in R307-410-3, to estimate the impact of the new or modified source on air quality
unless previously performed air quality modeling for the source indicates that the addition of the proposed
emissions increase would not violate a National Ambient Air Quality Standard, as determined by the Director.

• sulfur dioxide - 40 tons per year
• oxides of nitrogen - 40 tons per year

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• PM10 - fugitive emissions 5 tons per year and fugitive dust
• PM10 - non-fugitive emissions 15 tons per year or non-fugitive dust
• carbon monoxide - 100 tons per year
• lead - 0.6 tons per year

The ambient air impact from emissions of hazardous air pollutants is also to be reviewed based on the
guidance in R307-410-5.

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6. DISPERSION MODELING
In support of GRP’s Mona Facility, this air quality modeling analysis was conducted in accordance with 40 CFR
Part 51 Appendix W, Guideline on Air Quality Models and Utah Title R307-410. The following sections describe
the methods used and results of the dispersion modeling to demonstrate compliance with applicable State of
Utah Regulation.

6.1 Dispersion Modeling Methodology

Per Utah Title R307-410, a new or modified source located in an attainment area which increases the total
controlled emission rate per pollutant of the source as those listed in Table 6-1 below are required to conduct
an air quality modeling analysis. As shown in Table 6-1, PM10 is the only criteria pollutant from the Mona
facility whose controlled emission rate was above the required modeling thresholds; thus, PM10 emissions
were modeled, and the results of this modeling are presented in this section.
Table 6-1 Dispersion Modeling Thresholds and Controlled Emission Increases
Pollutant
Modeling
Threshold
(tons/year)
Controlled
Emissions
(tons/year)
Modeling
Required
(Y/N)
NOx 40 23.1 N
CO 100 35.5 N
SO2 40 14.6 N
PM10 15/5a 34.0 Y
PM2.5 10 5.3 N
a15 tons per year for non-fugitive emissions, 5 tons per year for fugitive emissions.
6.1.1 Model Selection
Consistent with the procedures presented in 40 CFR Part 51 Appendix W, Guideline on Air Quality Models,
dispersion modeling was performed using the latest version of the AERMOD modeling system (22112) which
is an EPA approved, steady-state Eulerian, Gaussian mathematical plume model. AERMOD is composed of
three modular components: AERMAP, the terrain preprocessor; AERMET, the meteorological preprocessor;
and AERMOD, the control module and modeling processor.
6.1.2 Meteorological Data
Meteorological data utilized for this analysis consisted of one year (May 9, 2001 through May 9, 2002) of
surface and upper-air data processed through AERMET (version 21112). Surface and upper-air observations
were collected from a 50-meter tower located at the Currant Creek power plant, near Mona, Utah. Figure 6.1
presents the one-year windrose for Currant Creek, located near Mona, Utah.

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Figure 6.1 Windrose for Mona, Utah (2001-2002)

6.1.3 Treatment of Calms or Near-Calms
AERMOD contains algorithms for dealing with low wind speed (near calm) conditions. The model produces
concentrations for conditions when the wind speed may be less than 1 meters per second (m/s) but still
greater than the instrument threshold. The threshold wind speed is typically the threshold of the instrument
used to collect the wind information. A threshold of 0.5 m/s was used in AERMET to define calm periods.
6.1.4 Surface Characteristics
Stage 3 of AERMET processing requires the input of surface characteristics of the area from which the surface
meteorological data were collected. These surface characteristics, which are used by AERMET to determine
heat fluxes and atmospheric stability, include:

 Midday Albedo – fraction of solar radiation reflected at the surface
 Daytime Bowen Ratio – indicator of surface moisture
 Surface Roughness Length – height of obstacles to the wind flow

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Surface characteristics for this dataset were entered for twelve sectors on a monthly basis and were
determined using AERSURFACE version 20060. This program makes use of electronic land cover, tree canopy,
and impervious surface data from the U.S. Geological Survey to calculate surface characteristics for a given
monitoring station. The seasonal classifications for the year followed the standard AERMET/AERSURFACE
breakdown (e.g., summer = June, July, August).

An AERSURFACE user has the option of choosing Bowen ratios that are tailored for dry, average, or wet
conditions. Trinity compiled climatological records of precipitation totals for 1991-2020 for the Cedar City area.
Any yearly total in the upper 30th-percentile of the 30-year record could be classified as “wet”. Similarly, any
yearly total in the lower 30th-percentile could be classified as “dry”, and any yearly total in the middle 40th-
percentile could be classified as “average”. For the modeling period, 2016 was classified as “average”, 2017,
2018, and 2020 were classified as “dry”, and 2019 was classified as “wet”.
6.1.5 Regional Description
The Mona facility is located off Interstate 15 just west of Mona, Utah in Washington County which is attainment
for all criteria pollutants. The site is in an area with complex terrain and is situated west of Mt. Nebo.
6.1.6 Terrain Data
Receptor terrain and source elevations were derived from 1/3-arc second National Elevation Dataset (NED)
data obtained from the U.S. Geological Survey. AERMAP version 18081 was the preprocessor used to
determine elevations at the defined receptor and source locations.
6.1.7 Receptor Grid
A modeling domain was developed for the near-field analysis encompassing the location of the maximum
modeled-predicted concentration from the Mona Facility.

The receptor grid developed, consisted of 6,628 receptors with 25-meter spacing around the fence line, 50-
meter spacing for receptors out to 1.5 kilometers; 100-meter spacing out from 1.5 kilometer to 3 kilometer;
500-meter spacing was used from 3 to 5 kilometers, and 1,000-meter spacing out to 10 kilometers. Figure
6.2 presents the receptor grid used in the near-field analysis.

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Figure 6.2 GRP Mona Receptor Grid

6.1.8 Model Options
The U.S. EPA recommends various default options to be used in dispersion modeling for regulatory purposes.
The recommended regulatory default options that were used for the modeling analyses are as follows:

• Calms and missing meteorological data routine,
• Actual receptor elevations,
• Sequential date checking,
• Complex/intermediate terrain algorithms.

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Other selected output variables to be used in AERMOD include:

• 24-hour averaging periods for PM10,
• Elevated terrain,
• Rural mixing heights, and concentrations.
6.1.9 Source Parameters
Emission source parameters (location, stack height, flue exit diameter, exit velocity, exit temperature, initial
vertical dimension, and initial horizontal dimension) as well as emission rates for sources located at the Mona
facility were input into AERMOD to demonstrate compliance with federal and state regulations and are included
in Appendix B.

Paved and unpaved road segments were modeled as volume sources per the procedures found in Table 3-1
of the User’s Guide for the AMS/EPA Regulatory Model - AERMOD. These procedures are presented in Table
6-2 below.
Table 6-2 Procedures Used for Estimating Lateral and Initial Vertical Dimensions for Volume
and Line Sources
Type of Source Procedure for Obtaining Initial Dimension
Initial Lateral Dimensions (σyo)
Single volume source σyo = length of side divided by 4.3
Line source represented by adjacent volume
sources
σyo = length of side divided by 2.15
Line source represented by separated volume
sources
σyo = center to center distance divided by 2.15
Initial Vertical Dimensions (σzo)
Surface-based source σzo = vertical dimension of source divided by
2.15
Elevated source (he > 0) on or adjacent to a
building
σzo = building height divided by 2.15
Elevated source (he > 0) not on or adjacent to a
building
σzo = vertical dimension of source divided by 4.3

Emissions from road segments that are used by different production plants with differing operating schedules
have been ratioed to account for operational emissions.
6.1.10 Background Concentrations
Background concentrations for PM10 were obtained from the Lindon monitor located in Utah County. To
represent seasonal variability, monthly PM10 background concentrations were extracted using the latest
monitoring data collected by UDAQ in Lindon, Utah. The monthly background concentrations were derived
using the maximum 24-hour concentration observed in each month from 2019 through 2021.

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The maximum concentration from each year was removed from the background concentration to meet the
form of the PM10 standard. The monthly values are added to the model input file and AERMOD adds the
corresponding background concentration to the model-predicted concentration. Table 6-3 presents the
monthly maximum concentrations by year and the monthly background concentration added to the model
input file.
Table 6-3 Lindon, Utah Monthly Background Concentrations
Month 2019 2020 2021 Monthly
Background
January 53 40 53 53
February 41 36 67 67
March 25 24 41 41
April 17 37 42 42
May 20 62 58 62
June 42 73 61 73
July 34 52 61 61
August 43 90 69 90
September 32 51 61 61
October 38 68 20 68
November 53 45 47 53
December 50 65 53 65
a. Removed concentration of 100 ug/m3 on April 5, 2021 due to high winds.
b. Removed concentration of 92 ug/m3 on May 7, 2021 due to high winds.

6.2 Near-Field Dispersion Modeling Results
This section presents the near-field dispersion modeling results from each component of the near-field
modeling analysis. The results of this analysis demonstrate that the project will not cause or contribute to
exceedances of the NAAQS. The results of the modeling are presented in Appendix C.
6.2.1 Significant Impact Analysis
The Significant Impact Analysis (SIA) considers the impact from potential emission increases from the
proposed project. Model-predicted concentrations are compared to Significant Impact Levels (SIL). If the
modeled impacts of the proposed project exceed the corresponding SILs, a cumulative impact analysis is
required. Table 6-4 compares the concentration impact from the project to the 24-hour PM10 SIL.

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Table 6-4 Modeled Maximum Near-Field Pollutant Concentrations for GRP Mona – SIL Analysis
Pollutant Averaging
Period
Modeled
Impact
(µg/m3)
SIL
(µg/m3)
Percent
of SIL
Impact Location
UTM East
(m)
UTM North
(m)
PM10 24-hour 74.9 5 1,498% 429696.20 4408692.0
6.2.2 NAAQS Analysis
As shown in Table 6-4, model-predicted concentrations of PM10 show emissions from the Mona facility to be
above the respective SIL. By definition, a full impact analysis is required to demonstrate the cumulative impact
of emissions from the facility and nearby sources as well as background concentrations will not cause or
contribute to an exceedance of the NAAQS.

A significant impact area was defined for areas above the SIL. The impact area is the geographical area for
which the required air quality analyses for the NAAQS are carried out. The area includes all locations where
the significant increase in the potential emissions of a pollutant from the Mona facility will cause a significant
ambient impact (i.e., equals or exceeds the applicable significant impact level).

Trinity worked with UDAQ to identify sources located within 50 km of the SIA to be included in a cumulative
impact analysis. UDAQ provided Trinity with the required modeling inputs and emissions for these sources
and these sources were included in the cumulative impact analysis.

Table 6-5 presents the results of the NAAQS analysis and includes the maximum second-high concentration
for the one year modeling period, background concentration, and the cumulative impact compared to NAAQS
(150 µg/m3 for PM10). Results show the cumulative impact of facility emissions and background concentrations
at the GRP’s Mona facility are below the 24-hour PM10 NAAQS. Figure 6.3 presents concentration isopleth plots
for the Mona facility. Appendix C presents the model output information.
Table 6-5 Modeled Maximum Near-Field Pollutant Concentrations for GRP Mona – NAAQS
Analysis
Pollutant Averaging
Period
Modeled Impact
(µg/m3)
NAAQS
(µg/m3)
Percent
of NAAQS
PM10 24-hour 142.2 150 94.8
1 High Second High, including background concentration.

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Figure 6.3 GRP Mona PM10 NAAQS Analysis Isopleth Plot

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APPENDIX C. DISPERSION MODELING RESULTS

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APPENDIX A. POTENTIAL TO EMIT CALCULATIONS
Company:
Site:Mona Pit
Date:10/20/2022
1,000,000 ton/yr
1,000 ton/hr
8,130 hrs/yr
4 loader
32,520 hrs/yr
Stockpile Area 15 acres
Active Mining 25 acres
420,000 ton/yr
Cubic yards per year 300,000 yd3/yr
8760 hr/yr
210 ton/hr
Cubic yards per hour 150 yd3/hr
1 loader
8,760 hrs/yr
Aggregate transfer to elevated bin 197,400 tons/yr
Sand transfer to elevated bin 130,200 tons/yr
Aggregate/Sand transfer to Feed Bin (from loader)327,600 tons/yr
Weigh hopper loading (agg, sand, cement)380,100 tons/yr
Mixer loading (truck mix)380,100 tons/yr
Cement loading to storage silo (pneumatic)52,500 tons/yr
Cement Supplement Unloading to Storage Silo (pneumatic) 7,938 tons/yr
Water Heater Max Rating per hour 9.9 mmBtu/hr
Water Heater Max Runtime per year 8,760.0
Water Heater Max Rating per year 86,724 mmBtu/yr
500,000 ton/yr
500 ton/hr
8,760 hrs/yr
Hot Oil Heater Rating Per Hour 5.0 mmBtu/hr
Hot Oil Heater Max Runtime per year 8,760.0
Hot Oil Heater Max Rating per year 43,800 mmBtu/yr
Unpaved Haul Road Control Factor: 0.85 Water/Chemical Suppressant
Paved Haul Road Control Factor 0.9 Water/Sweeping
Paved Haul Road Control Factor 0.95 Water/Vacuum Sweeper
Front-end Loader: (Aggs, HMA, RMC)
Ldr1 Length of Round Trip-Aggs (unpaved):800 ft
Vehicle Capacity: 13.5 ton/load
Vehicle Weight: 22 ton
Ldr2 Length of Round Trip-RMC (unpaved):350 ft
Vehicle Capacity: 13.5 ton/load
Vehicle Weight: 22 ton
Ldr3 Length of Round Trip-Asphalt (unpaved):500 ft
Vehicle Capacity: 13.5 ton/load
Vehicle Weight: 22 ton
HMA Haul Trucks
Vehicle Capacity: 22 ton/load
Vehicle Weight: 34.5 ton
Length of Round Trip (unpaved): 0 ft
Length of Round Trip (paved + sweep): 0 ft
Length of Round Trip (paved + vacuum): 3200 ft
Asphalt Production:
Tons produced
Tons per hour:
Hours per year
Tons produced
Tons per hour:
Number of loaders
Loader hours
Tons produced
Hours per year
Tons per hour
Aggregate Production:
Geneva Rock Products
Hours per year
Number of loaders
Concrete Production:
Loader hours
Total Annual Emissions in Tons per Year
Source Name PM10 PM2.5 NOx SOX CO VOC CO2e CH4 CO2 N20
MH‐Trucks/Loaders 0.155 0.023 ‐‐‐‐‐‐‐‐
MH‐Dozer 3.060 1.682
MH‐Conveyors 0.456 0.129 ‐‐‐‐‐‐‐‐
Aggregate Throughput 3.300 0.350 ‐‐‐‐‐‐‐‐
Storage Piles 4.312 0.323 ‐‐‐‐‐‐‐‐
Exposed Area 4.750 0.713 ‐‐‐‐‐‐‐‐
Asphalt Plant 5.750 0.725 13.75 14.50 32.50 8.00 3.00 8250.00
Asphalt Silo 0.143 0.143 0.29 3.05 0.0018
Asphalt Loadout 0.130 0.130 0.34 0.98 0.0676
Concrete Batch Plant 2.983 0.099
Roads 8.224 0.822 ‐ ‐ ‐ ‐ ‐ ‐ ‐ ‐
tanks 0.03 0.46
Total ‐ Fugitive 33.263 5.140 13.750 14.500 33.163 12.483 0.000 3.069 8250.000 0.000
‐
Concrete Plant Heater 0.511 0.123 6.195 0.066 1.549 0.172 6931.76 0.07 6906.95 0.08
Hot Oil Heater Asphalt Plant 0.258 0.062 3.13 0.03 0.78 0.087 3500.89 0.03 3488.36 3500.89
Total 34.032 5.325 23.073 14.599 35.494 12.742 10432.64 3.17 18645.30 3500.97
Criteria Pollutants Greenhous Gas Emissions
Aggregate Transport Haul Truck:
Vehicle Capacity: 22 ton/load
Vehicle Weight: 34.5 ton
Length of Round Trip (unpaved): 4425 ft
Length of Round Trip (paved + sweep): 0 ft
Length of Round Trip (paved + vacuum): 1100 ft
Concrete Truck:
Vehicle Capacity: 22 ton/load
Vehicle Weight: 34.5 ton
Length of Round Trip (unpaved): 1450 ft
Length of Round Trip (paved + sweep): 0 ft
Length of Round Trip (paved + vacuum): 1100 ft
Wash Plant
Vehicle Capacity: 22 ton/load
Vehicle Weight: 34.5 ton
Length of Round Trip (unpaved): 1610 ft
Length of Round Trip (paved + sweep): 0 ft
Length of Round Trip (paved + vacuum): 1100 ft
Conveyors:
Number of Drops Aggregate:15
Number of Drops Concrete Batch Plant:3
Number of Drops Asphalt Plant:6
Total Hourly Emissions of HAPs (lb/hr) 
HAP Name
Concrete Plant 
Heater Hot Oil Asphalt 
Heater Asphalt Plant Asphalt Silo Asphalt Loadout
Concrete 
Batch Plant
Column1 Total by 
Compound
Benzene 1.51E‐05 7.64E‐06 1.95E‐01 2.23E‐04 1.23E‐04 1.95E‐01
Ethylbenzene 4.50E‐06 2.27E‐06 0.00E+00 2.64E‐04 6.65E‐04 9.36E‐04
Formaldehyde 2.33E‐03 1.18E‐03 1.55E+00 4.80E‐03 2.09E‐04 1.56E+00
Naphthalene 7.99E‐05 4.04E‐05 3.25E‐01 1.27E‐02 3.38E‐01
1,1,1-Trichloroethane 1.67E‐05 8.43E‐06 2.51E‐05
Toluene 4.38E‐04 2.21E‐04 1.45E+00 4.31E‐04 4.99E‐04 1.45E+00
o-Xylene 7.71E‐06 3.89E‐06 1.00E‐01 9.04E‐03 1.90E‐04 1.09E‐01
Acenaphthene 1.49E‐06 7.54E‐07 2.25E‐06
Anthracene 1.79E‐08 9.04E‐09 2.69E‐08
Benz(a)anthracene 8.63E‐08 4.36E‐08 1.30E‐07
Benzo(b,k)fluoranthene 2.84E‐07 1.43E‐07 4.27E‐07
Benzo(g,h,i)perylene 1.60E‐07 8.07E‐08 2.41E‐07
Chrysene 1.68E‐07 8.50E‐08 2.53E‐07
Dibenzo(a,h)anthracene 1.18E‐07 5.96E‐08 1.78E‐07
Fluoranthene 3.42E‐07 1.73E‐07 5.15E‐07
Fluorene 3.16E‐07 1.60E‐07 4.76E‐07
Indo(1,2,3-cd)pyrene 1.51E‐06 7.64E‐07 2.28E‐06
Phenanthrene 7.43E‐08 3.75E‐08 1.12E‐07
Pyrene 3.01E‐07 1.52E‐07 4.52E‐07
OCDD 2.19E‐10 1.11E‐10 3.30E‐10
Antimony 3.71E‐04 0.00E+00 3.71E‐04
Arsenic 9.33E‐05 1.88E‐04 4.56E‐05 3.26E‐04
Barium 1.82E‐04 4.71E‐05 2.29E‐04
Beryllium 1.97E‐06 9.18E‐05 7.28E‐06 1.01E‐04
Cadmium 2.81E‐05 9.93E‐07 4.14E‐07 2.96E‐05
Chloride 2.45E‐02 1.42E‐05 2.46E‐02
Chromium 5.98E‐05 1.24E‐02 7.10E‐06 1.25E‐02
Chromium VI 1.75E‐05 3.02E‐05 4.77E‐05
Cobalt 4.26E‐04 8.86E‐06 4.35E‐04
Copper 1.24E‐04 2.15E‐04 3.39E‐04
Fluoride 2.64E‐03 6.29E‐05 2.70E‐03
Lead 1.07E‐04 1.33E‐03 1.07E‐04 1.55E‐03
Manganese 2.12E‐04 5.39E‐05 1.47E‐03 1.74E‐03
Mercy 7.99E‐06 1.07E‐04 1.15E‐04
Moldbdenum 5.57E‐05 4.04E‐06 5.97E‐05
Nickel 5.98E‐03 2.81E‐05 3.35E‐04 6.34E‐03
Phosphorous 6.69E‐04 3.02E‐03 5.90E‐04 4.28E‐03
Selenium 4.83E‐05 3.38E‐04 7.88E‐06 3.94E‐04
Vanadium 2.25E‐03 2.44E‐05 2.27E‐03
Zinc 2.06E‐03 1.14E‐03 3.19E‐03
Acetaldehyde 1.04E‐03 6.50E‐01 6.51E‐01
Acrolein 0.00E+00 1.30E‐02 1.30E‐02
Hexane 0.00E+00 4.60E‐01 6.96E‐04 3.56E‐04 4.61E‐01
Isooctane 0.00E+00 2.00E‐02 2.16E‐06 4.27E‐07 2.00E‐02
Methyl Chloroform 0.00E+00 2.40E‐02 2.40E‐02
Bromomethane 0.00E+00 3.41E‐05 2.28E‐05 5.69E‐05
2‐Butanone 0.00E+00 2.71E‐04 1.16E‐04 3.88E‐04
Carbon disulfide 0.00E+00 1.11E‐04 3.09E‐05 1.42E‐04
Chloroethane 0.00E+00 2.78E‐05 4.99E‐06 3.28E‐05
Chloromethane 0.00E+00 1.60E‐04 3.56E‐05 1.96E‐04
Chrysene 0.00E+00 3.04E‐05 3.04E‐05
Isooctane 0.00E+00 2.16E‐06 4.27E‐07 2.58E‐06
Methylene Chloride 0.00E+00 1.88E‐06 1.88E‐06
Styrene 0.00E+00 3.76E‐05 1.73E‐05 5.49E‐05
m,p‐xylene 0.00E+00 1.39E‐03 9.73E‐04 2.36E‐03
TOTAL 0.03986 0.02013 1.16700 0.00277 0.00156 0.00257 0.00000
Total HAPs in TPY
HAP Name
Concrete Plant 
Heater Hot Oil Asphalt 
Heater Asphalt Plant Asphalt Silo Asphalt Loadout
Concrete 
Batch Plant
Column1 Total by 
Compound
Benzene 6.63E‐05 3.35E‐05 9.75E‐02 9.75E‐04 5.41E‐04 9.91E‐02
Ethylbenzene 1.97E‐05 9.95E‐06 6.00E‐02 1.16E‐03 2.91E‐03 6.41E‐02
Formaldehyde 1.02E‐02 5.16E‐03 7.75E‐01 2.10E‐02 9.15E‐04 8.12E‐01
Naphthalene 3.50E‐04 1.77E‐04 1.63E‐01 5.54E‐02 2.18E‐01
1,1,1-Trichloroethane 7.31E‐05 3.69E‐05 1.10E‐04
Toluene 1.92E‐03 9.70E‐04 7.25E‐01 1.89E‐03 2.18E‐03 7.32E‐01
o-Xylene 3.38E‐05 1.71E‐05 5.00E‐02 3.96E‐02 8.32E‐04 9.05E‐02
Acenaphthene 6.54E‐06 3.30E‐06 9.84E‐06
Anthracene 7.84E‐08 3.96E‐08 1.18E‐07
Benz(a)anthracene 3.78E‐07 1.91E‐07 5.69E‐07
Benzo(b,k)fluoranthene 1.24E‐06 6.27E‐07 1.87E‐06
Benzo(g,h,i)perylene 7.00E‐07 3.54E‐07 1.05E‐06
Chrysene 7.37E‐07 3.72E‐07 1.11E‐06
Dibenzo(a,h)anthracene 5.17E‐07 2.61E‐07 7.78E‐07
Fluoranthene 1.50E‐06 7.57E‐07 2.26E‐06
Fluorene 1.38E‐06 6.99E‐07 2.08E‐06
Indo(1,2,3-cd)pyrene 6.63E‐06 3.35E‐06 9.98E‐06
Phenanthrene 3.25E‐07 1.64E‐07 4.89E‐07
Pyrene 1.32E‐06 6.65E‐07 1.98E‐06
OCDD 9.60E‐10 4.85E‐10 1.45E‐09
Antimony 1.63E‐03 8.21E‐04 2.45E‐03
Arsenic 4.09E‐04 2.06E‐04 4.36E‐05 6.59E‐04
Barium 7.96E‐04 4.02E‐04 1.20E‐03
Beryllium 8.61E‐06 4.35E‐06 4.91E‐06 1.79E‐05
Cadmium 1.23E‐04 6.23E‐05 4.14E‐07 1.86E‐04
Chloride 1.07E‐01 5.43E‐02 1.62E‐01
Chromium 2.62E‐04 1.32E‐04 1.87E‐04 5.80E‐04
Chromium VI 7.68E‐05 3.88E‐05 1.16E‐04
Cobalt 1.86E‐03 9.42E‐04 2.81E‐03
Copper 5.45E‐04 2.75E‐04 8.20E‐04
Fluoride 1.16E‐02 5.83E‐03 1.74E‐02
Lead 4.68E‐04 2.36E‐04 6.95E‐05 7.73E‐04
Manganese 9.29E‐04 4.69E‐04 1.05E‐03 2.44E‐03
Mercury 3.50E‐05 1.77E‐05 5.27E‐05
Moldbdenum 2.44E‐04 1.23E‐04 3.67E‐04
Nickel 2.62E‐02 1.32E‐02 2.27E‐04 3.96E‐02
Phosphorous 2.93E‐03 1.48E‐03 5.90E‐04 5.00E‐03
Selenium 2.12E‐04 1.07E‐04 5.18E‐06 3.24E‐04
Vanadium 9.85E‐03 4.97E‐03 1.48E‐02
Zinc 9.01E‐03 4.55E‐03 1.36E‐02
Acetaldehyde 3.25E‐01 3.25E‐01
Acrolein 6.50E‐03 6.50E‐03
Hexane 2.30E‐01 2.30E‐01
Isooctane 1.00E‐02 9.44E‐06 1.87E‐06 1.00E‐02
Methyl Chloroform 1.20E‐02 1.20E‐02
Bromomethane 1.49E‐04 9.98E‐05 2.49E‐04
2‐Butanone 1.19E‐03 5.09E‐04 1.70E‐03
Carbon disulfide 4.87E‐04 1.35E‐04 6.23E‐04
Chloroethane 1.22E‐04 2.18E‐05 1.44E‐04
Chloromethane 7.01E‐04 1.56E‐04 8.57E‐04
Chrysene 1.33E‐04 1.33E‐04
Methylene Chloride 8.23E‐06 8.23E‐06
Styrene 1.65E‐04 7.59E‐05 2.40E‐04
m,p‐xylene 6.09E‐03 4.26E‐03 1.04E‐02
TOTAL 0.18730 0.09459 2.45350 0.12916 0.00217 0.00000 2.87
Source:Concrete Plant Water Heater
Company:Geneva Rock Products
Site:Mona Pit
Date:10/20/2022
Heater:9.9 MMBtu/hr
Pollutant
Emission Factor
(lb/mmBtu)
Fuel
Consumed
(mmBtu/yr)
Fuel Consumed
(mmBtu/hr)
Emission Rates
(ton/yr)
Emission Rates
(lb/yr)
Emission
Rates (lb/hr)EF FC FC ER ER ER
Criteria Pollutants
PMCon 9.29E-03 86,724 9.9 0.4026 8.05E+02 0.0919
PMFilt 1.43E-02 86,724 9.9 0.6195 1.24E+03 0.1414
PMTot 2.36E-02 86,724 9.9 1.0221 2.04E+03 0.2334
PM10 1.18E-02 86,724 9.9 0.5111 1.02E+03 0.1167
PM2.5 2.83E-03 86,724 9.9 0.1227 2.45E+02 0.0280
SO2 1.52E-03 86,724 9.9 0.0660 1.32E+02 0.0151
NOx 1.43E-01 86,724 9.9 6.1946 1.24E+04 1.4143
CO 3.57E-02 86,724 9.9 1.5486 3.10E+03 0.3536
VOC 3.97E-03 86,724 9.9 0.1722 3.44E+02 0.0393
GHG
CO2 1.6E+02 86,724 9.9 6906.9 1.38E+07 1576.9
CH4 1.54E-03 86,724 9.9 0.0669 1.34E+02 0.0153
N2O 1.86E-03 86,724 9.9 0.0805 1.61E+02 0.0184
CO2e 6,932
HAPs
Benzene 1.53E-06 86,724 9.9 6.63E-05 1.33E-01 1.51E-05
Ethylbenzene 4.54E-07 86,724 9.9 1.97E-05 3.94E-02 4.50E-06
Formaldehyde 2.36E-04 86,724 9.9 1.02E-02 2.04E+01 2.33E-03
Naphthalene 8.07E-06 86,724 9.9 3.50E-04 7.00E-01 7.99E-05
1,1,1-Trichloroethane 1.69E-06 86,724 9.9 7.31E-05 1.46E-01 1.67E-05
Toluene 4.43E-05 86,724 9.9 1.92E-03 3.84E+00 4.38E-04
o-Xylene 7.79E-07 86,724 9.9 3.38E-05 6.75E-02 7.71E-06
Acenaphthene 1.51E-07 86,724 9.9 6.54E-06 1.31E-02 1.49E-06
Anthracene 1.81E-09 86,724 9.9 7.84E-08 1.57E-04 1.79E-08
Benz(a)anthracene 8.71E-09 86,724 9.9 3.78E-07 7.56E-04 8.63E-08
Benzo(b,k)fluoranthene 2.86E-08 86,724 9.9 1.24E-06 2.48E-03 2.84E-07
Benzo(g,h,i)perylene 1.61E-08 86,724 9.9 7.00E-07 1.40E-03 1.60E-07
Chrysene 1.70E-08 86,724 9.9 7.37E-07 1.47E-03 1.68E-07
Dibenzo(a,h)anthracene 1.19E-08 86,724 9.9 5.17E-07 1.03E-03 1.18E-07
Fluoranthene 3.46E-08 86,724 9.9 1.50E-06 3.00E-03 3.42E-07
Fluorene 3.19E-08 86,724 9.9 1.38E-06 2.77E-03 3.16E-07
Indo(1,2,3-cd)pyrene 1.53E-07 86,724 9.9 6.63E-06 1.33E-02 1.51E-06
Phenanthrene 7.50E-09 86,724 9.9 3.25E-07 6.50E-04 7.43E-08
Pyrene 3.04E-08 86,724 9.9 1.32E-06 2.63E-03 3.01E-07
OCDD 2.21E-11 86,724 9.9 9.60E-10 1.92E-06 2.19E-10
Metals
Antimony 3.75E-05 86,724 9.9 1.63E-03 3.25E+00 3.71E-04
Arsenic 9.43E-06 86,724 9.9 4.09E-04 8.18E-01 9.33E-05
Barium 1.84E-05 86,724 9.9 7.96E-04 1.59E+00 1.82E-04
Beryllium 1.99E-07 86,724 9.9 8.61E-06 1.72E-02 1.97E-06
Cadmium 2.84E-06 86,724 9.9 1.23E-04 2.47E-01 2.81E-05
Chloride 2.48E-03 86,724 9.9 1.07E-01 2.15E+02 2.45E-02
Chromium 6.04E-06 86,724 9.9 2.62E-04 5.23E-01 5.98E-05
Chromium VI 1.77E-06 86,724 9.9 7.68E-05 1.54E-01 1.75E-05
Cobalt 4.30E-05 86,724 9.9 1.86E-03 3.73E+00 4.26E-04
Copper 1.26E-05 86,724 9.9 5.45E-04 1.09E+00 1.24E-04
Fluoride 2.66E-04 86,724 9.9 1.16E-02 2.31E+01 2.64E-03
Lead 1.08E-05 86,724 9.9 4.68E-04 9.35E-01 1.07E-04
Manganese 2.14E-05 86,724 9.9 9.29E-04 1.86E+00 2.12E-04
Mercy 8.07E-07 86,724 9.9 3.50E-05 7.00E-02 7.99E-06
Moldbdenum 5.62E-06 86,724 9.9 2.44E-04 4.88E-01 5.57E-05
Nickel 6.04E-04 86,724 9.9 2.62E-02 5.23E+01 5.98E-03
Phosphorous 6.76E-05 86,724 9.9 2.93E-03 5.86E+00 6.69E-04
Selenium 4.88E-06 86,724 9.9 2.12E-04 4.23E-01 4.83E-05
Vanadium 2.27E-04 86,724 9.9 9.85E-03 1.97E+01 2.25E-03
Zinc 2.08E-04 86,724 9.9 9.01E-03 1.80E+01 2.06E-03
Source of Data:Equations:
Emission Factor: AP-42, Fifth Edition, Section 1.3, Fuel Oil Combustion Emission Rates:
Table 1.3-1,2,3,9
Max Rating per Hour: Based off of Proposed Yardage
Emission Rate: Calculated
Assumptions:
The emissions are assumed to be uncontrolled and are based on diesel
GWPs are averages from EPAs Website
To convert to lb/MMBtu of No.2 oil, divide by 140 MMBtu/10^3 gal
Heater will be fired on diesel, Propane or natural gas.
EF lb
mmcf FCmmBtu
yr
HC Btu
cf
ER ton
yr
EF lb
mmcf FCmmBtu
yr
HC Btu
cf
ER lb
yr
EF lb
mmcf FCmmBtu
hr
HC Btu
cf
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1 ton
2,000 lb
1 mmBtu
1,000,000 Btu
1,000,000 cf
1 mmcf
1 mmBtu
1,000,000 Btu
1,000,000 cf
1 mmcf
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1 mmBtu
1,000,000 Btu
1,000,000 cf
1 mmcf
1 hr
3,600 sec
ER lb
hr
ER lb
hr
g
lb ER g45359.sec
Source:Material Handling -Trucks/Loaders
Company:Geneva Rock Products
Site:Mona Pit
Date:10/20/2022
Hourly Annual  PM10 PM2.5  PM10  PM10 PM2.5 PM2.5
Source Description Throughput Throughput Emission Factor Emission Factor Emissions Emissions Emissions Emissions
(TPH) (TPY) (lb/ton) (lb/ton) (lb/hr) (TPY) (lb/hr) (TPY)
Ready Mix Plant
   Loader (to hopper) 500 500,000 0.00010 0.00002 0.050 0.025 0.008 0.004
Aggregate Plant
  Loader to hopper  1,000 1,000,000 0.00010 0.00002 0.100 0.050 0.015 0.008
  Trucks 1,000 1,000,000 0.00010 0.00002 0.100 0.050 0.015 0.008
Concrete Plant
Trucks 100 603,600 0.00010 0.00002 0.010 0.030 0.002 0.005
Source of Data:Equations:
Emission Factor:AP‐42, Section 11.19.2 Crushed Stone Processing and Pulverized Mineral Processing, Truck Loading Crushed Stone Emission Rates:
Table 11.19.2-2 lb t 1 t t
Source:Material Handling-Dozer
Company: Geneva Rock Products
Site:Mona Pit
Date: 10/20/2022
Source Pollutant
Emission
Factor (lb/hr)
Dozer Hours
(hr/yr)
Emission
Rate (lb/yr)
Emission
Rate (TPY)
Emission Rate
(lb/hr)
Dozer PM10 0.7528 8130 6119.94 3.06 7.53E-01
PM2.5 0.4138 8130 3364.02 1.68 4.14E-01
Assumptions:
Dozer Operates 8,760 hours/year
Reference:
AP-42 Section 11.9 Western Surface Coal Mining-Table 11.9-1 (Bulldozing Overburden)
Silt and Moisture Content-Geometric Means-Table 11.9-3 (Bulldozing Overburden) `
Equations:
𝑇𝑆𝑃 ൌ 5.7ሺ𝑠ሻଵ.ଶ
ሺ𝑀ሻଵ.ଷ
𝑃𝑀ଵହ ൌ 1.0ሺ𝑠ሻଵ.ହ
ሺ𝑀ሻଵ.ସ
𝑃𝑀ଵ଴ ൌ𝑃𝑀ଵହ*0.75
𝑃𝑀ଶ.ହ ൌ𝑇𝑆𝑃*0.105
Source:Material Handling-Conveyors
Company:Geneva Rock Product
Site:Mona Pit
Date:10/22/2022
Hourly Annual PM10 PM2.5  PM10  PM10 PM2.5 PM2.5
Source Description Throughput Throughput Number of EF EF Emissions Emissions Emissions Emissions
(TPH) (TPY) Drops (lb/ton) (lb/ton) (lb/hr) (TPY) (lb/hr) (TPY)
Aggregate Plant
   Conveyors 1,500 1,000,000 15 0.000046 0.000013 0.069 0.345 0.020 0.0975
Asphalt Plant
   Conveyors 500 500,000 6 0.000046 0.000013 0.023 0.069 0.007 0.0195
Concrete Batch Plant
   Conveyors 100 603,600 3 0.000046 0.000013 0.005 0.042 0.001 0.0117702
Total 0.097 0.456 0.027 0.129
Source of Data:Equations:
Emission Factor:AP‐42, Section 11.19.2 Crushed Stone Processing and Pulverized Mineral Processing, Conveyor Transfer Point Controlled Emission Rates:
Table 11.19.2-2
Production (Aggregate/Concrete) Geneva Rock Products
Emission Rate: Calculated
Source:Aggregate Throughput
Company:Staker Parson
Site:Mona Pit
Date:10/20/2022
Hourly Uncontrolled PM10 Uncontrolled PM2.5 Controlled PM10 Controlled PM2.5 Uncontrolled PM10  Uncontrolled PM2.5 Controlled PM10 Controlled PM2.5 Controlled PM10 Controlled PM2.5
Source Description Throughput Emission Factor Emission Factor Emission Factor Emission Factor Emissions Emissions Emissions Emissions Emissions Emissions
(TPH)(lb/ton)(lb/ton)(lb/ton)(lb/ton)(TPY)(TPY)(TPY)(TPY)(lb/hr)(lb/hr)
Aggregate Plant
   Primary crusher1 1 1,000 0.0024 0.00036 0.00054 0.0001 1.20 0.18 0.27 0.05 0.54 0.10
   Primary crusher2 1 1,000 0.0024 0.00036 0.00054 0.0001 1.20 0.18 0.27 0.05 0.54 0.10
Secondary crusher 2 600 0.0024 0.00036 0.00054 0.0001 1.20 0.18 0.27 0.05 0.32 0.06
Tertiary crusher 2 600 0.0024 0.00036 0.00054 0.0001 1.20 0.18 0.27 0.05 0.32 0.06
   Screen 1 1 1,500 0.0087 0.00131 0.00074 0.00005 4.35 0.65 0.37 0.03 1.11 0.08
Screen 2 1 1,000 0.0087 0.00131 0.00074 0.00005 4.35 0.65 0.37 0.03 0.74 0.05
Screen 3 1 1,000 0.0087 0.00131 0.00074 0.00005 4.35 0.65 0.37 0.03 0.74 0.05
Screen 4 1 600 0.0087 0.00131 0.00074 0.00005 4.35 0.65 0.37 0.03 0.44 0.03
Screen 5 1 600 0.0087 0.00131 0.00074 0.00005 4.35 0.65 0.37 0.03 0.44 0.03
Screen 6 1 600 0.0087 0.00131 0.00074 0.00005 4.35 0.65 0.37 0.03 0.44 0.03
Total 30.90 4.64 3.30 0.35 5.65 0.59
Source of Data:
Emission Factors: AP-42, Section 11.19.2, Table 11.19.2-2, August 2004
Equations:
Emission Rates:
Assumptions:
PM2.5/PM10 ratio ‐ 0.15, MRI 2006
Number 
of 
Crushers
EF lb
ton PR ton
yr
1ton
2,000 lb
ER ton
yr
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Source:Storage Piles
Company:Geneva Rock Product
Site:Mona Pit
Date:10/20/2022
PM10 EF PM2.5 EF Pile Size
Control
Efficiency
Uncontrolled PM10
Emissions
Uncontrolled PM2.5
Emissions
Controlled PM10
Emissions
Controlled PM2.5
Emissions
Controlled PM10
Emissions
(lb/acre-day) (lb/acre-day) Days/year (acres)(TPY)(TPY)(TPY)(TPY)(lb/hr)
Storage piles 6.30 0.473 365.000 15.00 0.75 17.246 1.293 4.312 0.323 0.984
17.246 1.293 4.312 0.323
Source of Data:Equations:
Emission Factor:AP‐42, Fifth Edition, Section 11.9, 10/98 Emission Rates:
Western Surface Coal Mining
Table 11.9-4
Pile Size Estimated from GRP
Emission Rate: Calculated
Assumptions:
PM10/TSP ratio of 0.5 used (WRAP Fugitive Dust Handbook, Chapter 9)
PM2.5/PM10 ratio of 0.075 (UDAQ)
75% Control Efficiency for Watering Stockpiles (UDAQ)
Source Description
Source:Exposed Area (active Mining)
Company:Geneva Rock Products
Site:Mona Pit
Date:10/20/2022
Source Description PM10 EF PM2.5 EF Exposed Area PM10 Emissions PM2.5 Emissions PM10 Emissions
T/acre/yr T/acre/yr acres TPY TPY lb/hr
Disturbed Ground 0.19 0.029 25.0 4.75 0.71 1.08
Source of Data:Equations:
Emission Factor:AP‐42, Section 11.9 Western Surface Coal Mining Emission Rates:
Table 11.9-4
Exposed Acre Size Estimated by GRP
Emission Rate: Calculated
Assumptions:
PM2.5/PM10  raƟo ‐ 0.15, MRI, 2006. Background Document for Revisions to Fine FracƟon RaƟos Used for AP‐42FugiƟve Emission Factors, prepared for the WRAP by Midwest Research InsƟtute, Feb. 1.
Emission factor obtained from AP‐42, Table 11.9‐4, for TSP.  It is assumed that PM10 is 50% of TSP, so 0.38 T/acre/yr x 50% = 0.19 T/acre/yr.
The emissions are assumed to be uncontrolled.
Source:Asphalt Plant Hot Oil Heater
Company:Geneva Rock Products
Site:Mona Pit
Date:10/20/2022
Heater:5.0 MMBtu/hr
Pollutant
Emission Factor
(lb/mmBtu)
Fuel
Consumed
(mmBtu/yr)
Fuel Consumed
(mmBtu/hr)
Emission Rates
(ton/yr)
Emission Rates
(lb/yr)
Emission
Rates (lb/hr)EF FC FC ER ER ER
Criteria Pollutants
PMCon 9.29E-03 43,800 5.00 0.20 4.07E+02 4.64E-02
PMFilt 1.43E-02 43,800 5.00 0.31 6.26E+02 7.14E-02
PMTot 2.36E-02 43,800 5.00 0.52 1.03E+03 1.18E-01
PM10 1.18E-02 43,800 5.00 0.26 5.16E+02 5.89E-02
PM2.5 2.83E-03 43,800 5.00 0.06 1.24E+02 1.41E-02
SO2 1.52E-03 43,800 5.00 0.03 6.66E+01 7.61E-03
NOx 1.43E-01 43,800 5.00 3.13 6.26E+03 7.14E-01
CO 3.57E-02 43,800 5.00 0.78 1.56E+03 1.79E-01
VOC 3.97E-03 43,800 5.00 0.09 1.74E+02 1.99E-02
GHG
CO2 1.6E+02 43,800 5.0 3,488 6.98E+06 796.4
CH4 1.54E-03 43,800 5.0 0 6.76E+01 0.0077
N2O 1.86E-03 43,800 5.0 0 8.13E+01 0.0093
CO2e 3,501
HAPs
Benzene 1.53E-06 43,800 5.0 3.35E-05 6.70E-02 7.64E-06
Ethylbenzene 4.54E-07 43,800 5.0 9.95E-06 1.99E-02 2.27E-06
Formaldehyde 2.36E-04 43,800 5.0 5.16E-03 1.03E+01 1.18E-03
Naphthalene 8.07E-06 43,800 5.0 1.77E-04 3.54E-01 4.04E-05
1,1,1-Trichloroethane 1.69E-06 43,800 5.0 3.69E-05 7.38E-02 8.43E-06
Toluene 4.43E-05 43,800 5.0 9.70E-04 1.94E+00 2.21E-04
o-Xylene 7.79E-07 43,800 5.0 1.71E-05 3.41E-02 3.89E-06
Acenaphthene 1.51E-07 43,800 5.0 3.30E-06 6.60E-03 7.54E-07
Anthracene 1.81E-09 43,800 5.0 3.96E-08 7.92E-05 9.04E-09
Benz(a)anthracene 8.71E-09 43,800 5.0 1.91E-07 3.82E-04 4.36E-08
Benzo(b,k)fluoranthene 2.86E-08 43,800 5.0 6.27E-07 1.25E-03 1.43E-07
Benzo(g,h,i)perylene 1.61E-08 43,800 5.0 3.54E-07 7.07E-04 8.07E-08
Chrysene 1.70E-08 43,800 5.0 3.72E-07 7.45E-04 8.50E-08
Dibenzo(a,h)anthracene 1.19E-08 43,800 5.0 2.61E-07 5.22E-04 5.96E-08
Fluoranthene 3.46E-08 43,800 5.0 7.57E-07 1.51E-03 1.73E-07
Fluorene 3.19E-08 43,800 5.0 6.99E-07 1.40E-03 1.60E-07
Indo(1,2,3-cd)pyrene 1.53E-07 43,800 5.0 3.35E-06 6.70E-03 7.64E-07
Phenanthrene 7.50E-09 43,800 5.0 1.64E-07 3.29E-04 3.75E-08
Pyrene 3.04E-08 43,800 5.0 6.65E-07 1.33E-03 1.52E-07
OCDD 2.21E-11 43,800 5.0 4.85E-10 9.70E-07 1.11E-10
Metals
Antimony 3.75E-05 43,800 5.0 8.21E-04 1.64E+00 1.88E-04
Arsenic 9.43E-06 43,800 5.0 2.06E-04 4.13E-01 4.71E-05
Barium 1.84E-05 43,800 5.0 4.02E-04 8.04E-01 9.18E-05
Beryllium 1.99E-07 43,800 5.0 4.35E-06 8.70E-03 9.93E-07
Cadmium 2.84E-06 43,800 5.0 6.23E-05 1.25E-01 1.42E-05
Chloride 2.48E-03 43,800 5.0 5.43E-02 1.09E+02 1.24E-02
Chromium 6.04E-06 43,800 5.0 1.32E-04 2.64E-01 3.02E-05
Chromium VI 1.77E-06 43,800 5.0 3.88E-05 7.76E-02 8.86E-06
Cobalt 4.30E-05 43,800 5.0 9.42E-04 1.88E+00 2.15E-04
Copper 1.26E-05 43,800 5.0 2.75E-04 5.51E-01 6.29E-05
Fluoride 2.66E-04 43,800 5.0 5.83E-03 1.17E+01 1.33E-03
Lead 1.08E-05 43,800 5.0 2.36E-04 4.72E-01 5.39E-05
Manganese 2.14E-05 43,800 5.0 4.69E-04 9.39E-01 1.07E-04
Mercy 8.07E-07 43,800 5.0 1.77E-05 3.54E-02 4.04E-06
Moldbdenum 5.62E-06 43,800 5.0 1.23E-04 2.46E-01 2.81E-05
Nickel 6.04E-04 43,800 5.0 1.32E-02 2.64E+01 3.02E-03
Phosphorous 6.76E-05 43,800 5.0 1.48E-03 2.96E+00 3.38E-04
Selenium 4.88E-06 43,800 5.0 1.07E-04 2.14E-01 2.44E-05
Vanadium 2.27E-04 43,800 5.0 4.97E-03 9.95E+00 1.14E-03
Zinc 2.08E-04 43,800 5.0 4.55E-03 9.10E+00 1.04E-03
Source of Data:Equations:
Emission Factor: AP-42, Fifth Edition, Section 1.3, Fuel Oil Combustion Emission Rates:
Table 1.3-1,2,3,9
Max Rating per Hour: Based off of Proposed Yardage
Emission Rate: Calculated
Assumptions:
The emissions are assumed to be uncontrolled and fired on diesel fuel.
GWPs are averages from EPAs Website
To convert to lb/MMBtu of No.2 oil, divide by 140 MMBtu/10^3 gal
EF lb
mmcf FCmmBtu
yr
HCBtu
cf
ER ton
yr
EF lb
mmcf FC mmBtu
yr
HCBtu
cf
ER lb
yr
EF lb
mmcf FC mmBtu
hr
HCBtu
cf
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1 ton
2,000 lb
1 mmBtu
1,000,000 Btu
1,000,000 cf
1 mmcf
1 mmBtu
1,000,000 Btu
1,000,000 cf
1 mmcf
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1 mmBtu
1,000,000 Btu
1,000,000 cf
1 mmcf
1 hr
3,600 sec
ER lb
hr
ERlb
hr
g
lb ER g45359.sec
Source:Drum Mix Asphalt Plant (Baghouse)
Company: Geneva Rock Products
Site: Mona Pit
Reference: AP-42, Fifth Edition, Section 11.1, 3/04
Throughput: 500,000 TPY
Emission Controlled Emission
Source Pollutant Factor Rate
(lb/ton)(ton/yr) (lb/hr)
Drum mix (baghouse) (waste oil)PM10 0.0230 500,000 500 5.75 11.5
PM2.5 0.0029 500,000 500 0.73 1.5
SOx 0.0580 500,000 500 14.50 29.0
NOx 0.0550 500,000 500 13.75 27.5
CO 0.1300 500,000 500 32.50 65.0
VOC 0.0320 500,000 500 8.00 16.0
33.00 500,000 500 8250.00 16,500.0
0.0120 500,000 500 3.00 6.0
Acetaldehyde 1.3E-03 500,000 500 3.25E-01 6.50E-01
Acrolein 2.6E-05 500,000 500 6.50E-03 1.30E-02
Benzene 3.9E-04 500,000 500 9.75E-02 1.95E-01
Ethylbenzene 2.4E-04 500,000 500 6.00E-02 0.00E+00
Formaldehyde 3.1E-03 500,000 500 7.75E-01 1.55E+00
Hexane 9.2E-04 500,000 500 2.30E-01 4.60E-01
Isooctane 4.0E-05 500,000 500 1.00E-02 2.00E-02
Methyl Chloroform 4.8E-05 500,000 500 1.20E-02 2.40E-02
Toluene 2.9E-03 500,000 500 7.25E-01 1.45E+00
Xylene 2.0E-04 500,000 500 5.00E-02 1.00E-01
2-Methylnaphthalene 1.7E-04 500,000 500 4.25E-02 8.50E-02
Acenapthene 1.4E-06 500,000 500 3.50E-04 7.00E-04
Acenaphthylene 2.2E-05 500,000 500 5.50E-03 1.10E-02
Anthracene 3.1E-06 500,000 500 7.75E-04 1.55E-03
Benzo(a)anthracene 2.1E-07 500,000 500 5.25E-05 1.05E-04
Benzo(a)pyrene 9.8E-09 500,000 500 2.45E-06 4.90E-06
Benzo(b)fluoranthene 1.0E-07 500,000 500 2.50E-05 5.00E-05
Benzo(e)pyrene 1.1E-07 500,000 500 2.75E-05 5.50E-05
Benzo(g,h,i)perylene 4.0E-08 500,000 500 1.00E-05 2.00E-05
Benzo(k)fluoranthene 4.1E-08 500,000 500 1.03E-05 2.05E-05
Chrysene 1.8E-07 500,000 500 4.50E-05 9.00E-05
Fluoranthene 6.1E-07 500,000 500 1.53E-04 3.05E-04
Fluorene 1.1E-05 500,000 500 2.75E-03 5.50E-03
Indeno(1,2,3-cd)pyrene 7.0E-09 500,000 500 1.75E-06 3.50E-06
Naphthalene 6.5E-04 500,000 500 1.63E-01 3.25E-01
Perylene 8.8E-09 500,000 500 2.20E-06 4.40E-06
Phenanthrene 2.3E-05 500,000 500 5.75E-03 1.15E-02
Pyrene 3.0E-06 500,000 500 7.50E-04 1.50E-03
Butane 6.7E-04 500,000 500 1.68E-01 3.35E-01
Ethylene 7.0E-03 500,000 500 1.75E+00 3.50E+00
Heptane 9.4E-03 500,000 500 2.35E+00 4.70E+00
4.0E-03 500,000 500 1.00E+00 2.00E+00
5.8E-04 500,000 500 1.45E-01 2.90E-01
1.9E-04 500,000 500 4.75E-02 9.50E-02
2.2E-03 500,000 500 5.50E-01 1.10E+00
2.1E-04 500,000 500 5.25E-02 1.05E-01
Source of Data:
Emission Factor:AP-42, Fifth Edition, Section 11.1, 3/04
Hot Mix Asphalt Plants
Tables 11.1-3, 11.1-4, 11.1-7, 11.1-8, 11.1-10 and 11.1-12
Production Rate (asphalt): Geneva Rock Products
Assumed material is saturated Calculated
Notes:
Nonmetalic HAP emission factors are based on asphalt plants controlled with fabric filters.
To avoid double counting emissions, the polycyclics emissions total in the table does not include naphthalene emissions
Proposed
Production Rate
(ton/yr)
Proposed
Production Rate
(tn/hr)
n-Pentane
GHG CO2
CH4
Non-PAH HAP's
PAH HAP's
Non-HAP organic compounds
2-Methyl-1-pentene
2-Methyl-2-butene
3-Methylpentane
1-Pentene
EF lb
ton PR ton
yr ER ton
yr
EF lb
ton PR ton
yr ER lb
yr
EF lb
ton PR ton
hr ER lb
hr
ER lb
hr
g
lb ER g
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1
45359
ton
2,000 lb
1 hr
3,600 sec.sec
Source:Hot Mix Asphalt Plant Silo Loading
Company: Geneva Rock Products
Site: Mona Pit
Reference: Reference: AP-42, Section 11.1 Hot Mix Asphalt Plants
EF (Total PM)= 0.000332 + 0.00105 (-v)E^(((0.0251)(T+460)-20.43)
EF (Organic PM)= 0.00105 (-V)e^(((0.0251)(T+460)-20.43)
EF (TOC) = 0.0504 (-V)e^(((0.0251)(T+460)-20.43)
EF (CO)= 0.00488(-V)e^(((0.0251)(T+460)-20.43)
Emission Proposed Average Proposed
Pollutant Factor Throughput Throughput Throughput
(lb/ton) Max (TPH) Avg (TPH) (TPY) (lb/hr) (TPY)
PM10 0.00057 500 57 500,000 0.0328 0.14
Total PM (PM2.5)0.00057 500 57 500,000 0.0328 0.14
VOC 0.01219 500 57 500,000 0.6956 3.05
CO 0.00118 500 57 500,000 0.0674 0.29
Greenhouse Gas
CH4 3.17E-05 500 57 500,000 0.0018 7.92E-03
HAPS
Benzene 3.90E-06 500 57 500,000 0.0002 9.75E-04
Bromomethane 5.97E-07 500 57 500,000 0.0000 1.49E-04
2-Butanone 4.75E-06 500 57 500,000 0.0003 1.19E-03
Carbon disulfude 1.95E-06 500 57 500,000 0.0001 4.87E-04
Chloroethane 4.87E-07 500 57 500,000 0.0000 1.22E-04
Chloromethane 2.80E-06 500 57 500,000 0.0002 7.01E-04
Chrysene 5.33E-07 500 57 500,000 0.0000 1.33E-04
Ethylbenzene 4.63E-06 500 57 500,000 0.0003 1.16E-03
Formaldehyde 8.41E-05 500 57 500,000 0.0048 2.10E-02
n-Hexane 1.22E-05 500 57 500,000 0.0007 3.05E-03
Isooctane 3.78E-08 500 57 500,000 0.0000 9.44E-06
Methylene Chloride 3.29E-08 500 57 500,000 0.0000 8.23E-06
Naphthalene 2.22E-04 500 57 500,000 0.0127 5.54E-02
Styrene 6.58E-07 500 57 500,000 0.0000 1.65E-04
Toluene 7.56E-06 500 57 500,000 0.0004 1.89E-03
m, p-Xylene 2.44E-05 500 57 500,000 0.0014 6.09E-03
o-Xylene 1.58E-04 500 57 500,000 0.0090 3.96E-02
Emissions
Source:Hot Mix Asphalt Plant Loadout
Company: GRP
Site: Mona
Reference: Reference: AP-42, Section 11.1 Hot Mix Asphalt Plants
EF (Total PM)= 0.000181 + 0.00141 (-v)E^(((0.0251)(T+460)-20.43)
EF (Organic PM)= 0.00141 (-V)e^(((0.0251)(T+460)-20.43)
EF (TOC) = 0.0172 (-V)e^(((0.0251)(T+460)-20.43)
EF (CO)= 0.00558(-V)e^(((0.0251)(T+460)-20.43)
Emission Proposed Average Proposed
Pollutant Factor Throughput Throughput Throughput
(lb/ton)Max (TPH) Avg (TPH) (TPY)(lb/hr) (TPY)
PM10 0.00052 500 57 500,000 0.0298 0.13
Total PM (PM2.5)0.00052 500 57 500,000 0.0298 0.13
TOC 0.00416 500 57 500,000 0.2374 1.04
CO 0.00135 500 57 500,000 0.0770 0.34
VOC 0.00391 500 57 500,000 0.2231 0.98
Greenhouse Gas
CH4 2.70E-04 500 57 500,000 0.0154 6.76E-02
HAPS
Benzene 2.16E-06 500 57 500,000 0.0001 5.41E-04
Bromomethane 3.99E-07 500 57 500,000 0.0000 9.98E-05
2-Butanone 2.04E-06 500 57 500,000 0.0001 5.09E-04
Carbon Disulfide 5.41E-07 500 57 500,000 0.0000 1.35E-04
Chloroethane 8.73E-08 500 57 500,000 0.0000 2.18E-05
Chloromethane 6.24E-07 500 57 500,000 0.0000 1.56E-04
Cumene 4.57E-06 500 57 500,000 0.0003 1.14E-03
Ethylbenzene 1.16E-05 500 57 500,000 0.0007 2.91E-03
Formaldehyde 3.66E-06 500 57 500,000 0.0002 9.15E-04
n-Hexane 6.24E-06 500 57 500,000 0.0004 1.56E-03
Isooctane 7.49E-09 500 57 500,000 0.0000 1.87E-06
Styrene 3.04E-07 500 57 500,000 0.0000 7.59E-05
Tetrachloroethene 3.20E-07 500 57 500,000 0.0000 8.01E-05
Toluene 8.73E-06 500 57 500,000 0.0005 2.18E-03
Trichlorofluoromethane 5.41E-08 500 57 500,000 0.0000 1.35E-05
m, p-Xylene 1.71E-05 500 57 500,000 0.0010 4.26E-03
o-Xylene 3.33E-06 500 57 500,000 0.0002 8.32E-04
Emissions
Source: Wash Plant
Company: Geneva Rock Product
Site: Mona
Production Rate:1,000,000 TPY
Assumptions:
Assumed material is saturated with no PM emissions
4 log washers
24 hour per day operation
Source:Concrete Batch Plant
Company: Geneva Rock Products
Site: Mona Pit
Reference: AP-42, Section 11.12 Concrete Batching, Table 11.12-2
Concrete Production: 300,000 yd3/yr
Emissions:
Source PM10 Emission
Factor
(lb/yd3) lb/hr TPY
Aggregate delivery to ground storage 0.0031 0.106 0.465
Aggregate transfer to conveyor 0.0031 0.106 0.465
Aggregate transfer to elevated storage 0.0031 0.106 0.465
Sand delivery to ground storage 0.0007 0.024 0.105
Sand transfer to conveyor 0.0007 0.024 0.105
Sand transfer to elevated storage 0.0007 0.024 0.105
0.0001 0.003 0.015
0.0002 0.007 0.030
Weigh hopper loading 0.0038 0.130 0.570
Truck mix loading (controlled) 0.0044 0.150 0.658
Total 0.681 2.983
PM2.5 Emission
Factor
(lb/yd3) lb/hr TPY
Truck mix loading (controlled) 0.0007 0.023 0.099
1 98% control efficiency for all PM2.5 going to baghouse
Assumptions:
Wind speed assumed to be 6 mph at material drop point and a 4% mositure content
PM2.5 Emissions
Truck Mix/Central Mix
PM10 Emissions
Cement supplement unloading to
elevated silo (controlled)
Cement unloading to elevated silo
(controlled)
Source Truck Mix/Central Mix
Source:Concrete Batch Plant
Company: GRP
Site: Mona
Reference: AP-42, Section 11.12 Concrete Batching, Table 11.12-2
Concrete Production 300,000 yd3/yr
Composition Data:
Material lb/yd3 TPY TPH
Coarse Aggregate 1,865 279,750 31.93
Sand 1,428 214,200 24.45
Cement 491 73,650 8.41
Cement Supplement 73 10,950 1.25
Cement + Cement Sup. 564 84,600 9.66
Water 167 25,050 2.86
Total Concrete (yd3) 4,024 603,600 68.90
Emissions:
Controlled
(lb/tn) (lb/hr) Controlled
Controlled
(TPY)
Controlled
(lb/tn)
(lb/hr)
Controlled
Controlled
(TPY)
Controlled
(lb/tn)
Controlled
(lb/hr)
Controlled
(TPY)
Controlled
(lb/tn)
Controlled
(lb/hr)
Controlled
(TPY)
Arsenic 4.24E-09 3.56E-08 1.56E-07 1.00E-06 1.25E-06 5.48E-06 2.96E-07 2.86E-06 1.25E-05 6.02E-07 4.15E-05 2.55E-05
Beryllium 4.86E-10 4.09E-09 1.79E-08 9.04E-08 1.13E-07 4.95E-07 ND ND ND 1.04E-07 7.17E-06 4.40E-06
Cadmium ND ND ND 1.98E-10 2.48E-10 1.08E-09 7.10E-10 6.86E-09 3.00E-08 9.06E-09 6.24E-07 3.83E-07
Total Chromium 2.90E-08 2.44E-07 1.07E-06 1.22E-06 1.53E-06 6.68E-06 1.27E-07 1.23E-06 5.37E-06 4.10E-06 2.83E-04 1.73E-04
Lead 1.09E-08 9.16E-08 4.01E-07 5.20E-07 6.50E-07 2.85E-06 3.66E-08 3.53E-07 1.55E-06 1.53E-06 1.05E-04 6.47E-05
Manganese 1.17E-07 9.84E-07 4.31E-06 2.56E-07 3.20E-07 1.40E-06 3.78E-06 3.65E-05 1.60E-04 2.08E-05 1.43E-03 8.80E-04
Nickel 4.18E-08 3.51E-07 1.54E-06 2.28E-06 2.85E-06 1.25E-05 2.48E-07 2.40E-06 1.05E-05 4.78E-06 3.29E-04 2.02E-04
Total Phosphorus ND ND ND 3.54E-06 4.43E-06 1.94E-05 1.20E-06 1.16E-05 5.08E-05 1.23E-05 8.48E-04 5.20E-04
Selenium ND ND ND 7.24E-08 9.05E-08 3.96E-07 ND ND ND 1.13E-07 7.79E-06 4.78E-06
Total HAPS 7.49E-06 4.92E-05 2.41E-04 1.88E-03
98% control efficiency for all HAPs going to baghouse
Central Mix Batching
Current
Pollutant
Cement Silo Filling Cement Supplement Silo Filling Truck Loading
Source: Tanks
Company: Geneva Rock Product
Site: Mona
VOC actual emissionVOC potential emissions CO Emissions
(tons/year) (tons/year) (tons/year)
Horizontal tank 1 0.0239 0.0258 4‐12,000 gallon diesel storage tanks
Horizontal tank 2 0.0399 0.0474 0.0046 25,000 gallon asphalt cement oil tank
Horizontal tank 3 0.0525 0.0629 0.0061 35,000 gallon asphalt cement oil tank
Horizontal tank 4 0.1501 0.1857 0.0180 2‐ 60,000 gallon asphalt cement oil tanks
Vertical tank 1 0.005 0.006 0.0006 30,000 gallon asphalt cement oil tank
Vertical tank 2 0.014 0.015 0.0015 250,000 gallon asphalt cement oil tank
Vertical tank 3 0.041 0.052 60,000 gallon RFO tank
Vertical tank 4 0.061 0.064 4,000 ton asphalt cement oil tank
Total 0.387 0.459 0.031
Assumptions:
For asphalt cement, CO Emissions are equal to 0.097 x VOC emissions based on AP-42, Setion 11.1. Section 4.4.5
Source:Unpaved Roads
Company:Geneva Rock Products
Site:Mona Pit
Date:10/20/2022
PM10 Emission Factor => E = k * (s/12)a * (W/3)b  PM2.5 Emission Factor => E = k * (s/12)a * (W/3)b 
Annual  PM10 Emission Factor => E = k * (s/12)a * (W/3)b *[(365‐P)/365] Annual PM2.5 Emission Factor => E = k * (s/12)a * (W/3)b *[(365‐P)/365]
Where
E = Emission factor (pounds per VMT)
k, a, b = constants (AP‐42, Section 13.2.2 Unpaved Roads Table 13.2.2‐2
s = surface material silt content =4.8
CF = Control Factor =85% 90% 95%
 PM10 & PM2.5 a = 0.9
 PM10 & PM2.5 b = 0.45
P = 89
Vehicle 24‐Hour Annual 24‐Hour Annual 24‐hour Annual Uncontrolled Controlled Uncontrolled Controlled Uncontrolled Controlled Uncontrolled Controlled
Source Description PM10 PM2.5 Silt Content Weight Mean Speed PM10 EF PM10 EF PM2.5 EF PM2.5 EF 24‐hour PM10 24‐hour PM10 24‐hour PM10 24‐hour PM10 24‐hour PM2.5 24‐hour PM2.5 24‐hour PM2.5 24‐hour PM2.5 k k (%) (ton) (mph) (lb/VMT) (lb/VMT) (lb/VMT) (lb/VMT) VMT/hr VMT/yr lb/hr lb/hr tn/yr tn/yr lb/hr lb/hr tn/yr tn/yr
RMC‐Trucks ‐ Unpaved 1.5 0.15 4.8 40.5 10 2.12 1.61 0.212 0.161 0.45 3,977.3 0.96 0.14 4.22 0.633 0.10 0.014 0.422 0.063
RMC‐Trucks ‐ Paved + Sweeping 1.5 0.15 4.8 40.5 10 2.12 1.61 0.212 0.161 0.00 0.0 0.00 0.00 0.00 0.000 0.00 0.000 0.000 0.000
RMC‐Trucks ‐ Paved + Vacuum 1.5 0.15 4.8 40.5 10 2.12 1.61 0.212 0.161 0.34 3,017.2 0.73 0.04 3.20 0.160 0.07 0.004 0.320 0.016
Aggregate‐Trucks ‐ Unpaved 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 4.35 38,094.0 7.22 1.08 31.63 4.744 0.72 0.108 3.163 0.474
Aggregate‐Trucks ‐ Paved + Sweeping 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 0.00 0.0 0.00 0.00 0.00 0.000 0.00 0.000 0.000 0.000
Aggregate‐Trucks ‐ Paved + Vacuum 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 1.08 9,469.7 1.79 0.09 7.86 0.393 0.18 0.009 0.786 0.039
HMA ‐ Trucks ‐ Paved + Sweeping 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 0.00 0.0 0.00 0.00 0.00 0.000 0.00 0.000 0.000 0.000
HMA ‐ Trucks ‐ Paved + Vacuum 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 1.57 13,774.1 2.61 0.13 11.44 0.572 0.26 0.013 1.144 0.057
Wash Plant ‐ Trucks ‐ Unpaved 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 1.58 13,860.2 2.63 0.39 11.51 1.726 0.26 0.039 1.151 0.173
Wash Plant ‐ Trucks ‐ Paved + Sweeping 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 0.00 0.0 0.00 0.00 0.00 0.000 0.00 0.000 0.000 0.000
Wash Plant ‐ Trucks ‐ Paved + Vacuum 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 1.08 9,469.7 1.79 0.09 7.86 0.393 0.18 0.009 0.786 0.039
RMC‐Loaders 1.5 0.15 4.8 27.5 5 1.78 1.35 0.178 0.135 0.24 2,062.3 0.42 0.06 1.84 0.275 0.04 0.006 0.184 0.028
Aggregate‐Loaders 1.5 0.15 4.8 27.5 5 1.78 1.35 0.178 0.135 1.28 11,223.3 2.28 0.34 9.99 1.499 0.23 0.034 0.999 0.150
HMA‐Loaders 1.5 0.15 4.8 27.5 5 1.78 1.35 0.178 0.135 0.40 3,507.3 0.71 0.11 3.12 0.468 0.07 0.011 0.312 0.047
Total 21.156 2.480 92.662 10.863 2.116 0.248 9.266 1.086
Vehicle 24‐Hour Annual 24‐Hour Annual 24‐hour Annual Uncontrolled Controlled Uncontrolled Controlled
Source Description PM10 PM2.5 Silt Content Weight Mean Speed PM10 EF PM10 EF PM2.5 EF PM2.5 EF Annual PM10 Annual PM10 Annual PM2.5 Annual PM2.5 k k (%) (ton) (mph) (lb/VMT) (lb/VMT) (lb/VMT) (lb/VMT) VMT/hr VMT/yr tn/yr tn/yr tn/yr tn/yr
RMC‐Trucks ‐ Unpaved 1.5 0.15 4.8 40.5 10 2.12 1.61 0.212 0.161 0.45 3,977.3 3.194 0.479 0.319 0.048
RMC‐Trucks ‐ Paved + Sweeping 1.5 0.15 4.8 40.5 10 2.12 1.61 0.212 0.161 0.00 0.0 0.000 0.000 0.000 0.000
RMC‐Trucks ‐ Paved + Vacuum 1.5 0.15 4.8 40.5 10 2.12 1.61 0.212 0.161 0.34 3,017.2 2.423 0.121 0.242 0.012
Aggregate‐Trucks ‐ Unpaved 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 4.35 38,094.0 23.944 3.592 2.394 0.359
Aggregate‐Trucks ‐ Paved + Sweeping 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 0.00 0.0 0.000 0.000 0.000 0.000
Aggregate‐Trucks ‐ Paved + Vacuum 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 1.08 9,469.7 5.952 0.298 0.595 0.030
HMA ‐ Trucks ‐ Paved + Sweeping 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 0.00 0.0 0.000 0.000 0.000 0.000
HMA ‐ Trucks ‐ Paved + Vacuum 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 1.57 13,774.1 8.658 0.433 0.866 0.043
Wash Plant ‐ Trucks ‐ Unpaved 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 1.58 13,860.2 8.712 1.307 0.871 0.131
Wash Plant ‐ Trucks ‐ Paved + Sweeping 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 0.00 0.0 0.000 0.000 0.000 0.000
Wash Plant ‐ Trucks ‐ Paved + Vacuum 1.5 0.15 4.8 23.5 10 1.66 1.26 0.166 0.126 1.08 9,469.7 5.952 0.298 0.595 0.030
RMC‐Loaders 1.5 0.15 4.8 27.5 5 1.78 1.35 0.178 0.135 0.24 2,062.3 1.390 0.209 0.139 0.021
Aggregate‐Loaders 1.5 0.15 4.8 27.5 5 1.78 1.35 0.178 0.135 1.28 11,223.3 7.565 1.135 0.757 0.113
HMA‐Loaders 1.5 0.15 4.8 27.5 5 1.78 1.35 0.178 0.135 0.40 3,507.3 2.364 0.355 0.236 0.035
Notes:Total 70.153 8.224 7.015 0.822
85% control ‐ Unpaved w/ watering & chemical suppressant
RMC Unpaved Road Length 0.275 miles round trip
Aggs Unpaved Road Length 0.838 miles round trip
HMA Unpaved Road Length 0.000 miles round trip
Wash Plant Unpaved Road Length 0.305 miles round trip
RMC Loader travel distance 0.066 miles round trip
Aggs Loader travel distance 0.152 miles round trip
HMA Loader travel distance 0.095 miles round trip
90% control ‐ Paved w/ Watering & Sweeping
RMC Paved Road Length 0.000 miles round trip
Aggs Paved Road Length 0.000 miles round trip
HMA Paved Road Length 0.000 miles round trip
Wash Plant Paved Road Length 0.000 miles round trip
95% control ‐ Paved w/ Watering & Vacuuming
RMC Paved Road Length 0.208 miles round trip 0.483
Aggs Paved Road Length 0.208 miles round trip 1.046
HMA Paved Road Length 0.606 miles round trip
Wash Plant Paved Road Length 0.208 miles round trip 0.513
Vehicle weights Empty Capacity
Average 
Weight Throughput Trips/yr Trips/Day Trips/hr
RMC‐Trucks 26 29 40.5 420,000 14,482.8 39.7 1.65
Aggregate‐Trucks 12.5 22 23.5 1,000,000 45,454.5 124.5 5.19
HMA ‐ Trucks 12.5 22 23.5 500,000 22,727.3 62.3 2.59
Wash Plant ‐ Trucks 12.5 22 23.5 1,000,000 45,454.5 124.5 5.19
RMC‐Loaders 20.7 13.5 27.5 420,000 31,111.1 85.2 3.55
Aggregate‐Loaders 20.7 13.5 27.5 1,000,000 74,074.1 202.9 8.46
HMA‐Loaders 20.7 13.5 27.5 500,000 37,037.0 101.5 4.23
Source of Data:
Emission Factor:AP‐42, Section 13.2.2 Unpaved Roads
Road Lengths Estimated from Aerial Photography
Emission Rate: Calculated
Assumptions:
Precipitation Days‐NOAA Global Summary of the Year Station Details, Calculated average for last 6 years
Tank identification
Description
Location (city)
Value Units
Fuel type Diesel select one
Storage tank position Above select one
Actual throughput 1,152,000 gal/yr
Actual hours operated 8760 hours/year
Potential throughput 1,497,600 gal/yr
VOC actual emissions 0.0060 ton/yr
VOC potential emissions 0.0064 ton/yr
Physical properties of the tank
Property Value Units
Shell length HS 32 feet
Shell diameter D 8 feet
Shell effective height HE 6.28 feet
Shell effective diameter DE 18.05 feet
Shell radius RS 4 feet
Working volume 12031.5 gallons
Turnovers per year (actual)N 95.7 dimensionless
Turnovers per year (potential)N 124.5 dimensionless
Shell color/shade White/NA select one
Shell condition Average select one
Paint solar absorptance α 0.25 dimensionless
Vacuum setting PBV -0.03 psig
Pressure setting PBP 0.03 psig
Weather data
Property Value Units
Nearest major city Salt Lake City, UT Select one
Average annual maximum temperature TAX 63.9 °F
Average annual minimum temperature TAN 42.9 °F
Atmospheric pressure PA 12.0 psia
Solar insolation I 1442.0 Btu/(ft2∙day)
VOC emissions from horizontal tank #1
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Property
Tank information
Mona, UT
12000 gallon diesel storage tanks
Tanks 1 - 4
p-sbap5-42h https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 1 of 2
Calculation of VOC Emission = Total Losses (LT)
Variable Calculated value
Total losses (VOC actual emissions) LT 11.95 lb/yr
Total losses (VOC potential emissions) LT 12.89 lb/yr
Standing storage losses LS 1.55 lb/yr
Working losses (actual)LW 10.40 lb/yr
Working losses (potential)LW 11.34 lb/yr
Annual net throughput (actual) Q 27428.57 bbl/yr
Annual net throughput (potential) Q 35657.14 bbl/yr
Working loss turnover factor (actual)KN 0.48 dimensionless
Working loss turnover factor (potential)KN 0.41 dimensionless
Stock vapor density WV 0.00 lb/ft3
Vapor Molecular Weight at 60 °F MV 130 lb/lb-mole
Vapor pressure PVA 0.006 psia
Vapor space volume VV 804.25 ft3
Vapor space tank outage HVO 3.14 feet
Vapor space expansion factor KE 0.038 dimensionless
Vented vapor saturation factor KS 1.00 dimensionless
Working loss product factor KP 1 dimensionless
Ideal gas constant R 10.731 psia*ft3/lb-mole*°R
Average vapor temperature TV 516.67 °R
Daily average liquid surface temperature TLA 515.55 °R
Daily vapor temperature range ΔTV 21.91 °R
Daily ambient temperature range ΔTA 21.00 °R
Daily maximum ambient temperature TAX 523.60 °R
Daily minimum ambient temperature TAN 502.60 °R
Daily average ambient temperature TAA 513.10 °R
Liquid bulk temperature TB 514.18 °R
Daily vapor pressure range ΔPV 0.00 psia
Breather vent pressure setting range ΔPB 0.06 psi
Vapor pressure equation constant A 12.101 dimensionless
Vapor pressure equation constant B 8907 °R
Vapor pressure at TLX PVX 0.0068 psia
Vapor pressure at TLN PVN 0.0047 psia
Maximum TLA TLX 521.03 °R
Minimum TLA TLN 510.07 °R
p-sbap5-42h https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 2 of 2
Tank identification
Description
Location (city)
Value Units
Fuel type asphalt cement select one
Storage tank position Above select one
Actual throughput 124,269 gal/yr
Actual hours operated 8760 hours/year
Potential throughput 161,550 gal/yr
VOC actual emissions 0.04 ton/yr
VOC potential emissions 0.05 ton/yr
Physical properties of the tank
Property Value Units
Shell length HS 54 feet
Shell diameter D 11 feet
Shell effective height HE 8.64 feet
Shell effective diameter DE 27.50 feet
Shell radius RS 5.5 feet
Working volume 38385.8 gallons
Turnovers per year (actual)N 3.2 dimensionless
Turnovers per year (potential)N 4.2 dimensionless
Shell color/shade White/NA select one
Shell condition Average select one
Paint solar absorptance α 0.25 dimensionless
Vacuum setting PBV -0.03 psig
Pressure setting PBP 0.03 psig
Weather data
Property Value Units
Nearest major city Salt Lake City, UT Select one
Average annual maximum temperature TAX 63.9 °F
Average annual minimum temperature TAN 42.9 °F
Atmospheric pressure PA 12.0 psia
Solar insolation I 1442.0 Btu/(ft2∙day)
Mona, Utah
VOC emissions from horizontal tank #2
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Tank information
Tank 2
25,000 gallon portable asphalt cement oil
Property
p-sbap5-42h https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 1 of 2
Calculation of VOC Emission = Total Losses (LT)
Variable Calculated value
Total losses (VOC actual emissions) LT 79.78 lb/yr
Total losses (VOC potential emissions) LT 94.71 lb/yr
Standing storage losses LS 49.06 lb/yr
Working losses (actual)LW 30.72 lb/yr
Working losses (potential)LW 45.65 lb/yr
Annual net throughput (actual) Q 2958.79 bbl/yr
Annual net throughput (potential) Q 3846.43 bbl/yr
Working loss turnover factor (actual)KN 1.00 dimensionless
Working loss turnover factor (potential)KN 1.00 dimensionless
Stock vapor density WV 0.00 lb/ft3
Vapor Molecular Weight at 60 °F MV 130 lb/lb-mole
Vapor pressure PVA 0.091292159 psia
Vapor space volume VV 2565.90 ft3
Vapor space tank outage HVO 4.32 feet
Vapor space expansion factor KE 0.029 dimensionless
Vented vapor saturation factor KS 0.98 dimensionless
Working loss product factor KP 1 dimensionless
Ideal gas constant R 10.731 psia*ft3/lb-mole*°R
Average vapor temperature TV 597.91 °R
Daily average liquid surface temperature TLA 678.04 °R
Daily vapor temperature range ΔTV 21.91 °R
Daily ambient temperature range ΔTA 21.00 °R
Daily maximum ambient temperature TAX 523.60 °R
Daily minimum ambient temperature TAN 502.60 °R
Daily average ambient temperature TAA 513.10 °R
Liquid bulk temperature TB 785.00 °R
Daily vapor pressure range ΔPV 0.02 psia
Breather vent pressure setting range ΔPB 0.06 psi
Vapor pressure equation constant A 10.781 dimensionless
Vapor pressure equation constant B 8933 °R
Vapor pressure at TLX PVX 0.1015 psia
Vapor pressure at TLN PVN 0.0820 psia
Maximum TLA TLX 683.52 °R
Minimum TLA TLN 672.57 °R
p-sbap5-42h https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 2 of 2
Tank identification
Description
Location (city)
Value Units
Fuel type asphalt cement select one
Storage tank position Above select one
Actual throughput 173,231 gal/yr
Actual hours operated 8760 hours/year
Potential throughput 225,200 gal/yr
VOC actual emissions 0.05 ton/yr
VOC potential emissions 0.06 ton/yr
Physical properties of the tank
Property Value Units
Shell length HS 65.5 feet
Shell diameter D 11.25 feet
Shell effective height HE 8.84 feet
Shell effective diameter DE 30.63 feet
Shell radius RS 5.625 feet
Working volume 48701.0 gallons
Turnovers per year (actual)N 3.6 dimensionless
Turnovers per year (potential)N 4.6 dimensionless
Shell color/shade White/NA select one
Shell condition Average select one
Paint solar absorptance α 0.25 dimensionless
Vacuum setting PBV -0.03 psig
Pressure setting PBP 0.03 psig
Weather data
Property Value Units
Nearest major city Salt Lake City, UT Select one
Average annual maximum temperature TAX 63.9 °F
Average annual minimum temperature TAN 42.9 °F
Atmospheric pressure PA 12.0 psia
Solar insolation I 1442.0 Btu/(ft2∙day)
Mona, UT
VOC emissions from horizontal tank #3
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Tank information
Tank 3
35,000 asphalt cement oil
Property
p-sbap5-42h https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 1 of 2
Calculation of VOC Emission = Total Losses (LT)
Variable Calculated value
Total losses (VOC actual emissions) LT 105.04 lb/yr
Total losses (VOC potential emissions) LT 125.85 lb/yr
Standing storage losses LS 62.21 lb/yr
Working losses (actual)LW 42.83 lb/yr
Working losses (potential)LW 63.64 lb/yr
Annual net throughput (actual) Q 4124.55 bbl/yr
Annual net throughput (potential) Q 5361.91 bbl/yr
Working loss turnover factor (actual)KN 1.00 dimensionless
Working loss turnover factor (potential)KN 1.00 dimensionless
Stock vapor density WV 0.00 lb/ft3
Vapor Molecular Weight at 60 °F MV 130 lb/lb-mole
Vapor pressure PVA 0.091292159 psia
Vapor space volume VV 3255.41 ft3
Vapor space tank outage HVO 4.42 feet
Vapor space expansion factor KE 0.029 dimensionless
Vented vapor saturation factor KS 0.98 dimensionless
Working loss product factor KP 1 dimensionless
Ideal gas constant R 10.731 psia*ft3/lb-mole*°R
Average vapor temperature TV 597.91 °R
Daily average liquid surface temperature TLA 678.04 °R
Daily vapor temperature range ΔTV 21.91 °R
Daily ambient temperature range ΔTA 21.00 °R
Daily maximum ambient temperature TAX 523.60 °R
Daily minimum ambient temperature TAN 502.60 °R
Daily average ambient temperature TAA 513.10 °R
Liquid bulk temperature TB 785.00 °R
Daily vapor pressure range ΔPV 0.02 psia
Breather vent pressure setting range ΔPB 0.06 psi
Vapor pressure equation constant A 10.781 dimensionless
Vapor pressure equation constant B 8933 °R
Vapor pressure at TLX PVX 0.1015 psia
Vapor pressure at TLN PVN 0.0820 psia
Maximum TLA TLX 683.52 °R
Minimum TLA TLN 672.57 °R
p-sbap5-42h https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 2 of 2
Tank identification
Description
Location (city)
Value Units
Fuel type asphalt cement select one
Storage tank position Above select one
Actual throughput 297,000 gal/yr
Actual hours operated 8760 hours/year
Potential throughput 386,100 gal/yr
VOC actual emissions 0.08 ton/yr
VOC potential emissions 0.09 ton/yr
Physical properties of the tank
Property Value Units
Shell length HS 71 feet
Shell diameter D 12 feet
Shell effective height HE 9.42 feet
Shell effective diameter DE 32.94 feet
Shell radius RS 6 feet
Working volume 60063.7 gallons
Turnovers per year (actual)N 4.9 dimensionless
Turnovers per year (potential)N 6.4 dimensionless
Shell color/shade White/NA select one
Shell condition Average select one
Paint solar absorptance α 0.25 dimensionless
Vacuum setting PBV -0.03 psig
Pressure setting PBP 0.03 psig
Weather data
Property Value Units
Nearest major city Salt Lake City, UT Select one
Average annual maximum temperature TAX 63.9 °F
Average annual minimum temperature TAN 42.9 °F
Atmospheric pressure PA 12.0 psia
Solar insolation I 1442.0 Btu/(ft2∙day)
Calculation of VOC Emission = Total Losses (LT)
Variable Calculated value
Total losses (VOC actual emissions) LT 150.05 lb/yr
Total losses (VOC potential emissions) LT 185.72 lb/yr
Standing storage losses LS 76.62 lb/yr
Working losses (actual)LW 73.43 lb/yr
Working losses (potential)LW 109.10 lb/yr
Annual net throughput (actual) Q 7071.43 bbl/yr
Annual net throughput (potential) Q 9192.86 bbl/yr
Working loss turnover factor (actual)KN 1.00 dimensionless
Working loss turnover factor (potential)KN 1.00 dimensionless
Stock vapor density WV 0.00 lb/ft3
Vapor Molecular Weight at 60 °F MV 130 lb/lb-mole
Vapor pressure PVA 0.091292159 psia
Vapor space volume VV 4014.96 ft3
Vapor space tank outage HVO 4.71 feet
Vapor space expansion factor KE 0.029 dimensionless
Vented vapor saturation factor KS 0.98 dimensionless
Working loss product factor KP 1 dimensionless
Ideal gas constant R 10.731 psia*ft3/lb-mole*°R
Average vapor temperature TV 597.91 °R
Daily average liquid surface temperature TLA 678.04 °R
Daily vapor temperature range ΔTV 21.91 °R
Daily ambient temperature range ΔTA 21.00 °R
Daily maximum ambient temperature TAX 523.60 °R
Daily minimum ambient temperature TAN 502.60 °R
Daily average ambient temperature TAA 513.10 °R
Liquid bulk temperature TB 785.00 °R
Daily vapor pressure range ΔPV 0.02 psia
Breather vent pressure setting range ΔPB 0.06 psi
Vapor pressure equation constant A 10.781 dimensionless
Vapor pressure equation constant B 8933 °R
Vapor pressure at TLX PVX 0.1015 psia
Vapor pressure at TLN PVN 0.0820 psia
Maximum TLA TLX 683.52 °R
Minimum TLA TLN 672.57 °R
Mona, UT
VOC emissions from horizontal tank #4
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Tank information
Tanks 4 and 5
60,000 asphalt cement oil
Property
p-sbap5-42v • 7/13/20
Tank identification
Description
Location (city)
Value Units
Fuel type Asphalt Cement select one
Type of roof Cone select one
Actual throughput 300,000 gal/yr
Actual hours operated 8760 hours/year
Potential throughput 390,000 gal/yr
VOC actual emissions 0.00 ton/yr
VOC potential emissions 0.01 ton/yr
Physical properties of the tank
Property Value Units
Shell height HS 45 feet
Shell diameter D 12 feet
Shell radius RS 6 feet
Maximum liquid height HLX 40 feet
Average liquid height HL 20 feet
Working volume 33838.7 gallons
Turnovers per year (actual)N 8.9 dimensionless
Turnovers per year (potential)N 11.5 dimensionless
Shell color/shade White/NA select one
Shell condition Average select one
Paint solar absorptance α 0.25 dimensionless
Roof height HR 0.04 feet
Dome roof radius RR --feet
Cone roof slope SR 0.0625 ft/ft
Vacuum setting PBV -0.03 psig
Pressure setting PBP 0.03 psig
Weather data
Property Value Units
Nearest major city Salt Lake City Select one
Average annual maximum temperature TAX 63.9 °F
Average annual minimum temperature TAN 42.9 °F
Atmospheric pressure PA 12.01 psia
Solar insolation I 1442.00 Btu/(ft2∙day)
Calculation of VOC Emission = Total Losses (LT)
Property
Mona, Utah
VOC emissions from vertical, fixed roof tank #1
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Tank information
Asphalt Cement Oil Tank #1
30,000 gallon
p-sbap5-42v https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 1 of 2
VOC emissions from vertical, fixed roof tank #1
Variable Calculated value
Total losses (VOC actual emissions) LT 9.64 lb/yr
Total losses (VOC potential emissions) LT 11.34 lb/yr
Standing storage losses LS 3.98 lb/yr
Working losses (actual)LW 5.67 lb/yr
Working losses (potential)LW 7.37 lb/yr
Annual net throughput (actual) Q 7142.86 bbl/yr
Annual net throughput (potential) Q 9285.71 bbl/yr
Working loss turnover factor (actual)KN 1.00 dimensionless
Working loss turnover factor (potential)KN 1.00 dimensionless
Stock vapor density WV 0.00 lb/ft3
Vapor Molecular Weight at 60 °F MV 190 lb/lb-mole
Vapor pressure at 60 °F PVA 0.004772504 psia
Vapor space volume VV 2828.85 ft3
Vapor space roof outage HRO 0.01 feet
Vapor space tank outage HVO 25.01 feet
Vapor space expansion factor KE 0.03
Vented vapor saturation factor KS 0.99 dimensionless
Working loss product factor KP 1 dimensionless
Ideal gas constant R 10.731 psia*ft3/lb-mole*°R
Average vapor temperature TV 597.91 °R
Daily average liquid surface temperature TLA 678.04 °R
Daily vapor temperature range ΔTV 21.91 °R
Daily ambient temperature range ΔTA 21.00 °R
Daily maximum ambient temperature TAX 523.60 °R
Daily minimum ambient temperature TAN 502.60 °R
Daily average ambient temperature TAA 513.10 °R
Liquid bulk temperature TB 785.00 °R
Daily vapor pressure range ΔPV 0.00 psia
Breather vent pressure setting range ΔPB 0.06 psi
Vapor pressure equation constant A 10.104 dimensionless
Vapor pressure equation constant B 10475 °R
Vapor pressure at TLX PVX 0.01 psia
Vapor pressure at TLN PVN 0.00 psia
Maximum TLA TLX 683.52 °R
Minimum TLA TLN 672.57 °R
p-sbap5-42v https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 2 of 2
p-sbap5-42v • 7/13/20
Tank identification
Description
Location (city)
Value Units
Fuel type Asphalt Cement select one
Type of roof Cone select one
Actual throughput 297,500 gal/yr
Actual hours operated 8760 hours/year
Potential throughput 386,750 gal/yr
VOC actual emissions 0.01 ton/yr
VOC potential emissions 0.02 ton/yr
Physical properties of the tank
Property Value Units
Shell height HS 48 feet
Shell diameter D 30 feet
Shell radius RS 15 feet
Maximum liquid height HLX 35 feet
Average liquid height HL 25 feet
Working volume 185055.5 gallons
Turnovers per year (actual)N 1.6 dimensionless
Turnovers per year (potential)N 2.1 dimensionless
Shell color/shade White/NA select one
Shell condition Average select one
Paint solar absorptance α 0.25 dimensionless
Roof height HR 0.09 feet
Dome roof radius RR --feet
Cone roof slope SR 0.0625 ft/ft
Vacuum setting PBV -0.03 psig
Pressure setting PBP 0.03 psig
Weather data
Property Value Units
Nearest major city Salt Lake City Select one
Average annual maximum temperature TAX 63.9 °F
Average annual minimum temperature TAN 42.9 °F
Atmospheric pressure PA 12.01 psia
Solar insolation I 1442.00 Btu/(ft2∙day)
Calculation of VOC Emission = Total Losses (LT)
Variable Calculated value
Total losses (VOC actual emissions) LT 28.51 lb/yr
Total losses (VOC potential emissions) LT 30.20 lb/yr
Standing storage losses LS 22.89 lb/yr
Working losses (actual)LW 5.62 lb/yr
Working losses (potential)LW 7.31 lb/yr
Annual net throughput (actual) Q 7083.33 bbl/yr
Annual net throughput (potential) Q 9208.33 bbl/yr
Working loss turnover factor (actual)KN 1.00 dimensionless
Working loss turnover factor (potential)KN 1.00 dimensionless
Stock vapor density WV 0.00 lb/ft3
Vapor Molecular Weight at 60 °F MV 190 lb/lb-mole
Vapor pressure at 60 °F PVA 0.004772504 psia
Vapor space volume VV 16279.83 ft3
Vapor space roof outage HRO 0.03 feet
Vapor space tank outage HVO 23.03 feet
Vapor space expansion factor KE 0.03
Vented vapor saturation factor KS 0.99 dimensionless
Working loss product factor KP 1 dimensionless
Ideal gas constant R 10.731 psia*ft3/lb-mole*°R
Average vapor temperature TV 597.91 °R
Daily average liquid surface temperature TLA 678.04 °R
Daily vapor temperature range ΔTV 21.91 °R
Daily ambient temperature range ΔTA 21.00 °R
Daily maximum ambient temperature TAX 523.60 °R
Daily minimum ambient temperature TAN 502.60 °R
Daily average ambient temperature TAA 513.10 °R
Liquid bulk temperature TB 785.00 °R
Daily vapor pressure range ΔPV 0.00 psia
Breather vent pressure setting range ΔPB 0.06 psi
Vapor pressure equation constant A 10.104 dimensionless
Vapor pressure equation constant B 10475 °R
Vapor pressure at TLX PVX 0.01 psia
Vapor pressure at TLN PVN 0.00 psia
Maximum TLA TLX 683.52 °R
Minimum TLA TLN 672.57 °R
Mona, Utah
VOC emissions from vertical, fixed roof tank #2
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Tank information
Asphalt Cement Tank
250,000 gallon
Property
p-sbap5-42v • 7/13/20
Tank identification
Description
Location (city)
Value Units
Fuel type Fuel Oil No. 6 select one
Type of roof Cone select one
Actual throughput 300,000 gal/yr
Actual hours operated 8760 hours/year
Potential throughput 390,000 gal/yr
VOC actual emissions 0.04 ton/yr
VOC potential emissions 0.05 ton/yr
Physical properties of the tank
Property Value Units
Shell height HS 33 feet
Shell diameter D 8 feet
Shell radius RS 4 feet
Maximum liquid height HLX 35 feet
Average liquid height HL 25 feet
Working volume 13159.5 gallons
Turnovers per year (actual)N 22.8 dimensionless
Turnovers per year (potential)N 29.6 dimensionless
Shell color/shade White/NA select one
Shell condition Average select one
Paint solar absorptance α 0.25 dimensionless
Roof height HR 0.03 feet
Dome roof radius RR --feet
Cone roof slope SR 0.0625 ft/ft
Vacuum setting PBV -0.03 psig
Pressure setting PBP 0.03 psig
Weather data
Property Value Units
Nearest major city Salt Lake City Select one
Average annual maximum temperature TAX 63.9 °F
Average annual minimum temperature TAN 42.9 °F
Atmospheric pressure PA 12.01 psia
Solar insolation I 1442.00 Btu/(ft2∙day)
Calculation of VOC Emission = Total Losses (LT)
Variable Calculated value
Total losses (VOC actual emissions) LT 81.74 lb/yr
Total losses (VOC potential emissions) LT 103.99 lb/yr
Standing storage losses LS 7.56 lb/yr
Working losses (actual)LW 74.17 lb/yr
Working losses (potential)LW 96.42 lb/yr
Annual net throughput (actual) Q 7142.86 bbl/yr
Annual net throughput (potential) Q 9285.71 bbl/yr
Working loss turnover factor (actual)KN 1.00 dimensionless
Working loss turnover factor (potential)KN 1.00 dimensionless
Stock vapor density WV 0.00 lb/ft3
Vapor Molecular Weight at 60 °F MV 130 lb/lb-mole
Vapor pressure at 60 °F PVA 0.091292159 psia
Vapor space volume VV 402.54 ft3
Vapor space roof outage HRO 0.01 feet
Vapor space tank outage HVO 8.01 feet
Vapor space expansion factor KE 0.03
Vented vapor saturation factor KS 0.96 dimensionless
Working loss product factor KP 1 dimensionless
Ideal gas constant R 10.731 psia*ft3/lb-mole*°R
Average vapor temperature TV 597.91 °R
Daily average liquid surface temperature TLA 678.04 °R
Daily vapor temperature range ΔTV 21.91 °R
Daily ambient temperature range ΔTA 21.00 °R
Daily maximum ambient temperature TAX 523.60 °R
Daily minimum ambient temperature TAN 502.60 °R
Daily average ambient temperature TAA 513.10 °R
Liquid bulk temperature TB 785.00 °R
Daily vapor pressure range ΔPV 0.02 psia
Breather vent pressure setting range ΔPB 0.06 psi
Vapor pressure equation constant A 10.781 dimensionless
Vapor pressure equation constant B 8933 °R
Vapor pressure at TLX PVX 0.10 psia
Vapor pressure at TLN PVN 0.08 psia
Maximum TLA TLX 683.52 °R
Minimum TLA TLN 672.57 °R
Mona, Utah
VOC emissions from vertical, fixed roof tank #2
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Tank information
RFO
60,000 gallon
Property
p-sbap5-42v • 7/13/20
Tank identification
Description
Location (city)
Value Units Description
Fuel type Asphalt Cement select one
Type of roof Cone select one
Actual throughput 1,038,368 gal/yr
Actual hours operated 8760 hours/year
Potential throughput 1,349,878 gal/yr
VOC actual emissions 0.06 ton/yr
VOC potential emissions 0.06 ton/yr
Physical properties of the tank
Property Value Units Description
Shell height HS 44 feet
Shell diameter D 65 feet
Shell radius RS 32.5 feet
Maximum liquid height HLX 40 feet
Average liquid height HL 22 feet
Working volume 992837.5 gallons
Turnovers per year (actual)N 1.0 dimensionless
Turnovers per year (potential)N 1.4 dimensionless
Shell color/shade White/NA select one
Shell condition Average select one
Paint solar absorptance α 0.25 dimensionless
Roof height HR 0.20 feet
Dome roof radius RR -- feet
Cone roof slope SR 0.0625 ft/ft
Vacuum setting PBV -0.03 psig
Pressure setting PBP 0.03 psig
Weather data
Property Value Units Description
Nearest major city Salt Lake City Select one
Average annual maximum temperature TAX 63.9 °F
Average annual minimum temperature TAN 42.9 °F
Atmospheric pressure PA 12.01 psia
Solar insolation I 1442.00 Btu/(ft2∙day)
Calculation of VOC Emission = Total Losses (LT)
Variable Calculated value Notes (equations are from AP-42, Chapter 7)
Total losses (VOC actual emissions) LT 122.60 lb/yr Equation 1-1
Total losses (VOC potential emissions) LT 128.48 lb/yr Equation 1-1
Standing storage losses LS 102.98 lb/yr Equation 1-2
Working losses (actual)LW 19.62 lb/yr Equation 1-35
Working losses (potential)LW 25.50 lb/yr Equation 1-35
Annual net throughput (actual) Q 24723.05 bbl/yr Based on actual throughput entered by user (gal/year) / 42 bbl/gal
Annual net throughput (potential) Q 32139.96 bbl/yr Based on calculated potential throughput (gal/year) / 42 bbl/gal
Working loss turnover factor (actual)KN 1.00 dimensionless
Working loss turnover factor (potential)KN 1.00 dimensionless
Stock vapor density WV 0.00 lb/ft3 Equation 1-22
Vapor Molecular Weight at 60 °F MV 190 lb/lb-mole Table 7.1-2
Vapor pressure at 60 °F PVA 0.004772504 psia Equation 1-25, PVA based on TLA
Vapor space volume VV 73227.44 ft3 Equation 1-3
Vapor space roof outage HRO 0.07 feet
Vapor space tank outage HVO 22.07 feet Equation 1-16, vertical
Vapor space expansion factor KE 0.03 Equation 1-5
Vented vapor saturation factor KS 0.99 dimensionless Equation 1-21
Working loss product factor KP 1 dimensionless
Ideal gas constant R 10.731 psia*ft3/lb-mole*°R Constant, Equation 1-22
Average vapor temperature TV 597.91 °R Equation 1-33
Daily average liquid surface temperature TLA 678.04 °R Equation 1-28
Daily vapor temperature range ΔTV 21.91 °R Equation 1-7
Daily ambient temperature range ΔTA 21.00 °R Equation 1-11
Daily maximum ambient temperature TAX 523.60 °R
Daily minimum ambient temperature TAN 502.60 °R
Daily average ambient temperature TAA 513.10 °R Equation 1-30
Table 7-1-7. Conversion factor: Rankine = Fahrenheit + 459.7
Total for a horizontal surface.
Equation 1-17 Cone; Equation 1-19 Dome
Saturation; turnovers >36 = (180 + N) / 6 * N; turnovers at 36 or lower = 1; Equation 1
Saturation; turnovers >36 = (180 + N) / 6 * N; turnovers at 36 or lower = 1
Assume value of 1 for gasoline or diesel.
Table 7-1-7. Conversion factor: Rankine = Fahrenheit + 459.7
Average for the location.
Calculated radius. Only applies to a "Dome" roof.
If unknown = 0.0625. If known, insert value. Only applies to a "Cone" roof.
Vacuum setting is a value set for the tank at the facility.
Breather vent pressure is a reading from the tank monitoring system.
Nearest major city to the tank location.
Average over a calendar year.
Average over a calendar year.
Tank condition is used to identify paint solar absorptance.
Insert value from table 7.1-6. Paint effectiveness in absorbing radiant energy.
Calculated roof height.
Calculated number the tank is emptied and refilled, annually.
Calculated number the tank could be emptied and refilled, annually.
Tank shell color and shade are used to identify paint solar absorptance.
Maximum height of the liquid within the tank shell.
Average height of the liquid within the tank shell.
Calculated volume
This is actual length of the tank.
This is the width of the cylindrical shell.
Calculated radius
Amount of VOCs potentially released over a 12-month period.
Property
Type of fuel stored in the tank.
Fixed roof structure.
Gallons stored in his tank over the period of 12 consecutive months.
Number of hours the tank is being used.
Calculated based on actual tank throughput divided by the hours operated and
multiplied by 8760 hours/day.
Amount of VOC actually released over the 12-month period.
Mona, Utah
VOC emissions from vertical, fixed roof tank #1
Enter tank specific information in all blue cells.
Tank information
AC Tank
4,000 ton
p-sbap5-42v https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 1 of 2
VOC emissions from vertical, fixed roof tank #1
Liquid bulk temperature TB 785.00 °R Equation 1-31
Daily vapor pressure range ΔPV 0.00 psia Equation 1-9
Breather vent pressure setting range ΔPB 0.06 psi Equation 1-10
Vapor pressure equation constant A 10.104 dimensionless Table 7.1-2
Vapor pressure equation constant B 10475 °R Table 7.1-2
Vapor pressure at TLX PVX 0.01 psia Equation 1-9, note 5
Vapor pressure at TLN PVN 0.00 psia Equation 1-9, note 5
Maximum TLA TLX 683.52 °R Equation 1-9, note to Figure 7.1-17
Minimum TLA TLN 672.57 °R Equation 1-9, note to Figure 7.1-17
p-sbap5-42v https://www.pca.state.mn.us • Available in alternative formats • Use your preferred relay service Page 2 of 2

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants B-2
APPENDIX B. MODELING PARAMETERS
Point Sources
Source ID Source Description Easting (X) Northing (Y) Base Elevation
Emission Rate Stack Height Temperature Exit Velocity Stack Diameter
(m)(m)(m)(lb/hr) (m) (K) (m/s) (m)
CON_WH Concrete Plant Water Heater 429393 4408370.8 1617.99 0.12 18.288 294.260 12.192 0.610
HMA_HTR Asphalt Plant Hot Oil Heater 429160.4 4408542.7 1601.15 0.06 18.288 294.260 12.192 0.610
HMA_AP Drum Mix Asphalt Plants (Baghouse)429160.2 4408537.6 1600.79 11.50 7.163 353.983 18.431 1.151
CTHRSG1 PCC Source1 423536.062 4408324.255 1539 13.30 50.292 365.000 26.200 5.130
CTHRSG2 PCC Source2 423536.062 4408363.855 1539 13.30 50.292 365.000 26.200 5.000
Area Sources
Source ID Source Description Easting (X) Northing (Y) Base Elevation
Emission Rate Release Height Easterly Length Northerly Length
Angle from North
Initial Vert. Dimension(m)(m)(m) lb/hr-ft2 (m) (m) (m)(m)
HMA_MHC Aspalt Plant - Transfer Points 429150.8 4408513.4 1599.7 7.12E-06 5.0 30.0 60.0 0.0 5.0
HMA_LDR Aspalt Plant -Loaders Travel 429150.8 4408513.4 1599.7 5.52E-06 0.0 30.0 60.0 0.0 3.0
AGG_MHC Aggregate - Transfer Points 429840.9 4408544.2 1663.5 9.71E-06 5.0 110.0 90.0 0.0 5.0
AG_LDR1 Aggregate-Loaders Travel1 429841.6 4408543.2 1663.5 2.89E-06 0.0 110.0 90.0 0.0 3.0
AG_LDR2 Aggregate-Loaders Travel2 429786.0 4409514.3 1669.9 3.53E-06 0.0 30.0 30.0 0.0 3.0
RMC_MHC Concrete Plant - Transfer Points 429403.4 4408385.1 1618.2 1.42E-06 5.0 30.0 30.0 90.0 5.0
RMC_LDR Concrete Plant - Loader Travel 429403.4 4408385.1 1618.2 6.49E-06 0.0 30.0 30.0 90.0 3.0
AreaPoly Sources
Source ID Source Description Easting (X) Northing (Y) Base Elevation
Emission Rate Release Height
Initial Vert. Dimension(m)(m)(m)lb/hr-ft2 (m)(m)
SP1 Storage Pile 1 429552.4256 4408626.57 1637.28 1.49062E-06 0 15
SP2 Storage Pile2 429341.7 4408636.1 1617.14 1.51047E-06 0 15
SP3 Storage Pile 3 429641.3 4408545.2 1643.27 1.49302E-06 0 15
SP4 Storage Pile 4 429829.9 4409543.3 1673.77 1.50294E-06 0 15
SP5 Storage Pile 5 429496.4 4408381.6 1626.7 1.498E-06 0 15
DIST1 Distrubed Grounds 1 429787.3 4408391.8 1651.41 1.0538E-06 0 0
DIST2 Disturbed Grounds 2 429750.5 4409558.4 1665.43 9.89446E-07 0 0
DOZER1 Dozer1 429787.3 4408391.8 1651.41 7.31E-07 0 3
DOZER2 Dozer2 429750.5 4409558.4 1665.43 6.87E-07 0 3
KIGORE Kilgore Source1 429690.418 4411522.486 1650.67 4.07E-06 3.048 3.048
SUNROC Sunroc Source1 429713.726 4411494.677 1659.47 1.48E-06 3.048 3.048
Volume Sources
Source ID Source Description Easting (X) Northing (Y) Base Elevation
Emission Rate (lb/hr)Release Height
Init.
Horizontal Dimension Initial Vert. Dimension
AGG_001 Aggregate - Primary Crusher1 429796.1 4409524.5 1670.9 5.400E-01 2.50 5.00 5.00
AGG_002 Aggregate - Primary Crusher2 429899.6 4408592.0 1671.0 5.400E-01 2.50 5.00 5.00AGG_003 Aggregate - Secondary Crusher1 429875.7 4408594.6 1669.5 3.240E-01 2.50 5.00 5.00
AGG_004 Aggregate - Secondary Crusher2 429346.7 4408523.5 1616.6 3.240E-01 2.50 5.00 5.00
AGG_005 Aggregate - Tertiary Crusher1 429902.0 4408604.5 1672.9 3.240E-01 2.50 5.00 5.00AGG_006 Aggregate - Tertiary Crusher2 429916.1 4408549.2 1670.7 3.240E-01 2.50 5.00 5.00
AGG_007 Aggregate - Screen 1 429930.4 4408611.9 1675.1 1.110E+00 2.50 5.00 5.00
AGG_008 Aggregate - Screen 2 429913.5 4408579.3 1672.4 7.400E-01 2.50 5.00 5.00AGG_009 Aggregate - Screen 3 429897.0 4408627.8 1673.8 7.400E-01 2.50 5.00 5.00
AGG_010 Aggregate - Screen 4 429856.4 4408577.9 1665.6 4.440E-01 2.50 5.00 5.00
AGG_011 Aggregate - Screen 5 429891.2 4408559.3 1669.1 4.440E-01 2.50 5.00 5.00AGG_012 Aggregate - Screen 6 429929.8 4408584.4 1674.2 4.440E-01 2.50 5.00 5.00
HMA_001 Hot Mix Asphalt Plant Silo Loading 429147.4 4408556.6 1600.6 3.276E-02 4.57 0.70 4.27
HMA_002 Asphalt Plant - Loadout 429147.3 4408554.5 1600.6 2.979E-02 4.57 0.70 4.27RMC_CB Concrete Batch Plant 429393.3 4408377.4 1617.8 6.809E-01 6.10 9.54 2.84
LDR_RMP Loader to Hopper at Ready Mix Plant 429147.6 4408552.0 1600.5 5.000E-02 2.47 0.58 1.15
LDR_AG1 Loader to Hopper at Aggregate Plant1 429900.3 4408587.8 1670.6 1.000E-01 2.47 0.58 1.15LDR_AG2 Loader to Hopper at Aggregate Plant2 429801.9 4409524.6 1671.4 1.000E-01 2.47 0.58 1.15
LDR_AGG Loader to Load Trucks at Aggregate Plant 429843.9 4408586.1 1666.0 1.000E-01 2.47 0.58 1.15
LDR_CB Loader to Load Trucks at Concrete Plant 429424.9 4408386.4 1620.1 1.000E-02 2.47 0.58 1.15CO_0001 Concrete Haul Roads 429098.1 4408294.6 1594.0 9.61E-04 2.550 4.186 2.372
CO_0002 Concrete Haul Roads 429106.2 4408298.6 1594.4 9.61E-04 2.550 4.186 2.372
CO_0003 Concrete Haul Roads 429114.2 4408302.5 1594.9 9.61E-04 2.550 4.186 2.372
CO_0004 Concrete Haul Roads 429122.3 4408306.5 1595.8 9.61E-04 2.550 4.186 2.372CO_0005 Concrete Haul Roads 429130.4 4408310.5 1596.2 9.61E-04 2.550 4.186 2.372
CO_0006 Concrete Haul Roads 429138.5 4408314.4 1597.1 9.61E-04 2.550 4.186 2.372
CO_0007 Concrete Haul Roads 429146.5 4408318.4 1597.7 9.61E-04 2.550 4.186 2.372
CO_0008 Concrete Haul Roads 429154.6 4408322.4 1598.5 9.61E-04 2.550 4.186 2.372
CO_0009 Concrete Haul Roads 429162.7 4408326.3 1599.4 9.61E-04 2.550 4.186 2.372
CO_0010 Concrete Haul Roads 429170.8 4408330.3 1599.9 9.61E-04 2.550 4.186 2.372
CO_0011 Concrete Haul Roads 429178.9 4408334.3 1600.6 9.61E-04 2.550 4.186 2.372
CO_0012 Concrete Haul Roads 429186.9 4408338.3 1601.2 9.61E-04 2.550 4.186 2.372
CO_0013 Concrete Haul Roads 429195.0 4408342.2 1601.9 9.61E-04 2.550 4.186 2.372
CO_0014 Concrete Haul Roads 429203.1 4408346.2 1602.6 9.61E-04 2.550 4.186 2.372
CO_0015 Concrete Haul Roads 429211.2 4408350.2 1603.0 9.61E-04 2.550 4.186 2.372
CO_0016 Concrete Haul Roads 429219.2 4408354.1 1603.7 9.61E-04 2.550 4.186 2.372
CO_0017 Concrete Haul Roads 429227.3 4408358.1 1604.3 9.61E-04 2.550 4.186 2.372
CO_0018 Concrete Haul Roads 429235.4 4408362.1 1605.1 9.61E-04 2.550 4.186 2.372
CO_0019 Concrete Haul Roads 429243.5 4408366.0 1605.8 9.61E-04 2.550 4.186 2.372CO_0020 Concrete Haul Roads 429251.5 4408370.0 1606.4 2.95E-03 2.550 4.186 2.372
CO_0021 Concrete Haul Roads 429259.6 4408374.0 1607.1 2.95E-03 2.550 4.186 2.372
CO_0022 Concrete Haul Roads 429267.7 4408378.0 1607.7 2.95E-03 2.550 4.186 2.372
CO_0023 Concrete Haul Roads 429275.8 4408381.9 1608.1 2.95E-03 2.550 4.186 2.372
CO_0024 Concrete Haul Roads 429283.8 4408386.0 1608.7 2.95E-03 2.550 4.186 2.372
CO_0025 Concrete Haul Roads 429291.9 4408390.0 1609.4 2.95E-03 2.550 4.186 2.372
CO_0026 Concrete Haul Roads 429299.9 4408394.1 1610.0 2.95E-03 2.550 4.186 2.372
CO_0027 Concrete Haul Roads 429307.9 4408398.1 1610.8 2.95E-03 2.550 4.186 2.372
CO_0028 Concrete Haul Roads 429316.0 4408402.1 1611.5 2.95E-03 2.550 4.186 2.372
CO_0029 Concrete Haul Roads 429324.0 4408406.2 1612.3 2.95E-03 2.550 4.186 2.372
CO_0030 Concrete Haul Roads 429332.1 4408410.2 1612.9 2.95E-03 2.550 4.186 2.372
CO_0031 Concrete Haul Roads 429340.1 4408414.3 1613.5 2.95E-03 2.550 4.186 2.372
CO_0032 Concrete Haul Roads 429348.9 4408415.5 1614.3 2.95E-03 2.550 4.186 2.372
CO_0033 Concrete Haul Roads 429357.9 4408416.1 1615.1 2.95E-03 2.550 4.186 2.372
CO_0034 Concrete Haul Roads 429366.9 4408416.7 1616.0 2.95E-03 2.550 4.186 2.372
CO_0035 Concrete Haul Roads 429375.9 4408417.3 1616.6 2.95E-03 2.550 4.186 2.372
CO_0036 Concrete Haul Roads 429384.8 4408417.8 1617.3 2.95E-03 2.550 4.186 2.372
CO_0037 Concrete Haul Roads 429393.6 4408417.3 1617.9 2.95E-03 2.550 4.186 2.372
CO_0038 Concrete Haul Roads 429401.9 4408413.8 1618.4 2.95E-03 2.550 4.186 2.372
CO_0039 Concrete Haul Roads 429410.2 4408410.3 1618.9 2.95E-03 2.550 4.186 2.372
CO_0040 Concrete Haul Roads 429418.5 4408406.8 1619.4 2.95E-03 2.550 4.186 2.372
CO_0041 Concrete Haul Roads 429423.1 4408399.3 1619.1 2.95E-03 2.550 4.186 2.372
CO_0042 Concrete Haul Roads 429427.2 4408391.3 1619.9 2.95E-03 2.550 4.186 2.372
CO_0043 Concrete Haul Roads 429431.3 4408383.3 1620.9 2.95E-03 2.550 4.186 2.372
CO_0044 Concrete Haul Roads 429431.8 4408374.6 1621.2 2.95E-03 2.550 4.186 2.372
CO_0045 Concrete Haul Roads 429430.8 4408365.6 1621.0 2.95E-03 2.550 4.186 2.372
CO_0046 Concrete Haul Roads 429429.9 4408356.7 1621.2 2.95E-03 2.550 4.186 2.372
CO_0047 Concrete Haul Roads 429428.9 4408347.7 1621.5 2.95E-03 2.550 4.186 2.372
CO_0048 Concrete Haul Roads 429423.4 4408342.1 1621.1 2.95E-03 2.550 4.186 2.372
CO_0049 Concrete Haul Roads 429415.2 4408338.3 1620.5 2.95E-03 2.550 4.186 2.372
CO_0050 Concrete Haul Roads 429407.0 4408334.6 1620.0 2.95E-03 2.550 4.186 2.372
CO_0051 Concrete Haul Roads 429398.8 4408331.3 1619.4 2.95E-03 2.550 4.186 2.372
CO_0052 Concrete Haul Roads 429389.8 4408332.3 1618.5 2.95E-03 2.550 4.186 2.372
CO_0053 Concrete Haul Roads 429380.9 4408333.3 1617.6 2.95E-03 2.550 4.186 2.372
CO_0054 Concrete Haul Roads 429371.9 4408334.3 1616.7 2.95E-03 2.550 4.186 2.372
CO_0055 Concrete Haul Roads 429363.0 4408335.3 1615.9 2.95E-03 2.550 4.186 2.372
CO_0056 Concrete Haul Roads 429354.6 4408338.2 1615.1 2.95E-03 2.550 4.186 2.372
CO_0057 Concrete Haul Roads 429346.3 4408341.8 1614.3 2.95E-03 2.550 4.186 2.372
CO_0058 Concrete Haul Roads 429338.0 4408345.4 1613.6 2.95E-03 2.550 4.186 2.372
CO_0059 Concrete Haul Roads 429329.8 4408349.0 1612.9 2.95E-03 2.550 4.186 2.372
CO_0060 Concrete Haul Roads 429321.0 4408350.9 1612.1 2.95E-03 2.550 4.186 2.372
Volume Sources
Source ID Source Description Easting (X) Northing (Y) Base Elevation
Emission Rate (lb/hr)Release Height
Init.
Horizontal Dimension Initial Vert. Dimension
CO_0061 Concrete Haul Roads 429312.2 4408352.5 1611.3 2.95E-03 2.550 4.186 2.372
CO_0062 Concrete Haul Roads 429303.3 4408354.2 1610.5 2.95E-03 2.550 4.186 2.372
CO_0063 Concrete Haul Roads 429294.5 4408355.8 1609.7 2.95E-03 2.550 4.186 2.372
CO_0064 Concrete Haul Roads 429285.6 4408357.5 1609.0 2.95E-03 2.550 4.186 2.372
CO_0065 Concrete Haul Roads 429276.8 4408359.1 1608.4 2.95E-03 2.550 4.186 2.372
CO_0066 Concrete Haul Roads 429267.9 4408360.8 1607.7 2.95E-03 2.550 4.186 2.372
CO_0067 Concrete Haul Roads 429259.1 4408362.4 1607.0 2.95E-03 2.550 4.186 2.372
CO_0068 Concrete Haul Roads 429250.2 4408364.1 1606.3 2.95E-03 2.550 4.186 2.372
CO_0069 Concrete Haul Roads 429241.6 4408363.7 1605.6 9.61E-04 2.550 4.186 2.372
CO_0070 Concrete Haul Roads 429233.5 4408359.8 1604.9 9.61E-04 2.550 4.186 2.372
CO_0071 Concrete Haul Roads 429225.4 4408355.9 1604.1 9.61E-04 2.550 4.186 2.372
CO_0072 Concrete Haul Roads 429217.3 4408352.0 1603.5 9.61E-04 2.550 4.186 2.372
CO_0073 Concrete Haul Roads 429209.2 4408348.1 1602.8 9.61E-04 2.550 4.186 2.372
CO_0074 Concrete Haul Roads 429201.1 4408344.2 1602.4 9.61E-04 2.550 4.186 2.372
CO_0075 Concrete Haul Roads 429193.0 4408340.3 1601.8 9.61E-04 2.550 4.186 2.372
CO_0076 Concrete Haul Roads 429184.9 4408336.4 1601.0 9.61E-04 2.550 4.186 2.372
CO_0077 Concrete Haul Roads 429176.8 4408332.5 1600.4 9.61E-04 2.550 4.186 2.372
CO_0078 Concrete Haul Roads 429168.7 4408328.6 1599.8 9.61E-04 2.550 4.186 2.372
CO_0079 Concrete Haul Roads 429160.6 4408324.7 1599.2 9.61E-04 2.550 4.186 2.372
CO_0080 Concrete Haul Roads 429152.5 4408320.8 1598.3 9.61E-04 2.550 4.186 2.372
CO_0081 Concrete Haul Roads 429144.4 4408316.8 1597.6 9.61E-04 2.550 4.186 2.372
CO_0082 Concrete Haul Roads 429136.2 4408312.9 1596.9 9.61E-04 2.550 4.186 2.372
CO_0083 Concrete Haul Roads 429128.1 4408309.0 1596.0 9.61E-04 2.550 4.186 2.372
CO_0084 Concrete Haul Roads 429120.0 4408305.1 1595.5 9.61E-04 2.550 4.186 2.372
CO_0085 Concrete Haul Roads 429111.9 4408301.2 1594.8 9.61E-04 2.550 4.186 2.372
CO_0086 Concrete Haul Roads 429103.8 4408297.3 1594.3 9.61E-04 2.550 4.186 2.372
CO_0087 Concrete Haul Roads 429095.7 4408293.4 1593.7 9.61E-04 2.550 4.186 2.372
WP_0001 WP Haul Roads 429099.3 4408291.4 1593.8 2.36E-03 2.550 4.186 2.372
WP_0002 WP Haul Roads 429107.4 4408295.4 1594.3 2.36E-03 2.550 4.186 2.372WP_0003 WP Haul Roads 429115.5 4408299.3 1594.9 2.36E-03 2.550 4.186 2.372
WP_0004 WP Haul Roads 429123.6 4408303.3 1595.7 2.36E-03 2.550 4.186 2.372
WP_0005 WP Haul Roads 429131.6 4408307.2 1596.2 2.36E-03 2.550 4.186 2.372
WP_0006 WP Haul Roads 429139.7 4408311.2 1597.0 2.36E-03 2.550 4.186 2.372
WP_0007 WP Haul Roads 429147.8 4408315.2 1597.8 2.36E-03 2.550 4.186 2.372
WP_0008 WP Haul Roads 429155.8 4408319.2 1598.5 2.36E-03 2.550 4.186 2.372
WP_0009 WP Haul Roads 429163.8 4408323.3 1599.4 2.36E-03 2.550 4.186 2.372
WP_0010 WP Haul Roads 429171.9 4408327.4 1600.0 2.36E-03 2.550 4.186 2.372
WP_0011 WP Haul Roads 429179.9 4408331.5 1600.6 2.36E-03 2.550 4.186 2.372
WP_0012 WP Haul Roads 429187.9 4408335.6 1601.3 2.36E-03 2.550 4.186 2.372
WP_0013 WP Haul Roads 429195.9 4408339.6 1602.0 2.36E-03 2.550 4.186 2.372
WP_0014 WP Haul Roads 429203.9 4408343.7 1602.6 2.36E-03 2.550 4.186 2.372
WP_0015 WP Haul Roads 429212.0 4408347.8 1603.1 2.36E-03 2.550 4.186 2.372
WP_0016 WP Haul Roads 429220.0 4408351.9 1603.7 2.36E-03 2.550 4.186 2.372
WP_0017 WP Haul Roads 429228.0 4408356.0 1604.3 2.36E-03 2.550 4.186 2.372
WP_0018 WP Haul Roads 429236.0 4408360.0 1605.1 2.36E-03 2.550 4.186 2.372
WP_0019 WP Haul Roads 429244.1 4408364.1 1605.8 2.36E-03 2.550 4.186 2.372
WP_0020 WP Haul Roads 429252.1 4408368.2 1606.4 4.24E-03 2.550 4.186 2.372
WP_0021 WP Haul Roads 429260.1 4408372.3 1607.1 4.24E-03 2.550 4.186 2.372
WP_0022 WP Haul Roads 429268.1 4408376.4 1607.8 4.24E-03 2.550 4.186 2.372
WP_0023 WP Haul Roads 429276.1 4408380.5 1608.2 4.24E-03 2.550 4.186 2.372
WP_0024 WP Haul Roads 429284.2 4408384.5 1608.7 4.24E-03 2.550 4.186 2.372
WP_0025 WP Haul Roads 429292.2 4408388.6 1609.4 4.24E-03 2.550 4.186 2.372
WP_0026 WP Haul Roads 429300.2 4408392.7 1610.0 4.24E-03 2.550 4.186 2.372
WP_0027 WP Haul Roads 429308.2 4408396.7 1610.7 4.24E-03 2.550 4.186 2.372
WP_0028 WP Haul Roads 429316.3 4408400.8 1611.5 4.24E-03 2.550 4.186 2.372
WP_0029 WP Haul Roads 429324.3 4408404.8 1612.3 4.24E-03 2.550 4.186 2.372
WP_0030 WP Haul Roads 429332.4 4408408.9 1613.0 4.24E-03 2.550 4.186 2.372
WP_0031 WP Haul Roads 429340.4 4408412.9 1613.5 4.24E-03 2.550 4.186 2.372
WP_0032 WP Haul Roads 429348.4 4408417.0 1614.3 4.24E-03 2.550 4.186 2.372
WP_0033 WP Haul Roads 429356.5 4408421.0 1615.0 4.24E-03 2.550 4.186 2.372
WP_0034 WP Haul Roads 429364.5 4408425.1 1615.8 4.24E-03 2.550 4.186 2.372
WP_0035 WP Haul Roads 429372.6 4408429.1 1616.6 4.24E-03 2.550 4.186 2.372
WP_0036 WP Haul Roads 429380.6 4408433.2 1617.3 4.24E-03 2.550 4.186 2.372
WP_0037 WP Haul Roads 429388.6 4408437.2 1618.1 4.24E-03 2.550 4.186 2.372
WP_0038 WP Haul Roads 429396.7 4408441.2 1619.0 4.24E-03 2.550 4.186 2.372
WP_0039 WP Haul Roads 429404.7 4408445.3 1619.9 4.24E-03 2.550 4.186 2.372
WP_0040 WP Haul Roads 429413.5 4408447.2 1620.7 4.24E-03 2.550 4.186 2.372
WP_0041 WP Haul Roads 429422.3 4408449.1 1621.3 4.24E-03 2.550 4.186 2.372
WP_0042 WP Haul Roads 429431.1 4408451.0 1622.3 4.24E-03 2.550 4.186 2.372
WP_0043 WP Haul Roads 429439.9 4408452.8 1623.0 4.24E-03 2.550 4.186 2.372
WP_0044 WP Haul Roads 429448.7 4408454.7 1623.7 4.24E-03 2.550 4.186 2.372
WP_0045 WP Haul Roads 429457.5 4408456.6 1624.3 4.24E-03 2.550 4.186 2.372
WP_0046 WP Haul Roads 429466.3 4408458.5 1625.1 4.24E-03 2.550 4.186 2.372
WP_0047 WP Haul Roads 429475.1 4408460.3 1626.0 4.24E-03 2.550 4.186 2.372
WP_0048 WP Haul Roads 429483.9 4408462.2 1626.9 4.24E-03 2.550 4.186 2.372
WP_0049 WP Haul Roads 429492.7 4408464.1 1627.8 4.24E-03 2.550 4.186 2.372
WP_0050 WP Haul Roads 429501.5 4408465.9 1628.6 4.24E-03 2.550 4.186 2.372
WP_0051 WP Haul Roads 429510.3 4408467.8 1629.4 4.24E-03 2.550 4.186 2.372WP_0052 WP Haul Roads 429519.1 4408469.7 1630.1 4.24E-03 2.550 4.186 2.372
Volume Sources
Source ID Source Description Easting (X) Northing (Y) Base Elevation
Emission Rate (lb/hr)Release Height
Init.
Horizontal Dimension Initial Vert. Dimension
WP_0053 WP Haul Roads 429527.9 4408470.8 1630.8 4.24E-03 2.550 4.186 2.372
WP_0054 WP Haul Roads 429536.8 4408469.1 1631.5 4.24E-03 2.550 4.186 2.372
WP_0055 WP Haul Roads 429545.6 4408467.4 1632.2 4.24E-03 2.550 4.186 2.372
WP_0056 WP Haul Roads 429554.4 4408465.7 1632.9 4.24E-03 2.550 4.186 2.372
WP_0057 WP Haul Roads 429563.3 4408463.9 1633.5 4.24E-03 2.550 4.186 2.372
WP_0058 WP Haul Roads 429572.1 4408462.2 1634.3 4.24E-03 2.550 4.186 2.372
WP_0059 WP Haul Roads 429580.9 4408460.5 1635.0 4.24E-03 2.550 4.186 2.372
WP_0060 WP Haul Roads 429589.8 4408458.8 1635.6 4.24E-03 2.550 4.186 2.372
WP_0061 WP Haul Roads 429598.6 4408457.0 1636.1 4.24E-03 2.550 4.186 2.372
WP_0062 WP Haul Roads 429607.4 4408455.3 1637.0 4.24E-03 2.550 4.186 2.372
WP_0063 WP Haul Roads 429616.3 4408453.6 1637.7 4.24E-03 2.550 4.186 2.372
WP_0064 WP Haul Roads 429619.8 4408448.1 1637.7 4.24E-03 2.550 4.186 2.372
WP_0065 WP Haul Roads 429618.6 4408439.1 1636.9 4.24E-03 2.550 4.186 2.372
WP_0066 WP Haul Roads 429617.5 4408430.2 1635.8 4.24E-03 2.550 4.186 2.372
WP_0067 WP Haul Roads 429616.3 4408421.3 1636.1 4.24E-03 2.550 4.186 2.372
WP_0068 WP Haul Roads 429615.1 4408412.4 1636.8 4.24E-03 2.550 4.186 2.372
WP_0069 WP Haul Roads 429607.7 4408409.7 1636.1 4.24E-03 2.550 4.186 2.372
WP_0070 WP Haul Roads 429598.8 4408408.5 1635.3 4.24E-03 2.550 4.186 2.372
WP_0071 WP Haul Roads 429589.9 4408407.3 1634.5 4.24E-03 2.550 4.186 2.372
WP_0072 WP Haul Roads 429580.9 4408406.1 1633.7 4.24E-03 2.550 4.186 2.372
WP_0073 WP Haul Roads 429572.0 4408405.0 1632.7 4.24E-03 2.550 4.186 2.372
WP_0074 WP Haul Roads 429563.1 4408403.8 1631.6 4.24E-03 2.550 4.186 2.372
WP_0075 WP Haul Roads 429554.2 4408402.6 1630.8 4.24E-03 2.550 4.186 2.372
WP_0076 WP Haul Roads 429545.3 4408401.4 1629.6 4.24E-03 2.550 4.186 2.372
WP_0077 WP Haul Roads 429536.3 4408400.2 1628.5 4.24E-03 2.550 4.186 2.372
WP_0078 WP Haul Roads 429527.4 4408399.1 1627.5 4.24E-03 2.550 4.186 2.372
WP_0079 WP Haul Roads 429518.5 4408397.9 1627.3 4.24E-03 2.550 4.186 2.372
WP_0080 WP Haul Roads 429509.7 4408397.9 1626.5 4.24E-03 2.550 4.186 2.372
WP_0081 WP Haul Roads 429501.6 4408401.6 1625.6 4.24E-03 2.550 4.186 2.372WP_0082 WP Haul Roads 429493.4 4408405.3 1624.8 4.24E-03 2.550 4.186 2.372
WP_0083 WP Haul Roads 429485.2 4408409.1 1624.4 4.24E-03 2.550 4.186 2.372
WP_0084 WP Haul Roads 429477 4408412.8 1624.1 4.24E-03 2.550 4.186 2.372
WP_0085 WP Haul Roads 429468.8 4408416.5 1623.7 4.24E-03 2.550 4.186 2.372
WP_0086 WP Haul Roads 429460.6 4408420.3 1623.1 4.24E-03 2.550 4.186 2.372
WP_0087 WP Haul Roads 429452.4 4408424 1622.4 4.24E-03 2.550 4.186 2.372
WP_0088 WP Haul Roads 429444.2 4408427.7 1622.0 4.24E-03 2.550 4.186 2.372
WP_0089 WP Haul Roads 429436 4408431.4 1621.6 4.24E-03 2.550 4.186 2.372
WP_0090 WP Haul Roads 429427.8 4408435.2 1621.2 4.24E-03 2.550 4.186 2.372
WP_0091 WP Haul Roads 429419.6 4408438.9 1620.7 4.24E-03 2.550 4.186 2.372
WP_0092 WP Haul Roads 429411.5 4408442.6 1620.3 4.24E-03 2.550 4.186 2.372
WP_0093 WP Haul Roads 429403.3 4408444.8 1619.7 4.24E-03 2.550 4.186 2.372
WP_0094 WP Haul Roads 429395.3 4408440.8 1618.9 4.24E-03 2.550 4.186 2.372
WP_0095 WP Haul Roads 429387.2 4408436.7 1618.0 4.24E-03 2.550 4.186 2.372
WP_0096 WP Haul Roads 429379.2 4408432.7 1617.2 4.24E-03 2.550 4.186 2.372
WP_0097 WP Haul Roads 429371.2 4408428.6 1616.4 4.24E-03 2.550 4.186 2.372
WP_0098 WP Haul Roads 429363.1 4408424.6 1615.6 4.24E-03 2.550 4.186 2.372
WP_0099 WP Haul Roads 429355.1 4408420.5 1614.9 4.24E-03 2.550 4.186 2.372
WP_0100 WP Haul Roads 429347.1 4408416.4 1614.2 4.24E-03 2.550 4.186 2.372
WP_0101 WP Haul Roads 429339 4408412.4 1613.4 4.24E-03 2.550 4.186 2.372
WP_0102 WP Haul Roads 429331 4408408.3 1612.9 4.24E-03 2.550 4.186 2.372
WP_0103 WP Haul Roads 429322.9 4408404.3 1612.2 4.24E-03 2.550 4.186 2.372
WP_0104 WP Haul Roads 429314.9 4408400.2 1611.4 4.24E-03 2.550 4.186 2.372
WP_0105 WP Haul Roads 429306.9 4408396.2 1610.6 4.24E-03 2.550 4.186 2.372
WP_0106 WP Haul Roads 429298.9 4408392.1 1609.9 4.24E-03 2.550 4.186 2.372
WP_0107 WP Haul Roads 429290.9 4408387.9 1609.3 4.24E-03 2.550 4.186 2.372
WP_0108 WP Haul Roads 429282.9 4408383.7 1608.6 4.24E-03 2.550 4.186 2.372
WP_0109 WP Haul Roads 429274.9 4408379.6 1608.2 4.24E-03 2.550 4.186 2.372
WP_0110 WP Haul Roads 429267 4408375.4 1607.7 4.24E-03 2.550 4.186 2.372
WP_0111 WP Haul Roads 429259 4408371.2 1607.0 4.24E-03 2.550 4.186 2.372
WP_0112 WP Haul Roads 429251 4408367.1 1606.4 4.24E-03 2.550 4.186 2.372
WP_0113 WP Haul Roads 429242.9 4408363.1 1605.7 2.36E-03 2.550 4.186 2.372
WP_0114 WP Haul Roads 429234.8 4408359.1 1604.9 2.36E-03 2.550 4.186 2.372
WP_0115 WP Haul Roads 429226.8 4408355.1 1604.2 2.36E-03 2.550 4.186 2.372WP_0116 WP Haul Roads 429218.7 4408351.1 1603.6 2.36E-03 2.550 4.186 2.372WP_0117 WP Haul Roads 429210.7 4408347.1 1603.0 2.36E-03 2.550 4.186 2.372WP_0118 WP Haul Roads 429202.6 4408343.1 1602.5 2.36E-03 2.550 4.186 2.372WP_0119 WP Haul Roads 429194.6 4408339.1 1601.9 2.36E-03 2.550 4.186 2.372WP_0120 WP Haul Roads 429186.5 4408335.1 1601.2 2.36E-03 2.550 4.186 2.372WP_0121 WP Haul Roads 429178.5 4408331 1600.5 2.36E-03 2.550 4.186 2.372WP_0122 WP Haul Roads 429170.4 4408327 1599.9 2.36E-03 2.550 4.186 2.372WP_0123 WP Haul Roads 429162.4 4408323 1599.2 2.36E-03 2.550 4.186 2.372WP_0124 WP Haul Roads 429154.3 4408319 1598.4 2.36E-03 2.550 4.186 2.372WP_0125 WP Haul Roads 429146.3 4408314.9 1597.6 2.36E-03 2.550 4.186 2.372WP_0126 WP Haul Roads 429138.2 4408310.9 1596.9 2.36E-03 2.550 4.186 2.372WP_0127 WP Haul Roads 429130.2 4408306.9 1596.1 2.36E-03 2.550 4.186 2.372WP_0128 WP Haul Roads 429122.1 4408302.9 1595.6 2.36E-03 2.550 4.186 2.372WP_0129 WP Haul Roads 429114.1 4408298.8 1594.8 2.36E-03 2.550 4.186 2.372WP_0130 WP Haul Roads 429106 4408294.8 1594.2 2.36E-03 2.550 4.186 2.372WP_0131 WP Haul Roads 429098 4408290.8 1593.7 2.36E-03 2.550 4.186 2.372
Volume Sources
Source ID Source Description Easting (X) Northing (Y) Base Elevation
Emission Rate (lb/hr)Release Height
Init.
Horizontal Dimension Initial Vert. Dimension
HM_0001 HMA Haulroads 429097.6 4408293.3 1593.8 1.20E-03 2.55 4.186 2.372
HM_0002 HMA Haulroads 429105.7 4408297.1 1594.3 1.20E-03 2.55 4.186 2.372
HM_0003 HMA Haulroads 429113.9 4408300.9 1594.9 1.20E-03 2.55 4.186 2.372
HM_0004 HMA Haulroads 429122 4408304.7 1595.7 1.20E-03 2.55 4.186 2.372
HM_0005 HMA Haulroads 429130.2 4408308.5 1596.1 1.20E-03 2.55 4.186 2.372
HM_0006 HMA Haulroads 429138.4 4408312.3 1597 1.20E-03 2.55 4.186 2.372
HM_0007 HMA Haulroads 429144.5 4408317.3 1597.6 1.20E-03 2.55 4.186 2.372
HM_0008 HMA Haulroads 429143.6 4408326.3 1597.7 1.20E-03 2.55 4.186 2.372
HM_0009 HMA Haulroads 429142.8 4408335.2 1597.9 1.20E-03 2.55 4.186 2.372
HM_0010 HMA Haulroads 429141.9 4408344.2 1597.9 1.20E-03 2.55 4.186 2.372
HM_0011 HMA Haulroads 429141.1 4408353.1 1597.7 1.20E-03 2.55 4.186 2.372
HM_0012 HMA Haulroads 429140.2 4408362.1 1597.4 1.20E-03 2.55 4.186 2.372
HM_0013 HMA Haulroads 429139.4 4408371.1 1597.4 1.20E-03 2.55 4.186 2.372
HM_0014 HMA Haulroads 429138.5 4408380 1597.6 1.20E-03 2.55 4.186 2.372HM_0015 HMA Haulroads 429137.7 4408389 1597.7 1.20E-03 2.55 4.186 2.372
HM_0016 HMA Haulroads 429136.8 4408397.9 1597.8 1.20E-03 2.55 4.186 2.372
HM_0017 HMA Haulroads 429136 4408406.9 1597.6 1.20E-03 2.55 4.186 2.372
HM_0018 HMA Haulroads 429135.1 4408415.9 1597.2 1.20E-03 2.55 4.186 2.372
HM_0019 HMA Haulroads 429135.5 4408424.8 1597 1.20E-03 2.55 4.186 2.372
HM_0020 HMA Haulroads 429136 4408433.8 1597.3 1.20E-03 2.55 4.186 2.372
HM_0021 HMA Haulroads 429136.6 4408442.8 1597.9 1.20E-03 2.55 4.186 2.372
HM_0022 HMA Haulroads 429137.1 4408451.8 1598.2 1.20E-03 2.55 4.186 2.372
HM_0023 HMA Haulroads 429137.6 4408460.8 1598.4 1.20E-03 2.55 4.186 2.372
HM_0024 HMA Haulroads 429138.1 4408469.8 1598.4 1.20E-03 2.55 4.186 2.372
HM_0025 HMA Haulroads 429138.6 4408478.8 1598.4 1.20E-03 2.55 4.186 2.372
HM_0026 HMA Haulroads 429139.1 4408487.7 1598.4 1.20E-03 2.55 4.186 2.372
HM_0027 HMA Haulroads 429139.7 4408496.7 1598.4 1.20E-03 2.55 4.186 2.372
HM_0028 HMA Haulroads 429140.2 4408505.7 1598.6 1.20E-03 2.55 4.186 2.372
HM_0029 HMA Haulroads 429140.7 4408514.7 1598.8 1.20E-03 2.55 4.186 2.372
HM_0030 HMA Haulroads 429141.2 4408523.7 1598.6 1.20E-03 2.55 4.186 2.372
HM_0031 HMA Haulroads 429141.5 4408532.7 1598.4 1.20E-03 2.55 4.186 2.372
HM_0032 HMA Haulroads 429140.8 4408541.6 1599 1.20E-03 2.55 4.186 2.372
HM_0033 HMA Haulroads 429140.1 4408550.6 1599.8 1.20E-03 2.55 4.186 2.372
HM_0034 HMA Haulroads 429139.4 4408559.6 1599.8 1.20E-03 2.55 4.186 2.372
HM_0035 HMA Haulroads 429138.7 4408568.6 1600.1 1.20E-03 2.55 4.186 2.372
HM_0036 HMA Haulroads 429138 4408577.5 1600.9 1.20E-03 2.55 4.186 2.372
HM_0037 HMA Haulroads 429137.3 4408586.5 1601.2 1.20E-03 2.55 4.186 2.372
HM_0038 HMA Haulroads 429136.6 4408595.5 1601.4 1.20E-03 2.55 4.186 2.372
HM_0039 HMA Haulroads 429135.9 4408604.4 1601.5 1.20E-03 2.55 4.186 2.372
HM_0040 HMA Haulroads 429135.2 4408613.4 1601.9 1.20E-03 2.55 4.186 2.372
HM_0041 HMA Haulroads 429134.4 4408622.4 1602.1 1.20E-03 2.55 4.186 2.372
HM_0042 HMA Haulroads 429133.9 4408631.3 1602.3 1.20E-03 2.55 4.186 2.372
HM_0043 HMA Haulroads 429139.3 4408638.5 1602.9 1.20E-03 2.55 4.186 2.372
HM_0044 HMA Haulroads 429144.8 4408645.6 1603.8 1.20E-03 2.55 4.186 2.372
HM_0045 HMA Haulroads 429150.2 4408652.8 1604.6 1.20E-03 2.55 4.186 2.372
HM_0046 HMA Haulroads 429157.4 4408656.3 1605.2 1.20E-03 2.55 4.186 2.372
HM_0047 HMA Haulroads 429166.4 4408656.1 1605.9 1.20E-03 2.55 4.186 2.372
HM_0048 HMA Haulroads 429175.4 4408655.8 1606.7 1.20E-03 2.55 4.186 2.372
HM_0049 HMA Haulroads 429184.4 4408655.6 1607.2 1.20E-03 2.55 4.186 2.372
HM_0050 HMA Haulroads 429191.9 4408651.6 1607.7 1.20E-03 2.55 4.186 2.372
HM_0051 HMA Haulroads 429198.6 4408645.6 1607.8 1.20E-03 2.55 4.186 2.372
HM_0052 HMA Haulroads 429205.3 4408639.6 1607.7 1.20E-03 2.55 4.186 2.372
HM_0053 HMA Haulroads 429212 4408633.5 1608 1.20E-03 2.55 4.186 2.372
HM_0054 HMA Haulroads 429219.9 4408629.3 1608.5 1.20E-03 2.55 4.186 2.372
HM_0055 HMA Haulroads 429228 4408625.3 1608.8 1.20E-03 2.55 4.186 2.372
HM_0056 HMA Haulroads 429236 4408621.3 1609 1.20E-03 2.55 4.186 2.372
HM_0057 HMA Haulroads 429244.1 4408617.3 1609.5 1.20E-03 2.55 4.186 2.372
HM_0058 HMA Haulroads 429252.1 4408613.1 1609.8 1.20E-03 2.55 4.186 2.372
HM_0059 HMA Haulroads 429259.6 4408608.2 1610 1.20E-03 2.55 4.186 2.372
HM_0060 HMA Haulroads 429267.2 4408603.4 1610.5 1.20E-03 2.55 4.186 2.372
HM_0061 HMA Haulroads 429274.8 4408598.5 1611.5 1.20E-03 2.55 4.186 2.372
HM_0062 HMA Haulroads 429282.4 4408593.6 1612.2 1.20E-03 2.55 4.186 2.372
HM_0063 HMA Haulroads 429289.7 4408588.4 1612.8 1.20E-03 2.55 4.186 2.372
HM_0064 HMA Haulroads 429296.7 4408582.9 1613.4 1.20E-03 2.55 4.186 2.372HM_0065 HMA Haulroads 429301.2 4408576.1 1613.8 1.20E-03 2.55 4.186 2.372
HM_0066 HMA Haulroads 429300.7 4408567.1 1613.6 1.20E-03 2.55 4.186 2.372
HM_0067 HMA Haulroads 429300.2 4408558.1 1613.4 1.20E-03 2.55 4.186 2.372
HM_0068 HMA Haulroads 429299.7 4408549.2 1613.2 1.20E-03 2.55 4.186 2.372
HM_0069 HMA Haulroads 429299.2 4408540.2 1612.9 1.20E-03 2.55 4.186 2.372
HM_0070 HMA Haulroads 429298.7 4408531.2 1612.8 1.20E-03 2.55 4.186 2.372
HM_0071 HMA Haulroads 429298.1 4408522.2 1612.8 1.20E-03 2.55 4.186 2.372
HM_0072 HMA Haulroads 429297.6 4408513.2 1612.8 1.20E-03 2.55 4.186 2.372
HM_0073 HMA Haulroads 429297.1 4408504.2 1612.5 1.20E-03 2.55 4.186 2.372
HM_0074 HMA Haulroads 429296.5 4408495.3 1612 1.20E-03 2.55 4.186 2.372
HM_0075 HMA Haulroads 429295.4 4408486.3 1611.6 1.20E-03 2.55 4.186 2.372
HM_0076 HMA Haulroads 429294.2 4408477.4 1611.4 1.20E-03 2.55 4.186 2.372
HM_0077 HMA Haulroads 429293.1 4408468.5 1611.2 1.20E-03 2.55 4.186 2.372
HM_0078 HMA Haulroads 429292 4408459.5 1611.3 1.20E-03 2.55 4.186 2.372
HM_0079 HMA Haulroads 429290.9 4408450.6 1611.3 1.20E-03 2.55 4.186 2.372
Volume Sources
Source ID Source Description Easting (X) Northing (Y) Base Elevation
Emission Rate (lb/hr)Release Height
Init.
Horizontal Dimension Initial Vert. Dimension
HM_0080 HMA Haulroads 429289.7 4408441.7 1611 1.20E-03 2.55 4.186 2.372
HM_0081 HMA Haulroads 429288.6 4408432.7 1610.4 1.20E-03 2.55 4.186 2.372
HM_0082 HMA Haulroads 429287.5 4408423.8 1609.4 1.20E-03 2.55 4.186 2.372
HM_0083 HMA Haulroads 429286.4 4408414.9 1609 1.20E-03 2.55 4.186 2.372
HM_0084 HMA Haulroads 429285.3 4408406 1609.2 1.20E-03 2.55 4.186 2.372
HM_0085 HMA Haulroads 429284.1 4408397 1608.9 1.20E-03 2.55 4.186 2.372
HM_0086 HMA Haulroads 429276.9 4408391.7 1608.1 1.20E-03 2.55 4.186 2.372
HM_0087 HMA Haulroads 429269.7 4408386.3 1607.6 1.20E-03 2.55 4.186 2.372
HM_0088 HMA Haulroads 429262.5 4408380.9 1607.4 1.20E-03 2.55 4.186 2.372
HM_0089 HMA Haulroads 429255.2 4408375.5 1606.9 1.20E-03 2.55 4.186 2.372
HM_0090 HMA Haulroads 429248 4408370.1 1606.2 1.20E-03 2.55 4.186 2.372
HM_0091 HMA Haulroads 429240.8 4408364.7 1605.6 1.20E-03 2.55 4.186 2.372
HM_0092 HMA Haulroads 429233.6 4408359.4 1604.9 1.20E-03 2.55 4.186 2.372
HM_0093 HMA Haulroads 429225.8 4408355 1604.1 1.20E-03 2.55 4.186 2.372HM_0094 HMA Haulroads 429217.7 4408351.1 1603.5 1.20E-03 2.55 4.186 2.372
HM_0095 HMA Haulroads 429209.6 4408347.2 1602.9 1.20E-03 2.55 4.186 2.372
HM_0096 HMA Haulroads 429201.5 4408343.3 1602.4 1.20E-03 2.55 4.186 2.372
HM_0097 HMA Haulroads 429193.4 4408339.4 1601.8 1.20E-03 2.55 4.186 2.372
HM_0098 HMA Haulroads 429185.2 4408335.5 1601 1.20E-03 2.55 4.186 2.372
HM_0099 HMA Haulroads 429177.1 4408331.6 1600.4 1.20E-03 2.55 4.186 2.372
HM_0100 HMA Haulroads 429169 4408327.7 1599.8 1.20E-03 2.55 4.186 2.372
HM_0101 HMA Haulroads 429160.9 4408323.8 1599.2 1.20E-03 2.55 4.186 2.372
HM_0102 HMA Haulroads 429152.8 4408319.9 1598.3 1.20E-03 2.55 4.186 2.372
HM_0103 HMA Haulroads 429144.7 4408316 1597.5 1.20E-03 2.55 4.186 2.372
HM_0104 HMA Haulroads 429136.6 4408312.1 1596.9 1.20E-03 2.55 4.186 2.372
HM_0105 HMA Haulroads 429128.5 4408308.2 1596 1.20E-03 2.55 4.186 2.372
HM_0106 HMA Haulroads 429120.3 4408304.3 1595.5 1.20E-03 2.55 4.186 2.372
HM_0107 HMA Haulroads 429112.2 4408300.4 1594.8 1.20E-03 2.55 4.186 2.372
HM_0108 HMA Haulroads 429104.1 4408296.5 1594.2 1.20E-03 2.55 4.186 2.372
HM_0109 HMA Haulroads 429096 4408292.6 1593.6 1.20E-03 2.55 4.186 2.372
AG_0001 Aggregate Haulroads 429098.3 4408294.5 1593.96 2.36E-03 2.55 4.186047 2.372093
AG_0002 Aggregate Haulroads 429106.4 4408298.5 1594.38 2.36E-03 2.55 4.186047 2.372093
AG_0003 Aggregate Haulroads 429114.5 4408302.5 1594.96 2.36E-03 2.55 4.186047 2.372093
AG_0004 Aggregate Haulroads 429122.5 4408306.5 1595.78 2.36E-03 2.55 4.186047 2.372093
AG_0005 Aggregate Haulroads 429130.6 4408310.4 1596.24 2.36E-03 2.55 4.186047 2.372093
AG_0006 Aggregate Haulroads 429138.7 4408314.4 1597.11 2.36E-03 2.55 4.186047 2.372093
AG_0007 Aggregate Haulroads 429146.7 4408318.4 1597.76 2.36E-03 2.55 4.186047 2.372093
AG_0008 Aggregate Haulroads 429154.8 4408322.4 1598.5 2.36E-03 2.55 4.186047 2.372093
AG_0009 Aggregate Haulroads 429162.9 4408326.4 1599.44 2.36E-03 2.55 4.186047 2.372093
AG_0010 Aggregate Haulroads 429170.9 4408330.4 1599.92 2.36E-03 2.55 4.186047 2.372093
AG_0011 Aggregate Haulroads 429179 4408334.4 1600.57 2.36E-03 2.55 4.186047 2.372093
AG_0012 Aggregate Haulroads 429187.1 4408338.4 1601.25 2.36E-03 2.55 4.186047 2.372093
AG_0013 Aggregate Haulroads 429195.2 4408342.3 1601.94 2.36E-03 2.55 4.186047 2.372093
AG_0014 Aggregate Haulroads 429203.2 4408346.3 1602.6 2.36E-03 2.55 4.186047 2.372093
AG_0015 Aggregate Haulroads 429211.3 4408350.3 1603.04 2.36E-03 2.55 4.186047 2.372093
AG_0016 Aggregate Haulroads 429219.4 4408354.3 1603.69 2.36E-03 2.55 4.186047 2.372093
AG_0017 Aggregate Haulroads 429227.4 4408358.3 1604.26 2.36E-03 2.55 4.186047 2.372093
AG_0018 Aggregate Haulroads 429235.5 4408362.3 1605.07 2.36E-03 2.55 4.186047 2.372093
AG_0019 Aggregate Haulroads 429243.6 4408366.3 1605.81 2.36E-03 2.55 4.186047 2.372093
AG_0020 Aggregate Haulroads 429251.6 4408370.3 1606.46 7.27E-03 2.55 4.186047 2.372093
AG_0021 Aggregate Haulroads 429259.7 4408374.3 1607.15 7.27E-03 2.55 4.186047 2.372093
AG_0022 Aggregate Haulroads 429267.8 4408378.2 1607.75 7.27E-03 2.55 4.186047 2.372093
AG_0023 Aggregate Haulroads 429275.8 4408382.2 1608.12 7.27E-03 2.55 4.186047 2.372093
AG_0024 Aggregate Haulroads 429283.9 4408386.2 1608.69 7.27E-03 2.55 4.186047 2.372093
AG_0025 Aggregate Haulroads 429292 4408390.2 1609.37 7.27E-03 2.55 4.186047 2.372093
AG_0026 Aggregate Haulroads 429300 4408394.2 1610.05 7.27E-03 2.55 4.186047 2.372093
AG_0027 Aggregate Haulroads 429308.1 4408398.2 1610.77 7.27E-03 2.55 4.186047 2.372093
AG_0028 Aggregate Haulroads 429316.2 4408402.2 1611.52 7.27E-03 2.55 4.186047 2.372093
AG_0029 Aggregate Haulroads 429324.2 4408406.2 1612.32 7.27E-03 2.55 4.186047 2.372093
AG_0030 Aggregate Haulroads 429332.3 4408410.1 1612.92 7.27E-03 2.55 4.186047 2.372093
AG_0031 Aggregate Haulroads 429340.4 4408414.1 1613.49 7.27E-03 2.55 4.186047 2.372093
AG_0032 Aggregate Haulroads 429348.4 4408418.1 1614.31 7.27E-03 2.55 4.186047 2.372093
AG_0033 Aggregate Haulroads 429356.5 4408422.1 1615.06 7.27E-03 2.55 4.186047 2.372093
AG_0034 Aggregate Haulroads 429364.6 4408426.1 1615.82 7.27E-03 2.55 4.186047 2.372093
AG_0035 Aggregate Haulroads 429372.7 4408430.1 1616.59 7.27E-03 2.55 4.186047 2.372093
AG_0036 Aggregate Haulroads 429380.7 4408434.1 1617.31 7.27E-03 2.55 4.186047 2.372093
AG_0037 Aggregate Haulroads 429388.8 4408438.1 1618.18 7.27E-03 2.55 4.186047 2.372093
AG_0038 Aggregate Haulroads 429396.9 4408442 1619.07 7.27E-03 2.55 4.186047 2.372093
AG_0039 Aggregate Haulroads 429404.9 4408446 1619.92 7.27E-03 2.55 4.186047 2.372093
AG_0040 Aggregate Haulroads 429413 4408450 1620.8 7.27E-03 2.55 4.186047 2.372093
AG_0041 Aggregate Haulroads 429421.1 4408454 1621.51 7.27E-03 2.55 4.186047 2.372093
AG_0042 Aggregate Haulroads 429429.2 4408457.9 1622.3 7.27E-03 2.55 4.186047 2.372093
AG_0043 Aggregate Haulroads 429437.2 4408461.9 1623.15 7.27E-03 2.55 4.186047 2.372093
AG_0044 Aggregate Haulroads 429445.3 4408465.9 1623.95 7.27E-03 2.55 4.186047 2.372093
AG_0045 Aggregate Haulroads 429453.4 4408469.8 1624.78 7.27E-03 2.55 4.186047 2.372093
AG_0046 Aggregate Haulroads 429461.5 4408473.8 1625.45 7.27E-03 2.55 4.186047 2.372093
AG_0047 Aggregate Haulroads 429469.6 4408477.7 1626.19 7.27E-03 2.55 4.186047 2.372093
AG_0048 Aggregate Haulroads 429477.7 4408481.7 1626.92 7.27E-03 2.55 4.186047 2.372093
AG_0049 Aggregate Haulroads 429485.7 4408485.7 1627.64 7.27E-03 2.55 4.186047 2.372093
Volume Sources
Source ID Source Description Easting (X) Northing (Y) Base Elevation
Emission Rate (lb/hr)Release Height
Init.
Horizontal Dimension Initial Vert. Dimension
AG_0050 Aggregate Haulroads 429493.8 4408489.6 1628.51 7.27E-03 2.55 4.186047 2.372093
AG_0051 Aggregate Haulroads 429501.9 4408493.6 1629.34 7.27E-03 2.55 4.186047 2.372093
AG_0052 Aggregate Haulroads 429510 4408497.5 1630.13 7.27E-03 2.55 4.186047 2.372093
AG_0053 Aggregate Haulroads 429518.1 4408501.5 1630.95 7.27E-03 2.55 4.186047 2.372093
AG_0054 Aggregate Haulroads 429526.1 4408505.5 1631.72 7.27E-03 2.55 4.186047 2.372093
AG_0055 Aggregate Haulroads 429534.2 4408509.5 1632.49 7.27E-03 2.55 4.186047 2.372093
AG_0056 Aggregate Haulroads 429542.2 4408513.6 1633.15 7.27E-03 2.55 4.186047 2.372093
AG_0057 Aggregate Haulroads 429550.2 4408517.8 1634.09 7.27E-03 2.55 4.186047 2.372093
AG_0058 Aggregate Haulroads 429558.2 4408521.9 1635.08 7.27E-03 2.55 4.186047 2.372093
AG_0059 Aggregate Haulroads 429566.2 4408526 1636.05 7.27E-03 2.55 4.186047 2.372093
AG_0060 Aggregate Haulroads 429574.2 4408530.2 1636.91 7.27E-03 2.55 4.186047 2.372093
AG_0061 Aggregate Haulroads 429582.1 4408534.3 1637.68 7.27E-03 2.55 4.186047 2.372093
AG_0062 Aggregate Haulroads 429590.1 4408538.5 1638.65 7.27E-03 2.55 4.186047 2.372093
AG_0063 Aggregate Haulroads 429598.1 4408542.6 1639.44 7.27E-03 2.55 4.186047 2.372093
AG_0064 Aggregate Haulroads 429606.1 4408546.7 1640.24 7.27E-03 2.55 4.186047 2.372093
AG_0065 Aggregate Haulroads 429614 4408551 1641.08 7.27E-03 2.55 4.186047 2.372093
AG_0066 Aggregate Haulroads 429622 4408555.3 1641.85 7.27E-03 2.55 4.186047 2.372093
AG_0067 Aggregate Haulroads 429629.9 4408559.6 1642.46 7.27E-03 2.55 4.186047 2.372093
AG_0068 Aggregate Haulroads 429637.8 4408563.8 1643.79 7.27E-03 2.55 4.186047 2.372093
AG_0069 Aggregate Haulroads 429645.7 4408568.1 1644.65 7.27E-03 2.55 4.186047 2.372093
AG_0070 Aggregate Haulroads 429653.6 4408572.4 1645.35 7.27E-03 2.55 4.186047 2.372093
AG_0071 Aggregate Haulroads 429661.6 4408576.7 1646.43 7.27E-03 2.55 4.186047 2.372093
AG_0072 Aggregate Haulroads 429669.5 4408580.9 1647.56 7.27E-03 2.55 4.186047 2.372093
AG_0073 Aggregate Haulroads 429677.4 4408585.2 1648.98 7.27E-03 2.55 4.186047 2.372093
AG_0074 Aggregate Haulroads 429685.3 4408589.5 1650.55 7.27E-03 2.55 4.186047 2.372093
AG_0075 Aggregate Haulroads 429693.2 4408593.8 1652.05 7.27E-03 2.55 4.186047 2.372093
AG_0076 Aggregate Haulroads 429701.2 4408598 1653.34 7.27E-03 2.55 4.186047 2.372093
AG_0077 Aggregate Haulroads 429709.1 4408602.3 1654.04 7.27E-03 2.55 4.186047 2.372093
AG_0078 Aggregate Haulroads 429717 4408606.6 1656.02 7.27E-03 2.55 4.186047 2.372093
AG_0079 Aggregate Haulroads 429725.2 4408610.3 1660.97 7.27E-03 2.55 4.186047 2.372093
AG_0080 Aggregate Haulroads 429733.7 4408613.3 1663.77 7.27E-03 2.55 4.186047 2.372093
AG_0081 Aggregate Haulroads 429742.2 4408616.2 1662.99 7.27E-03 2.55 4.186047 2.372093
AG_0082 Aggregate Haulroads 429750.7 4408619.2 1661.15 7.27E-03 2.55 4.186047 2.372093
AG_0083 Aggregate Haulroads 429759.2 4408622.2 1658.79 7.27E-03 2.55 4.186047 2.372093
AG_0084 Aggregate Haulroads 429767.6 4408625.1 1657.86 7.27E-03 2.55 4.186047 2.372093
AG_0085 Aggregate Haulroads 429776.5 4408624.9 1658.03 7.27E-03 2.55 4.186047 2.372093
AG_0086 Aggregate Haulroads 429785.4 4408623.7 1658.97 7.27E-03 2.55 4.186047 2.372093
AG_0087 Aggregate Haulroads 429794.3 4408622.4 1661.88 7.27E-03 2.55 4.186047 2.372093
AG_0088 Aggregate Haulroads 429803.2 4408621.1 1663.31 7.27E-03 2.55 4.186047 2.372093
AG_0089 Aggregate Haulroads 429812.1 4408619.8 1664.21 7.27E-03 2.55 4.186047 2.372093
AG_0090 Aggregate Haulroads 429820.2 4408616.9 1665.04 7.27E-03 2.55 4.186047 2.372093
AG_0091 Aggregate Haulroads 429827 4408610.9 1665.56 7.27E-03 2.55 4.186047 2.372093
AG_0092 Aggregate Haulroads 429833.8 4408605 1665.99 7.27E-03 2.55 4.186047 2.372093
AG_0093 Aggregate Haulroads 429840.5 4408599.1 1666.16 7.27E-03 2.55 4.186047 2.372093
AG_0094 Aggregate Haulroads 429840.6 4408590.1 1665.85 7.27E-03 2.55 4.186047 2.372093
AG_0095 Aggregate Haulroads 429840.7 4408581.1 1665.25 7.27E-03 2.55 4.186047 2.372093
AG_0096 Aggregate Haulroads 429840.8 4408572.1 1664.25 7.27E-03 2.55 4.186047 2.372093
AG_0097 Aggregate Haulroads 429835.4 4408565.3 1663.28 7.27E-03 2.55 4.186047 2.372093
AG_0098 Aggregate Haulroads 429829 4408559.1 1663.07 7.27E-03 2.55 4.186047 2.372093
AG_0099 Aggregate Haulroads 429821.3 4408554.8 1662.11 7.27E-03 2.55 4.186047 2.372093
AG_0100 Aggregate Haulroads 429812.9 4408551.4 1660.71 7.27E-03 2.55 4.186047 2.372093
AG_0101 Aggregate Haulroads 429804.5 4408548.1 1659.75 7.27E-03 2.55 4.186047 2.372093
AG_0102 Aggregate Haulroads 429796.1 4408544.8 1659.08 7.27E-03 2.55 4.186047 2.372093
AG_0103 Aggregate Haulroads 429787.6 4408542.6 1658.82 7.27E-03 2.55 4.186047 2.372093
AG_0104 Aggregate Haulroads 429778.7 4408543.5 1658.66 7.27E-03 2.55 4.186047 2.372093
AG_0105 Aggregate Haulroads 429769.7 4408544.4 1657.4 7.27E-03 2.55 4.186047 2.372093
AG_0106 Aggregate Haulroads 429760.8 4408545.2 1655.98 7.27E-03 2.55 4.186047 2.372093
AG_0107 Aggregate Haulroads 429751.8 4408546.1 1656.55 7.27E-03 2.55 4.186047 2.372093
AG_0108 Aggregate Haulroads 429742.8 4408547 1657.18 7.27E-03 2.55 4.186047 2.372093
AG_0109 Aggregate Haulroads 429733.9 4408548.3 1656.65 7.27E-03 2.55 4.186047 2.372093
AG_0110 Aggregate Haulroads 429725 4408549.5 1654.22 7.27E-03 2.55 4.186047 2.372093
AG_0111 Aggregate Haulroads 429716.1 4408550.8 1653.37 7.27E-03 2.55 4.186047 2.372093
AG_0112 Aggregate Haulroads 429707.2 4408552.1 1652.38 7.27E-03 2.55 4.186047 2.372093
AG_0113 Aggregate Haulroads 429698.3 4408553.4 1650.99 7.27E-03 2.55 4.186047 2.372093
AG_0114 Aggregate Haulroads 429689.4 4408554.7 1649.45 7.27E-03 2.55 4.186047 2.372093
AG_0115 Aggregate Haulroads 429680.5 4408555.9 1648.13 7.27E-03 2.55 4.186047 2.372093
AG_0116 Aggregate Haulroads 429671.6 4408557.2 1646.92 7.27E-03 2.55 4.186047 2.372093
AG_0117 Aggregate Haulroads 429662.7 4408558.5 1645.82 7.27E-03 2.55 4.186047 2.372093
AG_0118 Aggregate Haulroads 429653.8 4408559.8 1644.84 7.27E-03 2.55 4.186047 2.372093
AG_0119 Aggregate Haulroads 429644.8 4408561.1 1644.01 7.27E-03 2.55 4.186047 2.372093
AG_0120 Aggregate Haulroads 429636 4408562.1 1643.39 7.27E-03 2.55 4.186047 2.372093
AG_0121 Aggregate Haulroads 429627.9 4408558.1 1642.31 7.27E-03 2.55 4.186047 2.372093
AG_0122 Aggregate Haulroads 429619.9 4408554 1641.66 7.27E-03 2.55 4.186047 2.372093
AG_0123 Aggregate Haulroads 429611.9 4408550 1640.86 7.27E-03 2.55 4.186047 2.372093
AG_0124 Aggregate Haulroads 429603.8 4408545.9 1640 7.27E-03 2.55 4.186047 2.372093
AG_0125 Aggregate Haulroads 429595.8 4408541.9 1639.25 7.27E-03 2.55 4.186047 2.372093
AG_0126 Aggregate Haulroads 429587.8 4408537.8 1638.38 7.27E-03 2.55 4.186047 2.372093
AG_0127 Aggregate Haulroads 429579.7 4408533.8 1637.49 7.27E-03 2.55 4.186047 2.372093
AG_0128 Aggregate Haulroads 429571.7 4408529.7 1636.66 7.27E-03 2.55 4.186047 2.372093
Volume Sources
Source ID Source Description Easting (X) Northing (Y) Base Elevation
Emission Rate (lb/hr)Release Height
Init.
Horizontal Dimension Initial Vert. Dimension
AG_0129 Aggregate Haulroads 429563.7 4408525.6 1635.81 7.27E-03 2.55 4.186047 2.372093
AG_0130 Aggregate Haulroads 429555.6 4408521.6 1634.81 7.27E-03 2.55 4.186047 2.372093
AG_0131 Aggregate Haulroads 429547.6 4408517.5 1633.8 7.27E-03 2.55 4.186047 2.372093
AG_0132 Aggregate Haulroads 429539.5 4408513.5 1633.06 7.27E-03 2.55 4.186047 2.372093
AG_0133 Aggregate Haulroads 429531.5 4408509.4 1632.29 7.27E-03 2.55 4.186047 2.372093
AG_0134 Aggregate Haulroads 429523.5 4408505.4 1631.55 7.27E-03 2.55 4.186047 2.372093
AG_0135 Aggregate Haulroads 429515.4 4408501.3 1630.77 7.27E-03 2.55 4.186047 2.372093
AG_0136 Aggregate Haulroads 429507.4 4408497.3 1629.91 7.27E-03 2.55 4.186047 2.372093
AG_0137 Aggregate Haulroads 429499.4 4408493.2 1629.24 7.27E-03 2.55 4.186047 2.372093
AG_0138 Aggregate Haulroads 429491.3 4408489.2 1628.27 7.27E-03 2.55 4.186047 2.372093
AG_0139 Aggregate Haulroads 429483.3 4408485.1 1627.47 7.27E-03 2.55 4.186047 2.372093
AG_0140 Aggregate Haulroads 429475.3 4408481.1 1626.74 7.27E-03 2.55 4.186047 2.372093
AG_0141 Aggregate Haulroads 429467.2 4408477 1625.96 7.27E-03 2.55 4.186047 2.372093
AG_0142 Aggregate Haulroads 429459.2 4408472.9 1625.31 7.27E-03 2.55 4.186047 2.372093
AG_0143 Aggregate Haulroads 429451.2 4408468.9 1624.56 7.27E-03 2.55 4.186047 2.372093
AG_0144 Aggregate Haulroads 429443.1 4408464.8 1623.74 7.27E-03 2.55 4.186047 2.372093
AG_0145 Aggregate Haulroads 429435.1 4408460.8 1622.93 7.27E-03 2.55 4.186047 2.372093
AG_0146 Aggregate Haulroads 429427.1 4408456.7 1622.06 7.27E-03 2.55 4.186047 2.372093
AG_0147 Aggregate Haulroads 429419 4408452.7 1621.34 7.27E-03 2.55 4.186047 2.372093
AG_0148 Aggregate Haulroads 429411 4408448.6 1620.58 7.27E-03 2.55 4.186047 2.372093
AG_0149 Aggregate Haulroads 429402.9 4408444.6 1619.67 7.27E-03 2.55 4.186047 2.372093
AG_0150 Aggregate Haulroads 429394.9 4408440.6 1618.85 7.27E-03 2.55 4.186047 2.372093
AG_0151 Aggregate Haulroads 429386.8 4408436.6 1617.91 7.27E-03 2.55 4.186047 2.372093
AG_0152 Aggregate Haulroads 429378.7 4408432.6 1617.12 7.27E-03 2.55 4.186047 2.372093
AG_0153 Aggregate Haulroads 429370.7 4408428.6 1616.38 7.27E-03 2.55 4.186047 2.372093
AG_0154 Aggregate Haulroads 429362.6 4408424.6 1615.59 7.27E-03 2.55 4.186047 2.372093
AG_0155 Aggregate Haulroads 429354.5 4408420.6 1614.89 7.27E-03 2.55 4.186047 2.372093
AG_0156 Aggregate Haulroads 429346.5 4408416.6 1614.1 7.27E-03 2.55 4.186047 2.372093
AG_0157 Aggregate Haulroads 429338.4 4408412.6 1613.34 7.27E-03 2.55 4.186047 2.372093
AG_0158 Aggregate Haulroads 429330.4 4408408.6 1612.87 7.27E-03 2.55 4.186047 2.372093
AG_0159 Aggregate Haulroads 429322.3 4408404.6 1612.11 7.27E-03 2.55 4.186047 2.372093
AG_0160 Aggregate Haulroads 429314.2 4408400.6 1611.33 7.27E-03 2.55 4.186047 2.372093
AG_0161 Aggregate Haulroads 429306.2 4408396.6 1610.54 7.27E-03 2.55 4.186047 2.372093
AG_0162 Aggregate Haulroads 429298.1 4408392.6 1609.88 7.27E-03 2.55 4.186047 2.372093
AG_0163 Aggregate Haulroads 429290.1 4408388.6 1609.2 7.27E-03 2.55 4.186047 2.372093
AG_0164 Aggregate Haulroads 429282 4408384.6 1608.53 7.27E-03 2.55 4.186047 2.372093
AG_0165 Aggregate Haulroads 429273.9 4408380.6 1608.07 7.27E-03 2.55 4.186047 2.372093
AG_0166 Aggregate Haulroads 429265.9 4408376.6 1607.58 7.27E-03 2.55 4.186047 2.372093
AG_0167 Aggregate Haulroads 429257.8 4408372.6 1606.99 7.27E-03 2.55 4.186047 2.372093
AG_0168 Aggregate Haulroads 429249.8 4408368.6 1606.26 7.27E-03 2.55 4.186047 2.372093
AG_0169 Aggregate Haulroads 429241.7 4408364.6 1605.63 2.36E-03 2.55 4.186047 2.372093
AG_0170 Aggregate Haulroads 429233.6 4408360.6 1604.88 2.36E-03 2.55 4.186047 2.372093
AG_0171 Aggregate Haulroads 429225.6 4408356.6 1604.09 2.36E-03 2.55 4.186047 2.372093
AG_0172 Aggregate Haulroads 429217.5 4408352.6 1603.54 2.36E-03 2.55 4.186047 2.372093
AG_0173 Aggregate Haulroads 429209.5 4408348.6 1602.87 2.36E-03 2.55 4.186047 2.372093
AG_0174 Aggregate Haulroads 429201.4 4408344.5 1602.46 2.36E-03 2.55 4.186047 2.372093
AG_0175 Aggregate Haulroads 429193.3 4408340.5 1601.79 2.36E-03 2.55 4.186047 2.372093
AG_0176 Aggregate Haulroads 429185.3 4408336.5 1601.07 2.36E-03 2.55 4.186047 2.372093
AG_0177 Aggregate Haulroads 429177.2 4408332.5 1600.43 2.36E-03 2.55 4.186047 2.372093
AG_0178 Aggregate Haulroads 429169.2 4408328.5 1599.79 2.36E-03 2.55 4.186047 2.372093
AG_0179 Aggregate Haulroads 429161.1 4408324.5 1599.22 2.36E-03 2.55 4.186047 2.372093
AG_0180 Aggregate Haulroads 429153 4408320.5 1598.28 2.36E-03 2.55 4.186047 2.372093
AG_0181 Aggregate Haulroads 429145 4408316.5 1597.58 2.36E-03 2.55 4.186047 2.372093
AG_0182 Aggregate Haulroads 429136.9 4408312.5 1596.9 2.36E-03 2.55 4.186047 2.372093
AG_0183 Aggregate Haulroads 429129 4408308.3 1596.02 2.36E-03 2.55 4.186047 2.372093
AG_0184 Aggregate Haulroads 429121 4408304.2 1595.58 2.36E-03 2.55 4.186047 2.372093
AG_0185 Aggregate Haulroads 429113 4408300 1594.78 2.36E-03 2.55 4.186047 2.372093
AG_0186 Aggregate Haulroads 429105 4408295.9 1594.23 2.36E-03 2.55 4.186047 2.372093
AG_0187 Aggregate Haulroads 429097 4408291.7 1593.66 2.36E-03 2.55 4.186047 2.372093

Geneva Rock Products / Notice of Intent Mona, Utah
Trinity Consultants C-1
APPENDIX C. DISPERSION MODELING RESULTS
 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - PM10 *** 04/18/23
*** AERMET - VERSION 21112 *** *** *** 14:31:49 PAGE 1
*** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** MODEL SETUP OPTIONS SUMMARY ***
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
** Model Options Selected: * Model Uses Regulatory DEFAULT Options
* Model Is Setup For Calculation of Average CONCentration Values.
* NO GAS DEPOSITION Data Provided. * NO PARTICLE DEPOSITION Data Provided.
* Model Uses NO DRY DEPLETION. DDPLETE = F * Model Uses NO WET DEPLETION. WETDPLT = F
* Stack-tip Downwash. * Model Accounts for ELEVated Terrain Effects. * Use Calms Processing Routine.
* Use Missing Data Processing Routine. * No Exponential Decay.
* Model Uses RURAL Dispersion Only. * Model Assumes No FLAGPOLE Receptor Heights.
* The User Specified a Pollutant Type of: PM10 **Model Calculates 1 Short Term Average(s) of: 24-HR
**This Run Includes: 557 Source(s); 5 Source Group(s); and 1907 Receptor(s)
with: 5 POINT(s), including 0 POINTCAP(s) and 0 POINTHOR(s)
and: 534 VOLUME source(s) and: 18 AREA type source(s)
and: 0 LINE source(s) and: 0 RLINE/RLINEXT source(s)
and: 0 OPENPIT source(s) and: 0 BUOYANT LINE source(s) with a total of 0 line(s) and: 0 SWPOINT source(s)
**This Run Includes BACKGRND Values for 5 Source Group(s) for a Single Sector Non-HOURLY BACKGRND Values are Available Varying by: MONTH
**Model Set To Continue RUNning After the Setup Testing.
**The AERMET Input Meteorological Data Version Date: 21112
**Output Options Selected: Model Outputs Tables of Highest Short Term Values by Receptor (RECTABLE Keyword) Model Outputs External File(s) of High Values for Plotting (PLOTFILE Keyword)
Model Outputs Separate Summary File of High Ranked Values (SUMMFILE Keyword)
**NOTE: The Following Flags May Appear Following CONC Values: c for Calm Hours m for Missing Hours
b for Both Calm and Missing Hours **Misc. Inputs: Base Elev. for Pot. Temp. Profile (m MSL) = 1569.00 ; Decay Coef. = 0.000 ; Rot. Angle = 0.0
Emission Units = GRAMS/SEC ; Emission Rate Unit Factor = 0.10000E+07 Output Units = MICROGRAMS/M**3
**Approximate Storage Requirements of Model = 9.1 MB of RAM.

**Input Runstream File: aermod.inp **Output Print File: aermod.out
**File for Summary of Results: SUMMARYFILE.SUM
 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - PM10 *** 04/18/23 *** AERMET - VERSION 21112 *** *** *** 14:31:49 PAGE 2
*** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** METEOROLOGICAL DAYS SELECTED FOR PROCESSING *** (1=YES; 0=NO)
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
NOTE: METEOROLOGICAL DATA ACTUALLY PROCESSED WILL ALSO DEPEND ON WHAT IS INCLUDED IN THE DATA FILE.
*** UPPER BOUND OF FIRST THROUGH FIFTH WIND SPEED CATEGORIES ***
(METERS/SEC)
1.54, 3.09, 5.14, 8.23, 10.80,
 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - PM10 *** 04/18/23
*** AERMET - VERSION 21112 *** *** *** 14:31:49 PAGE 3 *** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** UP TO THE FIRST 24 HOURS OF METEOROLOGICAL DATA ***
Surface file: C:\Users\sadam\Box\MSI\clients\Geneva Rock\Geneva Rock Products - Mona\05 Modeli Met Version: 21112 Profile file: C:\Users\sadam\Box\MSI\clients\Geneva Rock\Geneva Rock Products - Mona\05 Modeli
Surface format: FREE Profile format: FREE
Surface station no.: 25720 Upper air station no.: 24127 Name: UNKNOWN Name: UNKNOWN
Year: 2001 Year: 2001
First 24 hours of scalar data
YR MO DY JDY HR H0 U* W* DT/DZ ZICNV ZIMCH M-O LEN Z0 BOWEN ALBEDO REF WS WD HT REF TA HT
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 01 05 09 129 01 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00 999. -9.0 999.0 -9.0
01 05 09 129 02 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00 999. -9.0 999.0 -9.0 01 05 09 129 03 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00 999. -9.0 999.0 -9.0 01 05 09 129 04 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00 999. -9.0 999.0 -9.0
01 05 09 129 05 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 1.00 999.00 999. -9.0 999.0 -9.0 01 05 09 129 06 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.69 999.00 999. -9.0 999.0 -9.0
01 05 09 129 07 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.34 999.00 999. -9.0 999.0 -9.0 01 05 09 129 08 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.22 999.00 999. -9.0 999.0 -9.0
01 05 09 129 09 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.18 999.00 999. -9.0 999.0 -9.0
01 05 09 129 10 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.17 999.00 999. -9.0 999.0 -9.0 01 05 09 129 11 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.16 999.00 999. -9.0 999.0 -9.0
01 05 09 129 12 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.16 999.00 999. -9.0 999.0 -9.0 01 05 09 129 13 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.16 999.00 999. -9.0 999.0 -9.0
01 05 09 129 14 -999.0 -9.000 -9.000 -9.000 -999. -999. -99999.0 0.31 0.67 0.16 999.00 999. -9.0 999.0 -9.0 01 05 09 129 15 180.2 0.558 -9.000 -9.000 -999. 1001. -72.4 0.30 0.67 0.16 4.40 233. 10.0 300.4 2.0 01 05 09 129 16 161.8 0.513 -9.000 -9.000 -999. 886. -62.6 0.30 0.67 0.17 4.00 224. 10.0 300.8 2.0
01 05 09 129 17 113.7 0.555 -9.000 -9.000 -999. 991. -112.6 0.30 0.67 0.18 4.50 235. 10.0 300.9 2.0 01 05 09 129 18 38.7 0.569 -9.000 -9.000 -999. 1029. -355.5 0.41 0.67 0.23 4.40 240. 10.0 299.4 2.0
01 05 09 129 19 10.0 0.681 -9.000 -9.000 -999. 1345. -2357.2 0.41 0.67 0.38 5.40 260. 10.0 297.9 2.0 01 05 09 129 20 -19.2 0.430 -9.000 -9.000 -999. 743. 309.8 0.41 0.67 1.00 3.60 259. 10.0 296.0 2.0
01 05 09 129 21 -20.7 0.304 -9.000 -9.000 -999. 421. 101.7 0.41 0.67 1.00 2.80 261. 10.0 292.8 2.0 01 05 09 129 22 -14.6 0.214 -9.000 -9.000 -999. 242. 50.0 0.30 0.67 1.00 2.40 230. 10.0 291.9 2.0 01 05 09 129 23 -18.8 0.273 -9.000 -9.000 -999. 343. 81.5 0.41 0.67 1.00 2.60 245. 10.0 290.4 2.0
01 05 09 129 24 -24.2 0.350 -9.000 -9.000 -999. 498. 133.4 0.30 0.67 1.00 3.40 352. 10.0 289.6 2.0
First hour of profile data YR MO DY HR HEIGHT F WDIR WSPD AMB_TMP sigmaA sigmaW sigmaV
01 05 09 01 6.1 1 -999. -99.00 -999.0 999.0 -99.00 -99.00
F indicates top of profile (=1) or below (=0)
 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - PM10 *** 04/18/23
*** AERMET - VERSION 21112 *** *** *** 14:31:49 PAGE 4 *** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** THE SUMMARY OF HIGHEST 24-HR RESULTS ***
** CONC OF PM10 IN MICROGRAMS/M**3 **
DATE
NETWORKGROUP ID AVERAGE CONC (YYMMDDHH) RECEPTOR (XR, YR, ZELEV, ZHILL, ZFLAG) OF TYPE
GRID-ID- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
ALL HIGH 2ND HIGH VALUE IS 142.22337 ON 01081924: AT ( 429210.00, 4408682.20, 1610.61, 3635.95, 0.00) DC

PC HIGH 2ND HIGH VALUE IS 90.07211 ON 01082524: AT ( 430304.70, 4409202.90, 1737.71, 3635.95, 0.00) DC
KILGRE HIGH 2ND HIGH VALUE IS 97.62690 ON 01080124: AT ( 429904.70, 4411202.90, 1636.34, 3635.95, 0.00) DC
SUNROC HIGH 2ND HIGH VALUE IS 97.62690 ON 01080124: AT ( 429904.70, 4411202.90, 1636.34, 3635.95, 0.00) DC
GRP HIGH 2ND HIGH VALUE IS 142.21611 ON 01081924: AT ( 429210.00, 4408682.20, 1610.61, 3635.95, 0.00) DC

*** RECEPTOR TYPES: GC = GRIDCART GP = GRIDPOLR
DC = DISCCART DP = DISCPOLR
 *** AERMOD - VERSION 22112 *** *** Geneva Rock Products - Mona - PM10 *** 04/18/23 *** AERMET - VERSION 21112 *** *** *** 14:31:49
PAGE 5 *** MODELOPTs: RegDFAULT CONC ELEV NODRYDPLT NOWETDPLT RURAL
*** Message Summary : AERMOD Model Execution ***
--------- Summary of Total Messages -------- A Total of 0 Fatal Error Message(s)
A Total of 1189 Warning Message(s) A Total of 125 Informational Message(s)
A Total of 8784 Hours Were Processed
A Total of 1 Calm Hours Identified
A Total of 124 Missing Hours Identified ( 1.41 Percent)
******** FATAL ERROR MESSAGES ********
*** NONE ***
******** WARNING MESSAGES ******** SO W298 8855 SOGRP: Results reported for source group ALL include BACKGROUND
OU W565 12751 OUPLOT: Possible Conflict With Dynamically Allocated FUNIT PLOTFILE OU W565 12752 OUPLOT: Possible Conflict With Dynamically Allocated FUNIT PLOTFILE OU W565 12753 OUPLOT: Possible Conflict With Dynamically Allocated FUNIT PLOTFILE
OU W565 12754 OUPLOT: Possible Conflict With Dynamically Allocated FUNIT PLOTFILE OU W565 12755 OUPLOT: Possible Conflict With Dynamically Allocated FUNIT PLOTFILE
MX W403 15 PFLCNV: Turbulence data is being used w/o ADJ_U* option SigA Data MX W479 21 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.884
MX W479 22 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.613 MX W479 23 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.947 MX W479 29 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.639
MX W479 45 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.660
MX W479 46 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.738 MX W479 47 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.672
MX W479 48 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.705 MX W479 49 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.183 MX W479 50 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 51 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.796 MX W479 53 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675
MX W479 68 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.546 MX W479 69 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.720
MX W479 70 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.610
MX W479 71 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.331 MX W479 72 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.930
MX W479 73 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.351 MX W479 92 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.652
MX W479 93 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.709 MX W479 94 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.818 MX W479 96 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508
MX W479 98 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.823 MX W479 99 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.814
MX W479 100 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616 MX W479 123 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.617
MX W479 140 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.818 MX W479 141 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.809 MX W479 214 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 240 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.673 MX W479 241 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.519
MX W479 261 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.585 MX W479 262 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.642 MX W479 263 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.748
MX W479 264 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.137 MX W479 265 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.681
MX W479 266 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.912 MX W479 268 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.558
MX W479 269 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570 MX W479 270 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599 MX W479 293 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.671
MX W479 294 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599 MX W479 313 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.719
MX W479 335 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.569 MX W479 337 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.964
MX W479 338 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.615 MX W479 357 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.577 MX W479 359 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.677
MX W479 360 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.647 MX W479 361 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850
MX W479 363 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.542 MX W479 381 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.699 MX W479 382 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.747
MX W479 383 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.688 MX W479 385 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.731
MX W479 386 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575 MX W479 387 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.855
MX W479 389 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623 MX W479 390 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.669 MX W479 405 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 407 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.679 MX W479 408 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.635
MX W479 410 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.084 MX W479 412 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.241
MX W479 413 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.589
MX W479 414 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570 MX W479 432 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526
MX W479 433 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.562 MX W479 437 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.748
MX W479 456 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.577 MX W479 458 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651 MX W479 459 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.574
MX W479 460 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.048 MX W479 461 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.015
MX W479 462 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.806 MX W479 483 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 526 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.552 MX W479 527 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.643 MX W479 528 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.624
MX W479 529 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599 MX W479 530 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.666
MX W479 531 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.522 MX W479 532 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.563 MX W479 550 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.515
MX W479 553 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.894 MX W479 554 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.696
MX W479 572 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.597 MX W479 576 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.524
MX W479 577 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.560 MX W479 578 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.562 MX W479 579 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 580 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.005 MX W479 581 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594
MX W479 582 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509 MX W479 602 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.847
MX W479 603 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509 MX W479 647 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607 MX W479 649 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575
MX W479 650 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.592 MX W479 651 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.667
MX W479 721 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.872 MX W479 722 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.844 MX W479 748 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.993
MX W479 749 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.349 MX W479 750 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.711
MX W479 766 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.731 MX W479 767 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.820
MX W479 768 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.976 MX W479 769 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.618 MX W479 770 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.621
MX W479 771 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 772 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.629 MX W479 773 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.544
MX W479 792 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555 MX W479 793 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.514 MX W479 796 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.691
MX W479 797 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.945 MX W479 798 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.232
MX W479 815 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.652 MX W479 816 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525
MX W479 818 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 841 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.695 MX W479 842 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.618
MX W479 844 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.511 MX W479 845 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.534
MX W479 863 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.545 MX W479 870 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.813 MX W479 885 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.814
MX W479 886 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535 MX W479 887 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 888 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547 MX W479 912 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.659
MX W479 913 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.917 MX W479 916 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556 MX W479 932 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.884
MX W479 933 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.927 MX W479 934 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.288
MX W479 935 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.763 MX W479 937 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.720 MX W479 938 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.936
MX W479 939 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.767 MX W479 957 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604
MX W479 960 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.516 MX W479 962 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.147
MX W479 963 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.230 MX W479 964 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.541 MX W479 965 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.628
MX W479 986 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769 MX W479 987 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.592
MX W479 988 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550 MX W479 989 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.726
MX W479 1008 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.543 MX W479 1011 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651 MX W479 1012 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.540
MX W479 1013 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.568 MX W479 1014 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 1035 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.066 MX W479 1036 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567 MX W479 1038 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 1055 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.685 MX W479 1058 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.986
MX W479 1059 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.533 MX W479 1060 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.655
MX W479 1061 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.653 MX W479 1077 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.719 MX W479 1151 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.966
MX W479 1152 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.808 MX W479 1153 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.828
MX W479 1154 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.967 MX W479 1155 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.913
MX W479 1156 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.696
MX W479 1202 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.646 MX W479 1203 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.451
MX W479 1204 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.024 MX W479 1205 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.028
MX W479 1206 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.830 MX W479 1220 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.629 MX W479 1221 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.705
MX W479 1223 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507 MX W479 1224 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.087
MX W479 1225 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.765 MX W479 1227 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.924
MX W479 1244 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.714 MX W479 1245 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.641 MX W479 1246 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.571
MX W479 1247 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.045 MX W479 1248 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.098
MX W479 1249 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.520 MX W479 1250 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549 MX W479 1251 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.925
MX W479 1252 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616 MX W479 1253 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535
MX W479 1268 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.044 MX W479 1269 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.985
MX W479 1270 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.619 MX W479 1271 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.335 MX W479 1273 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.825
MX W479 1274 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.317 MX W479 1275 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.383
MX W479 1276 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732 MX W479 1293 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 1294 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.950 MX W479 1295 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.741 MX W479 1296 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 1317 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.585 MX W479 1318 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.532
MX W479 1323 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.505 MX W479 1324 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.966 MX W479 1326 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.621
MX W479 1344 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675 MX W479 1345 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727
MX W479 1347 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526 MX W479 1349 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.500
MX W479 1367 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850 MX W479 1373 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607 MX W479 1374 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.679
MX W479 1444 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.587
MX W479 1445 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.528 MX W479 1508 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525
MX W479 1509 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.647 MX W479 1516 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.891 MX W479 1518 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.504
MX W479 1536 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.576 MX W479 1541 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.721
MX W479 1557 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507 MX W479 1559 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.792
MX W479 1560 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.545
MX W479 1565 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.712 MX W479 1631 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.765
MX W479 1632 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.726 MX W479 1633 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.628
MX W479 1634 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.810 MX W479 1635 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.366 MX W479 1636 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.138
MX W479 1637 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.878 MX W479 1638 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.738
MX W479 1658 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.751 MX W479 1659 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.930
MX W479 1660 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.964 MX W479 1661 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623 MX W479 1681 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.687
MX W479 1682 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.767 MX W479 1683 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.882
MX W479 1684 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.400 MX W479 1685 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.268 MX W479 1686 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.200
MX W479 1705 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.001 MX W479 1706 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.451
MX W479 1707 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.450 MX W479 1708 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.594
MX W479 1709 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.965 MX W479 1710 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.885 MX W479 1726 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.511
MX W479 1727 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616 MX W479 1729 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 1731 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.504 MX W479 1732 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.868
MX W479 1733 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.738 MX W479 1755 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507 MX W479 1756 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.538
MX W479 1757 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604 MX W479 1774 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.837
MX W479 1775 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.587 MX W479 1776 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517 MX W479 1777 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.691
MX W479 1778 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.903 MX W479 1779 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.288
MX W479 1780 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.304 MX W479 1781 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.968
MX W479 1782 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.662 MX W479 1798 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.643 MX W479 1800 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675
MX W479 1824 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.579 MX W479 1829 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.713
MX W479 1844 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523 MX W479 1845 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 1846 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.536
MX W479 1847 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.578 MX W479 1848 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567
MX W479 1849 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.645 MX W479 1850 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742
MX W479 1852 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.745 MX W479 1853 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.613 MX W479 1918 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.591
MX W479 1941 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.019 MX W479 1947 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.661
MX W479 1948 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.698 MX W479 1949 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.583
MX W479 1950 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.579 MX W479 2016 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.741 MX W479 2017 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.849
MX W479 2018 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.790 MX W479 2036 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 2039 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518 MX W479 2040 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.735 MX W479 2041 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.595
MX W479 2042 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.634 MX W479 2043 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.553
MX W479 2070 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.725 MX W479 2114 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.620
MX W479 2115 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.757 MX W479 2116 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573 MX W479 2118 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549
MX W479 2136 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.503 MX W479 2137 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.656
MX W479 2138 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.905 MX W479 2139 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 2143 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.643 MX W479 2254 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.576 MX W479 2256 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.802
MX W479 2258 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.585 MX W479 2259 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 2260 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.519 MX W479 2280 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.733 MX W479 2281 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769
MX W479 2282 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.169 MX W479 2283 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.864
MX W479 2305 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.501 MX W479 2326 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.558
MX W479 2350 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586 MX W479 2351 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554 MX W479 2352 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.757
MX W479 2353 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.770
MX W479 2354 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594 MX W479 2372 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.735
MX W479 2373 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.528 MX W479 2377 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.644 MX W479 2378 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 2400 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.952 MX W479 2401 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.740
MX W479 2402 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769 MX W479 2403 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604
MX W479 2404 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.654
MX W479 2421 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.580 MX W479 2422 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.685
MX W479 2423 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.987 MX W479 2424 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.756
MX W479 2426 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.563 MX W479 2429 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.603 MX W479 2445 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.533
MX W479 2446 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.719 MX W479 2540 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.731
MX W479 2541 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.810 MX W479 2545 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549
MX W479 2546 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.548 MX W479 2547 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517 MX W479 2550 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 2564 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.934 MX W479 2565 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 2566 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.819 MX W479 2570 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.674 MX W479 2573 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567
MX W479 2574 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530 MX W479 2575 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.522
MX W479 2588 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.736 MX W479 2589 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.676
MX W479 2590 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.773 MX W479 2591 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.988 MX W479 2592 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.677
MX W479 2593 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.561 MX W479 2595 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 2596 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.807 MX W479 2597 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.534
MX W479 2616 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.679 MX W479 2617 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.261 MX W479 2619 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.755
MX W479 2636 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.737 MX W479 2637 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.664
MX W479 2638 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.767 MX W479 2639 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.531 MX W479 2640 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.729
MX W479 2641 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.505 MX W479 2642 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.766
MX W479 2646 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.597 MX W479 2661 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.605
MX W479 2662 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.813 MX W479 2663 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529 MX W479 2664 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.864
MX W479 2665 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.735 MX W479 2667 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.733
MX W479 2668 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.627 MX W479 2684 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 2759 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.500
MX W479 2761 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.609 MX W479 2763 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.580
MX W479 2765 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742 MX W479 2766 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.503
MX W479 2781 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549 MX W479 2789 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.646 MX W479 2791 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.534
MX W479 2806 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.882 MX W479 2807 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.969
MX W479 2812 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527 MX W479 2813 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.711
MX W479 2814 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521 MX W479 2832 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607 MX W479 2833 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.156
MX W479 2835 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554 MX W479 2836 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.534
MX W479 2853 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.940 MX W479 2854 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567 MX W479 2855 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570
MX W479 2861 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651 MX W479 2862 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.825
MX W479 2863 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.686 MX W479 2904 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616
MX W479 2905 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506 MX W479 2906 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.538 MX W479 2907 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 2952 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.713 MX W479 2953 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.805
MX W479 2973 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.960 MX W479 2974 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.679
MX W479 2975 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.583 MX W479 2976 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.753 MX W479 2977 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.627
MX W479 2996 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.138 MX W479 2997 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.910
MX W479 2999 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.883 MX W479 3000 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.135 MX W479 3001 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.986
MX W479 3002 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.858 MX W479 3003 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 3004 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535 MX W479 3006 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.612
MX W479 3026 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.695 MX W479 3054 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586 MX W479 3072 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.569
MX W479 3095 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.567
MX W479 3098 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.722 MX W479 3115 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 3116 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.544 MX W479 3117 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506 MX W479 3121 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550
MX W479 3126 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.650 MX W479 3127 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.837
MX W479 3149 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.703 MX W479 3169 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525
MX W479 3170 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.815
MX W479 3171 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.803 MX W479 3192 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.744
MX W479 3198 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508 MX W479 3213 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.538
MX W479 3214 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523 MX W479 3216 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.764 MX W479 3217 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 3223 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.553 MX W479 3239 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.724
MX W479 3240 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.724 MX W479 3241 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.582
MX W479 3242 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.502 MX W479 3243 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586 MX W479 3259 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 3261 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.629 MX W479 3262 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.703
MX W479 3263 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.904 MX W479 3265 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.025 MX W479 3269 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727
MX W479 3270 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.505 MX W479 3288 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.938
MX W479 3289 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.112 MX W479 3292 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.688
MX W479 3309 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.024 MX W479 3310 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550 MX W479 3311 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 3313 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526 MX W479 3319 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.747
MX W479 3332 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.909 MX W479 3333 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.852
MX W479 3334 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.048 MX W479 3335 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.520 MX W479 3338 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 3357 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.644 MX W479 3358 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.513
MX W479 3359 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.614 MX W479 3361 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.705 MX W479 3362 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.943
MX W479 3363 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.748 MX W479 3364 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.682
MX W479 3365 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.334 MX W479 3366 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.388
MX W479 3367 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.217 MX W479 3379 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.884 MX W479 3380 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 3381 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.267 MX W479 3382 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506
MX W479 3384 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.730 MX W479 3386 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.053
MX W479 3387 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.582
MX W479 3388 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.947 MX W479 3389 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.954
MX W479 3403 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.183 MX W479 3404 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.662
MX W479 3405 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.812 MX W479 3406 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.887 MX W479 3407 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.913
MX W479 3408 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.890 MX W479 3409 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.959
MX W479 3410 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.754 MX W479 3411 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.759
MX W479 3412 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.757 MX W479 3413 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.985 MX W479 3414 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.879
MX W479 3429 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.541 MX W479 3430 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507
MX W479 3432 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.718 MX W479 3433 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715 MX W479 3434 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.821
MX W479 3435 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.758 MX W479 3436 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.574
MX W479 3455 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.563 MX W479 3458 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527
MX W479 3459 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517 MX W479 3480 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.553 MX W479 3481 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.569
MX W479 3482 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.654 MX W479 3483 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.541
MX W479 3501 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525 MX W479 3502 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608
MX W479 3503 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.869 MX W479 3505 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.674 MX W479 3524 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.613
MX W479 3525 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.878 MX W479 3527 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.157
MX W479 3528 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715 MX W479 3530 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.610 MX W479 3547 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506
MX W479 3549 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.795 MX W479 3550 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.871
MX W479 3551 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.568 MX W479 3554 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.543
MX W479 3555 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.891 MX W479 3557 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.588 MX W479 3558 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.696
MX W479 3572 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.533
MX W479 3573 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.559 MX W479 3583 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.616
MX W479 3598 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.614 MX W479 3599 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.708 MX W479 3604 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.510
MX W479 3644 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.531 MX W479 3696 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.719
MX W479 3718 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508 MX W479 3763 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.695
MX W479 3788 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.700
MX W479 3789 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850 MX W479 3791 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.565
MX W479 3793 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.722 MX W479 3794 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.553
MX W479 3796 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608 MX W479 3798 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.841 MX W479 3799 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.548
MX W479 3811 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.717 MX W479 3812 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.716
MX W479 3813 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.945 MX W479 3823 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.708
MX W479 3837 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.571 MX W479 3838 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.834 MX W479 3839 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.941
MX W479 3840 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604 MX W479 3841 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.686
MX W479 3846 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507 MX W479 3858 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573 MX W479 3859 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.387
MX W479 3860 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.986 MX W479 3861 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.743
MX W479 3862 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.674 MX W479 3865 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.630
MX W479 3866 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.667 MX W479 3868 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.058 MX W479 3869 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.052
MX W479 3870 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.795 MX W479 3871 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 3883 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530 MX W479 3886 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.503
MX W479 3909 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529 MX W479 3910 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.692 MX W479 3911 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.797
MX W479 3912 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.666 MX W479 3913 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.763
MX W479 3918 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.537 MX W479 3931 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.831 MX W479 3932 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.819
MX W479 3933 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.165 MX W479 3959 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.780
MX W479 3960 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556 MX W479 3965 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 3979 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.745 MX W479 3980 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.993 MX W479 3981 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.893
MX W479 3985 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.682 MX W479 3988 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.578
MX W479 4004 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.582 MX W479 4005 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.634
MX W479 4007 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.871
MX W479 4035 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523 MX W479 4039 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.502
MX W479 4040 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.557 MX W479 4055 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.562
MX W479 4058 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.568 MX W479 4059 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.915 MX W479 4060 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.561
MX W479 4075 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.592 MX W479 4076 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508
MX W479 4077 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.503 MX W479 4078 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.958
MX W479 4080 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.787 MX W479 4081 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526 MX W479 4082 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.587
MX W479 4098 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.624 MX W479 4099 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.882
MX W479 4100 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.825 MX W479 4101 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.780 MX W479 4111 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.589
MX W479 4131 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.677 MX W479 4132 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.622
MX W479 4133 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.589 MX W479 4135 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.502
MX W479 4147 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727 MX W479 4148 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.157 MX W479 4149 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556
MX W479 4150 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.903 MX W479 4151 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.044
MX W479 4152 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.847 MX W479 4153 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.907
MX W479 4154 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.851 MX W479 4155 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.060 MX W479 4156 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594
MX W479 4157 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608 MX W479 4173 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.619
MX W479 4207 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.525 MX W479 4221 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600 MX W479 4223 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.890
MX W479 4224 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.691 MX W479 4227 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.657
MX W479 4229 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.500 MX W479 4246 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.552
MX W479 4247 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586 MX W479 4251 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.552 MX W479 4255 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.542
MX W479 4269 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.560
MX W479 4270 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535 MX W479 4277 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.671
MX W479 4296 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.901 MX W479 4299 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.516 MX W479 4300 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 4301 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.767 MX W479 4316 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.585
MX W479 4317 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.790 MX W479 4318 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.736
MX W479 4320 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.728
MX W479 4321 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509 MX W479 4324 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.837
MX W479 4341 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.698 MX W479 4342 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769
MX W479 4345 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508 MX W479 4346 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556 MX W479 4349 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.726
MX W479 4350 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.570 MX W479 4416 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.710
MX W479 4417 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554 MX W479 4418 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 4421 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.539 MX W479 4437 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.755 MX W479 4438 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.746
MX W479 4439 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.643 MX W479 4459 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.624
MX W479 4461 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529 MX W479 4462 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573 MX W479 4463 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.632
MX W479 4471 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.583 MX W479 4482 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.552
MX W479 4484 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.094 MX W479 4485 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.766
MX W479 4489 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.691 MX W479 4490 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.996 MX W479 4492 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.871
MX W479 4494 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.829 MX W479 4518 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.564
MX W479 4519 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.652 MX W479 4520 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.574
MX W479 4530 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.711 MX W479 4531 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.650 MX W479 4534 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 4580 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.673 MX W479 4581 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594
MX W479 4583 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.572 MX W479 4584 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527 MX W479 4586 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.820
MX W479 4602 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.557 MX W479 4603 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.829
MX W479 4604 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.922 MX W479 4605 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.982
MX W479 4606 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550 MX W479 4628 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.635 MX W479 4630 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727
MX W479 4631 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850 MX W479 4632 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.660
MX W479 4660 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.665 MX W479 4674 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732
MX W479 4675 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607
MX W479 4676 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521 MX W479 4677 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.940
MX W479 4678 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.700 MX W479 4680 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517
MX W479 4681 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535 MX W479 4682 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.740 MX W479 4698 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.540
MX W479 4699 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.764 MX W479 4700 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 4701 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.683 MX W479 4702 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.545
MX W479 4705 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.515 MX W479 4724 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.773 MX W479 4725 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.556
MX W479 4820 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521 MX W479 4821 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518
MX W479 4826 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.559 MX W479 4828 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.508 MX W479 4830 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.505
MX W479 4831 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.572 MX W479 4833 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 4940 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.541 MX W479 4941 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.976
MX W479 4942 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.770 MX W479 4943 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.527 MX W479 4944 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.989
MX W479 4945 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.806 MX W479 4946 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.934
MX W479 4947 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.699 MX W479 4948 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.657
MX W479 5035 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.546 MX W479 5037 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.813 MX W479 5045 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.520
MX W479 5111 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.645 MX W479 5112 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.685
MX W479 5113 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.709 MX W479 5117 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.564 MX W479 5119 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.510
MX W479 5120 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.749 MX W479 5130 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.747
MX W479 5131 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.657 MX W479 5154 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600
MX W479 5155 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.801 MX W479 5156 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742 MX W479 5157 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.611
MX W479 5158 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.671
MX W479 5159 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651 MX W479 5160 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.634
MX W479 5193 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.557 MX W479 5231 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.033 MX W479 5232 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.960
MX W479 5233 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.729 MX W479 5255 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.546
MX W479 5304 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.592 MX W479 5307 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.653
MX W479 5309 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.510
MX W479 5324 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.707 MX W479 5371 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.738
MX W479 5394 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517 MX W479 5396 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.923
MX W479 5418 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.724 MX W479 5419 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.597 MX W479 5420 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.670
MX W479 5421 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.065 MX W479 5422 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.805
MX W479 5425 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.610 MX W479 5426 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.282
MX W479 5427 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.903 MX W479 5428 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715 MX W479 5429 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.744
MX W479 5430 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.787 MX W479 5431 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575
MX W479 5451 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.732 MX W479 5452 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.162 MX W479 5453 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.612
MX W479 5454 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715 MX W479 5494 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.674
MX W479 5495 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.557 MX W479 5497 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.713
MX W479 5498 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.741 MX W479 5499 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.519 MX W479 5515 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.731
MX W479 5516 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.769 MX W479 5519 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.619
MX W479 5539 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.520 MX W479 5540 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.681
MX W479 5541 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.637 MX W479 5542 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.587 MX W479 5543 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.515
MX W479 5546 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517 MX W479 5610 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.524
MX W479 5611 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.654 MX W479 5612 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.664 MX W479 5613 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.579
MX W479 5615 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521 MX W479 5617 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.548
MX W479 5731 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.593 MX W479 5766 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.673
MX W479 5782 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.709 MX W479 5783 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554 MX W479 5785 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.578
MX W479 5860 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.621 MX W479 5875 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.595
MX W479 5878 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.747 MX W479 5925 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.619
MX W479 5927 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.656
MX W479 5928 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.646 MX W479 5950 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 5951 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727 MX W479 5954 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.535
MX W479 5970 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.843 MX W479 5971 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.648 MX W479 5981 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.532
MX W479 5982 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.608 MX W479 5983 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.563
MX W479 5984 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.580 MX W479 5996 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 5997 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.551 MX W479 5998 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.602 MX W479 5999 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 6007 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.515 MX W479 6019 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.605
MX W479 6020 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518 MX W479 6021 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.648 MX W479 6027 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.627
MX W479 6028 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.543 MX W479 6030 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599
MX W479 6031 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.727 MX W479 6045 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 6070 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.629 MX W479 6071 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.636 MX W479 6072 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.582
MX W479 6073 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.695 MX W479 6077 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.532
MX W479 6080 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.618 MX W479 6116 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.576
MX W479 6117 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.680 MX W479 6119 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.665 MX W479 6126 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555
MX W479 6150 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.655 MX W479 6151 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.795
MX W479 6186 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.881 MX W479 6187 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.805 MX W479 6188 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.809
MX W479 6213 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.701 MX W479 6214 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742
MX W479 6215 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.649 MX W479 6217 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.651
MX W479 6218 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.936 MX W479 6219 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.763 MX W479 6220 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.634
MX W479 6221 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.661
MX W479 6223 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.606 MX W479 6224 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.850
MX W479 6235 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.590 MX W479 6236 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.780 MX W479 6237 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 6239 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.819 MX W479 6240 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 6241 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.531 MX W479 6242 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.568
MX W479 6243 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.523
MX W479 6244 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506 MX W479 6245 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.637
MX W479 6259 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.751 MX W479 6260 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.584
MX W479 6281 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.501 MX W479 6282 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.684 MX W479 6283 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.742
MX W479 6284 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.711 MX W479 6285 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.536
MX W479 6286 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.714 MX W479 6287 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.502
MX W479 6288 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.504 MX W479 6289 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.537 MX W479 6290 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 6291 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.574 MX W479 6292 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 6293 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.537 MX W479 6294 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573 MX W479 6295 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.707
MX W479 6307 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.528 MX W479 6308 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.606
MX W479 6410 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.528 MX W479 6428 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.561
MX W479 6429 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.751 MX W479 6431 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.549 MX W479 6435 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.521
MX W479 6452 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.522 MX W479 6453 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.573
MX W479 6454 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.522 MX W479 6456 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518
MX W479 6478 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555 MX W479 6479 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.791 MX W479 6480 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.539
MX W479 6482 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.605 MX W479 6501 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.681
MX W479 6502 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.712 MX W479 6503 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623 MX W479 6504 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.801
MX W479 6505 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.555 MX W479 6507 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529
MX W479 6509 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623 MX W479 6526 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.558
MX W479 6527 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.726 MX W479 6528 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.598 MX W479 6529 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.696
MX W479 6530 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.802 MX W479 6531 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.763
MX W479 6548 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.647 MX W479 6549 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.762
MX W479 6550 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.666
MX W479 6551 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.676 MX W479 6553 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.544
MX W479 6555 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.600 MX W479 6557 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.566
MX W479 6559 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.565 MX W479 6571 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.869 MX W479 6572 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 6573 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.544 MX W479 6574 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.155
MX W479 6576 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.940 MX W479 6582 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.604
MX W479 6594 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.921 MX W479 6595 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.295 MX W479 6596 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.129
MX W479 6597 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.966 MX W479 6600 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.530
MX W479 6601 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675 MX W479 6602 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.531 MX W479 6606 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.739
MX W479 6647 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.560 MX W479 6651 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.778
MX W479 6668 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.715 MX W479 6669 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.607
MX W479 6670 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.650 MX W479 6678 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.697 MX W479 6680 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.545
MX W479 6693 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.550 MX W479 6694 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.647
MX W479 6695 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575 MX W479 6696 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 6697 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.575 MX W479 6698 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.714 MX W479 6699 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.513
MX W479 6700 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.718 MX W479 6719 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.638
MX W479 6720 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.517 MX W479 6721 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.611 MX W479 6725 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.770
MX W479 6726 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.826 MX W479 6739 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.623
MX W479 6741 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.755 MX W479 6772 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.584
MX W479 6775 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.700 MX W479 6790 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509 MX W479 6791 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.578
MX W479 6792 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.675
MX W479 6793 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.516 MX W479 6813 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.743
MX W479 6814 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.559 MX W479 6815 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.507 MX W479 6816 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.542
MX W479 6819 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.689 MX W479 6824 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.547
MX W479 6834 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.718 MX W479 6835 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.003
MX W479 6836 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.601
MX W479 6837 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.599 MX W479 6838 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.700
MX W479 6845 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.669 MX W479 6869 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.506
MX W479 6931 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.526 MX W479 6932 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.618 MX W479 6934 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.586
MX W479 6937 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.529 MX W479 6955 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.561
MX W479 6956 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.272 MX W479 6959 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.594
MX W479 6960 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=1.192 MX W479 6961 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.749 MX W479 6986 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.554
MX W479 7004 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.605 MX W479 7005 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.849
MX W479 7006 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.708 MX W479 7052 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.533 MX W479 7078 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.513
MX W479 7081 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.509 MX W479 7082 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.564
MX W479 7135 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.518 MX W479 7171 TGINIT: Potential temperature gradient is out-of-range: TG4PFL=0.584
More Than 999 Warning Messages Found. See ERRORFIL Output for the Remainder.