DAQ-2025-000684

DAQE-AN108190010-25

{{$d1 }}

Mike Pool
Springville City Corporation
450 West 600 North
Springville, UT 84663
[e-mail]

Dear Mr. Pool:

Re: Approval Order: Modification to Approval Order DAQE-AN108190009-24 to Remove Engine
Startup Hours Limitation
Project Number: N108190010

The attached Approval Order (AO) is issued pursuant to the Notice of Intent (NOI) received on August
29, 2024. Springville City Corporation must comply with the requirements of this AO, all applicable state
requirements (R307), and Federal Standards.

The project engineer for this action is Stockton Antczak, 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:SA:jg

cc: Utah County Health Department
EPA Region 8

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

January 28, 2025

STATE OF UTAH
Department of Environmental Quality
Division of Air Quality

{{#s=Sig_es_:signer1:signature}}
{{#d1=date1_es_:signer1:date:format(date, "mmmm d, yyyy")}}
{{#d2=date1_es_:signer1:date:format(date, "mmmm d, yyyy"):align(center)}}

APPROVAL ORDER
DAQE-AN108190010-25
Modification to Approval Order DAQE-AN108190009-24 to
Remove Engine Startup Hours Limitation

Prepared By
Stockton Antczak, Engineer
[phone]
[e-mail]

Issued to
Springville City Corporation - Whitehead Power Plant

Issued On
{{$d2 }}

Issued By

{{$s }}

Bryce C. Bird
Director
Division of Air Quality

January 28, 2025
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 ..................................................................................... 5
PERMIT HISTORY ..................................................................................................................... 8
ACRONYMS ................................................................................................................................. 9

DAQE-AN108190010-25
Page 3

GENERAL INFORMATION

CONTACT/LOCATION INFORMATION

Owner Name Source Name
Springville City Corporation Springville City Corporation - Whitehead Power Plant

Mailing Address Physical Address
450 West 600 North 450 West 700 North
Springville, UT 84663 Springville, UT 84663

Source Contact UTM Coordinates
Name: Mike Pool 447400 m Easting
Phone: [phone] 4447250 m Northing
Email: [e-mail] Datum NAD83
UTM Zone 12
SIC code 4911 (Electric Services)

SOURCE INFORMATION
General Description
Springville City Corporation (Springville City) operates the Whitehead Power Plant. The facility is a
minor source, a municipal power plant. The plant consists of two (2) Enterprise engines (K-1 and K-2),
five (5) Caterpillar G3520H engines (K-3-K-7), and one (1) 6 MMBtu/hr natural gas boiler.

NSR Classification
Minor Modification at Minor Source

Source Classification
Located in Southern Wasatch Front O3 NAA, Utah County PM10 Maint Area, Provo UT PM2.5 NAA
Utah County
Airs Source Size: SM

Applicable Federal Standards
NSPS (Part 60), A: General Provisions
NSPS (Part 60), JJJJ: Standards of Performance for Stationary Spark Ignition Internal
Combustion Engines
MACT (Part 63), A: General Provisions
MACT (Part 63), ZZZZ: National Emissions Standards for Hazardous Air Pollutants for
Stationary Reciprocating Internal Combustion Engines
Title V (Part 70) Area Source
DAQE-AN108190010-25
Page 4

Project Description
Springville City has requested the removal of condition II.B.2.e, which limits the start-up hours for the
Caterpillar engines from 8:00 AM -11:00 AM daily. Updated modeling has been submitted in support of
removing this condition. Permitted emissions will not change as a result of this project.

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 0 60262.00
Carbon Monoxide 0 18.43
Nitrogen Oxides 0 45.40
Particulate Matter - PM10 0 4.19
Particulate Matter - PM2.5 0 4.19
Sulfur Dioxide 0 0.24
Volatile Organic Compounds 0 26.37

Hazardous Air Pollutant Change (lbs/yr) Total (lbs/yr)
Formaldehyde (CAS #50000) 0 17320
Generic HAPs (CAS #GHAPS) 0 7800
Change (TPY) Total (TPY)
Total HAPs 0 12.56

SECTION I: GENERAL PROVISIONS

I.1 All definitions, terms, abbreviations, and references used in this AO conform to those used in the UAC 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]
DAQE-AN108190010-25
Page 5

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. Inventories, Testing and Monitoring. [R307-150]

SECTION II: PERMITTED EQUIPMENT
II.A THE APPROVED EQUIPMENT II.A.1 Springville City Corporation White Head Power Plant
II.A.2 B-1 Boiler Fuel: Natural gas Rating: 6.0 MMBtu/hr II.A.3 Engines K-1 and K-2 Enterprise DGSRV-16-4 engine generators Fuel: Dual fuel (diesel and natural gas) Rating: 5.5 MW/hr
II.A.4 K-3 through K-7 Engine Type: Four (4) stroke lean burn Fuel: Natural gas Control: SCR and oxidation catalyst Rating: 3422 hp II.A.5 Cooling Towers

SECTION II: SPECIAL PROVISIONS
II.B REQUIREMENTS AND LIMITATIONS
II.B.1 Site-Wide Requirements II.B.1.a Visible emissions from any point or stationary fugitive emission source associated with the installation or control facilities shall not exceed 10% opacity, with the exception of an initial start-up period of 15 minutes. [R307-401-8]
DAQE-AN108190010-25
Page 6

II.B.1.b The owner/operator shall use the specified fuel mixtures as a primary fuel in the following equipment: A. No less than 99% natural gas in the K-1 and K-2 engine/generators, except during a period of 30 minutes for start-up or shutdown B. Natural gas 100% of the time in the 6.0 MMBTU/hr boiler C. Natural gas 100% of the time in the K-3 through K-7 engine/generators. The engine/generators (K-1 and K-2) may be operated using diesel fuel only during the initial startup mode, shutdown mode, or during natural gas curtailment. Hours of operation during natural gas curtailment shall be limited to 72 hours per calendar year. The owner/operator shall notify the Director within 24 hours of natural gas being curtailed, the reason for the curtailment, and the expected length of the curtailment. [R307-401, R307-401-8] II.B.1.c Stack testing to demonstrate compliance with daily and rolling 12-month emission limitations
shall be performed in accordance with the following:
A. Sample Location: The emission point shall be designed to conform to the requirements
of 40 CFR 60, Appendix A, Method 1, or other EPA-approved testing methods
acceptable to the Director. Occupational Safety and Health Administration (OSHA) approvable access shall be provided to the test location

B. Volumetric Flow Rate: 40 CFR 60, Appendix A, Method 2, or other EPA-approved testing methods acceptable to the Director

C. NOx: 40 CFR 60 Appendix A, Method 7E, or other EPA-approved testing methods acceptable to the Director

D. CO: 40 CFR 60 Appendix A, Method 10, 10B, or other EPA-approved testing methods acceptable to the Director

E. Calculations: To determine mass emission rates (lb/hr, etc.), the pollutant concentration as determined by the appropriate methods above shall be multiplied by the volumetric
flow rate and any necessary conversion factors to give the results in the specified units of
the emission limitation. A stack test protocol shall be provided at least 30 days prior to the test. A pretest conference shall be held if directed by the Director

F. The production rate during all compliance testing shall be no less than 90% of the maximum production rate achieved in the previous three (3) 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/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 (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

G. Stack testing on each internal combustion engine shall be performed once every 8,760
hours of operation of that engine, but no less frequently than once every three (3) years,
whichever condition is met first.

[40 CFR 60 Subpart JJJJ, R307-165]

DAQE-AN108190010-25
Page 7

II.B.2 K-1, K-2, K-3, K-4, K-5, K-6, and K-7 Engine Requirements II.B.2.a Emissions to the atmosphere from the engine generators K-1 and K-2 shall each not exceed the
following rates and concentrations: NOx 18.01 lb/hr
CO 2.5 lb/hr Emissions to the atmosphere from the engine generators K-3 through K-7 shall each not exceed
the following rates and concentrations: NOx 0.07 g/hp-hr
CO 0.108 g/hp-hr Stack testing to show compliance with the above emission limitations shall be performed as
outlined in condition II.B.1.c.
[R307-165, R307-401-8]

II.B.2.b NOx emissions from the operation of all engines and boilers at the plant shall not exceed 1.68 tons per day and 45.4 tons per rolling 12-month period. CO emissions from the operation of all engines and boilers at the plant shall not exceed 1.15 tons per day and 18.5 tons per rolling 12-month period. Stack testing to show compliance with the above emission limitations shall be performed as outlined in condition II.B.1.c. [R307-165, R307-401-8]
II.B.2.c Internal combustion engine emissions shall be calculated using the emission factors generated
from the most recent stack test. Emissions totals from all engines shall be kept in table format, listing month, operating hours, and emissions for each individual engine. Stack testing shall be
performed as outlined in condition II.B.1.c.
A day is equivalent to the time period from midnight to the following midnight.
Emissions shall be calculated for NOx and CO for each individual engine with the following
equations:
Daily Rate Calculation:
D = (X * H)
Where:
X = lb/hr rate for each generator (based on the most recent stack test for that generator) H = total hours of operation for that generator each day (recorded by hour meter)
D = daily output of pollutant in lbs/day

Monthly Rate Calculation:
The emissions (lb/hr) for each pollutant shall be calculated by summing the daily emissions for
each month.

Annual Rate Calculation:
The annual emissions shall be calculated by summing the emissions from each of the previous
12 months. The lb per rolling 12-month rate shall be divided by 2000 pounds per ton to calculate
tons per rolling 12-month period emissions. The rolling 12-month total shall be calculated by the
twentieth day of each month.

[R307-170, R307-401-8]

DAQE-AN108190010-25
Page 8

II.B.2.d The sulfur content of any diesel burned shall not exceed 15 ppm by weight for fuels used in the dual fuel engines. The sulfur content shall be determined by ASTM Method D-4294-89 or approved equivalent. Certification of diesel fuel sulfur content shall be either by Springville City's own testing or test reports from the fuel marketer. [R307-401] II.B.2.e The stack heights of each engine (K-1 through K-7) shall be no less than 60 feet, as measured
from ground level. [R307-410]
II.B.3 Boiler Requirements II.B.3.a The boiler shall not exceed 5,000 hours of operation per rolling 12-month period. [R307-401]

II.B.3.a.1 To determine compliance with a rolling 12-month total, the owner/operator shall calculate a new 12-month total by the twentieth day of each month using data from the previous 12 months. Records of operation shall be kept for all periods when the plant is in operation. An hour meter shall determine hours of operation. [R307-401]

PERMIT HISTORY

This Approval Order shall supersede (if a modification) or will be based on the following documents: Supersedes AO DAQE-AN108190009-24 dated May 8, 2024 Incorporates NOI dated August 28, 2024

DAQE-AN108190010-25
Page 9

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-IN108190010-24

December 19, 2024

Mike Pool
Springville City Corporation
450 West 600 North
Springville, UT 84663
[e-mail]

Dear Mr. Pool:

Re: Intent to Approve: Modification to Approval Order DAQE-AN108190009-24 to Remove Engine
Startup Hours Limitation
Project Number: N108190010

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, Stockton Antczak, as well as the
DAQE number as shown on the upper right-hand corner of this letter. Stockton Antczak can be reached at
[phone] or [e-mail] if you have any questions.

Sincerely,

{{$s }}

Jon L. Black, Manager
New Source Review Section

JLB:SA:jg

cc: Utah County Health Department
EPA Region 8

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

* ) ' & — @ H v A ? A C ? H w A G ˜
STATE OF UTAH
Department of Environmental Quality
Division of Air Quality

INTENT TO APPROVE
DAQE-IN108190010-24
Modification to Approval Order DAQE-AN108190009-24 to
Remove Engine Startup Hours Limitation

Prepared By
Stockton Antczak, Engineer
[phone]
[e-mail]

Issued to
Springville City Corporation - Whitehead Power Plant

Issued On
December 19, 2024

{{$s }}

New Source Review Section Manager
Jon L. Black
{{#s=Sig_es_:signer1:signature}}
* ) ' & — @ H v A ? A C ? H w A G ˜

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 .............................................................................. 5
SECTION II: SPECIAL PROVISIONS ..................................................................................... 6
PERMIT HISTORY ..................................................................................................................... 9
ACRONYMS ............................................................................................................................... 10

DAQE-IN108190010-24
Page 3

GENERAL INFORMATION

CONTACT/LOCATION INFORMATION

Owner Name Source Name
Springville City Corporation Springville City Corporation - Whitehead Power Plant

Mailing Address Physical Address
450 West 600 North 450 West 700 North
Springville, UT 84663 Springville, UT 84663

Source Contact UTM Coordinates
Name: Mike Pool 447400 m Easting
Phone: [phone] 4447250 m Northing
Email: [e-mail] Datum NAD83
UTM Zone 12
SIC code 4911 (Electric Services)

SOURCE INFORMATION
General Description
Springville Power Corporation (Springville) operates the Whitehead Power Plant. The facility is a minor
source, a municipal power plant. The plant consists of two (2) Enterprise engines (K-1 and K-2), five (5)
Caterpillar G3520H engines (K-3-K-7), and one (1) 6 MMBtu/hr natural gas boiler.
NSR Classification
Minor Modification at Minor Source

Source Classification
Located in Southern Wasatch Front O3 NAA, Utah County PM10 Maint Area, Provo UT PM2.5 NAA
Utah County
Airs Source Size: SM

Applicable Federal Standards
NSPS (Part 60), A: General Provisions
NSPS (Part 60), JJJJ: Standards of Performance for Stationary Spark Ignition Internal
Combustion Engines
MACT (Part 63), A: General Provisions
MACT (Part 63), ZZZZ: National Emissions Standards for Hazardous Air Pollutants for
Stationary Reciprocating Internal Combustion Engines
Title V (Part 70) Area Source
DAQE-IN108190010-24
Page 4

Project Description
Springville has requested the removal of condition II.B.2.e, which limits the start-up hours for the
Caterpillar engines from 8:00-11:00 AM daily. Updated modeling has been submitted in support of
removing this condition. Permitted emissions will not change as a result of this project.

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 0 60262.00
Carbon Monoxide 0 18.43
Nitrogen Oxides 0 45.40
Particulate Matter - PM10 0 4.19
Particulate Matter - PM2.5 0 4.19
Sulfur Dioxide 0 0.24
Volatile Organic Compounds 0 26.37

Hazardous Air Pollutant Change (lbs/yr) Total (lbs/yr)
Formaldehyde (CAS #50000) 0 17320
Generic HAPs (CAS #GHAPS) 0 7800
Change (TPY) Total (TPY)
Total HAPs 0 12.56

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 Daily Herald on December 21, 2024. During the public
comment period, the proposal and the evaluation of its impact on air quality will be available for the
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.

DAQE-IN108190010-24
Page 5

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 Utah Administrative Code (UAC) Rule 307 (R307) and Title 40 of the Code of Federal Regulations (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. Inventories, Testing and Monitoring. [R307-150]

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 Springville City Corporation
White Head Power Plant
II.A.2 B-1 Boiler Fuel: Natural gas Rating: 6.0 MMBtu/hr
DAQE-IN108190010-24
Page 6

II.A.3 Engines K-1 & K-2 Enterprise DGSRV-16-4 engine generators Fuel: Dual fuel (diesel and natural gas) Rating: 5.5 MW/hr
II.A.4 K-3 through K-7 Engine Type: Four (4) stroke lean burn Fuel: Natural gas
Control: SCR and oxidation catalyst Rating: 3422 hp
II.A.5 Cooling Towers

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 Site-Wide Requirements II.B.1.a Visible emissions from any point or stationary fugitive emission source associated with the installation or control facilities shall not exceed 10% opacity, with the exception of an initial start-up period of 15 minutes. [R307-401-8]
II.B.1.b The owner/operator shall use the specified fuel mixtures as a primary fuel in the following equipment: A. No less than 99% natural gas in the K-1 and K-2 engine/generators, except during a period of 30 minutes for start-up or shutdown B. Natural gas 100% of the time in the 6.0 MMBTU/hr boiler C. Natural gas 100% of the time in the K-3 through K-7 engine/generators. The engine/generators (K-1 and K-2) may be operated using diesel fuel only during the initial startup mode, shutdown mode, or during natural gas curtailment. Hours of operation during natural gas curtailment shall be limited to 72 hours per calendar year. The owner/operator shall notify the Director within 24 hours of natural gas being curtailed, the reason for the curtailment, and the expected length of the curtailment. [R307-401, R307-401-8]
DAQE-IN108190010-24
Page 7

II.B.1.c Stack testing to demonstrate compliance with daily and rolling 12-month emission limitations shall be performed in accordance with the following: A. Sample Location: The emission point shall be designed to conform to the requirements of 40 CFR 60, Appendix A, Method 1, or other EPA-approved testing methods acceptable to the Director. Occupational Safety and Health Administration (OSHA) approvable access shall be provided to the test location B. Volumetric Flow Rate: 40 CFR 60, Appendix A, Method 2, or other EPA-approved testing methods acceptable to the Director C. NOx: 40 CFR 60 Appendix A, Method 7E, or other EPA-approved testing methods acceptable to the Director D. CO: 40 CFR 60 Appendix A, Method 10, 10B, or other EPA-approved testing methods acceptable to the Director E. Calculations: To determine mass emission rates (lb/hr, etc.), the pollutant concentration as determined by the appropriate methods above shall be multiplied by the volumetric flow rate and any necessary conversion factors to give the results in the specified units of the emission limitation. A stack test protocol shall be provided at least 30 days prior to the test. A pretest conference shall be held if directed by the Director F. The production rate during all compliance testing shall be no less than 90% of the maximum production rate achieved in the previous three (3) 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/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 (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. G. Stack testing on each internal combustion engine shall be performed once every 8,760 hours of operation of that engine, but no less frequently than once every three (3) years, whichever condition is met first. [40 CFR 60 Subpart JJJJ, R307-165]
II.B.2 K-1, K-2, K-3, K-4, K-6, and K-7 Engine Requirements
II.B.2.a Emissions to the atmosphere from the engine generators K-1 and K-2 shall each not exceed the following rates and concentrations: NOx 18.01 lb/hr CO 2.5 lb/hr Emissions to the atmosphere from the engine generators K-3 through K-7 shall each not exceed the following rates and concentrations: NOx 0.07 g/hp-hr CO 0.108 g/hp-hr Stack testing to show compliance with the above emission limitations shall be performed as outlined in condition II.B.1.c. [R307-165, R307-401-8]
DAQE-IN108190010-24
Page 8

II.B.2.b NOx emissions from the operation of all engines and boilers at the plant shall not exceed 1.68 tons per day and 45.4 tons per rolling 12-month period. CO emissions from the operation of all engines and boilers at the plant shall not exceed 1.15 tons per day and 18.5 tons per rolling 12-month period. Stack testing to show compliance with the above emission limitations shall be performed as outlined in condition II.B.1.c. [R307-165, R307-401-8]
II.B.2.c Internal combustion engine emissions shall be calculated using the emission factors generated from the most recent stack test. Emissions totals from all engines shall be kept in table format, listing month, operating hours, and emissions for each individual engine. Stack testing shall be
performed as outlined in condition II.B.1.c.
A day is equivalent to the time period from midnight to the following midnight.
Emissions shall be calculated for NOx and CO for each individual engine with the following equations:

Daily Rate Calculation: D = (X * H)

Where: X = lb/hr rate for each generator (based on the most recent stack test for that generator)
H = total hours of operation for that generator each day (recorded by hour meter)
D = daily output of pollutant in lbs/day
Monthly Rate Calculation:
The emissions (lb/hr) for each pollutant shall be calculated by summing the daily emissions for
each month.
Annual Rate Calculation:

The annual emissions shall be calculated by summing the emissions from each of the previous 12 months. The lb per rolling 12-month rate shall be divided by 2000 pounds per ton to calculate
tons per rolling 12-month period emissions. The rolling 12-month total shall be calculated by the
twentieth day of each month.
[R307-170, R307-401-8]

II.B.2.d The sulfur content of any diesel burned shall not exceed 15 ppm by weight for fuels used in the dual fuel engines. The sulfur content shall be determined by ASTM Method D-4294-89 or approved equivalent. Certification of diesel fuel sulfur content shall be either by Springville’s own testing or test reports from the fuel marketer. [R307-401]
II.B.2.e The stack heights of each engine (K-1 through K-7) shall be no less than 60 feet, as measured
from ground level. [R307-410]

II.B.3 Boiler Requirements
II.B.3.a The boiler shall not exceed 5,000 hours of operation per rolling 12-month period. [R307-401]

DAQE-IN108190010-24
Page 9

II.B.3.a.1 To determine compliance with a rolling 12-month total, the owner/operator shall calculate a new 12-month total by the twentieth day of each month using data from the previous 12 months. Records of operation shall be kept for all periods when the plant is in operation. An hour meter shall determine hours of operation. [R307-401]

PERMIT HISTORY

This Approval Order shall supersede (if a modification) or will be based on the following documents: Supersedes AO DAQE-AN108190009-24 dated May 8, 2024 Is Derived From NOI dated August 28, 2024

DAQE-IN108190010-24
Page 10

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

Daily Herald
Publication Name:
Daily Herald
Publication URL:
Publication City and State:
Provo, UT
Publication County:
Utah
Notice Popular Keyword Category:
Notice Keywords:
springville
Notice Authentication Number:
202412231143029495508
1761527881
Notice URL:
Back
Notice Publish Date:
Saturday, December 21, 2024
Notice Content
LEGAL 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: Location: Springville City Corporation Springville City Corporation -
Whitehead Power Plant - 450 West 700 North, Springville, UT Project Description: Springville Power Corporation has requested the removal of
condition II.B.2.e, which limits the start-up hours for the Caterpillar engines from 8:00-11:00 AM daily. Updated modeling has been
submitted in support of removing this condition. Permitted emissions will not change as a result of this project. 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
January 20, 2025 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: December
21, 2024 Legal Notice13551 Published in the Daily Herald December 21, 2024
Back

DAQE-NN108190010-24

December 19, 2024

The Daily Herald
Legal Advertising Dept
1555 N 200 W
Provo, UT 84601

RE: Legal Notice of Intent to Approve

This letter will confirm the authorization to publish the attached NOTICE in The Daily Herald on
December 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: Utah County
cc: Mountainland 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-NN108190010-24
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: Springville City Corporation
Location: Springville City Corporation - Whitehead Power Plant – 450 West 700 North,
Springville, UT
Project Description: Springville Power Corporation has requested the removal of condition II.B.2.e,
which limits the start-up hours for the Caterpillar engines from 8:00-11:00 AM
daily. Updated modeling has been submitted in support of removing this
condition. Permitted emissions will not change as a result of this project.

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 January 20, 2025 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: December 21, 2024

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

DAQE-

RN108190010 December 13, 2024 Mike Pool
Springville City Corporation 450 West 600 North Springville, UT 84663
[e-mail] Dear Mike Pool,
Re: Engineer Review: Modification to Approval Order DAQE-AN108190008-17 to Remove Engine Startup Hours Limitation Project Number: N108190010 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. Springville City Corporation should complete this review within 10 business days of receipt. Springville City Corporation should contact Stockton Antczak at [phone] if there are questions
or concerns with the review of the draft permit conditions. Upon resolution of your concerns, please email Stockton Antczak 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 Springville City Corporation does not respond to this letter within 10 business days, the project will move forward without source concurrence. If Springville City Corporation 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 N108190010: Springville City Corporation- Whitehead Power Plant December 13, 2024 Page 1
UTAH DIVISION OF AIR QUALITY
ENGINEER REVIEW

SOURCE INFORMATION
Project Number N108190010 Owner Name Springville City Corporation Mailing Address 450 West 600 North
Springville, UT, 84663 Source Name Springville City Corporation- Whitehead Power Plant
Source Location 450 West 700 North Springville, UT 84663
UTM Projection 447400 m Easting, 4447250 m Northing UTM Datum NAD83 UTM Zone UTM Zone 12 SIC Code 4911 (Electric Services) Source Contact Mike Pool Phone Number [phone] Email [e-mail] Billing Contact Mike Pool Phone Number 801-489-2750
Email [e-mail] Project Engineer Stockton Antczak, Engineer
Phone Number [phone] Email [e-mail]
Notice of Intent (NOI) Submitted August 29, 2024 Date of Accepted Application December 5, 2024

Engineer Review N108190010: Springville City Corporation- Whitehead Power Plant December 13, 2024 Page 2
SOURCE DESCRIPTION General Description
Springville Power Corporation (Springville) operates the Whitehead Power Plant. The facility is a minor source, municipal power plant. The plant consists of two Enterprise engines (K-1 and K-2) five Caterpillar G3520H engines (K-3-K-7) and one 6 MMBtu.hr natural gas boiler.
NSR Classification: Minor Modification at Minor Source Source Classification Located in , Southern Wasatch Front O3 NAA, Utah County PM10 Maint Area, Provo UT PM2.5 NAA, Utah County Airs Source Size: SM Applicable Federal Standards
NSPS (Part 60), A: General Provisions NSPS (Part 60), JJJJ: Standards of Performance for Stationary Spark Ignition Internal Combustion Engines
MACT (Part 63), A: General Provisions MACT (Part 63), ZZZZ: National Emissions Standards for Hazardous Air Pollutants for Stationary Reciprocating Internal Combustion Engines
Title V (Part 70) Area Source Project Proposal Modification to Approval Order DAQE-AN108190008-17 to Remove Engine Startup Hours Limitation
Project Description Springville Power Corporation has requested the removal of condition II.B.2.e, which limits the start-up hours for the Caterpillar engines from 8:00-11:00 AM daily. Updated modeling has been submitted in support of removing this condition. Permitted emissions will not change as a result of this project. EMISSION IMPACT ANALYSIS Modeling was conducted by the source with the same parameters as the 2023 modeling submitted for the current AO. The only change was the removal of the start-up timing restriction. Their modeling demonstrated compliance with the 1-hr NO2 NAAQS. The parameters used and exact modeling results can be found in the modeling memo DAQE-MN008190010-24 [Last updated December 13, 2024]

Engineer Review N108190010: Springville City Corporation- Whitehead Power Plant December 13, 2024 Page 3
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 0 60262.00 Carbon Monoxide 0 18.43
Nitrogen Oxides 0 45.40
Particulate Matter - PM10 0 4.19
Particulate Matter - PM2.5 0 4.19
Sulfur Dioxide 0 0.24
Volatile Organic Compounds 0 26.37 Hazardous Air Pollutant Change (lbs/yr) Total (lbs/yr)
Formaldehyde (CAS #50000) 0 17320
Generic HAPs (CAS #GHAPS) 0 7800
Change (TPY) Total (TPY)
Total HAPs 0 12.56
Note: Change in emissions indicates the difference between previous AO and proposed modification.

Engineer Review N108190010: Springville City Corporation- Whitehead Power Plant December 13, 2024 Page 4
Review of BACT for New/Modified Emission Units 1. BACT review regarding Engines K-3 through K-7
There are no changes to emissions or equipment as a result of this project. No BACT analysis is required. [Last updated December 5, 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 Utah Administrative Code (UAC) Rule 307 (R307) and Title 40 of the Code of Federal Regulations (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. Inventories, Testing and Monitoring. [R307-150]

Engineer Review N108190010: Springville City Corporation- Whitehead Power Plant December 13, 2024 Page 5
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 Springville City Corporation White Head Power Plant II.A.2 B-1 Boiler Fuel: Natural gas Rating: 6.0 MMBtu/hr
II.A.3 Engines K-1 & K-2
Enterprise DGSRV-16-4 engine generators Fuel: Dual fuel (diesel and natural gas) Rating: 5.5 MW/hr
II.A.4 K-3 through K-7 Engine Type: Four (4) stroke lean burn Fuel: Natural gas
Control: SCR and oxidation catalyst Rating: 3422 hp
II.A.5 Cooling Towers

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 Site-Wide Requirements
II.B.1.a Visible emissions from any point or stationary fugitive emission source associated with the installation or control facilities shall not exceed 10% opacity, with the exception of an initial start-up period of 15 minutes. [R307-401-8]

Engineer Review N108190010: Springville City Corporation- Whitehead Power Plant December 13, 2024 Page 6
II.B.1.b The owner/operator shall use the specified fuel mixtures as a primary fuel in the following equipment: A. No less than 99% natural gas in the K-1 and K-2 engine/generators, except during a period of 30 minutes for start-up or shutdown B. Natural gas 100% of the time in the 6.0 MMBTU/hr boiler C. Natural gas 100% of the time in the K-3 through K-7 engine/generators The engine/generators (K-1 and K-2) may be operated using diesel fuel only during the initial startup mode, shutdown mode or during natural gas curtailment. Hours of operation during natural gas curtailment shall be limited to 72 hours per calendar year. The owner/operator
shall notify the Director within 24 hours of natural gas being curtailed, the reason for the curtailment, and the expected length of the curtailment. [R307-401, R307-401-8]

Engineer Review N108190010: Springville City Corporation- Whitehead Power Plant December 13, 2024 Page 7
II.B.1.c Stack testing to demonstrate compliance with daily and rolling 12-month emission limitations shall be performed in accordance with the following: A. Sample Location: The emission point shall be designed to conform to the requirements of 40 CFR 60, Appendix A, Method 1, or other EPA-approved testing methods acceptable to the Director. Occupational Safety and Health Administration (OSHA) approvable access shall be provided to the test location. B. Volumetric Flow Rate: 40 CFR 60, Appendix A, Method 2 or other EPA-approved testing methods acceptable to the Director. C. NOx: 40 CFR 60 Appendix A, Method 7E, or other EPA-approved testing methods acceptable to the Director.
D. CO: 40 CFR 60 Appendix A, Method 10, 10B, or other EPA-approved testing methods acceptable to the Director.
E. Calculations: To determine mass emission rates (lb/hr, etc.) the pollutant concentration as
determined by the appropriate methods above shall be multiplied by the volumetric flow rate and any necessary conversion factors to give the results in the specified units of the emission limitation. A stack test protocol shall be provided at least 30 days prior to the test. A pretest
conference shall be held if directed by the Director.
F. The production rate during all compliance testing shall be no less than 90% of the maximum production rate achieved in the previous three (3) 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/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 (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.
G. Stack testing on each internal combustion engine shall be performed once every 8,760 hours of operation of that engine, but no less frequently than once every three (3) years, whichever condition is met first. [40 CFR 60 Subpart JJJJ, R307-165] II.B.2 K-1, K-2, K-3, K-4, K-6, and K-7 Engine Requirements II.B.2.a Emissions to the atmosphere from the engine generators K-1 and K-2 shall each not exceed the following rates and concentrations:
NOx 18.01 lb/hr CO 2.5 lb/hr Emissions to the atmosphere from the engine generators K-3 through K-7 shall each not exceed the following rates and concentrations: NOx 0.07 g/hp-hr CO 0.108 g/hp-hr Stack testing to show compliance with the above emission limitations shall be performed as outlined in condition II.B.1.c. [R307-165, R307-401-8]

Engineer Review N108190010: Springville City Corporation- Whitehead Power Plant December 13, 2024 Page 8
II.B.2.b NOx emissions from the operation of all engines and boilers at the plant shall not exceed 1.68 tons per day and 45.4 tons per rolling 12-month period. CO emissions from the operation of all engines and boilers at the plant shall not exceed 1.15 tons per day and 18.5 tons per rolling 12-month period. Stack testing to show compliance with the above emission limitations shall be performed as outlined in condition II.B.1.c. [R307-165, R307-401-8]

II.B.2.c Internal combustion engine emissions shall be calculated using the emission factors generated from the most recent stack test. Emissions totals from all engines shall be kept in table format, listing month, operating hours, and emissions, for each individual engine. Stack testing shall be performed as outlined in condition II.B.1.c.
A day is equivalent to the time period from midnight to the following midnight.
Emissions shall be calculated for NOx and CO for each individual engine with the following equations: Daily Rate Calculation: D = (X * H) Where: X = lb/hr rate for each generator (based on the most recent stack test for that generator) H = total hours of operation for that generator each day (recorded by hour meter) D = daily output of pollutant in lbs/day
Monthly Rate Calculation:
The emissions (lb/hr) for each pollutant shall be calculated by summing the daily emissions for each month. Annual Rate Calculation:
The annual emissions shall be calculated by summing the emissions from each of the previous 12-months. The lb per rolling 12-month rate shall be divided by 2000 pounds per ton to calculate tons per rolling 12-month period emissions. The rolling 12-month total shall be calculated by the twentieth day of each month. [R307-170, R307-401-8]
II.B.2.d The sulfur content of any diesel burned shall not exceed 15 ppm by weight for fuels used in the duel fuel engines. The sulfur content shall be determined by ASTM Method D-4294-89 or approved equivalent. Certification of diesel fuel sulfur content shall be either by Springville City's own testing or
test reports from the fuel marketer. [R307-401] II.B.2.e The stack heights of each engine (K-1 through K-7) shall be no less than 60 feet, as measured from ground level. [R307-410]
II.B.3 Boiler Requirements
II.B.3.a The boiler shall not exceed 5,000 hours of operation per rolling 12-month period. [R307-401]

Engineer Review N108190010: Springville City Corporation- Whitehead Power Plant December 13, 2024 Page 9
II.B.3.a.1 To determine compliance with a rolling 12-month total the owner/operator shall calculate a new 12-month total by the twentieth day of each month using data from the previous 12 months. Records of operation shall be kept for all periods when the plant is in operation. An
hour meter shall determine hours of operation. [R307-401]

Engineer Review N108190010: Springville City Corporation- Whitehead Power Plant December 13, 2024 Page 10
PERMIT HISTORY When issued, the approval order shall supersede (if a modification) or will be based on the
following documents: Supersedes DAQE-AN108190009-24 dated May 8, 2024
Is Derived From Source Submitted NOI dated August 28, 2024
REVIEWER COMMENTS

1. Comment regarding Change in Conditions: Condition II.B.2.e, which limits the start-up hours of the engines, was removed. No other changes were made. [Last updated December 5, 2024]

Engineer Review N108190010: Springville City Corporation- Whitehead Power Plant December 13, 2024 Page 11
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-MN108190010-24

M E M O R A N D U M

TO: John Jenks, NSR Engineer

FROM: Jason Krebs, Air Quality Modeler

DATE: September 24, 2024

SUBJECT: Modeling Analysis Review for the Notice of Intent for Springville City Corporation –
Whitehead Power Plant, Utah County, Utah
_____________________________________________________________________________________
This is not a Major Prevention of Significant Deterioration (PSD) Source.
I. OBJECTIVE
Springville City Corporation (Applicant) is seeking an approval order for their Whitehead Power
Plant located in Utah County, Utah.

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 will be in compliance with applicable 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
III. MODELING METHODOLOGY

A. Applicability

Emissions from the facility include PM10, NOx, CO, SO2, and HAPs. This modeling is part of a modified approval order. The emission rates for NOx triggered the requirement to model under
R307-410. Modeling was performed by the Applicant.

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

0 0
JK
DAQE- MN108190010-24
Page 2
B. Assumptions

1. Topography/Terrain

The Plant is at an elevation 4530 feet with terrain features that have an affect on
concentration predictions.

a. Zone: 12
b. Approximate Location:
UTM (NAD83): 447,400 meters East
4,447,250 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

Five (5) years of off-site surface and upper air data were used in the analysis consisting of
the following:

Surface – Salt Lake Airport, UT NWS: 2016-2020
Upper Air – Salt Lake Airport, UT NWS: 2016-2020

6. Background
The background concentrations were based on concentrations measured in Spanish Fork,
Utah.

7. Receptor and Terrain Elevations
The modeling domain used by the Applicant 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.

DAQE- MN108190010-24
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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

Springville City Corp – Whitehead Power Plant
Source
UTM Coordinates Modeled Emission Rates
Easting Northing NOx
(m) (m) (lb/hr) (tons/yr) hrs/year
K1 447292 4447525 18.01 78.88 8760
K2 447291 4447513 18.01 78.88 8760
K3 447287 4447504 1.35 5.90 8760
K4 447286 4447494 1.35 5.90 8760
B1 447292 4447519 0.59 2.58 8760
K6 447293 4447469 1.35 5.90 8760
K7 447289 4447469 1.35 5.90 8760
K5 447297 4447469 1.35 5.90 8760

Total 43.34 189.84
Lakeside Power Plant
Source
UTM Coordinates Modeled Emission Rates
Easting Northing NOx
(m) (m) (lb/hr) (tons/yr) hrs/year
LS2_CT1 435900 4464946 130.00 569.40 8760
LS2_CT2 435900 4464989 130.00 569.40 8760
LSAB001 435869 4464888 1.04 4.56 8760
LS1GT01 435890 4464750 130.00 569.40 8760
LS1GT02 435890 4464788 130.00 569.40 8760
LS1AB01 435885 4464771 1.04 4.56 8760
LS1DP01 435932 4464789 0.06 0.24 8760
LSSG001 435804 4464934 17.14 75.07 8760
LS1SG01 435797 4464686 19.71 86.33 8760
LS1FP01 435920 4464724 3.64 15.96 8760
Total 562.63 2464.33

DAQE- MN108190010-24
Page 4
McWane Ductile
Source
UTM Coordinates Modeled Emission Rates
Easting Northing NOx
(m) (m) (lb/hr) (tons/yr) hrs/year
PACPIPE 446185 4449965 33.00 144.54 8760
Total 33.00 144.54
10. Source Location and Parameters
Source Type
Source Parameters
Elev, Ht Temp Flow Dia
(ft) (m) (ft) (K) (m/s) (ft)
K1 POINT 4531.1 18.3 60.0 629 33.56 1.07
K2 POINT 4530.4 18.3 60.0 629 33.56 1.07
K3 POINT 4529.5 18.3 60.0 662 24.32 0.61
K4 POINT 4529.3 18.3 60.0 662 24.32 0.61
B1 POINT 4530.8 17.7 58.0 583 50.75 0.54
K6 POINT 4530.2 18.3 60.0 662 24.32 0.61
K7 POINT 4530.0 18.3 60.0 662 24.32 0.61
K5 POINT 4530.4 18.3 60.0 662 24.32 0.61
PACPIPE POINT 4500.1 36.6 120.0 321 20.90 1.00
LS2_CT1 POINT 4547.2 45.7 149.9 356 20.42 5.79
LS2_CT2 POINT 4547.2 45.7 149.9 356 20.42 5.79
LSAB001 POINT 4547.2 18.3 60.0 500 12.60 1.10
LS1GT01 POINT 4545.1 45.7 149.9 350 12.70 5.80
LS1GT02 POINT 4546.0 45.7 149.9 350 12.70 5.80
LS1AB01 POINT 4545.4 15.2 49.9 492 12.60 1.10
LS1DP01 POINT 4547.1 6.1 20.0 727 5.10 0.60
LSSG001 POINT 4547.2 6.1 20.0 858 57.50 0.30
LS1SG01 POINT 4544.0 6.1 20.0 797 50.30 0.30
LS1FP01 POINT 4545.8 6.1 20.0 730 9.70 0.30

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.

DAQE- MN108190010-24
Page 5
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 157.0 7.5 10.5 14.3 181.8 188 99.6%

JK:jg

SO BACKGRND MHRDOW7 23.33 26.27 25.1 21.87 22.17 24.1 25.43 29.37 30.53 23.03 14.7 12.53SO BACKGRND MHRDOW7 10.63 11.8 11. 14.6 14.17 23.33 25. 32.17 27.03 25.73 29.33 28.93SO BACKGRND MHRDOW7 13.07 14.83 11.2 7.27 9.03 19.97 21.03 16.43 22.1 17.5 10.77 9.6SO BACKGRND MHRDOW7 8.77 9.53 9.63 10.93 10.33 12.27 15.63 16.1 13.07 11.1 11.63 12.93SO BACKGRND MHRDOW7 12.73 12. 12.17 12.67 14.47 17.17 23.57 23.87 18.83 9.9 8.17 7.67SO BACKGRND MHRDOW7 7.17 6.7 7.7 8.13 8.13 10.27 10.7 15.9 17.73 14.63 16.7 17.03SO BACKGRND MHRDOW7 8.17 6. 6.47 7.07 10.07 16.17 20.93 17.37 11.13 9.53 7.13 3.53SO BACKGRND MHRDOW7 2.73 3.17 3.87 3.8 4.1 4.1 5.23 6.1 7.27 7.03 9.67 11.7SO BACKGRND MHRDOW7 5.67 6.8 7.07 6. 9.13 13.6 18.63 9.77 7.13 5.73 4.17 3.27SO BACKGRND MHRDOW7 2.5 3.5 3.73 3.27 2.53 2.37 2.93 4.43 7.37 7.33 8.5 5.63SO BACKGRND MHRDOW7 7.07 5.37 5.23 6.97 11. 15.03 17.87 11.57 9.8 6.13 4.43 3.2SO BACKGRND MHRDOW7 2.87 2.67 2.23 1.9 2.1 3.1 4.47 9.37 8.77 9.43 8.87 6.7SO BACKGRND MHRDOW7 5.17 4.73 4.97 5.67 6.5 9.13 10.73 9.97 9.67 8.3 6.6 4.23SO BACKGRND MHRDOW7 2.67 3.07 3.67 4.97 4.77 3.77 5.4 12.33 9.93 8.07 10.2 8.37SO BACKGRND MHRDOW7 5.93 7. 7.23 6.47 10.93 17.33 17.63 13.43 12.37 7.87 5.9 5.2SO BACKGRND MHRDOW7 4.4 3.73 2.67 3.9 3.93 3.83 7.63 14.27 14.27 11.83 9.3 8.83SO BACKGRND MHRDOW7 7.03 7.17 7.2 8.1 9.17 14.2 15.17 14.47 10.57 7.3 7.77 7.63SO BACKGRND MHRDOW7 4.9 3.27 2.6 2.83 3.37 4.97 10.4 16.8 11.63 12.17 10.27 8.23SO BACKGRND MHRDOW7 7.63 7.53 7.8 7.57 12.8 16.47 18.97 20.67 16.93 14.93 9.17 6.17SO BACKGRND MHRDOW7 5.9 7.03 4.87 6.9 5.83 8.77 16.9 21.07 20.4 18.9 11.2 9.57SO BACKGRND MHRDOW7 23.33 24.43 25.07 22.07 23.03 22.53 26.7 25.67 22.23 20.67 15.87 14.4SO BACKGRND MHRDOW7 12.7 11.6 14.9 17.2 12.6 25.47 33.33 39.07 34.1 30. 24.13 17.77SO BACKGRND MHRDOW7 20.97 22.73 19.57 20.43 18.97 18.6 16.2 23.43 23.13 18.13 18.3 13.2SO BACKGRND MHRDOW7 15. 16.93 15.77 14.43 19.17 24.07 34.77 36.73 32.7 31.57 31.43 32.4SO BACKGRND MHRDOW7 25.93 18.67 17.8 17.17 16.93 19.23 20.67 21.87 21.77 15.77 15.8 14.33SO BACKGRND MHRDOW7 14.87 13.37 14.43 15.9 14.67 17.77 22.6 26.47 24.1 24.67 28.17 28.SO BACKGRND MHRDOW7 15.3 14.03 13.23 13.87 14.63 15.6 19.03 24.23 24.7 11.6 10.3 7.47SO BACKGRND MHRDOW7 8.27 7.07 7.57 10.93 12.87 14.83 17.2 18.8 18.67 18.4 17.2 17.57SO BACKGRND MHRDOW7 13.6 11.57 14.73 13.93 19.8 20.43 24.4 25.9 20.63 11.83 9.87 9.23SO BACKGRND MHRDOW7 8.13 7.9 8.27 7.67 7.97 7.97 15.33 20.6 17.3 14.7 15.43 12.97SO BACKGRND MHRDOW7 11.3 8.57 5.63 6.87 8.6 12.43 12.47 10.63 9.53 8. 10.53 3.63SO BACKGRND MHRDOW7 3.9 3.53 4.77 4.43 5.03 4.83 5.53 9.77 13.93 13.43 10.43 7.47SO BACKGRND MHRDOW7 7.57 4.5 5.8 6.43 7.7 12.97 15.97 10.47 6.43 8.07 6.07 4.13SO BACKGRND MHRDOW7 3.23 2.33 3. 2.87 2.5 2.47 2.67 6.33 11.07 9.6 8. 6.43SO BACKGRND MHRDOW7 6.63 6.37 6.33 10.13 9.9 17.77 19.8 14.6 9.47 6.47 7.83 4.87SO BACKGRND MHRDOW7 3.77 3.4 2.7 3.07 3.5 3.63 6.67 9.93 14.47 13.67 7.57 6.37SO BACKGRND MHRDOW7 7.07 6.6 5.9 5.2 8.33 12.57 11.37 11.03 12.57 6.23 4.9 3.8SO BACKGRND MHRDOW7 3.97 5.37 5.07 4.13 4.93 4.5 5.03 8. 8.4 9.6 11.3 9.3SO BACKGRND MHRDOW7 8.4 7.23 6.9 8.47 10.6 12.7 14.33 11.77 9.17 7.83 7.53 6.47SO BACKGRND MHRDOW7 3.77 2.9 3.13 3.57 4.57 4.8 6.33 9.13 13.13 10.6 10.87 6.37SO BACKGRND MHRDOW7 10.2 8.77 6.07 7.23 9.77 14.03 17.27 14.47 12.17 9.43 9.63 8.03SO BACKGRND MHRDOW7 5.6 4.07 3.07 3. 3.9 4.13 13.47 17.5 19.07 14.23 8.17 6.17SO BACKGRND MHRDOW7 7.53 8.17 7.33 8.53 10.97 15.83 16.57 15.37 14. 9.97 10.23 10.4SO BACKGRND MHRDOW7 8. 6.43 6.07 7.5 7.53 9. 20.67 26.2 20.2 17.07 18.5 20.27SO BACKGRND MHRDOW7 13.33 14.23 16.23 11.7 14.1 14.03 19. 20.03 19.5 15.17 12.37 10.47SO BACKGRND MHRDOW7 9.13 10.3 9.03 8.7 11.47 22.93 37.27 31. 23.67 17.23 13.33 12.1SO BACKGRND MHRDOW7 29.4 23.63 25. 24.33 25.5 27.43 29.63 27. 27. 22.8 18.6 18.5SO BACKGRND MHRDOW7 16.33 12.83 11.97 15.07 18.37 31.73 37.67 38.83 37.37 35.67 34. 32.5SO BACKGRND MHRDOW7 29.43 28.03 26.3 24.3 22.43 25.27 25.57 22.2 22.63 16.3 16.33 12.9SO BACKGRND MHRDOW7 13.07 11.43 15.9 17.27 16.63 19.33 26.47 30.6 26.03 28.87 25.2 28.SO BACKGRND MHRDOW7 15.77 13.2 12.57 13.93 13.33 16. 18.03 23.73 22.83 21.17 12.83 11.13SO BACKGRND MHRDOW7 9.43 8.3 9.17 7.53 9.6 8.37 12.73 13.1 22.6 21. 15.67 17.47SO BACKGRND MHRDOW7 11.7 8.3 10.9 9.43 11.2 15.43 16.7 20.47 13.03 15.17 10.53 9.73
SO BACKGRND MHRDOW7 8.2 8.93 8.7 8.6 8.5 11.23 10.37 16.87 18.2 13.87 13.03 12.83SO BACKGRND MHRDOW7 8.03 7.1 9.63 10.2 12.13 14.67 17.43 19.47 10.47 6.4 5.63 6.3SO BACKGRND MHRDOW7 4.97 3.63 2.67 3.1 4.73 3.77 5.07 11.9 13.17 11.23 12.13 7.53SO BACKGRND MHRDOW7 5.83 6.43 5.27 7.23 11.13 13.53 13.03 11.9 8.43 6.67 3.53 4.1SO BACKGRND MHRDOW7 2.6 2.8 2.7 3.43 4.8 4.13 5.7 7. 9.83 10.8 8.57 7.47SO BACKGRND MHRDOW7 7.73 7.57 8.8 7.43 10.17 14.13 15.6 12.6 9.7 9.43 5.63 6.83SO BACKGRND MHRDOW7 3.47 2.73 3. 2.3 3.3 3.07 4.8 7.13 12.1 13.57 11.97 7.67SO BACKGRND MHRDOW7 7.4 8.4 6.9 7.67 8.93 12.97 12.1 11.8 11.3 8.17 5.8 6.6SO BACKGRND MHRDOW7 4.7 6.47 4.83 3.73 5.37 5.13 5.8 8.8 10.07 11.53 7.9 6.23SO BACKGRND MHRDOW7 6.7 6.57 7.37 7.9 10.2 12.33 13.63 14.67 12.67 12. 7.53 6.97SO BACKGRND MHRDOW7 5.43 3.93 5.3 4.2 4.07 5.23 8.23 18.23 15.03 13.7 9. 9.3SO BACKGRND MHRDOW7 9.27 7.83 6.33 6.77 8.77 14.2 15.1 14.13 11.43 8.07 7.77 6.03SO BACKGRND MHRDOW7 5.7 4.13 3.97 5.5 4.23 6.7 14.97 20.17 16.4 8.9 8.43 7.27SO BACKGRND MHRDOW7 15.97 13.23 12.43 12.77 17.53 23.77 24.63 22.93 18.73 13.97 9. 6.93SO BACKGRND MHRDOW7 6.8 4.93 4.1 5.03 7.63 15.3 21.73 17.83 16.87 21.7 20.47 15.3SO BACKGRND MHRDOW7 9.5 8.2 8.07 9.67 14.03 12.4 17.7 19.07 22.53 14.57 9.5 7.33SO BACKGRND MHRDOW7 7.03 7.8 6.7 6.93 9.13 14. 29.4 27.5 22.17 17.37 18.03 18.67SO BACKGRND MHRDOW7 27.93 29.17 26.87 26.6 27.27 33.1 31.43 31.2 32.3 22.77 17.37 18.5SO BACKGRND MHRDOW7 21.37 22.03 22.93 22.8 28.27 36.8 40.2 33. 34.2 28.8 25.9 27.67SO BACKGRND MHRDOW7 22.2 27.17 25.2 24. 23.6 23.17 29.43 32.43 31.07 26.97 21.93 17.33SO BACKGRND MHRDOW7 20.07 14.57 12.5 14.4 14.5 19.67 25.13 33. 35.63 33.7 30.9 29.2SO BACKGRND MHRDOW7 15.97 18.77 16.23 12. 14.27 19.67 21.8 28.93 28.5 17.17 15.17 13.4SO BACKGRND MHRDOW7 12.13 8.57 11.2 12.13 10.3 16.37 21.07 23.73 22.37 20.67 19.6 21.17SO BACKGRND MHRDOW7 9.6 9.4 9.5 8.6 12.3 14.83 14.93 12.6 11.47 8.97 7.1 7.07SO BACKGRND MHRDOW7 7.2 5.63 7.43 7.47 6.77 9.33 13. 16.17 13.3 13.23 16.3 10.67SO BACKGRND MHRDOW7 9.13 8.73 10.07 10.57 13.07 16.13 19.57 17.5 10.47 10.4 6.23 5.SO BACKGRND MHRDOW7 4.6 5.03 3.83 3.33 3.43 4.37 6.1 13.8 14.53 12.43 12.03 11.27SO BACKGRND MHRDOW7 6.23 6.33 6.73 7.3 10.3 15.73 15.5 9.33 7.97 5.13 5.23 6.SO BACKGRND MHRDOW7 3.97 3.27 2.7 2.87 3.17 3.37 4.43 8.23 12.03 7.73 7.43 6.53SO BACKGRND MHRDOW7 7.33 5.87 5.5 6.73 11.93 14.1 20.83 17.13 10.63 11.7 5.7 6.27SO BACKGRND MHRDOW7 4.4 3.37 3.9 3.97 5.1 4.7 4.43 7.3 13.43 13.87 8.7 6.93SO BACKGRND MHRDOW7 6.07 7.13 6.4 6.13 7.87 11.9 12.03 11.7 8.4 8.3 6.7 6.33SO BACKGRND MHRDOW7 3.43 2.53 3.63 3.83 3.8 4.13 5.77 8.73 9.57 10.07 8.53 6.67SO BACKGRND MHRDOW7 7.27 6.73 6.23 8.33 9.37 12. 13.87 13.53 10.7 9.23 6.9 4.97SO BACKGRND MHRDOW7 5.2 4.87 4.13 4. 3.17 4.2 5.37 11. 14.03 11.23 9.4 9.43SO BACKGRND MHRDOW7 6.8 6.93 8.47 8.27 10.83 13.63 15.7 13.5 10.73 9.7 7.6 6.6SO BACKGRND MHRDOW7 4.7 3.53 3.07 3.77 5.23 5.8 14.1 20.7 14.7 9.6 8.77 7.57SO BACKGRND MHRDOW7 13.5 10.83 9.07 8.77 15.83 16.73 19.97 20.23 13.57 11.97 10.47 9.2SO BACKGRND MHRDOW7 9.7 7.83 6.03 5.83 6.7 11.17 27.47 28.4 22.5 20.2 13.47 14.33SO BACKGRND MHRDOW7 18.83 14.93 16.73 12.37 13.47 18.5 25.97 28.17 22.67 13.57 8.8 9.77SO BACKGRND MHRDOW7 11.97 11. 10.23 13.37 13.4 22.13 34.57 32.6 24.63 27.47 21.73 18.1SO BACKGRND MHRDOW7 30.3 31.5 28.57 27.7 25.7 25.8 27.83 20.27 25.53 19.77 17.57 18.27SO BACKGRND MHRDOW7 17.77 17.7 19.53 23.57 29.2 26.93 32.6 35.83 32.3 31.3 29.7 27.77SO BACKGRND MHRDOW7 25.7 22.7 20.3 23.1 0. 20.6 21.9 30.33 27.6 23.7 18.67 14.43SO BACKGRND MHRDOW7 14.4 14.37 13.43 13.6 18.4 17.33 24.47 26.73 30.13 28.13 31.67 33.2SO BACKGRND MHRDOW7 22.13 22.83 17.27 15.23 0. 19.57 32.07 23.73 21.57 18.23 14.53 13.33SO BACKGRND MHRDOW7 14. 13.4 15. 15.43 17.83 18.53 18.17 17.6 19.23 21.23 16.4 18.97SO BACKGRND MHRDOW7 9.83 10.43 9.4 10.8 0. 13.5 18.03 17.13 20.4 15.47 8.47 7.77SO BACKGRND MHRDOW7 7.9 6.97 7.1 6.2 6.27 7.7 9.47 17.87 11.6 11.77 14.1 13.17SO BACKGRND MHRDOW7 9.2 8.9 6.83 7.23 0. 13.73 17.93 14.13 7.7 7.5 7.4 6.2SO BACKGRND MHRDOW7 3.83 3. 2.63 3.3 4.03 5. 5.1 9.73 13.6 11. 10.43 8.37SO BACKGRND MHRDOW7 6.03 5.37 5.17 5.8 0. 12.03 11.7 10.43 7.5 5.93 6.43 4.1SO BACKGRND MHRDOW7 3.47 3.53 4.8 3.5 3.03 3.83 4.5 6.37 6.37 6.4 8.37 9.23SO BACKGRND MHRDOW7 6.1 7.13 5.1 6.07 0. 13.43 16.13 15.83 11.57 9.8 6.9 3.57
SO BACKGRND MHRDOW7 3.9 4.83 4.2 2.33 2.43 2.7 4.83 6.73 9.43 9.77 8.73 8.73
SO BACKGRND MHRDOW7 5.87 5.77 6.1 5.37 0. 10.53 10.4 11.6 8.77 6.9 5.6 3.7SO BACKGRND MHRDOW7 2.97 2.7 2.93 3.47 3.17 5.2 5.9 7.5 10.4 11.5 7.9 5.83
SO BACKGRND MHRDOW7 7.77 7.8 7.73 7.8 0. 15.3 13.9 14.83 9.37 9.13 8.17 7.2SO BACKGRND MHRDOW7 5.5 4.67 3.97 3.53 3.63 4.3 5.07 8.53 12. 14.17 11.07 11.03
SO BACKGRND MHRDOW7 9.33 9.53 6.77 8.23 0. 16.3 23.43 16.13 12.5 9.13 7.6 7.57SO BACKGRND MHRDOW7 7.63 5.6 5.13 4.73 5.6 8.3 14.2 19.47 19.3 17.63 10.1 6.5
SO BACKGRND MHRDOW7 11.57 9.33 8.53 7.3 0. 12.23 19.63 21.2 14.77 10.1 7.93 6.77SO BACKGRND MHRDOW7 6.87 5.63 6.63 7.33 8.03 14.23 21.17 29.63 21.6 15.83 10.8 10.07
SO BACKGRND MHRDOW7 15.73 15.27 14.37 15.17 0. 21.67 27.17 23.03 19.4 16.83 16.57 15.5SO BACKGRND MHRDOW7 12.47 11.4 10.8 11.5 16.1 23.97 30.23 31.27 25.83 26.03 22.9 21.73
SO BACKGRND MHRDOW7 27.07 23.13 25.2 26.03 0. 24.33 24.47 28.53 30.73 27.43 22.9 13.17SO BACKGRND MHRDOW7 12.03 10.13 12.1 14.3 15. 23.47 31.13 34.23 33.03 26.53 25.77 21.63
SO BACKGRND MHRDOW7 29.97 28.23 26.03 22.07 24.57 21.1 26.83 18.9 20.6 14.93 13. 10.47SO BACKGRND MHRDOW7 10.4 10.9 11.5 11.7 13.07 14.8 21.37 25.9 27.23 26.27 24.47 16.4
SO BACKGRND MHRDOW7 18.07 19.07 16.33 19.13 23.3 15.97 19.37 22.5 18.17 11.63 11.83 10.9SO BACKGRND MHRDOW7 12.3 14.57 13.47 12.17 13.67 13.53 11.73 12.83 13.5 13.27 13. 12.47
SO BACKGRND MHRDOW7 12.4 12.37 10.77 9.73 11.1 12.67 11.33 11.63 9.07 8.4 7.27 7.77SO BACKGRND MHRDOW7 7.33 5.33 5.2 5.73 7.03 8.77 10.07 11.1 12.23 14.47 14.67 9.77
SO BACKGRND MHRDOW7 9.7 9.5 7.2 7.63 8.2 9.67 9.63 7.8 7.67 5.77 6.67 4.1SO BACKGRND MHRDOW7 2.83 2.37 2.8 2.23 2.2 2.2 4.03 7.67 14.57 16.1 10.27 10.1
SO BACKGRND MHRDOW7 7.77 6.57 5.8 5.87 8.3 10.2 8.73 5.4 6.27 6. 4.73 4.67SO BACKGRND MHRDOW7 3.23 2.87 2.27 2.1 2.7 2.67 2.83 5.8 6.97 6.63 8.6 9.1
SO BACKGRND MHRDOW7 5.6 6.1 5.13 4.27 5.97 6.57 8.93 15.67 11.17 10.6 8.33 6.33SO BACKGRND MHRDOW7 4.03 9.63 8.93 2.1 2.67 2.53 4.3 5.7 8.17 9.2 8.27 6.37
SO BACKGRND MHRDOW7 5.8 5.77 8. 6.73 7.13 7.1 6.9 6.13 5.5 5.23 4.27 4.SO BACKGRND MHRDOW7 3.1 2.43 2.07 2.87 3.07 3.87 4.87 6.93 10.83 8.97 8. 6.57
SO BACKGRND MHRDOW7 9.3 6.87 6.03 7.63 7.7 8.53 8.03 8.3 6.87 5.33 5.3 4.43SO BACKGRND MHRDOW7 3.6 2.6 3.07 3.4 3.23 3.33 4.17 6.77 11.77 10.63 7.03 6.8
SO BACKGRND MHRDOW7 7.83 6.67 6.3 8.53 8.27 9.97 11.83 11.23 10.03 6.5 5.5 8.3SO BACKGRND MHRDOW7 12.03 4.87 3.57 3.37 3.53 6.83 14.8 17.7 15.77 13. 7.5 6.23
SO BACKGRND MHRDOW7 8.8 7.93 6.97 7.9 9.67 13.63 16.37 14. 9.27 8.77 7.3 5.97SO BACKGRND MHRDOW7 4.93 3.63 4.07 4.13 4.17 7.7 12.83 20.3 26.43 27.8 15.37 16.7
SO BACKGRND MHRDOW7 18.17 21.17 17.8 16.6 16. 17.57 19.9 20.23 16.37 12.57 7.93 7.7SO BACKGRND MHRDOW7 7.6 7.03 6.97 7.83 10.77 13.03 23.43 28.03 23.5 25.93 22.73 22.7
SO BACKGRND MHRDOW7 20.07 20.13 23.87 18.77 17.5 18.37 19.13 17.3 16.27 14.4 12.6 10.53SO BACKGRND MHRDOW7 10.3 9.67 9.87 10.27 11.6 21.03 28.2 24.27 25.67 29.9 23.43 24.33
SO BACKGRND MHRDOW7 16.4 13.47 13.67 16.83 0. 16.2 16.43 16.47 14.7 13.7 10.4 8.63SO BACKGRND MHRDOW7 7.83 9.43 10.03 9.8 10.6 15.03 20.87 25.9 30.33 32.9 31.8 28.13
SO BACKGRND MHRDOW7 14. 17.07 17.73 18.03 0. 19.73 20.07 16.73 13.87 10.63 7.93 6.27SO BACKGRND MHRDOW7 6. 5.47 5.73 6.6 5.9 6.83 9.17 17.23 16.93 14.87 12.87 11.27
SO BACKGRND MHRDOW7 12.3 9.67 10.97 11.33 0. 10.87 8.33 8.7 7.4 7.4 8.9 6.87SO BACKGRND MHRDOW7 6.83 5.77 5.43 5.73 5.83 7.3 9.87 13.43 17.13 19.27 16.83 13.07
SO BACKGRND MHRDOW7 9.3 5.47 5.83 4.87 0. 5.73 7.37 6.83 6.9 6.5 5.5 2.93SO BACKGRND MHRDOW7 2.53 1.87 2.07 1.63 2.1 3. 4.23 8.77 12.67 11.27 12.93 11.03
SO BACKGRND MHRDOW7 7.23 4.7 5.93 5.47 0. 8.03 5.6 4.37 3.47 2.77 2.63 2.67SO BACKGRND MHRDOW7 3.37 3.5 2.87 2.4 2.1 2.53 3.27 4.63 6.7 7.67 7.8 7.67
SO BACKGRND MHRDOW7 6.83 5.5 6. 6.13 0. 6.43 6.27 4.47 3.53 3.57 2.83 3.SO BACKGRND MHRDOW7 3.07 2.2 3.27 3.2 3.93 4.3 3.7 8.63 11.33 8.07 8.23 7.2
SO BACKGRND MHRDOW7 5.9 5.77 6.93 5.63 0. 5.9 7.17 4.57 4.87 4.67 3.63 3.03SO BACKGRND MHRDOW7 2.77 1.83 2.17 2.3 2.03 4.3 5.1 6.87 13.67 10.03 5.7 5.23
SO BACKGRND MHRDOW7 6.67 7.2 7.03 6.37 0. 6.17 7.6 7.1 5.5 5.4 3.8 3.47SO BACKGRND MHRDOW7 2.37 2.27 2.33 2.23 2.7 3.03 4.9 8.07 10.13 11.4 9.57 7.83
SO BACKGRND MHRDOW7 6.77 5. 5.57 5.87 0. 5.23 5.7 6.1 4.2 4.03 3.83 3.43
SO BACKGRND MHRDOW7 3.6 3.37 2.8 2.33 2.13 2.7 7.43 13.07 14.23 11.53 7.63 6.17SO BACKGRND MHRDOW7 12.03 9.83 10.3 11.03 0. 12.83 8.07 9.6 6.17 5.37 5.93 5.33SO BACKGRND MHRDOW7 5.5 4.33 4.73 3.83 3.37 6.03 16.3 19.97 17.6 13.53 11.83 9.27SO BACKGRND MHRDOW7 21.13 20.97 19.27 17.73 0. 16.57 16.53 19.4 13.23 7.53 7.63 7.53SO BACKGRND MHRDOW7 7.53 8.8 7.63 8.17 10.63 14.5 27.8 36.63 33.57 28.73 24.33 23.1SO BACKGRND MHRDOW7 21.2 21.27 15.8 15.47 0. 16.83 18.5 16.83 12.57 11.07 9.1 7.57SO BACKGRND MHRDOW7 7.83 8.13 8.97 9.43 12.07 15.6 28.4 26.83 28.6 24.8 22.53 22.77
SO BACKGRND MHRDOW7 0.03333 0.03267 0.03267 0.03267 0.033 0.032 0.03267 0.02867 0.02433 0.03033 0.03633 0.037SO BACKGRND MHRDOW7 0.039 0.03933 0.03833 0.03833 0.03567 0.035 0.03533 0.03933 0.03867 0.03833 0.04067 0.04067SO BACKGRND MHRDOW7 0.038 0.03967 0.04 0.04467 0.045 0.04033 0.03733 0.03667 0.03567 0.03833 0.042 0.044SO BACKGRND MHRDOW7 0.045 0.04633 0.047 0.04667 0.04633 0.04433 0.04267 0.044 0.043 0.04333 0.04267 0.043SO BACKGRND MHRDOW7 0.03733 0.03933 0.03867 0.03667 0.036 0.03567 0.03433 0.03733 0.041 0.04167 0.04367 0.04867SO BACKGRND MHRDOW7 0.04967 0.05167 0.054 0.05567 0.05533 0.05367 0.052 0.052 0.053 0.05167 0.05 0.05SO BACKGRND MHRDOW7 0.04467 0.04367 0.04167 0.03933 0.038 0.03367 0.034 0.03867 0.04267 0.04767 0.05267 0.05533SO BACKGRND MHRDOW7 0.05533 0.057 0.05967 0.05967 0.05967 0.05733 0.05433 0.052 0.05067 0.04733 0.04367 0.044SO BACKGRND MHRDOW7 0.05233 0.04967 0.04933 0.04833 0.04733 0.04367 0.043 0.04333 0.04833 0.05133 0.05433 0.05667SO BACKGRND MHRDOW7 0.05733 0.05833 0.05933 0.06033 0.06133 0.06233 0.05933 0.055 0.052 0.04533 0.04533 0.04567SO BACKGRND MHRDOW7 0.04867 0.04833 0.04533 0.046 0.04233 0.03833 0.03833 0.03967 0.043 0.051 0.05533 0.06SO BACKGRND MHRDOW7 0.06233 0.06233 0.06333 0.06333 0.06567 0.06533 0.06667 0.06033 0.04733 0.04567 0.04533 0.04833SO BACKGRND MHRDOW7 0.045 0.04367 0.04167 0.04033 0.03867 0.03833 0.035 0.038 0.042 0.04967 0.06167 0.06567SO BACKGRND MHRDOW7 0.06867 0.07233 0.06867 0.069 0.065 0.06367 0.06133 0.04933 0.04867 0.04833 0.047 0.04767SO BACKGRND MHRDOW7 0.05233 0.05067 0.04867 0.04867 0.04367 0.041 0.04067 0.042 0.044 0.05033 0.06133 0.06633SO BACKGRND MHRDOW7 0.07033 0.07233 0.07133 0.07133 0.07333 0.07167 0.06233 0.057 0.05033 0.05367 0.055 0.054SO BACKGRND MHRDOW7 0.04633 0.04533 0.04433 0.04067 0.039 0.038 0.03867 0.03633 0.03933 0.044 0.05133 0.05567SO BACKGRND MHRDOW7 0.06067 0.06267 0.06467 0.063 0.06333 0.059 0.05567 0.052 0.04633 0.04767 0.04533 0.04467SO BACKGRND MHRDOW7 0.037 0.036 0.036 0.034 0.03267 0.033 0.03067 0.03 0.03167 0.03367 0.03833 0.04233SO BACKGRND MHRDOW7 0.04667 0.05 0.05267 0.05333 0.051 0.04433 0.04167 0.03433 0.03067 0.03733 0.04133 0.04SO BACKGRND MHRDOW7 0.02467 0.024 0.024 0.02467 0.02367 0.02267 0.019 0.01633 0.02 0.02167 0.02833 0.032SO BACKGRND MHRDOW7 0.03433 0.03867 0.04167 0.04033 0.036 0.028 0.02733 0.028 0.02833 0.027 0.02633 0.028SO BACKGRND MHRDOW7 0.03733 0.03667 0.037 0.039 0.038 0.03733 0.036 0.035 0.03467 0.035 0.03733 0.03733SO BACKGRND MHRDOW7 0.038 0.038 0.03933 0.03833 0.036 0.03533 0.037 0.037 0.03667 0.03633 0.038 0.03667SO BACKGRND MHRDOW7 0.041 0.04 0.04 0.03933 0.03767 0.03733 0.036 0.034 0.03133 0.036 0.03967 0.04033SO BACKGRND MHRDOW7 0.04133 0.04067 0.03867 0.04033 0.04067 0.03833 0.037 0.035 0.03767 0.03467 0.03733 0.03967SO BACKGRND MHRDOW7 0.043 0.041 0.04167 0.04 0.03933 0.03867 0.038 0.03667 0.038 0.04067 0.04233 0.04367SO BACKGRND MHRDOW7 0.04533 0.045 0.04733 0.048 0.047 0.04567 0.04 0.03967 0.04 0.04033 0.038 0.03967SO BACKGRND MHRDOW7 0.04933 0.045 0.04433 0.04233 0.044 0.04467 0.04367 0.04167 0.04333 0.04567
0.04733 0.05SO BACKGRND MHRDOW7 0.052 0.053 0.05367 0.05367 0.05267 0.05133 0.05 0.049 0.04933 0.049 0.05 0.04867SO BACKGRND MHRDOW7 0.043 0.046 0.04367 0.04767 0.04633 0.045 0.038 0.04033 0.04533 0.04567 0.04733 0.052SO BACKGRND MHRDOW7 0.054 0.05567 0.05867 0.05833 0.05833 0.056 0.05167 0.05067 0.04733 0.045 0.04433 0.04433SO BACKGRND MHRDOW7 0.04733 0.04533 0.04167 0.04 0.03933 0.03467 0.034 0.038 0.04633 0.04967 0.054 0.056SO BACKGRND MHRDOW7 0.058 0.06033 0.05967 0.05833 0.059 0.05733 0.054 0.04867 0.04733 0.04933 0.04933 0.04733SO BACKGRND MHRDOW7 0.04733 0.047 0.04567 0.04433 0.04133 0.03667 0.036 0.03933 0.045 0.05233 0.05733 0.05967SO BACKGRND MHRDOW7 0.06267 0.06267 0.065 0.07 0.073 0.06833 0.05933 0.05567 0.05 0.04433 0.047 0.04533SO BACKGRND MHRDOW7 0.04633 0.04233 0.04233 0.04 0.04 0.036 0.03667 0.03767 0.04133 0.05 0.05633 0.06133SO BACKGRND MHRDOW7 0.06267 0.066 0.06533 0.064 0.06433 0.06533 0.06433 0.05767 0.04967 0.04233 0.04467 0.04633SO BACKGRND MHRDOW7 0.05067 0.04933 0.04667 0.04433 0.042 0.03767 0.03767 0.03967 0.04367 0.04767 0.05533 0.06233SO BACKGRND MHRDOW7 0.06667 0.06933 0.073 0.079 0.08067 0.07 0.064 0.05933 0.053 0.05633 0.053 0.05133SO BACKGRND MHRDOW7 0.04533 0.04467 0.043 0.04067 0.038 0.04 0.03867 0.038 0.04067 0.04267 0.04767 0.052SO BACKGRND MHRDOW7 0.05667 0.06167 0.06267 0.06367 0.06533 0.05833 0.05167 0.04633 0.04633 0.05033 0.04833 0.048SO BACKGRND MHRDOW7 0.04 0.03933 0.03967 0.038 0.03667 0.031 0.03567 0.03433 0.03133 0.034 0.03933 0.043SO BACKGRND MHRDOW7 0.046 0.04967 0.04933 0.04933 0.049 0.04633 0.04133 0.032 0.03933 0.03967 0.03933 0.04033SO BACKGRND MHRDOW7 0.02833 0.02867 0.02833 0.027 0.02733 0.02833 0.02767 0.02533 0.026 0.03 0.03233 0.03433SO BACKGRND MHRDOW7 0.03667 0.04133 0.04133 0.04133 0.038 0.03433 0.02667 0.02833 0.03133 0.035 0.03567 0.036SO BACKGRND MHRDOW7 0.03567 0.036 0.03633 0.03567 0.036 0.03367 0.03167 0.03133 0.031 0.034 0.03633 0.03767SO BACKGRND MHRDOW7 0.039 0.03967 0.03867 0.039 0.03933 0.03533 0.03533 0.03267 0.033 0.034 0.036 0.03967SO BACKGRND MHRDOW7 0.03867 0.03633 0.03667 0.038 0.03867 0.03767 0.037 0.03567 0.035 0.03533 0.03633 0.03767SO BACKGRND MHRDOW7 0.039 0.04 0.039 0.039 0.03833 0.036 0.03633 0.038 0.03967 0.04067 0.041 0.04133SO BACKGRND MHRDOW7 0.04067 0.03767 0.03767 0.03733 0.03767 0.03533 0.03433 0.034 0.03467 0.03967 0.03967 0.04167SO BACKGRND MHRDOW7 0.04333 0.04433 0.04567 0.04733 0.047 0.04567 0.04267 0.04033 0.03933 0.03867 0.03767 0.03733SO BACKGRND MHRDOW7 0.04833 0.04667 0.048 0.047 0.04733 0.04733 0.044 0.04133 0.04433 0.04667 0.04767 0.05033SO BACKGRND MHRDOW7 0.051 0.05333 0.055 0.055 0.05567 0.05467 0.05233 0.05033 0.04933 0.04967 0.04933 0.049SO BACKGRND MHRDOW7 0.043 0.04367 0.04333 0.04167 0.045 0.04333 0.04167 0.03933 0.04133 0.04567 0.04767 0.05067SO BACKGRND MHRDOW7 0.05333 0.05433 0.05533 0.05667 0.05533 0.054 0.04867 0.04533 0.04233 0.042 0.043 0.043SO BACKGRND MHRDOW7 0.04633 0.045 0.044 0.04433 0.04233 0.03567 0.036 0.04067 0.04467 0.04767 0.05167 0.056
SO BACKGRND MHRDOW7 0.05833 0.06 0.062 0.06167 0.06067 0.05933 0.056 0.05333 0.045 0.04733 0.04767
0.04967SO BACKGRND MHRDOW7 0.04633 0.045 0.045 0.045 0.042 0.038 0.03767 0.04067 0.04567 0.05067 0.05833
0.06333SO BACKGRND MHRDOW7 0.06567 0.062 0.06433 0.067 0.07033 0.07333 0.07267 0.06767 0.05533 0.045 0.04433
0.04533SO BACKGRND MHRDOW7 0.04633 0.04433 0.043 0.041 0.038 0.03467 0.038 0.038 0.045 0.05433 0.06367
0.06733SO BACKGRND MHRDOW7 0.068 0.06667 0.066 0.06967 0.07033 0.069 0.06267 0.05967 0.053 0.045 0.047
0.04733SO BACKGRND MHRDOW7 0.05 0.04933 0.047 0.04433 0.04467 0.043 0.04133 0.04133 0.04367 0.05033 0.05733
0.065SO BACKGRND MHRDOW7 0.06867 0.06567 0.06367 0.06633 0.06967 0.06467 0.06067 0.055 0.05067 0.05
0.04867 0.04633SO BACKGRND MHRDOW7 0.04767 0.046 0.045 0.04667 0.04533 0.043 0.04033 0.04033 0.04067 0.04467 0.04967
0.05833SO BACKGRND MHRDOW7 0.064 0.065 0.065 0.066 0.065 0.06033 0.05433 0.04333 0.044 0.04533 0.043 0.044
SO BACKGRND MHRDOW7 0.03967 0.03967 0.04033 0.03833 0.036 0.03567 0.031 0.03067 0.035 0.03867 0.039 0.04267
SO BACKGRND MHRDOW7 0.04667 0.05133 0.05467 0.05433 0.04967 0.04567 0.03767 0.03567 0.038 0.038 0.03867 0.038
SO BACKGRND MHRDOW7 0.03533 0.034 0.03367 0.03367 0.03333 0.032 0.03133 0.027 0.02867 0.031 0.03367 0.03733
SO BACKGRND MHRDOW7 0.03933 0.04367 0.046 0.04433 0.039 0.03533 0.03367 0.03267 0.031 0.03167 0.02867 0.02933
SO BACKGRND MHRDOW7 0.03933 0.03733 0.035 0.03367 0.03433 0.033 0.03133 0.02867 0.028 0.028 0.029 0.03233
SO BACKGRND MHRDOW7 0.03633 0.03533 0.037 0.03733 0.03733 0.03233 0.03333 0.03433 0.032 0.03 0.033 0.025
SO BACKGRND MHRDOW7 0.04067 0.04133 0.04133 0.04167 0.04133 0.04033 0.039 0.038 0.03833 0.04 0.04067 0.03967
SO BACKGRND MHRDOW7 0.04167 0.044 0.044 0.04267 0.042 0.04167 0.03933 0.03867 0.038 0.04067 0.04 0.04067
SO BACKGRND MHRDOW7 0.03867 0.03933 0.039 0.04133 0.041 0.04033 0.039 0.03667 0.03567 0.038 0.03967 0.042
SO BACKGRND MHRDOW7 0.04333 0.04567 0.047 0.048 0.04667 0.04467 0.03933 0.035 0.03833 0.042 0.042 0.04167
SO BACKGRND MHRDOW7 0.048 0.048 0.04667 0.04567 0.04533 0.04467 0.04267 0.043 0.04367 0.04267 0.046 0.04867
SO BACKGRND MHRDOW7 0.05033 0.05233 0.05267 0.05233 0.05233 0.05067 0.04567 0.04433 0.04533 0.045 0.043 0.042
SO BACKGRND MHRDOW7 0.046 0.04533 0.04233 0.04033 0.039 0.038 0.03833 0.03667 0.04 0.04367 0.04733 0.04967
SO BACKGRND MHRDOW7 0.05333 0.05433 0.05467 0.05867 0.05933 0.05767 0.051 0.04533 0.047 0.04533 0.04333 0.043
SO BACKGRND MHRDOW7 0.05 0.05067 0.05233 0.05133 0.04767 0.04533 0.042 0.04433 0.049 0.05267 0.056 0.059
SO BACKGRND MHRDOW7 0.06033 0.06033 0.06133 0.06 0.05933 0.05933 0.057 0.04933 0.047 0.04633 0.05067 0.049
SO BACKGRND MHRDOW7 0.044 0.043 0.04233 0.041 0.038 0.03333 0.032 0.034 0.041 0.049 0.05633 0.06267SO BACKGRND MHRDOW7 0.06967 0.065 0.067 0.06767 0.07 0.06467 0.06333 0.05467 0.04933 0.04767 0.04367
0.04267SO BACKGRND MHRDOW7 0.04933 0.04767 0.04667 0.04433 0.045 0.043 0.04067 0.03967 0.044 0.053 0.05833
0.06167
SO BACKGRND MHRDOW7 0.067 0.06567 0.06367 0.063 0.06533 0.06533 0.06333 0.05833 0.05433 0.04967 0.049 0.04867SO BACKGRND MHRDOW7 0.045 0.04433 0.043 0.04567 0.042 0.038 0.036 0.036 0.041 0.04733 0.055 0.06133SO BACKGRND MHRDOW7 0.06333 0.06433 0.06233 0.063 0.06633 0.06967 0.06567 0.05633 0.049 0.04667 0.04533 0.04667SO BACKGRND MHRDOW7 0.04167 0.03967 0.039 0.03933 0.038 0.032 0.03133 0.03333 0.03667 0.042 0.049 0.05467SO BACKGRND MHRDOW7 0.06067 0.06367 0.063 0.06067 0.05867 0.05533 0.054 0.04933 0.04767 0.04667 0.04433 0.04333SO BACKGRND MHRDOW7 0.037 0.03633 0.03467 0.03467 0.03067 0.03 0.02867 0.028 0.033 0.036 0.03633 0.041SO BACKGRND MHRDOW7 0.046 0.04833 0.052 0.05233 0.052 0.046 0.03933 0.04 0.041 0.04 0.03967 0.03833SO BACKGRND MHRDOW7 0.02867 0.02767 0.027 0.02767 0.02733 0.027 0.02467 0.02133 0.02933 0.02833 0.032 0.03767SO BACKGRND MHRDOW7 0.03967 0.041 0.04267 0.04267 0.04067 0.037 0.03267 0.022 0.02733 0.033 0.03067 0.02933SO BACKGRND MHRDOW7 0.031 0.032 0.03367 0.03333 0.03267 0.02967 0.03233 0.031 0.029 0.02967 0.03333 0.035SO BACKGRND MHRDOW7 0.03533 0.037 0.039 0.039 0.03633 0.03267 0.03233 0.03267 0.03267 0.03133 0.03 0.03533SO BACKGRND MHRDOW7 0.04 0.039 0.03767 0.036 0.03833 0.04033 0.03933 0.03933 0.037 0.036 0.03767 0.039SO BACKGRND MHRDOW7 0.041 0.041 0.04167 0.03967 0.038 0.035 0.03233 0.02733 0.02933 0.03 0.032 0.03467SO BACKGRND MHRDOW7 0.043 0.04133 0.04033 0.04133 0.04 0.03833 0.03433 0.03433 0.03567 0.03833 0.04367 0.04533SO BACKGRND MHRDOW7 0.04533 0.04733 0.048 0.04633 0.04667 0.043 0.039 0.03933 0.03933 0.042 0.04467 0.04433SO BACKGRND MHRDOW7 0.04133 0.04133 0.04233 0.04 0.03933 0.03933 0.03667 0.037 0.036 0.04133 0.045 0.04767SO BACKGRND MHRDOW7 0.04867 0.049 0.04967 0.05067 0.05133 0.05033 0.04667 0.04367 0.04333 0.04267 0.04033 0.03967SO BACKGRND MHRDOW7 0.043 0.041 0.039 0.039 0.03833 0.03633 0.035 0.03767 0.04033 0.045 0.04933 0.05133SO BACKGRND MHRDOW7 0.054 0.05433 0.05667 0.05833 0.058 0.05767 0.05333 0.04767 0.043 0.04233 0.04233 0.042SO BACKGRND MHRDOW7 0.047 0.045 0.04367 0.04267 0.03867 0.03933 0.03867 0.03933 0.041 0.048 0.052 0.056SO BACKGRND MHRDOW7 0.06067 0.06133 0.06433 0.06567 0.063 0.062 0.059 0.05433 0.05167 0.048 0.05333 0.053SO BACKGRND MHRDOW7 0.04367 0.04333 0.041 0.04133 0.039 0.03567 0.03433 0.036 0.04267 0.05067 0.05733 0.06367SO BACKGRND MHRDOW7 0.07 0.06667 0.065 0.06467 0.06733 0.069 0.06533 0.05767 0.05 0.04833 0.047 0.04733SO BACKGRND MHRDOW7 0.054 0.052 0.04867 0.047 0.04333 0.04167 0.03933 0.04167 0.049 0.057 0.06267 0.06567SO BACKGRND MHRDOW7 0.072 0.07467 0.07067 0.07033 0.07167 0.07467 0.06733 0.05967 0.052 0.04767 0.04767 0.04767SO BACKGRND MHRDOW7 0.04767 0.04467 0.04333 0.04133 0.038 0.03333 0.03333 0.034 0.03867 0.04833 0.05967 0.06567SO BACKGRND MHRDOW7 0.07033 0.07133 0.07233 0.078 0.078 0.07767 0.07267 0.065 0.05267 0.04967 0.05233 0.052SO BACKGRND MHRDOW7 0.04133 0.03933 0.03933 0.03767 0.03467 0.03467 0.03567 0.03267 0.03667 0.043 0.049 0.05533SO BACKGRND MHRDOW7 0.05967 0.061 0.06067 0.063 0.065 0.06167 0.055 0.05133 0.04367 0.04233 0.04067 0.04033SO BACKGRND MHRDOW7 0.03733 0.03467 0.03433 0.03367 0.03067 0.02767 0.025 0.02333 0.02733 0.03333
0.039 0.04533
SO BACKGRND MHRDOW7 0.04833 0.05 0.051 0.05233 0.05067 0.04567 0.04167 0.03667 0.03467 0.03467 0.03367 0.03367
SO BACKGRND MHRDOW7 0.027 0.032 0.02933 0.03067 0.02833 0.02833 0.02633 0.02667 0.02933 0.02667 0.02867 0.03167
SO BACKGRND MHRDOW7 0.03733 0.04033 0.04167 0.04133 0.041 0.03633 0.031 0.03533 0.03767 0.03967 0.03833 0.03833
SO BACKGRND MHRDOW7 0.03767 0.03467 0.03667 0.03667 0.037 0.034 0.03433 0.03 0.02967 0.032 0.03233 0.036
SO BACKGRND MHRDOW7 0.038 0.037 0.037 0.03633 0.03267 0.03233 0.03033 0.027 0.02733 0.02867 0.02933 0.033
SO BACKGRND MHRDOW7 0.035 0.03667 0.03633 0.03433 0. 0.03667 0.037 0.036 0.033 0.03433 0.03533 0.03767SO BACKGRND MHRDOW7 0.03867 0.03967 0.04 0.041 0.03867 0.037 0.03333 0.035 0.03367 0.036 0.035 0.036
SO BACKGRND MHRDOW7 0.043 0.04267 0.04167 0.03767 0. 0.03667 0.03733 0.038 0.03833 0.039 0.04167 0.04333
SO BACKGRND MHRDOW7 0.04367 0.04567 0.04667 0.046 0.04567 0.046 0.04433 0.04033 0.04067 0.04133 0.04 0.04067
SO BACKGRND MHRDOW7 0.04033 0.04033 0.04033 0.04033 0. 0.03867 0.039 0.04067 0.04067 0.042 0.04333 0.04633
SO BACKGRND MHRDOW7 0.04833 0.051 0.05233 0.05467 0.05433 0.053 0.049 0.04433 0.04267 0.04267 0.04067 0.04167
SO BACKGRND MHRDOW7 0.04167 0.03867 0.03833 0.03833 0. 0.04033 0.04033 0.04067 0.04167 0.044 0.048 0.05
SO BACKGRND MHRDOW7 0.05133 0.05233 0.053 0.05167 0.05533 0.05367 0.05067 0.04767 0.04633 0.04267 0.041 0.039
SO BACKGRND MHRDOW7 0.04433 0.041 0.04267 0.04133 0. 0.03933 0.04267 0.04433 0.045 0.04933 0.05467 0.059
SO BACKGRND MHRDOW7 0.06133 0.064 0.06533 0.06767 0.069 0.067 0.05967 0.054 0.053 0.05033 0.048 0.04833
SO BACKGRND MHRDOW7 0.04967 0.051 0.048 0.04733 0. 0.04467 0.046 0.04667 0.04833 0.054 0.06133 0.067SO BACKGRND MHRDOW7 0.06367 0.063 0.068 0.065 0.064 0.06067 0.059 0.058 0.05067 0.04733 0.04633
0.04733SO BACKGRND MHRDOW7 0.04767 0.04733 0.04333 0.04267 0. 0.04167 0.04167 0.044 0.049 0.05633 0.064
0.07167SO BACKGRND MHRDOW7 0.069 0.07067 0.069 0.06633 0.06967 0.07367 0.07033 0.06433 0.052 0.04667 0.047
0.047SO BACKGRND MHRDOW7 0.051 0.05 0.047 0.04567 0. 0.04067 0.041 0.04167 0.044 0.05033 0.05667 0.06233
SO BACKGRND MHRDOW7 0.06533 0.07033 0.07033 0.07 0.068 0.069 0.06967 0.06267 0.05867 0.054 0.055 0.05167
SO BACKGRND MHRDOW7 0.03967 0.039 0.03833 0.03733 0. 0.038 0.037 0.03767 0.04 0.044 0.05133 0.05867SO BACKGRND MHRDOW7 0.06233 0.06167 0.06133 0.06133 0.05967 0.05867 0.05433 0.04433 0.04133 0.04167
0.04467 0.04533SO BACKGRND MHRDOW7 0.034 0.034 0.03133 0.03067 0. 0.027 0.025 0.02633 0.02967 0.03433 0.03733 0.04233
SO BACKGRND MHRDOW7 0.049 0.05433 0.055 0.05533 0.05467 0.04767 0.047 0.04367 0.03967 0.04333 0.04433 0.04467
SO BACKGRND MHRDOW7 0.03667 0.03567 0.037 0.03467 0. 0.03333 0.03333 0.032 0.033 0.03233 0.03433 0.03633
SO BACKGRND MHRDOW7 0.03767 0.039 0.04033 0.04067 0.03867 0.038 0.035 0.03633 0.03467 0.03467 0.03467 0.035
SO BACKGRND MHRDOW7 0.033 0.031 0.03567 0.036 0.01233 0.03467 0.034 0.03333 0.033 0.03533 0.03533 0.03667
SO BACKGRND MHRDOW7 0.03833 0.03833 0.039 0.03967 0.038 0.03733 0.03633 0.03533 0.03367 0.03233 0.034 0.03567
SO BACKGRND MHRDOW7 0.037 0.038 0.03767 0.03633 0.037 0.03667 0.036 0.035 0.034 0.03367 0.03667
0.03767SO BACKGRND MHRDOW7 0.03867 0.039 0.03933 0.04033 0.03867 0.03567 0.03267 0.03267 0.03267 0.03267 0.032 0.031SO BACKGRND MHRDOW7 0.03967 0.04033 0.04133 0.042 0.04167 0.03967 0.04 0.03833 0.03933 0.04 0.043 0.045SO BACKGRND MHRDOW7 0.04633 0.04833 0.04933 0.049 0.04867 0.04667 0.04233 0.041 0.042 0.043 0.03967 0.04033SO BACKGRND MHRDOW7 0.04133 0.04333 0.04233 0.04433 0.04167 0.04167 0.039 0.03833 0.03933 0.042 0.04533 0.04767SO BACKGRND MHRDOW7 0.049 0.05133 0.053 0.053 0.05267 0.05067 0.047 0.04267 0.04233 0.03867 0.035 0.03633SO BACKGRND MHRDOW7 0.041 0.04333 0.043 0.04533 0.046 0.04567 0.044 0.04467 0.04733 0.04967 0.051 0.053SO BACKGRND MHRDOW7 0.05467 0.056 0.05667 0.059 0.06133 0.061 0.06067 0.05767 0.058 0.05633 0.05067 0.047SO BACKGRND MHRDOW7 0.046 0.047 0.04667 0.046 0.04433 0.043 0.04367 0.04433 0.046 0.05067 0.05433 0.05667SO BACKGRND MHRDOW7 0.05833 0.05933 0.06033 0.063 0.06267 0.05933 0.05767 0.058 0.056 0.05367 0.04967 0.05067SO BACKGRND MHRDOW7 0.04733 0.04567 0.04533 0.04433 0.04533 0.044 0.04233 0.045 0.04833 0.051 0.05867 0.06467SO BACKGRND MHRDOW7 0.068 0.061 0.06 0.06033 0.058 0.05967 0.05833 0.055 0.04733 0.04867 0.04767 0.049SO BACKGRND MHRDOW7 0.044 0.04333 0.04233 0.04167 0.04033 0.04 0.03933 0.041 0.04533 0.05233 0.05867 0.06333SO BACKGRND MHRDOW7 0.06567 0.06433 0.06767 0.06667 0.06633 0.06733 0.06167 0.05233 0.047 0.04533 0.04933 0.04533SO BACKGRND MHRDOW7 0.04833 0.046 0.04667 0.04567 0.04367 0.043 0.041 0.04067 0.04333 0.049 0.055 0.06067SO BACKGRND MHRDOW7 0.06667 0.069 0.069 0.072 0.07033 0.06767 0.065 0.061 0.05967 0.057 0.051 0.05333SO BACKGRND MHRDOW7 0.04467 0.044 0.042 0.04033 0.04067 0.04033 0.039 0.03867 0.04367 0.04533 0.04967 0.05467SO BACKGRND MHRDOW7 0.05867 0.06267 0.064 0.06467 0.063 0.06067 0.058 0.05 0.048 0.04933 0.05067 0.04767SO BACKGRND MHRDOW7 0.04367 0.04233 0.045 0.03867 0.03633 0.03467 0.03667 0.03633 0.03733 0.03833 0.04233 0.048SO BACKGRND MHRDOW7 0.05133 0.055 0.05567 0.05667 0.05333 0.04933 0.046 0.03533 0.03733 0.03933 0.03933 0.03767SO BACKGRND MHRDOW7 0.033 0.03333 0.03833 0.036 0.03133 0.032 0.02767 0.02733 0.02933 0.03133 0.03567 0.03733SO BACKGRND MHRDOW7 0.03867 0.041 0.04233 0.04267 0.04167 0.03833 0.03233 0.02367 0.02233 0.025 0.024 0.024SO BACKGRND MHRDOW7 0.03633 0.03767 0.03567 0.038 0.04 0.03867 0.038 0.035 0.03667 0.03767 0.036 0.03767SO BACKGRND MHRDOW7 0.03867 0.04 0.041 0.04 0.039 0.03633 0.03367 0.03467 0.03667 0.03467 0.03467 0.03633
Daily Tables 7/10/2023 9:38:41 AM AERMOD Wizard Version 1.08 Providence Engineering and Environmental Group, LLC Copyright 2022 [e-mail] CurrentPollutant: NO2 (42602) Averaging Period: Maximum Daily 1-Hour Concentration units: PPB Site: 5010 County: Utah (49) State: Utah (49) Summary 2019 1st Quarter 2nd Quarter 3rd Quarter 4th Quarter Number of Days 90 91 92 92 Number of Observations 90 90 92 92 Scheduled Frequency 1 1 1 1 Scheduled Observations 90 91 92 92 Completeness % 100.00 98.90 100.00 100.00 Acceptability Valid Valid Valid Valid Maximum of Quarter 41.0 20.9 21.6 47.1 Summary 2020 1st Quarter 2nd Quarter 3rd Quarter 4th Quarter Number of Days 91 91 92 92 Number of Observations 91 91 92 92 Scheduled Frequency 1 1 1 1 Scheduled Observations 91 91 92 92 Completeness % 100.00 100.00 100.00 100.00 Acceptability Valid Valid Valid Valid Maximum of Quarter 43.6 36.3 42.4 42.4 Summary 2021 1st Quarter 2nd Quarter 3rd Quarter 4th Quarter Number of Days 90 91 92 92 Number of Observations 90 91 92 91 Scheduled Frequency 1 1 1 1 Scheduled Observations 90 91 92 92 Completeness % 100.00 100.00 100.00 98.91 Acceptability Valid Valid Valid Valid Maximum of Quarter 39.9 25.5 26.3 39.5 Summary 2019-2021 Maximum of All Quarters 43.6 36.3 42.4 47.1 Year: 2019 Day of Quarter Season Month Week Day jDay Observations Max Daily 1st Winter January Tuesday 1 1 24 19.6
1st Winter January Wednesday 2 2 24 31.8 1st Winter January Thursday 3 3 24 38.4 1st Winter January Friday 4 4 23 41.0 1st Winter January Saturday 5 5 24 37.5 1st Winter January Sunday 6 6 23 22.0 1st Winter January Monday 7 7 24 28.1 1st Winter January Tuesday 8 8 24 28.6 1st Winter January Wednesday 9 9 24 22.3 1st Winter January Thursday 10 10 24 36.8 1st Winter January Friday 11 11 23 26.5 1st Winter January Saturday 12 12 24 23.1 1st Winter January Sunday 13 13 23 17.7 1st Winter January Monday 14 14 24 36.3 1st Winter January Tuesday 15 15 24 36.0 1st Winter January Wednesday 16 16 24 34.3 1st Winter January Thursday 17 17 24 16.1 1st Winter January Friday 18 18 23 23.4 1st Winter January Saturday 19 19 24 14.1 1st Winter January Sunday 20 20 23 17.8 1st Winter January Monday 21 21 24 10.7 1st Winter January Tuesday 22 22 24 25.0 1st Winter January Wednesday 23 23 24 32.2 1st Winter January Thursday 24 24 24 37.1 1st Winter January Friday 25 25 23 36.0 1st Winter January Saturday 26 26 24 25.8 1st Winter January Sunday 27 27 23 34.4 1st Winter January Monday 28 28 24 33.3 1st Winter January Tuesday 29 29 24 29.3 1st Winter January Wednesday 30 30 24 29.8 1st Winter January Thursday 31 31 24 35.1 1st Winter February Friday 1 32 23 14.9 1st Winter February Saturday 2 33 24 10.2 1st Winter February Sunday 3 34 23 2.9 1st Winter February Monday 4 35 24 9.6 1st Winter February Tuesday 5 36 24 7.7 1st Winter February Wednesday 6 37 24 5.6 1st Winter February Thursday 7 38 24 12.8 1st Winter February Friday 8 39 23 26.2 1st Winter February Saturday 9 40 24 7.7 1st Winter February Sunday 10 41 23 6.0 1st Winter February Monday 11 42 24 18.4 1st Winter February Tuesday 12 43 24 21.3 1st Winter February Wednesday 13 44 24 21.3 1st Winter February Thursday 14 45 24 28.9 1st Winter February Friday 15 46 23 15.5 1st Winter February Saturday 16 47 24 9.2 1st Winter February Sunday 17 48 23 6.3 1st Winter February Monday 18 49 24 25.8 1st Winter February Tuesday 19 50 24 10.1 1st Winter February Wednesday 20 51 24 13.7 1st Winter February Thursday 21 52 24 9.0 1st Winter February Friday 22 53 21 12.9 1st Winter February Saturday 23 54 24 17.6 1st Winter February Sunday 24 55 23 17.9
1st Winter February Monday 25 56 24 18.0
1st Winter February Tuesday 26 57 24 14.0 1st Winter February Wednesday 27 58 24 14.6
1st Winter February Thursday 28 59 24 14.9 1st Spring March Friday 1 60 23 8.8
1st Spring March Saturday 2 61 24 9.8 1st Spring March Sunday 3 62 23 14.0
1st Spring March Monday 4 63 24 10.6 1st Spring March Tuesday 5 64 24 10.7
1st Spring March Wednesday 6 65 24 10.8 1st Spring March Thursday 7 66 24 16.2
1st Spring March Friday 8 67 23 24.0 1st Spring March Saturday 9 68 24 12.5
1st Spring March Sunday 10 69 23 7.9 1st Spring March Monday 11 70 24 32.4
1st Spring March Tuesday 12 71 24 24.4 1st Spring March Wednesday 13 72 24 4.7
1st Spring March Thursday 14 73 24 14.3 1st Spring March Friday 15 74 23 16.8
1st Spring March Saturday 16 75 24 15.7 1st Spring March Sunday 17 76 23 19.5
1st Spring March Monday 18 77 24 22.9 1st Spring March Tuesday 19 78 24 18.1
1st Spring March Wednesday 20 79 24 5.5 1st Spring March Thursday 21 80 24 7.0
1st Spring March Friday 22 81 23 10.1 1st Spring March Saturday 23 82 24 14.6
1st Spring March Sunday 24 83 23 23.4 1st Spring March Monday 25 84 24 10.9
1st Spring March Tuesday 26 85 24 15.1 1st Spring March Wednesday 27 86 24 18.9
1st Spring March Thursday 28 87 24 14.8 1st Spring March Friday 29 88 23 12.1
1st Spring March Saturday 30 89 24 9.8 1st Spring March Sunday 31 90 23 12.3
2nd Spring April Monday 1 91 24 17.1 2nd Spring April Tuesday 2 92 24 9.9
2nd Spring April Wednesday 3 93 24 17.4 2nd Spring April Thursday 4 94 24 12.4
2nd Spring April Friday 5 95 23 14.3 2nd Spring April Saturday 6 96 24 16.0
2nd Spring April Sunday 7 97 23 11.2 2nd Spring April Monday 8 98 24 15.0
2nd Spring April Tuesday 9 99 24 11.8 2nd Spring April Wednesday 10 100 24 4.2
2nd Spring April Thursday 11 101 24 6.9 2nd Spring April Friday 12 102 23 11.4
2nd Spring April Saturday 13 103 24 13.3 2nd Spring April Sunday 14 104 23 17.0
2nd Spring April Monday 15 105 24 16.3 2nd Spring April Tuesday 16 106 24 20.5
2nd Spring April Wednesday 17 107 24 11.7 2nd Spring April Thursday 18 108 24 13.5
2nd Spring April Friday 19 109 23 10.9
2nd Spring April Saturday 20 110 24 7.6 2nd Spring April Sunday 21 111 23 5.3 2nd Spring April Monday 22 112 24 13.4 2nd Spring April Tuesday 23 113 24 20.9 2nd Spring April Wednesday 24 114 24 11.4 2nd Spring April Thursday 25 115 24 13.5 2nd Spring April Friday 26 116 23 10.6 2nd Spring April Saturday 27 117 24 14.2 2nd Spring April Sunday 28 118 23 8.9 2nd Spring April Monday 29 119 24 10.9 2nd Spring April Tuesday 30 120 24 6.4 2nd Spring May Wednesday 1 121 24 13.6 2nd Spring May Thursday 2 122 24 13.1 2nd Spring May Friday 3 123 23 8.8 2nd Spring May Saturday 4 124 24 8.4 2nd Spring May Sunday 5 125 23 7.0 2nd Spring May Monday 6 126 24 7.6 2nd Spring May Tuesday 7 127 24 9.3 2nd Spring May Wednesday 8 128 22 13.2 2nd Spring May Thursday 9 129 24 7.8 2nd Spring May Friday 10 130 23 9.1 2nd Spring May Saturday 11 131 24 8.8 2nd Spring May Sunday 12 132 23 12.6 2nd Spring May Monday 13 133 23 9.7 2nd Spring May Tuesday 14 134 24 10.9 2nd Spring May Wednesday 15 135 24 10.6 2nd Spring May Thursday 16 136 24 14.1 2nd Spring May Friday 17 137 23 5.6 2nd Spring May Saturday 18 138 24 4.9 2nd Spring May Sunday 19 139 22 5.4 2nd Spring May Monday 20 140 24 14.3 2nd Spring May Tuesday 21 141 24 10.0 2nd Spring May Wednesday 22 142 24 9.7 2nd Spring May Thursday 23 143 24 8.6 2nd Spring May Friday 24 144 23 10.4 2nd Spring May Saturday 25 145 24 5.6 2nd Spring May Sunday 26 146 23 4.1 2nd Spring May Monday 27 147 24 3.3 2nd Spring May Tuesday 28 148 24 7.5 2nd Spring May Wednesday 29 149 24 9.1 2nd Spring May Thursday 30 150 24 7.4 2nd Spring May Friday 31 151 23 10.5 2nd Summer June Saturday 1 152 24 9.6 2nd Summer June Sunday 2 153 23 8.2 2nd Summer June Monday 3 154 24 15.4 2nd Summer June Tuesday 4 155 24 9.0 2nd Summer June Wednesday 5 156 24 12.1 2nd Summer June Thursday 6 157 24 10.2 2nd Summer June Friday 7 158 23 10.8 2nd Summer June Saturday 8 159 24 4.6 2nd Summer June Sunday 9 160 23 7.2 2nd Summer June Monday 10 161 24 11.3 2nd Summer June Tuesday 11 162 24 12.8 2nd Summer June Wednesday 12 163 24 10.9
2nd Summer June Thursday 13 164 24 7.7
2nd Summer June Friday 14 165 23 10.6 2nd Summer June Saturday 15 166 24 6.3
2nd Summer June Sunday 16 167 23 12.7 2nd Summer June Monday 17 168 16 14.5
2nd Summer June Tuesday 18 169 24 14.5 2nd Summer June Wednesday 19 170 24 16.0
2nd Summer June Thursday 20 171 24 20.3 2nd Summer June Friday 21 172 23 8.2
2nd Summer June Saturday 22 173 24 6.7 2nd Summer June Sunday 23 174 23 6.2
2nd Summer June Monday 24 175 24 9.2 2nd Summer June Tuesday 25 176 24 12.9
2nd Summer June Wednesday 26 177 24 19.0 2nd Summer June Thursday 27 178 24 18.2
2nd Summer June Friday 28 179 23 11.3 2nd Summer June Saturday 29 180 24 7.9
2nd Summer June Sunday 30 181 23 8.1 3rd Summer July Monday 1 182 24 6.8
3rd Summer July Tuesday 2 183 24 9.3 3rd Summer July Wednesday 3 184 24 14.7
3rd Summer July Thursday 4 185 24 7.6 3rd Summer July Friday 5 186 23 9.0
3rd Summer July Saturday 6 187 24 6.1 3rd Summer July Sunday 7 188 23 7.1
3rd Summer July Monday 8 189 23 10.0 3rd Summer July Tuesday 9 190 24 17.5
3rd Summer July Wednesday 10 191 24 9.7 3rd Summer July Thursday 11 192 24 10.7
3rd Summer July Friday 12 193 23 7.7 3rd Summer July Saturday 13 194 24 8.9
3rd Summer July Sunday 14 195 23 13.7 3rd Summer July Monday 15 196 24 12.5
3rd Summer July Tuesday 16 197 24 12.7 3rd Summer July Wednesday 17 198 24 15.5
3rd Summer July Thursday 18 199 24 16.7 3rd Summer July Friday 19 200 23 12.5
3rd Summer July Saturday 20 201 24 11.2 3rd Summer July Sunday 21 202 23 6.4
3rd Summer July Monday 22 203 24 8.0 3rd Summer July Tuesday 23 204 24 8.5
3rd Summer July Wednesday 24 205 24 9.9 3rd Summer July Thursday 25 206 24 10.1
3rd Summer July Friday 26 207 23 10.9 3rd Summer July Saturday 27 208 24 11.6
3rd Summer July Sunday 28 209 23 6.9 3rd Summer July Monday 29 210 24 11.3
3rd Summer July Tuesday 30 211 24 11.8 3rd Summer July Wednesday 31 212 24 12.6
3rd Summer August Thursday 1 213 24 12.7 3rd Summer August Friday 2 214 23 9.9
3rd Summer August Saturday 3 215 24 7.9 3rd Summer August Sunday 4 216 23 7.2
3rd Summer August Monday 5 217 24 7.9
3rd Summer August Tuesday 6 218 24 9.9 3rd Summer August Wednesday 7 219 24 16.3 3rd Summer August Thursday 8 220 24 11.7 3rd Summer August Friday 9 221 23 9.4 3rd Summer August Saturday 10 222 24 8.9 3rd Summer August Sunday 11 223 23 13.4 3rd Summer August Monday 12 224 24 18.5 3rd Summer August Tuesday 13 225 24 12.3 3rd Summer August Wednesday 14 226 23 14.5 3rd Summer August Thursday 15 227 24 10.5 3rd Summer August Friday 16 228 23 18.0 3rd Summer August Saturday 17 229 24 9.8 3rd Summer August Sunday 18 230 23 8.9 3rd Summer August Monday 19 231 24 15.0 3rd Summer August Tuesday 20 232 24 9.3 3rd Summer August Wednesday 21 233 24 14.2 3rd Summer August Thursday 22 234 24 10.1 3rd Summer August Friday 23 235 23 20.0 3rd Summer August Saturday 24 236 24 12.2 3rd Summer August Sunday 25 237 23 9.3 3rd Summer August Monday 26 238 24 14.1 3rd Summer August Tuesday 27 239 24 14.3 3rd Summer August Wednesday 28 240 24 11.0 3rd Summer August Thursday 29 241 24 11.6 3rd Summer August Friday 30 242 23 10.4 3rd Summer August Saturday 31 243 24 6.9 3rd Fall September Sunday 1 244 23 7.8 3rd Fall September Monday 2 245 24 10.9 3rd Fall September Tuesday 3 246 24 15.8 3rd Fall September Wednesday 4 247 24 11.1 3rd Fall September Thursday 5 248 24 13.0 3rd Fall September Friday 6 249 23 14.9 3rd Fall September Saturday 7 250 24 12.5 3rd Fall September Sunday 8 251 23 5.5 3rd Fall September Monday 9 252 24 12.8 3rd Fall September Tuesday 10 253 24 16.1 3rd Fall September Wednesday 11 254 24 9.4 3rd Fall September Thursday 12 255 24 10.0 3rd Fall September Friday 13 256 23 10.1 3rd Fall September Saturday 14 257 24 11.8 3rd Fall September Sunday 15 258 23 11.3 3rd Fall September Monday 16 259 24 12.2 3rd Fall September Tuesday 17 260 24 11.8 3rd Fall September Wednesday 18 261 24 19.2 3rd Fall September Thursday 19 262 24 12.6 3rd Fall September Friday 20 263 23 9.8 3rd Fall September Saturday 21 264 24 17.3 3rd Fall September Sunday 22 265 23 10.4 3rd Fall September Monday 23 266 24 14.4 3rd Fall September Tuesday 24 267 24 17.7 3rd Fall September Wednesday 25 268 24 19.4 3rd Fall September Thursday 26 269 24 16.4 3rd Fall September Friday 27 270 23 21.6 3rd Fall September Saturday 28 271 24 10.7
3rd Fall September Sunday 29 272 23 7.2
3rd Fall September Monday 30 273 24 13.6 4th Fall October Tuesday 1 274 24 17.3
4th Fall October Wednesday 2 275 24 24.4 4th Fall October Thursday 3 276 24 28.0
4th Fall October Friday 4 277 23 22.1 4th Fall October Saturday 5 278 24 8.5
4th Fall October Sunday 6 279 23 12.1 4th Fall October Monday 7 280 24 32.1
4th Fall October Tuesday 8 281 24 24.7 4th Fall October Wednesday 9 282 24 34.0
4th Fall October Thursday 10 283 24 16.3 4th Fall October Friday 11 284 23 17.4
4th Fall October Saturday 12 285 24 28.8 4th Fall October Sunday 13 286 23 27.4
4th Fall October Monday 14 287 24 19.1 4th Fall October Tuesday 15 288 24 40.0
4th Fall October Wednesday 16 289 24 23.9 4th Fall October Thursday 17 290 24 11.5
4th Fall October Friday 18 291 23 26.7 4th Fall October Saturday 19 292 24 9.0
4th Fall October Sunday 20 293 23 15.4 4th Fall October Monday 21 294 24 33.1
4th Fall October Tuesday 22 295 24 30.8 4th Fall October Wednesday 23 296 20 27.5
4th Fall October Thursday 24 297 24 28.0 4th Fall October Friday 25 298 23 41.2
4th Fall October Saturday 26 299 24 10.8 4th Fall October Sunday 27 300 23 8.0
4th Fall October Monday 28 301 24 27.9 4th Fall October Tuesday 29 302 24 7.2
4th Fall October Wednesday 30 303 24 18.7 4th Fall October Thursday 31 304 24 35.6
4th Fall November Friday 1 305 23 35.0 4th Fall November Saturday 2 306 24 28.8
4th Fall November Sunday 3 307 23 43.0 4th Fall November Monday 4 308 24 33.2
4th Fall November Tuesday 5 309 24 38.9 4th Fall November Wednesday 6 310 24 38.2
4th Fall November Thursday 7 311 24 45.1 4th Fall November Friday 8 312 23 41.9
4th Fall November Saturday 9 313 24 32.6 4th Fall November Sunday 10 314 23 37.9
4th Fall November Monday 11 315 24 33.4 4th Fall November Tuesday 12 316 24 44.5
4th Fall November Wednesday 13 317 24 28.9 4th Fall November Thursday 14 318 24 42.9
4th Fall November Friday 15 319 23 34.1 4th Fall November Saturday 16 320 24 19.3
4th Fall November Sunday 17 321 23 36.8 4th Fall November Monday 18 322 24 45.1
4th Fall November Tuesday 19 323 24 47.1 4th Fall November Wednesday 20 324 24 15.1
4th Fall November Thursday 21 325 24 19.4
4th Fall November Friday 22 326 23 19.7 4th Fall November Saturday 23 327 24 20.5 4th Fall November Sunday 24 328 23 27.1 4th Fall November Monday 25 329 24 21.7 4th Fall November Tuesday 26 330 24 23.3 4th Fall November Wednesday 27 331 24 7.7 4th Fall November Thursday 28 332 24 19.6 4th Fall November Friday 29 333 23 16.5 4th Fall November Saturday 30 334 24 26.2 4th Winter December Sunday 1 335 23 8.2 4th Winter December Monday 2 336 24 39.5 4th Winter December Tuesday 3 337 24 38.8 4th Winter December Wednesday 4 338 24 45.0 4th Winter December Thursday 5 339 24 40.0 4th Winter December Friday 6 340 23 25.6 4th Winter December Saturday 7 341 24 17.5 4th Winter December Sunday 8 342 23 27.1 4th Winter December Monday 9 343 24 18.5 4th Winter December Tuesday 10 344 23 29.6 4th Winter December Wednesday 11 345 18 30.2 4th Winter December Thursday 12 346 24 32.4 4th Winter December Friday 13 347 23 25.0 4th Winter December Saturday 14 348 24 22.5 4th Winter December Sunday 15 349 23 7.6 4th Winter December Monday 16 350 24 18.9 4th Winter December Tuesday 17 351 24 31.2 4th Winter December Wednesday 18 352 24 32.2 4th Winter December Thursday 19 353 24 36.3 4th Winter December Friday 20 354 23 36.4 4th Winter December Saturday 21 355 24 19.5 4th Winter December Sunday 22 356 23 5.2 4th Winter December Monday 23 357 24 12.8 4th Winter December Tuesday 24 358 24 7.5 4th Winter December Wednesday 25 359 24 20.9 4th Winter December Thursday 26 360 24 16.8 4th Winter December Friday 27 361 23 24.5 4th Winter December Saturday 28 362 24 13.5 4th Winter December Sunday 29 363 23 12.8 4th Winter December Monday 30 364 24 13.1 4th Winter December Tuesday 31 365 24 30.5 Year: 2020 Day of Quarter Season Month Week Day jDay Observations Max Daily 1st Winter January Wednesday 1 1 24 15.2 1st Winter January Thursday 2 2 24 21.9 1st Winter January Friday 3 3 23 32.1 1st Winter January Saturday 4 4 24 33.3 1st Winter January Sunday 5 5 23 27.7 1st Winter January Monday 6 6 24 34.2 1st Winter January Tuesday 7 7 24 12.4 1st Winter January Wednesday 8 8 23 25.0 1st Winter January Thursday 9 9 24 23.8 1st Winter January Friday 10 10 23 19.8
1st Winter January Saturday 11 11 24 10.4
1st Winter January Sunday 12 12 23 16.0 1st Winter January Monday 13 13 24 36.8
1st Winter January Tuesday 14 14 24 14.4 1st Winter January Wednesday 15 15 24 16.7
1st Winter January Thursday 16 16 24 8.0 1st Winter January Friday 17 17 23 21.2
1st Winter January Saturday 18 18 24 21.2 1st Winter January Sunday 19 19 23 35.9
1st Winter January Monday 20 20 24 31.8 1st Winter January Tuesday 21 21 24 28.9
1st Winter January Wednesday 22 22 24 27.6 1st Winter January Thursday 23 23 24 30.9
1st Winter January Friday 24 24 23 28.4 1st Winter January Saturday 25 25 24 22.3
1st Winter January Sunday 26 26 23 13.3 1st Winter January Monday 27 27 24 27.9
1st Winter January Tuesday 28 28 24 27.9 1st Winter January Wednesday 29 29 24 14.2
1st Winter January Thursday 30 30 24 29.3 1st Winter January Friday 31 31 23 22.9
1st Winter February Saturday 1 32 24 17.0 1st Winter February Sunday 2 33 23 8.7
1st Winter February Monday 3 34 24 13.6 1st Winter February Tuesday 4 35 24 15.1
1st Winter February Wednesday 5 36 24 29.3 1st Winter February Thursday 6 37 24 32.9
1st Winter February Friday 7 38 23 34.3 1st Winter February Saturday 8 39 24 30.3
1st Winter February Sunday 9 40 23 16.0 1st Winter February Monday 10 41 24 23.0
1st Winter February Tuesday 11 42 24 23.9 1st Winter February Wednesday 12 43 24 29.3
1st Winter February Thursday 13 44 24 30.8 1st Winter February Friday 14 45 18 13.0
1st Winter February Saturday 15 46 24 24.9 1st Winter February Sunday 16 47 23 29.3
1st Winter February Monday 17 48 24 17.8 1st Winter February Tuesday 18 49 24 23.8
1st Winter February Wednesday 19 50 24 27.9 1st Winter February Thursday 20 51 24 39.4
1st Winter February Friday 21 52 23 43.6 1st Winter February Saturday 22 53 24 37.2
1st Winter February Sunday 23 54 23 25.4 1st Winter February Monday 24 55 24 12.6
1st Winter February Tuesday 25 56 24 36.7 1st Winter February Wednesday 26 57 24 29.4
1st Winter February Thursday 27 58 24 32.0 1st Winter February Friday 28 59 23 36.6
1st Winter February Saturday 29 60 24 14.4 1st Spring March Sunday 1 61 23 14.8
1st Spring March Monday 2 62 24 24.9 1st Spring March Tuesday 3 63 24 31.5
1st Spring March Wednesday 4 64 24 29.8
1st Spring March Thursday 5 65 24 16.2 1st Spring March Friday 6 66 23 13.2 1st Spring March Saturday 7 67 24 11.2 1st Spring March Sunday 8 68 23 17.0 1st Spring March Monday 9 69 24 19.6 1st Spring March Tuesday 10 70 24 25.2 1st Spring March Wednesday 11 71 24 22.8 1st Spring March Thursday 12 72 24 21.1 1st Spring March Friday 13 73 23 25.8 1st Spring March Saturday 14 74 24 8.1 1st Spring March Sunday 15 75 23 8.6 1st Spring March Monday 16 76 24 18.8 1st Spring March Tuesday 17 77 24 15.6 1st Spring March Wednesday 18 78 24 7.2 1st Spring March Thursday 19 79 24 14.2 1st Spring March Friday 20 80 23 22.2 1st Spring March Saturday 21 81 24 12.0 1st Spring March Sunday 22 82 23 11.7 1st Spring March Monday 23 83 24 9.6 1st Spring March Tuesday 24 84 24 15.7 1st Spring March Wednesday 25 85 24 20.1 1st Spring March Thursday 26 86 24 18.0 1st Spring March Friday 27 87 23 28.8 1st Spring March Saturday 28 88 24 9.8 1st Spring March Sunday 29 89 23 4.5 1st Spring March Monday 30 90 24 19.2 1st Spring March Tuesday 31 91 24 7.3 2nd Spring April Wednesday 1 92 24 4.6 2nd Spring April Thursday 2 93 24 8.6 2nd Spring April Friday 3 94 23 9.9 2nd Spring April Saturday 4 95 24 7.4 2nd Spring April Sunday 5 96 23 6.9 2nd Spring April Monday 6 97 24 14.7 2nd Spring April Tuesday 7 98 24 11.0 2nd Spring April Wednesday 8 99 24 12.1 2nd Spring April Thursday 9 100 24 22.2 2nd Spring April Friday 10 101 23 9.1 2nd Spring April Saturday 11 102 24 6.5 2nd Spring April Sunday 12 103 23 14.7 2nd Spring April Monday 13 104 24 22.7 2nd Spring April Tuesday 14 105 24 16.5 2nd Spring April Wednesday 15 106 24 29.9 2nd Spring April Thursday 16 107 24 9.1 2nd Spring April Friday 17 108 23 9.5 2nd Spring April Saturday 18 109 24 16.5 2nd Spring April Sunday 19 110 23 7.0 2nd Spring April Monday 20 111 24 8.2 2nd Spring April Tuesday 21 112 24 12.6 2nd Spring April Wednesday 22 113 24 19.6 2nd Spring April Thursday 23 114 24 11.1 2nd Spring April Friday 24 115 23 28.7 2nd Spring April Saturday 25 116 24 9.0 2nd Spring April Sunday 26 117 23 8.2 2nd Spring April Monday 27 118 24 11.2
2nd Spring April Tuesday 28 119 24 17.1
2nd Spring April Wednesday 29 120 24 16.7 2nd Spring April Thursday 30 121 24 14.8
2nd Spring May Friday 1 122 23 11.7 2nd Spring May Saturday 2 123 24 10.0
2nd Spring May Sunday 3 124 23 4.6 2nd Spring May Monday 4 125 24 18.7
2nd Spring May Tuesday 5 126 24 10.1 2nd Spring May Wednesday 6 127 24 8.4
2nd Spring May Thursday 7 128 24 9.9 2nd Spring May Friday 8 129 23 11.2
2nd Spring May Saturday 9 130 24 10.4 2nd Spring May Sunday 10 131 23 6.9
2nd Spring May Monday 11 132 24 9.8 2nd Spring May Tuesday 12 133 24 16.2
2nd Spring May Wednesday 13 134 24 10.3 2nd Spring May Thursday 14 135 24 18.0
2nd Spring May Friday 15 136 23 11.9 2nd Spring May Saturday 16 137 24 10.3
2nd Spring May Sunday 17 138 23 11.4 2nd Spring May Monday 18 139 24 14.1
2nd Spring May Tuesday 19 140 24 14.5 2nd Spring May Wednesday 20 141 24 10.8
2nd Spring May Thursday 21 142 24 19.4 2nd Spring May Friday 22 143 23 10.4
2nd Spring May Saturday 23 144 24 9.6 2nd Spring May Sunday 24 145 23 7.2
2nd Spring May Monday 25 146 24 8.6 2nd Spring May Tuesday 26 147 24 11.6
2nd Spring May Wednesday 27 148 24 11.8 2nd Spring May Thursday 28 149 24 8.4
2nd Spring May Friday 29 150 23 10.4 2nd Spring May Saturday 30 151 24 6.9
2nd Spring May Sunday 31 152 23 4.2 2nd Summer June Monday 1 153 23 10.9
2nd Summer June Tuesday 2 154 24 25.5 2nd Summer June Wednesday 3 155 24 16.6
2nd Summer June Thursday 4 156 24 29.2 2nd Summer June Friday 5 157 23 22.8
2nd Summer June Saturday 6 158 24 33.2 2nd Summer June Sunday 7 159 23 7.4
2nd Summer June Monday 8 160 24 13.1 2nd Summer June Tuesday 9 161 24 36.0
2nd Summer June Wednesday 10 162 24 23.0 2nd Summer June Thursday 11 163 24 36.3
2nd Summer June Friday 12 164 23 16.6 2nd Summer June Saturday 13 165 24 6.8
2nd Summer June Sunday 14 166 23 7.7 2nd Summer June Monday 15 167 24 20.9
2nd Summer June Tuesday 16 168 24 5.8 2nd Summer June Wednesday 17 169 24 8.7
2nd Summer June Thursday 18 170 24 8.8 2nd Summer June Friday 19 171 23 9.4
2nd Summer June Saturday 20 172 24 10.3
2nd Summer June Sunday 21 173 23 8.6 2nd Summer June Monday 22 174 24 12.0 2nd Summer June Tuesday 23 175 18 12.5 2nd Summer June Wednesday 24 176 20 10.7 2nd Summer June Thursday 25 177 22 13.8 2nd Summer June Friday 26 178 23 9.4 2nd Summer June Saturday 27 179 24 8.0 2nd Summer June Sunday 28 180 23 6.9 2nd Summer June Monday 29 181 23 7.9 2nd Summer June Tuesday 30 182 24 14.5 3rd Summer July Wednesday 1 183 24 14.4 3rd Summer July Thursday 2 184 24 9.0 3rd Summer July Friday 3 185 23 9.2 3rd Summer July Saturday 4 186 24 5.0 3rd Summer July Sunday 5 187 23 10.2 3rd Summer July Monday 6 188 24 8.5 3rd Summer July Tuesday 7 189 24 15.8 3rd Summer July Wednesday 8 190 24 11.3 3rd Summer July Thursday 9 191 24 8.7 3rd Summer July Friday 10 192 23 12.0 3rd Summer July Saturday 11 193 24 8.6 3rd Summer July Sunday 12 194 23 13.6 3rd Summer July Monday 13 195 24 13.0 3rd Summer July Tuesday 14 196 24 14.5 3rd Summer July Wednesday 15 197 24 10.0 3rd Summer July Thursday 16 198 24 11.4 3rd Summer July Friday 17 199 23 7.3 3rd Summer July Saturday 18 200 24 6.4 3rd Summer July Sunday 19 201 23 6.2 3rd Summer July Monday 20 202 24 11.1 3rd Summer July Tuesday 21 203 24 10.5 3rd Summer July Wednesday 22 204 24 12.4 3rd Summer July Thursday 23 205 24 7.1 3rd Summer July Friday 24 206 23 6.6 3rd Summer July Saturday 25 207 24 7.5 3rd Summer July Sunday 26 208 23 6.5 3rd Summer July Monday 27 209 24 9.4 3rd Summer July Tuesday 28 210 24 14.9 3rd Summer July Wednesday 29 211 24 13.9 3rd Summer July Thursday 30 212 24 9.9 3rd Summer July Friday 31 213 23 10.3 3rd Summer August Saturday 1 214 24 9.1 3rd Summer August Sunday 2 215 23 6.7 3rd Summer August Monday 3 216 24 13.1 3rd Summer August Tuesday 4 217 24 13.6 3rd Summer August Wednesday 5 218 24 15.9 3rd Summer August Thursday 6 219 24 21.2 3rd Summer August Friday 7 220 23 10.8 3rd Summer August Saturday 8 221 24 13.7 3rd Summer August Sunday 9 222 23 11.2 3rd Summer August Monday 10 223 24 9.8 3rd Summer August Tuesday 11 224 24 10.9 3rd Summer August Wednesday 12 225 24 16.0 3rd Summer August Thursday 13 226 24 10.7
3rd Summer August Friday 14 227 23 12.4
3rd Summer August Saturday 15 228 24 9.9 3rd Summer August Sunday 16 229 23 9.0
3rd Summer August Monday 17 230 24 11.1 3rd Summer August Tuesday 18 231 24 15.4
3rd Summer August Wednesday 19 232 24 19.6 3rd Summer August Thursday 20 233 24 17.8
3rd Summer August Friday 21 234 23 14.0 3rd Summer August Saturday 22 235 24 8.7
3rd Summer August Sunday 23 236 23 6.3 3rd Summer August Monday 24 237 24 13.5
3rd Summer August Tuesday 25 238 24 12.8 3rd Summer August Wednesday 26 239 24 14.8
3rd Summer August Thursday 27 240 24 10.5 3rd Summer August Friday 28 241 23 15.1
3rd Summer August Saturday 29 242 24 10.9 3rd Summer August Sunday 30 243 23 7.7
3rd Summer August Monday 31 244 24 17.1 3rd Fall September Tuesday 1 245 24 15.4
3rd Fall September Wednesday 2 246 24 15.4 3rd Fall September Thursday 3 247 24 19.9
3rd Fall September Friday 4 248 23 16.3 3rd Fall September Saturday 5 249 24 15.6
3rd Fall September Sunday 6 250 23 16.4 3rd Fall September Monday 7 251 24 15.4
3rd Fall September Tuesday 8 252 24 7.6 3rd Fall September Wednesday 9 253 24 12.1
3rd Fall September Thursday 10 254 24 8.5 3rd Fall September Friday 11 255 23 23.2
3rd Fall September Saturday 12 256 24 20.3 3rd Fall September Sunday 13 257 23 17.9
3rd Fall September Monday 14 258 24 20.6 3rd Fall September Tuesday 15 259 24 23.0
3rd Fall September Wednesday 16 260 24 21.9 3rd Fall September Thursday 17 261 24 16.8
3rd Fall September Friday 18 262 23 32.1 3rd Fall September Saturday 19 263 24 12.8
3rd Fall September Sunday 20 264 23 20.4 3rd Fall September Monday 21 265 24 12.7
3rd Fall September Tuesday 22 266 24 21.0 3rd Fall September Wednesday 23 267 24 17.6
3rd Fall September Thursday 24 268 23 32.9 3rd Fall September Friday 25 269 23 42.4
3rd Fall September Saturday 26 270 22 22.7 3rd Fall September Sunday 27 271 23 10.2
3rd Fall September Monday 28 272 24 17.8 3rd Fall September Tuesday 29 273 18 24.5
3rd Fall September Wednesday 30 274 20 27.2 4th Fall October Thursday 1 275 24 30.2
4th Fall October Friday 2 276 23 22.1 4th Fall October Saturday 3 277 24 21.4
4th Fall October Sunday 4 278 23 20.3 4th Fall October Monday 5 279 24 22.4
4th Fall October Tuesday 6 280 24 29.6
4th Fall October Wednesday 7 281 24 22.2 4th Fall October Thursday 8 282 24 31.7 4th Fall October Friday 9 283 23 19.1 4th Fall October Saturday 10 284 24 6.8 4th Fall October Sunday 11 285 23 8.5 4th Fall October Monday 12 286 24 24.4 4th Fall October Tuesday 13 287 24 22.4 4th Fall October Wednesday 14 288 24 28.9 4th Fall October Thursday 15 289 24 26.3 4th Fall October Friday 16 290 23 30.1 4th Fall October Saturday 17 291 24 26.1 4th Fall October Sunday 18 292 23 27.5 4th Fall October Monday 19 293 24 23.8 4th Fall October Tuesday 20 294 24 27.4 4th Fall October Wednesday 21 295 24 32.0 4th Fall October Thursday 22 296 24 12.3 4th Fall October Friday 23 297 23 31.3 4th Fall October Saturday 24 298 24 25.3 4th Fall October Sunday 25 299 23 3.5 4th Fall October Monday 26 300 24 21.9 4th Fall October Tuesday 27 301 24 32.5 4th Fall October Wednesday 28 302 24 33.1 4th Fall October Thursday 29 303 24 30.3 4th Fall October Friday 30 304 23 32.6 4th Fall October Saturday 31 305 24 19.3 4th Fall November Sunday 1 306 23 37.3 4th Fall November Monday 2 307 24 40.1 4th Fall November Tuesday 3 308 24 17.8 4th Fall November Wednesday 4 309 24 36.5 4th Fall November Thursday 5 310 24 21.9 4th Fall November Friday 6 311 23 8.9 4th Fall November Saturday 7 312 24 5.7 4th Fall November Sunday 8 313 23 17.9 4th Fall November Monday 9 314 24 14.1 4th Fall November Tuesday 10 315 24 17.1 4th Fall November Wednesday 11 316 24 14.3 4th Fall November Thursday 12 317 24 32.3 4th Fall November Friday 13 318 23 10.1 4th Fall November Saturday 14 319 24 24.6 4th Fall November Sunday 15 320 23 27.4 4th Fall November Monday 16 321 24 28.0 4th Fall November Tuesday 17 322 24 9.0 4th Fall November Wednesday 18 323 24 25.3 4th Fall November Thursday 19 324 24 26.6 4th Fall November Friday 20 325 23 27.3 4th Fall November Saturday 21 326 24 27.8 4th Fall November Sunday 22 327 23 33.8 4th Fall November Monday 23 328 24 29.9 4th Fall November Tuesday 24 329 24 32.8 4th Fall November Wednesday 25 330 24 29.3 4th Fall November Thursday 26 331 24 14.5 4th Fall November Friday 27 332 23 26.4 4th Fall November Saturday 28 333 24 31.0 4th Fall November Sunday 29 334 23 30.4
4th Fall November Monday 30 335 24 37.5
4th Winter December Tuesday 1 336 24 16.4 4th Winter December Wednesday 2 337 24 25.7
4th Winter December Thursday 3 338 24 35.6 4th Winter December Friday 4 339 23 39.6
4th Winter December Saturday 5 340 24 38.5 4th Winter December Sunday 6 341 23 34.5
4th Winter December Monday 7 342 24 38.0 4th Winter December Tuesday 8 343 24 42.4
4th Winter December Wednesday 9 344 24 41.0 4th Winter December Thursday 10 345 23 38.2
4th Winter December Friday 11 346 23 33.9 4th Winter December Saturday 12 347 24 31.9
4th Winter December Sunday 13 348 23 16.1 4th Winter December Monday 14 349 24 18.7
4th Winter December Tuesday 15 350 24 32.9 4th Winter December Wednesday 16 351 24 32.1
4th Winter December Thursday 17 352 24 18.6 4th Winter December Friday 18 353 23 33.3
4th Winter December Saturday 19 354 24 31.7 4th Winter December Sunday 20 355 23 27.6
4th Winter December Monday 21 356 24 27.3 4th Winter December Tuesday 22 357 24 24.1
4th Winter December Wednesday 23 358 24 25.6 4th Winter December Thursday 24 359 24 29.7
4th Winter December Friday 25 360 23 24.7 4th Winter December Saturday 26 361 24 26.8
4th Winter December Sunday 27 362 23 29.4 4th Winter December Monday 28 363 24 21.7
4th Winter December Tuesday 29 364 24 19.2 4th Winter December Wednesday 30 365 24 22.0
4th Winter December Thursday 31 366 24 19.1
Year: 2021 Day of
Quarter Season Month Week Day jDay Observations Max Daily 1st Winter January Friday 1 1 23 21.0
1st Winter January Saturday 2 2 24 23.9 1st Winter January Sunday 3 3 23 26.5
1st Winter January Monday 4 4 24 26.4 1st Winter January Tuesday 5 5 24 19.2
1st Winter January Wednesday 6 6 24 33.3 1st Winter January Thursday 7 7 24 33.6
1st Winter January Friday 8 8 23 30.5 1st Winter January Saturday 9 9 24 28.4
1st Winter January Sunday 10 10 23 28.5 1st Winter January Monday 11 11 24 39.2
1st Winter January Tuesday 12 12 24 34.0 1st Winter January Wednesday 13 13 24 30.5
1st Winter January Thursday 14 14 24 39.9 1st Winter January Friday 15 15 23 33.4
1st Winter January Saturday 16 16 24 36.6 1st Winter January Sunday 17 17 23 31.1
1st Winter January Monday 18 18 24 29.1
1st Winter January Tuesday 19 19 24 27.3 1st Winter January Wednesday 20 20 24 34.1 1st Winter January Thursday 21 21 24 29.5 1st Winter January Friday 22 22 23 14.3 1st Winter January Saturday 23 23 24 12.5 1st Winter January Sunday 24 24 23 15.6 1st Winter January Monday 25 25 24 18.8 1st Winter January Tuesday 26 26 24 8.2 1st Winter January Wednesday 27 27 24 14.8 1st Winter January Thursday 28 28 24 6.0 1st Winter January Friday 29 29 23 13.3 1st Winter January Saturday 30 30 24 15.6 1st Winter January Sunday 31 31 23 30.7 1st Winter February Monday 1 32 24 34.5 1st Winter February Tuesday 2 33 24 13.8 1st Winter February Wednesday 3 34 24 10.7 1st Winter February Thursday 4 35 24 27.6 1st Winter February Friday 5 36 23 23.5 1st Winter February Saturday 6 37 24 23.7 1st Winter February Sunday 7 38 23 29.8 1st Winter February Monday 8 39 24 20.8 1st Winter February Tuesday 9 40 24 31.5 1st Winter February Wednesday 10 41 24 30.6 1st Winter February Thursday 11 42 24 32.7 1st Winter February Friday 12 43 23 17.6 1st Winter February Saturday 13 44 24 18.5 1st Winter February Sunday 14 45 23 17.3 1st Winter February Monday 15 46 24 15.1 1st Winter February Tuesday 16 47 24 17.4 1st Winter February Wednesday 17 48 24 21.4 1st Winter February Thursday 18 49 24 20.6 1st Winter February Friday 19 50 23 13.0 1st Winter February Saturday 20 51 24 8.9 1st Winter February Sunday 21 52 23 17.6 1st Winter February Monday 22 53 24 18.7 1st Winter February Tuesday 23 54 24 25.7 1st Winter February Wednesday 24 55 24 23.7 1st Winter February Thursday 25 56 24 18.2 1st Winter February Friday 26 57 23 26.4 1st Winter February Saturday 27 58 24 8.3 1st Winter February Sunday 28 59 23 21.2 1st Spring March Monday 1 60 24 25.8 1st Spring March Tuesday 2 61 19 20.8 1st Spring March Wednesday 3 62 24 20.2 1st Spring March Thursday 4 63 24 18.7 1st Spring March Friday 5 64 23 31.7 1st Spring March Saturday 6 65 24 11.4 1st Spring March Sunday 7 66 23 20.8 1st Spring March Monday 8 67 24 19.7 1st Spring March Tuesday 9 68 24 5.6 1st Spring March Wednesday 10 69 23 23.4 1st Spring March Thursday 11 70 24 15.3 1st Spring March Friday 12 71 23 14.0 1st Spring March Saturday 13 72 24 12.8
1st Spring March Sunday 14 73 23 16.7
1st Spring March Monday 15 74 24 14.0 1st Spring March Tuesday 16 75 24 28.6
1st Spring March Wednesday 17 76 24 21.0 1st Spring March Thursday 18 77 22 19.0
1st Spring March Friday 19 78 23 15.6 1st Spring March Saturday 20 79 24 12.4
1st Spring March Sunday 21 80 23 11.0 1st Spring March Monday 22 81 24 18.4
1st Spring March Tuesday 23 82 24 25.2 1st Spring March Wednesday 24 83 24 25.4
1st Spring March Thursday 25 84 24 14.6 1st Spring March Friday 26 85 23 15.4
1st Spring March Saturday 27 86 24 17.8 1st Spring March Sunday 28 87 23 19.2
1st Spring March Monday 29 88 24 19.1 1st Spring March Tuesday 30 89 24 31.2
1st Spring March Wednesday 31 90 24 13.4 2nd Spring April Thursday 1 91 24 24.4
2nd Spring April Friday 2 92 23 14.1 2nd Spring April Saturday 3 93 24 8.1
2nd Spring April Sunday 4 94 23 15.2 2nd Spring April Monday 5 95 24 16.7
2nd Spring April Tuesday 6 96 24 14.1 2nd Spring April Wednesday 7 97 24 13.0
2nd Spring April Thursday 8 98 24 24.5 2nd Spring April Friday 9 99 23 9.6
2nd Spring April Saturday 10 100 24 22.0 2nd Spring April Sunday 11 101 23 14.2
2nd Spring April Monday 12 102 24 25.1 2nd Spring April Tuesday 13 103 24 10.3
2nd Spring April Wednesday 14 104 24 8.7 2nd Spring April Thursday 15 105 24 15.7
2nd Spring April Friday 16 106 23 18.1 2nd Spring April Saturday 17 107 24 10.3
2nd Spring April Sunday 18 108 23 13.9 2nd Spring April Monday 19 109 24 14.2
2nd Spring April Tuesday 20 110 24 11.4 2nd Spring April Wednesday 21 111 24 12.2
2nd Spring April Thursday 22 112 24 25.5 2nd Spring April Friday 23 113 23 15.4
2nd Spring April Saturday 24 114 24 9.9 2nd Spring April Sunday 25 115 23 11.9
2nd Spring April Monday 26 116 24 9.4 2nd Spring April Tuesday 27 117 24 11.2
2nd Spring April Wednesday 28 118 24 19.5 2nd Spring April Thursday 29 119 24 16.2
2nd Spring April Friday 30 120 23 23.2 2nd Spring May Saturday 1 121 24 7.7
2nd Spring May Sunday 2 122 23 6.9 2nd Spring May Monday 3 123 24 22.9
2nd Spring May Tuesday 4 124 24 15.0 2nd Spring May Wednesday 5 125 24 17.0
2nd Spring May Thursday 6 126 24 13.2
2nd Spring May Friday 7 127 23 13.5 2nd Spring May Saturday 8 128 24 6.3 2nd Spring May Sunday 9 129 23 13.3 2nd Spring May Monday 10 130 24 7.0 2nd Spring May Tuesday 11 131 24 22.8 2nd Spring May Wednesday 12 132 24 13.8 2nd Spring May Thursday 13 133 24 14.9 2nd Spring May Friday 14 134 23 9.4 2nd Spring May Saturday 15 135 24 14.9 2nd Spring May Sunday 16 136 23 9.5 2nd Spring May Monday 17 137 24 17.0 2nd Spring May Tuesday 18 138 24 15.7 2nd Spring May Wednesday 19 139 24 10.8 2nd Spring May Thursday 20 140 24 15.8 2nd Spring May Friday 21 141 23 15.7 2nd Spring May Saturday 22 142 24 5.5 2nd Spring May Sunday 23 143 23 4.7 2nd Spring May Monday 24 144 24 16.4 2nd Spring May Tuesday 25 145 24 7.9 2nd Spring May Wednesday 26 146 24 11.3 2nd Spring May Thursday 27 147 24 10.9 2nd Spring May Friday 28 148 23 10.2 2nd Spring May Saturday 29 149 24 13.7 2nd Spring May Sunday 30 150 23 8.3 2nd Spring May Monday 31 151 24 10.9 2nd Summer June Tuesday 1 152 24 16.8 2nd Summer June Wednesday 2 153 24 10.4 2nd Summer June Thursday 3 154 24 16.7 2nd Summer June Friday 4 155 23 9.3 2nd Summer June Saturday 5 156 24 13.4 2nd Summer June Sunday 6 157 23 8.8 2nd Summer June Monday 7 158 24 17.5 2nd Summer June Tuesday 8 159 24 11.9 2nd Summer June Wednesday 9 160 24 15.8 2nd Summer June Thursday 10 161 24 13.4 2nd Summer June Friday 11 162 23 10.2 2nd Summer June Saturday 12 163 24 12.3 2nd Summer June Sunday 13 164 23 18.1 2nd Summer June Monday 14 165 24 13.3 2nd Summer June Tuesday 15 166 24 14.5 2nd Summer June Wednesday 16 167 24 19.3 2nd Summer June Thursday 17 168 24 13.8 2nd Summer June Friday 18 169 23 22.3 2nd Summer June Saturday 19 170 24 10.1 2nd Summer June Sunday 20 171 23 10.9 2nd Summer June Monday 21 172 24 11.5 2nd Summer June Tuesday 22 173 24 22.8 2nd Summer June Wednesday 23 174 24 10.6 2nd Summer June Thursday 24 175 24 13.0 2nd Summer June Friday 25 176 23 7.9 2nd Summer June Saturday 26 177 24 5.2 2nd Summer June Sunday 27 178 23 4.3 2nd Summer June Monday 28 179 24 4.2 2nd Summer June Tuesday 29 180 24 6.2
2nd Summer June Wednesday 30 181 24 7.7
3rd Summer July Thursday 1 182 24 11.9 3rd Summer July Friday 2 183 23 13.6
3rd Summer July Saturday 3 184 24 8.5 3rd Summer July Sunday 4 185 23 6.5
3rd Summer July Monday 5 186 24 6.8 3rd Summer July Tuesday 6 187 24 10.1
3rd Summer July Wednesday 7 188 24 9.4 3rd Summer July Thursday 8 189 24 11.5
3rd Summer July Friday 9 190 23 16.6 3rd Summer July Saturday 10 191 24 12.3
3rd Summer July Sunday 11 192 23 8.8 3rd Summer July Monday 12 193 24 16.7
3rd Summer July Tuesday 13 194 24 10.8 3rd Summer July Wednesday 14 195 24 9.4
3rd Summer July Thursday 15 196 24 10.7 3rd Summer July Friday 16 197 23 8.6
3rd Summer July Saturday 17 198 24 10.8 3rd Summer July Sunday 18 199 23 7.8
3rd Summer July Monday 19 200 24 11.4 3rd Summer July Tuesday 20 201 24 14.2
3rd Summer July Wednesday 21 202 20 11.4 3rd Summer July Thursday 22 203 24 9.0
3rd Summer July Friday 23 204 23 8.0 3rd Summer July Saturday 24 205 24 12.1
3rd Summer July Sunday 25 206 21 17.6 3rd Summer July Monday 26 207 24 10.6
3rd Summer July Tuesday 27 208 24 13.3 3rd Summer July Wednesday 28 209 18 10.3
3rd Summer July Thursday 29 210 24 12.5 3rd Summer July Friday 30 211 23 13.5
3rd Summer July Saturday 31 212 24 6.4 3rd Summer August Sunday 1 213 23 5.8
3rd Summer August Monday 2 214 24 15.7 3rd Summer August Tuesday 3 215 24 17.0
3rd Summer August Wednesday 4 216 24 22.5 3rd Summer August Thursday 5 217 24 13.9
3rd Summer August Friday 6 218 23 16.4 3rd Summer August Saturday 7 219 24 14.8
3rd Summer August Sunday 8 220 23 13.0 3rd Summer August Monday 9 221 24 20.2
3rd Summer August Tuesday 10 222 24 15.1 3rd Summer August Wednesday 11 223 24 15.2
3rd Summer August Thursday 12 224 24 12.8 3rd Summer August Friday 13 225 23 14.6
3rd Summer August Saturday 14 226 24 8.4 3rd Summer August Sunday 15 227 23 12.3
3rd Summer August Monday 16 228 24 21.2 3rd Summer August Tuesday 17 229 24 10.4
3rd Summer August Wednesday 18 230 24 10.5 3rd Summer August Thursday 19 231 24 15.0
3rd Summer August Friday 20 232 23 12.0 3rd Summer August Saturday 21 233 24 6.3
3rd Summer August Sunday 22 234 23 7.5
3rd Summer August Monday 23 235 24 19.1 3rd Summer August Tuesday 24 236 24 9.9 3rd Summer August Wednesday 25 237 24 10.3 3rd Summer August Thursday 26 238 24 14.8 3rd Summer August Friday 27 239 23 12.6 3rd Summer August Saturday 28 240 24 11.2 3rd Summer August Sunday 29 241 23 16.3 3rd Summer August Monday 30 242 24 14.9 3rd Summer August Tuesday 31 243 24 12.1 3rd Fall September Wednesday 1 244 24 10.5 3rd Fall September Thursday 2 245 24 12.8 3rd Fall September Friday 3 246 23 11.3 3rd Fall September Saturday 4 247 24 12.0 3rd Fall September Sunday 5 248 23 8.6 3rd Fall September Monday 6 249 24 14.0 3rd Fall September Tuesday 7 250 24 18.8 3rd Fall September Wednesday 8 251 24 17.8 3rd Fall September Thursday 9 252 24 18.2 3rd Fall September Friday 10 253 23 11.3 3rd Fall September Saturday 11 254 24 15.6 3rd Fall September Sunday 12 255 23 8.2 3rd Fall September Monday 13 256 24 18.1 3rd Fall September Tuesday 14 257 24 16.9 3rd Fall September Wednesday 15 258 24 21.5 3rd Fall September Thursday 16 259 24 17.2 3rd Fall September Friday 17 260 23 15.0 3rd Fall September Saturday 18 261 24 13.3 3rd Fall September Sunday 19 262 23 3.9 3rd Fall September Monday 20 263 24 16.1 3rd Fall September Tuesday 21 264 24 12.1 3rd Fall September Wednesday 22 265 24 20.6 3rd Fall September Thursday 23 266 24 20.0 3rd Fall September Friday 24 267 23 26.3 3rd Fall September Saturday 25 268 24 26.0 3rd Fall September Sunday 26 269 23 15.0 3rd Fall September Monday 27 270 24 19.3 3rd Fall September Tuesday 28 271 24 13.0 3rd Fall September Wednesday 29 272 24 11.2 3rd Fall September Thursday 30 273 24 18.6 4th Fall October Friday 1 274 23 19.5 4th Fall October Saturday 2 275 24 17.3 4th Fall October Sunday 3 276 23 11.4 4th Fall October Monday 4 277 24 22.5 4th Fall October Tuesday 5 278 24 10.0 4th Fall October Wednesday 6 279 24 11.9 4th Fall October Thursday 7 280 24 22.7 4th Fall October Friday 8 281 23 14.9 4th Fall October Saturday 9 282 24 8.2 4th Fall October Sunday 10 283 23 14.2 4th Fall October Monday 11 284 24 8.9 4th Fall October Tuesday 12 285 24 11.0 4th Fall October Wednesday 13 286 24 16.6 4th Fall October Thursday 14 287 24 15.4 4th Fall October Friday 15 288 23 16.2
4th Fall October Saturday 16 289 24 29.8
4th Fall October Sunday 17 290 23 19.5 4th Fall October Monday 18 291 24 12.1
4th Fall October Tuesday 19 292 24 11.4 4th Fall October Wednesday 20 293 24 13.8
4th Fall October Thursday 21 294 24 14.3 4th Fall October Friday 22 295 23 14.1
4th Fall October Saturday 23 296 24 10.3 4th Fall October Sunday 24 297 23 12.4
4th Fall October Monday 25 298 24 13.4 4th Fall October Tuesday 26 299 24 17.9
4th Fall October Wednesday 27 300 24 21.6 4th Fall October Thursday 28 301 24 19.4
4th Fall October Friday 29 302 23 16.4 4th Fall October Saturday 30 303 24 25.0
4th Fall October Sunday 31 304 23 23.2 4th Fall November Monday 1 305 24 25.9
4th Fall November Tuesday 2 306 24 17.4 4th Fall November Wednesday 3 307 24 18.1
4th Fall November Thursday 4 308 24 30.8 4th Fall November Friday 5 309 23 18.7
4th Fall November Saturday 6 310 24 16.9 4th Fall November Sunday 7 311 23 8.4
4th Fall November Monday 8 312 24 23.1 4th Fall November Tuesday 9 313 24 21.1
4th Fall November Wednesday 10 314 24 24.4 4th Fall November Thursday 11 315 24 27.5
4th Fall November Friday 12 316 23 23.0 4th Fall November Saturday 13 317 24 20.7
4th Fall November Sunday 14 318 23 18.9 4th Fall November Monday 15 319 24 30.2
4th Fall November Tuesday 16 320 24 17.0 4th Fall November Wednesday 17 321 24 23.7
4th Fall November Thursday 18 322 24 28.5 4th Fall November Friday 19 323 23 31.6
4th Fall November Saturday 20 324 24 25.6 4th Fall November Sunday 21 325 23 22.5
4th Fall November Monday 22 326 24 29.8 4th Fall November Tuesday 23 327 24 17.3
4th Fall November Wednesday 24 328 24 22.1 4th Fall November Thursday 25 329 24 24.0
4th Fall November Friday 26 330 23 28.7 4th Fall November Saturday 27 331 24 23.6
4th Fall November Sunday 28 332 23 29.6 4th Fall November Monday 29 333 23 32.2
4th Fall November Tuesday 30 334 24 32.9 4th Winter December Wednesday 1 335 24 34.6
4th Winter December Thursday 2 336 24 33.0 4th Winter December Friday 3 337 23 33.0
4th Winter December Saturday 4 338 24 28.8 4th Winter December Sunday 5 339 22 27.4
4th Winter December Monday 6 340 23 34.4 4th Winter December Tuesday 7 341 24 31.9
4th Winter December Wednesday 8 342 24 13.7
4th Winter December Thursday 9 343 24 15.0 4th Winter December Friday 10 344 23 28.3 4th Winter December Saturday 11 345 24 19.6 4th Winter December Sunday 12 346 20 5.7 4th Winter December Monday 13 347 23 7.3 4th Winter December Tuesday 14 348 22 7.9 4th Winter December Wednesday 15 349 24 24.3 4th Winter December Thursday 16 350 17 29.7 4th Winter December Friday 17 351 23 38.9 4th Winter December Saturday 18 352 24 36.1 4th Winter December Sunday 19 353 23 32.5 4th Winter December Monday 20 354 24 28.4 4th Winter December Tuesday 21 355 24 39.5 4th Winter December Wednesday 22 356 24 34.3 4th Winter December Thursday 23 357 24 12.1 4th Winter December Friday 24 358 23 10.6 4th Winter December Saturday 25 359 24 2.9 4th Winter December Sunday 26 360 23 14.9 4th Winter December Monday 27 361 24 21.3 4th Winter December Tuesday 28 362 24 15.7 4th Winter December Wednesday 29 363 24 36.9 4th Winter December Thursday 30 364 24 5.2 4th Winter December Friday 31 365 23 12.1
Daily Tables 7/10/2023 9:37:11 AM AERMOD Wizard Version 1.08 Providence Engineering and Environmental Group, LLC Copyright 2022 [e-mail] CurrentPollutant: O3 (44201) Averaging Period: 1-Hour Average Concentration units: PPM Site: 5010 County: Utah (49) State: Utah (49) Summary 2019 1st Quarter 2nd Quarter 3rd Quarter 4th Quarter Number of Days 90 91 92 92 Number of Observations 2141 2163 2189 2190 Scheduled Frequency 1 1 1 1 Scheduled Observations 2160 2184 2208 2208 Completeness % 99.12 99.04 99.14 99.18 Acceptability Valid Valid Valid Valid Maximum 1-Hour 0.0610 0.0800 0.0790 0.0560 Summary 2020 1st Quarter 2nd Quarter 3rd Quarter 4th Quarter Number of Days 91 91 92 92 Number of Observations 2169 2159 2194 2190 Scheduled Frequency 1 1 1 1 Scheduled Observations 2184 2184 2208 2208 Completeness % 99.31 98.86 99.37 99.18 Acceptability Valid Valid Valid Valid Maximum 1-Hour 0.0540 0.0740 0.0960 0.0650 Summary 2021 1st Quarter 2nd Quarter 3rd Quarter 4th Quarter Number of Days 90 91 92 92 Number of Observations 2143 2167 2192 2200 Scheduled Frequency 1 1 1 1 Scheduled Observations 2160 2184 2208 2208 Completeness % 99.21 99.22 99.28 99.64 Acceptability Valid Valid Valid Valid Maximum 1-Hour 0.0590 0.0960 0.0970 0.0590 2019 2020 2021 Annual 2nd High 0.0790 0.0910 0.0960 Year: 2019 Day of Quarter Season Month Week Day jDay Observations Max 1-Hour 1st Winter January Tuesday 1 1 1 0.0350
1st Winter January Wednesday 2 2 1 0.0340 1st Winter January Thursday 3 3 1 0.0350 1st Winter January Friday 4 4 1 0.0320 1st Winter January Saturday 5 5 1 0.0380 1st Winter January Sunday 6 6 1 0.0390 1st Winter January Monday 7 7 1 0.0410 1st Winter January Tuesday 8 8 1 0.0420 1st Winter January Wednesday 9 9 1 0.0410 1st Winter January Thursday 10 10 1 0.0380 1st Winter January Friday 11 11 1 0.0350 1st Winter January Saturday 12 12 1 0.0290 1st Winter January Sunday 13 13 1 0.0330 1st Winter January Monday 14 14 1 0.0310 1st Winter January Tuesday 15 15 1 0.0230 1st Winter January Wednesday 16 16 1 0.0380 1st Winter January Thursday 17 17 1 0.0370 1st Winter January Friday 18 18 1 0.0420 1st Winter January Saturday 19 19 1 0.0370 1st Winter January Sunday 20 20 1 0.0400 1st Winter January Monday 21 21 1 0.0390 1st Winter January Tuesday 22 22 1 0.0380 1st Winter January Wednesday 23 23 1 0.0310 1st Winter January Thursday 24 24 1 0.0370 1st Winter January Friday 25 25 1 0.0390 1st Winter January Saturday 26 26 1 0.0400 1st Winter January Sunday 27 27 1 0.0420 1st Winter January Monday 28 28 1 0.0400 1st Winter January Tuesday 29 29 1 0.0380 1st Winter January Wednesday 30 30 1 0.0450 1st Winter January Thursday 31 31 1 0.0440 1st Winter February Friday 1 32 1 0.0410 1st Winter February Saturday 2 33 1 0.0420 1st Winter February Sunday 3 34 1 0.0480 1st Winter February Monday 4 35 1 0.0450 1st Winter February Tuesday 5 36 1 0.0530 1st Winter February Wednesday 6 37 1 0.0540 1st Winter February Thursday 7 38 1 0.0470 1st Winter February Friday 8 39 1 0.0440 1st Winter February Saturday 9 40 1 0.0500 1st Winter February Sunday 10 41 1 0.0530 1st Winter February Monday 11 42 1 0.0490 1st Winter February Tuesday 12 43 1 0.0460 1st Winter February Wednesday 13 44 1 0.0470 1st Winter February Thursday 14 45 1 0.0430 1st Winter February Friday 15 46 1 0.0540 1st Winter February Saturday 16 47 1 0.0510 1st Winter February Sunday 17 48 1 0.0470 1st Winter February Monday 18 49 1 0.0460 1st Winter February Tuesday 19 50 1 0.0460 1st Winter February Wednesday 20 51 1 0.0470 1st Winter February Thursday 21 52 1 0.0480 1st Winter February Friday 22 53 1 0.0460 1st Winter February Saturday 23 54 1 0.0490 1st Winter February Sunday 24 55 1 0.0500
1st Winter February Monday 25 56 1 0.0490
1st Winter February Tuesday 26 57 1 0.0510 1st Winter February Wednesday 27 58 1 0.0480
1st Winter February Thursday 28 59 1 0.0490 1st Spring March Friday 1 60 1 0.0430
1st Spring March Saturday 2 61 1 0.0430 1st Spring March Sunday 3 62 1 0.0510
1st Spring March Monday 4 63 1 0.0510 1st Spring March Tuesday 5 64 1 0.0460
1st Spring March Wednesday 6 65 1 0.0430 1st Spring March Thursday 7 66 1 0.0430
1st Spring March Friday 8 67 1 0.0520 1st Spring March Saturday 9 68 1 0.0480
1st Spring March Sunday 10 69 1 0.0540 1st Spring March Monday 11 70 1 0.0560
1st Spring March Tuesday 12 71 1 0.0550 1st Spring March Wednesday 13 72 1 0.0500
1st Spring March Thursday 14 73 1 0.0540 1st Spring March Friday 15 74 1 0.0560
1st Spring March Saturday 16 75 1 0.0600 1st Spring March Sunday 17 76 1 0.0570
1st Spring March Monday 18 77 1 0.0540 1st Spring March Tuesday 19 78 1 0.0600
1st Spring March Wednesday 20 79 1 0.0610 1st Spring March Thursday 21 80 1 0.0590
1st Spring March Friday 22 81 1 0.0510 1st Spring March Saturday 23 82 1 0.0510
1st Spring March Sunday 24 83 1 0.0500 1st Spring March Monday 25 84 1 0.0610
1st Spring March Tuesday 26 85 1 0.0610 1st Spring March Wednesday 27 86 1 0.0580
1st Spring March Thursday 28 87 1 0.0550 1st Spring March Friday 29 88 1 0.0520
1st Spring March Saturday 30 89 1 0.0520 1st Spring March Sunday 31 90 1 0.0550
2nd Spring April Monday 1 91 1 0.0520 2nd Spring April Tuesday 2 92 1 0.0490
2nd Spring April Wednesday 3 93 1 0.0520 2nd Spring April Thursday 4 94 1 0.0530
2nd Spring April Friday 5 95 1 0.0540 2nd Spring April Saturday 6 96 1 0.0480
2nd Spring April Sunday 7 97 1 0.0510 2nd Spring April Monday 8 98 1 0.0490
2nd Spring April Tuesday 9 99 1 0.0550 2nd Spring April Wednesday 10 100 1 0.0470
2nd Spring April Thursday 11 101 1 0.0510 2nd Spring April Friday 12 102 1 0.0520
2nd Spring April Saturday 13 103 1 0.0520 2nd Spring April Sunday 14 104 1 0.0530
2nd Spring April Monday 15 105 1 0.0530 2nd Spring April Tuesday 16 106 1 0.0570
2nd Spring April Wednesday 17 107 1 0.0560 2nd Spring April Thursday 18 108 1 0.0590
2nd Spring April Friday 19 109 1 0.0540
2nd Spring April Saturday 20 110 1 0.0600 2nd Spring April Sunday 21 111 1 0.0550 2nd Spring April Monday 22 112 1 0.0610 2nd Spring April Tuesday 23 113 1 0.0600 2nd Spring April Wednesday 24 114 1 0.0570 2nd Spring April Thursday 25 115 1 0.0430 2nd Spring April Friday 26 116 1 0.0540 2nd Spring April Saturday 27 117 1 0.0540 2nd Spring April Sunday 28 118 1 0.0690 2nd Spring April Monday 29 119 1 0.0540 2nd Spring April Tuesday 30 120 1 0.0490 2nd Spring May Wednesday 1 121 1 0.0560 2nd Spring May Thursday 2 122 1 0.0550 2nd Spring May Friday 3 123 1 0.0590 2nd Spring May Saturday 4 124 1 0.0600 2nd Spring May Sunday 5 125 1 0.0600 2nd Spring May Monday 6 126 1 0.0580 2nd Spring May Tuesday 7 127 1 0.0550 2nd Spring May Wednesday 8 128 1 0.0490 2nd Spring May Thursday 9 129 1 0.0540 2nd Spring May Friday 10 130 1 0.0610 2nd Spring May Saturday 11 131 1 0.0670 2nd Spring May Sunday 12 132 1 0.0610 2nd Spring May Monday 13 133 1 0.0610 2nd Spring May Tuesday 14 134 1 0.0590 2nd Spring May Wednesday 15 135 1 0.0570 2nd Spring May Thursday 16 136 1 0.0600 2nd Spring May Friday 17 137 1 0.0550 2nd Spring May Saturday 18 138 1 0.0430 2nd Spring May Sunday 19 139 1 0.0570 2nd Spring May Monday 20 140 1 0.0590 2nd Spring May Tuesday 21 141 1 0.0470 2nd Spring May Wednesday 22 142 1 0.0530 2nd Spring May Thursday 23 143 1 0.0640 2nd Spring May Friday 24 144 1 0.0470 2nd Spring May Saturday 25 145 1 0.0560 2nd Spring May Sunday 26 146 1 0.0610 2nd Spring May Monday 27 147 1 0.0580 2nd Spring May Tuesday 28 148 1 0.0510 2nd Spring May Wednesday 29 149 1 0.0600 2nd Spring May Thursday 30 150 1 0.0580 2nd Spring May Friday 31 151 1 0.0620 2nd Summer June Saturday 1 152 1 0.0730 2nd Summer June Sunday 2 153 1 0.0650 2nd Summer June Monday 3 154 1 0.0690 2nd Summer June Tuesday 4 155 1 0.0800 2nd Summer June Wednesday 5 156 1 0.0710 2nd Summer June Thursday 6 157 1 0.0570 2nd Summer June Friday 7 158 1 0.0640 2nd Summer June Saturday 8 159 1 0.0570 2nd Summer June Sunday 9 160 1 0.0560 2nd Summer June Monday 10 161 1 0.0690 2nd Summer June Tuesday 11 162 1 0.0710 2nd Summer June Wednesday 12 163 1 0.0570
2nd Summer June Thursday 13 164 1 0.0700
2nd Summer June Friday 14 165 1 0.0680 2nd Summer June Saturday 15 166 1 0.0630
2nd Summer June Sunday 16 167 1 0.0610 2nd Summer June Monday 17 168 1 0.0550
2nd Summer June Tuesday 18 169 1 0.0710 2nd Summer June Wednesday 19 170 1 0.0660
2nd Summer June Thursday 20 171 1 0.0560 2nd Summer June Friday 21 172 1 0.0550
2nd Summer June Saturday 22 173 1 0.0500 2nd Summer June Sunday 23 174 1 0.0530
2nd Summer June Monday 24 175 1 0.0600 2nd Summer June Tuesday 25 176 1 0.0660
2nd Summer June Wednesday 26 177 1 0.0660 2nd Summer June Thursday 27 178 1 0.0580
2nd Summer June Friday 28 179 1 0.0650 2nd Summer June Saturday 29 180 1 0.0670
2nd Summer June Sunday 30 181 1 0.0430 3rd Summer July Monday 1 182 1 0.0540
3rd Summer July Tuesday 2 183 1 0.0570 3rd Summer July Wednesday 3 184 1 0.0730
3rd Summer July Thursday 4 185 1 0.0620 3rd Summer July Friday 5 186 1 0.0790
3rd Summer July Saturday 6 187 1 0.0640 3rd Summer July Sunday 7 188 1 0.0500
3rd Summer July Monday 8 189 1 0.0500 3rd Summer July Tuesday 9 190 1 0.0680
3rd Summer July Wednesday 10 191 1 0.0570 3rd Summer July Thursday 11 192 1 0.0500
3rd Summer July Friday 12 193 1 0.0620 3rd Summer July Saturday 13 194 1 0.0490
3rd Summer July Sunday 14 195 1 0.0550 3rd Summer July Monday 15 196 1 0.0560
3rd Summer July Tuesday 16 197 1 0.0620 3rd Summer July Wednesday 17 198 1 0.0650
3rd Summer July Thursday 18 199 1 0.0590 3rd Summer July Friday 19 200 1 0.0570
3rd Summer July Saturday 20 201 1 0.0680 3rd Summer July Sunday 21 202 1 0.0580
3rd Summer July Monday 22 203 1 0.0630 3rd Summer July Tuesday 23 204 1 0.0590
3rd Summer July Wednesday 24 205 1 0.0640 3rd Summer July Thursday 25 206 1 0.0640
3rd Summer July Friday 26 207 1 0.0620 3rd Summer July Saturday 27 208 1 0.0620
3rd Summer July Sunday 28 209 1 0.0600 3rd Summer July Monday 29 210 1 0.0610
3rd Summer July Tuesday 30 211 1 0.0540 3rd Summer July Wednesday 31 212 1 0.0420
3rd Summer August Thursday 1 213 1 0.0590 3rd Summer August Friday 2 214 1 0.0690
3rd Summer August Saturday 3 215 1 0.0650 3rd Summer August Sunday 4 216 1 0.0650
3rd Summer August Monday 5 217 1 0.0660
3rd Summer August Tuesday 6 218 1 0.0630 3rd Summer August Wednesday 7 219 1 0.0490 3rd Summer August Thursday 8 220 1 0.0630 3rd Summer August Friday 9 221 1 0.0600 3rd Summer August Saturday 10 222 1 0.0510 3rd Summer August Sunday 11 223 1 0.0550 3rd Summer August Monday 12 224 1 0.0710 3rd Summer August Tuesday 13 225 1 0.0610 3rd Summer August Wednesday 14 226 1 0.0640 3rd Summer August Thursday 15 227 1 0.0750 3rd Summer August Friday 16 228 1 0.0690 3rd Summer August Saturday 17 229 1 0.0610 3rd Summer August Sunday 18 230 1 0.0610 3rd Summer August Monday 19 231 1 0.0510 3rd Summer August Tuesday 20 232 1 0.0630 3rd Summer August Wednesday 21 233 1 0.0620 3rd Summer August Thursday 22 234 1 0.0560 3rd Summer August Friday 23 235 1 0.0650 3rd Summer August Saturday 24 236 1 0.0570 3rd Summer August Sunday 25 237 1 0.0590 3rd Summer August Monday 26 238 1 0.0730 3rd Summer August Tuesday 27 239 1 0.0710 3rd Summer August Wednesday 28 240 1 0.0770 3rd Summer August Thursday 29 241 1 0.0510 3rd Summer August Friday 30 242 1 0.0550 3rd Summer August Saturday 31 243 1 0.0660 3rd Fall September Sunday 1 244 1 0.0570 3rd Fall September Monday 2 245 1 0.0560 3rd Fall September Tuesday 3 246 1 0.0630 3rd Fall September Wednesday 4 247 1 0.0640 3rd Fall September Thursday 5 248 1 0.0620 3rd Fall September Friday 6 249 1 0.0660 3rd Fall September Saturday 7 250 1 0.0650 3rd Fall September Sunday 8 251 1 0.0600 3rd Fall September Monday 9 252 1 0.0660 3rd Fall September Tuesday 10 253 1 0.0580 3rd Fall September Wednesday 11 254 1 0.0530 3rd Fall September Thursday 12 255 1 0.0530 3rd Fall September Friday 13 256 1 0.0550 3rd Fall September Saturday 14 257 1 0.0570 3rd Fall September Sunday 15 258 1 0.0590 3rd Fall September Monday 16 259 1 0.0510 3rd Fall September Tuesday 17 260 1 0.0590 3rd Fall September Wednesday 18 261 1 0.0550 3rd Fall September Thursday 19 262 1 0.0540 3rd Fall September Friday 20 263 1 0.0430 3rd Fall September Saturday 21 264 1 0.0470 3rd Fall September Sunday 22 265 1 0.0480 3rd Fall September Monday 23 266 1 0.0520 3rd Fall September Tuesday 24 267 1 0.0560 3rd Fall September Wednesday 25 268 1 0.0530 3rd Fall September Thursday 26 269 1 0.0480 3rd Fall September Friday 27 270 1 0.0460 3rd Fall September Saturday 28 271 1 0.0480
3rd Fall September Sunday 29 272 1 0.0490
3rd Fall September Monday 30 273 1 0.0530 4th Fall October Tuesday 1 274 1 0.0550
4th Fall October Wednesday 2 275 1 0.0440 4th Fall October Thursday 3 276 1 0.0560
4th Fall October Friday 4 277 1 0.0490 4th Fall October Saturday 5 278 1 0.0450
4th Fall October Sunday 6 279 1 0.0500 4th Fall October Monday 7 280 1 0.0510
4th Fall October Tuesday 8 281 1 0.0470 4th Fall October Wednesday 9 282 1 0.0450
4th Fall October Thursday 10 283 1 0.0360 4th Fall October Friday 11 284 1 0.0450
4th Fall October Saturday 12 285 1 0.0510 4th Fall October Sunday 13 286 1 0.0500
4th Fall October Monday 14 287 1 0.0530 4th Fall October Tuesday 15 288 1 0.0550
4th Fall October Wednesday 16 289 1 0.0540 4th Fall October Thursday 17 290 1 0.0540
4th Fall October Friday 18 291 1 0.0440 4th Fall October Saturday 19 292 1 0.0420
4th Fall October Sunday 20 293 1 0.0400 4th Fall October Monday 21 294 1 0.0420
4th Fall October Tuesday 22 295 1 0.0450 4th Fall October Wednesday 23 296 1 0.0450
4th Fall October Thursday 24 297 1 0.0430 4th Fall October Friday 25 298 1 0.0470
4th Fall October Saturday 26 299 1 0.0440 4th Fall October Sunday 27 300 1 0.0390
4th Fall October Monday 28 301 1 0.0430 4th Fall October Tuesday 29 302 1 0.0390
4th Fall October Wednesday 30 303 1 0.0360 4th Fall October Thursday 31 304 1 0.0350
4th Fall November Friday 1 305 1 0.0370 4th Fall November Saturday 2 306 1 0.0400
4th Fall November Sunday 3 307 1 0.0470 4th Fall November Monday 4 308 1 0.0460
4th Fall November Tuesday 5 309 1 0.0440 4th Fall November Wednesday 6 310 1 0.0400
4th Fall November Thursday 7 311 1 0.0420 4th Fall November Friday 8 312 1 0.0400
4th Fall November Saturday 9 313 1 0.0450 4th Fall November Sunday 10 314 1 0.0440
4th Fall November Monday 11 315 1 0.0400 4th Fall November Tuesday 12 316 1 0.0440
4th Fall November Wednesday 13 317 1 0.0470 4th Fall November Thursday 14 318 1 0.0330
4th Fall November Friday 15 319 1 0.0440 4th Fall November Saturday 16 320 1 0.0450
4th Fall November Sunday 17 321 1 0.0480 4th Fall November Monday 18 322 1 0.0380
4th Fall November Tuesday 19 323 1 0.0450 4th Fall November Wednesday 20 324 1 0.0370
4th Fall November Thursday 21 325 1 0.0370
4th Fall November Friday 22 326 1 0.0230 4th Fall November Saturday 23 327 1 0.0390 4th Fall November Sunday 24 328 1 0.0320 4th Fall November Monday 25 329 1 0.0400 4th Fall November Tuesday 26 330 1 0.0360 4th Fall November Wednesday 27 331 1 0.0390 4th Fall November Thursday 28 332 1 0.0500 4th Fall November Friday 29 333 1 0.0440 4th Fall November Saturday 30 334 1 0.0420 4th Winter December Sunday 1 335 1 0.0400 4th Winter December Monday 2 336 1 0.0360 4th Winter December Tuesday 3 337 1 0.0250 4th Winter December Wednesday 4 338 1 0.0340 4th Winter December Thursday 5 339 1 0.0210 4th Winter December Friday 6 340 1 0.0320 4th Winter December Saturday 7 341 1 0.0350 4th Winter December Sunday 8 342 1 0.0380 4th Winter December Monday 9 343 1 0.0360 4th Winter December Tuesday 10 344 1 0.0320 4th Winter December Wednesday 11 345 1 0.0330 4th Winter December Thursday 12 346 1 0.0270 4th Winter December Friday 13 347 1 0.0390 4th Winter December Saturday 14 348 1 0.0390 4th Winter December Sunday 15 349 1 0.0410 4th Winter December Monday 16 350 1 0.0390 4th Winter December Tuesday 17 351 1 0.0360 4th Winter December Wednesday 18 352 1 0.0390 4th Winter December Thursday 19 353 1 0.0290 4th Winter December Friday 20 354 1 0.0320 4th Winter December Saturday 21 355 1 0.0390 4th Winter December Sunday 22 356 1 0.0410 4th Winter December Monday 23 357 1 0.0390 4th Winter December Tuesday 24 358 1 0.0370 4th Winter December Wednesday 25 359 1 0.0370 4th Winter December Thursday 26 360 1 0.0420 4th Winter December Friday 27 361 1 0.0390 4th Winter December Saturday 28 362 1 0.0380 4th Winter December Sunday 29 363 1 0.0390 4th Winter December Monday 30 364 1 0.0350 4th Winter December Tuesday 31 365 1 0.0400 Year: 2020 Day of Quarter Season Month Week Day jDay Observations Max 1-Hour 1st Winter January Wednesday 1 1 1 0.0400 1st Winter January Thursday 2 2 1 0.0400 1st Winter January Friday 3 3 1 0.0370 1st Winter January Saturday 4 4 1 0.0380 1st Winter January Sunday 5 5 1 0.0340 1st Winter January Monday 6 6 1 0.0380 1st Winter January Tuesday 7 7 1 0.0420 1st Winter January Wednesday 8 8 1 0.0420 1st Winter January Thursday 9 9 1 0.0370 1st Winter January Friday 10 10 1 0.0440
1st Winter January Saturday 11 11 1 0.0420
1st Winter January Sunday 12 12 1 0.0390 1st Winter January Monday 13 13 1 0.0410
1st Winter January Tuesday 14 14 1 0.0450 1st Winter January Wednesday 15 15 1 0.0460
1st Winter January Thursday 16 16 1 0.0460 1st Winter January Friday 17 17 1 0.0440
1st Winter January Saturday 18 18 1 0.0390 1st Winter January Sunday 19 19 1 0.0410
1st Winter January Monday 20 20 1 0.0450 1st Winter January Tuesday 21 21 1 0.0440
1st Winter January Wednesday 22 22 1 0.0250 1st Winter January Thursday 23 23 1 0.0300
1st Winter January Friday 24 24 1 0.0300 1st Winter January Saturday 25 25 1 0.0220
1st Winter January Sunday 26 26 1 0.0300 1st Winter January Monday 27 27 1 0.0430
1st Winter January Tuesday 28 28 1 0.0380 1st Winter January Wednesday 29 29 1 0.0380
1st Winter January Thursday 30 30 1 0.0290 1st Winter January Friday 31 31 1 0.0380
1st Winter February Saturday 1 32 1 0.0390 1st Winter February Sunday 2 33 1 0.0460
1st Winter February Monday 3 34 1 0.0430 1st Winter February Tuesday 4 35 1 0.0410
1st Winter February Wednesday 5 36 1 0.0430 1st Winter February Thursday 6 37 1 0.0340
1st Winter February Friday 7 38 1 0.0270 1st Winter February Saturday 8 39 1 0.0470
1st Winter February Sunday 9 40 1 0.0430 1st Winter February Monday 10 41 1 0.0410
1st Winter February Tuesday 11 42 1 0.0440 1st Winter February Wednesday 12 43 1 0.0410
1st Winter February Thursday 13 44 1 0.0470 1st Winter February Friday 14 45 1 0.0430
1st Winter February Saturday 15 46 1 0.0370 1st Winter February Sunday 16 47 1 0.0410
1st Winter February Monday 17 48 1 0.0480 1st Winter February Tuesday 18 49 1 0.0450
1st Winter February Wednesday 19 50 1 0.0470 1st Winter February Thursday 20 51 1 0.0460
1st Winter February Friday 21 52 1 0.0480 1st Winter February Saturday 22 53 1 0.0370
1st Winter February Sunday 23 54 1 0.0510 1st Winter February Monday 24 55 1 0.0470
1st Winter February Tuesday 25 56 1 0.0450 1st Winter February Wednesday 26 57 1 0.0490
1st Winter February Thursday 27 58 1 0.0470 1st Winter February Friday 28 59 1 0.0470
1st Winter February Saturday 29 60 1 0.0450 1st Spring March Sunday 1 61 1 0.0440
1st Spring March Monday 2 62 1 0.0480 1st Spring March Tuesday 3 63 1 0.0440
1st Spring March Wednesday 4 64 1 0.0480
1st Spring March Thursday 5 65 1 0.0500 1st Spring March Friday 6 66 1 0.0470 1st Spring March Saturday 7 67 1 0.0510 1st Spring March Sunday 8 68 1 0.0480 1st Spring March Monday 9 69 1 0.0470 1st Spring March Tuesday 10 70 1 0.0480 1st Spring March Wednesday 11 71 1 0.0410 1st Spring March Thursday 12 72 1 0.0520 1st Spring March Friday 13 73 1 0.0370 1st Spring March Saturday 14 74 1 0.0420 1st Spring March Sunday 15 75 1 0.0490 1st Spring March Monday 16 76 1 0.0530 1st Spring March Tuesday 17 77 1 0.0520 1st Spring March Wednesday 18 78 1 0.0500 1st Spring March Thursday 19 79 1 0.0440 1st Spring March Friday 20 80 1 0.0490 1st Spring March Saturday 21 81 1 0.0530 1st Spring March Sunday 22 82 1 0.0490 1st Spring March Monday 23 83 1 0.0470 1st Spring March Tuesday 24 84 1 0.0490 1st Spring March Wednesday 25 85 1 0.0500 1st Spring March Thursday 26 86 1 0.0540 1st Spring March Friday 27 87 1 0.0460 1st Spring March Saturday 28 88 1 0.0480 1st Spring March Sunday 29 89 1 0.0460 1st Spring March Monday 30 90 1 0.0470 1st Spring March Tuesday 31 91 1 0.0490 2nd Spring April Wednesday 1 92 1 0.0500 2nd Spring April Thursday 2 93 1 0.0510 2nd Spring April Friday 3 94 1 0.0520 2nd Spring April Saturday 4 95 1 0.0490 2nd Spring April Sunday 5 96 1 0.0530 2nd Spring April Monday 6 97 1 0.0480 2nd Spring April Tuesday 7 98 1 0.0510 2nd Spring April Wednesday 8 99 1 0.0570 2nd Spring April Thursday 9 100 1 0.0410 2nd Spring April Friday 10 101 1 0.0630 2nd Spring April Saturday 11 102 1 0.0500 2nd Spring April Sunday 12 103 1 0.0540 2nd Spring April Monday 13 104 1 0.0540 2nd Spring April Tuesday 14 105 1 0.0530 2nd Spring April Wednesday 15 106 1 0.0470 2nd Spring April Thursday 16 107 1 0.0490 2nd Spring April Friday 17 108 1 0.0550 2nd Spring April Saturday 18 109 1 0.0520 2nd Spring April Sunday 19 110 1 0.0510 2nd Spring April Monday 20 111 1 0.0570 2nd Spring April Tuesday 21 112 1 0.0650 2nd Spring April Wednesday 22 113 1 0.0530 2nd Spring April Thursday 23 114 1 0.0500 2nd Spring April Friday 24 115 1 0.0530 2nd Spring April Saturday 25 116 1 0.0520 2nd Spring April Sunday 26 117 1 0.0530 2nd Spring April Monday 27 118 1 0.0510
2nd Spring April Tuesday 28 119 1 0.0620
2nd Spring April Wednesday 29 120 1 0.0550 2nd Spring April Thursday 30 121 1 0.0520
2nd Spring May Friday 1 122 1 0.0530 2nd Spring May Saturday 2 123 1 0.0530
2nd Spring May Sunday 3 124 1 0.0570 2nd Spring May Monday 4 125 1 0.0660
2nd Spring May Tuesday 5 126 1 0.0600 2nd Spring May Wednesday 6 127 1 0.0650
2nd Spring May Thursday 7 128 1 0.0610 2nd Spring May Friday 8 129 1 0.0690
2nd Spring May Saturday 9 130 1 0.0710 2nd Spring May Sunday 10 131 1 0.0660
2nd Spring May Monday 11 132 1 0.0600 2nd Spring May Tuesday 12 133 1 0.0560
2nd Spring May Wednesday 13 134 1 0.0550 2nd Spring May Thursday 14 135 1 0.0580
2nd Spring May Friday 15 136 1 0.0550 2nd Spring May Saturday 16 137 1 0.0540
2nd Spring May Sunday 17 138 1 0.0510 2nd Spring May Monday 18 139 1 0.0540
2nd Spring May Tuesday 19 140 1 0.0560 2nd Spring May Wednesday 20 141 1 0.0480
2nd Spring May Thursday 21 142 1 0.0530 2nd Spring May Friday 22 143 1 0.0530
2nd Spring May Saturday 23 144 1 0.0550 2nd Spring May Sunday 24 145 1 0.0480
2nd Spring May Monday 25 146 1 0.0560 2nd Spring May Tuesday 26 147 1 0.0530
2nd Spring May Wednesday 27 148 1 0.0640 2nd Spring May Thursday 28 149 1 0.0660
2nd Spring May Friday 29 150 1 0.0540 2nd Spring May Saturday 30 151 1 0.0510
2nd Spring May Sunday 31 152 1 0.0510 2nd Summer June Monday 1 153 1 0.0510
2nd Summer June Tuesday 2 154 1 0.0720 2nd Summer June Wednesday 3 155 1 0.0600
2nd Summer June Thursday 4 156 1 0.0550 2nd Summer June Friday 5 157 1 0.0610
2nd Summer June Saturday 6 158 1 0.0560 2nd Summer June Sunday 7 159 1 0.0600
2nd Summer June Monday 8 160 1 0.0380 2nd Summer June Tuesday 9 161 1 0.0530
2nd Summer June Wednesday 10 162 1 0.0490 2nd Summer June Thursday 11 163 1 0.0580
2nd Summer June Friday 12 164 1 0.0510 2nd Summer June Saturday 13 165 1 0.0510
2nd Summer June Sunday 14 166 1 0.0560 2nd Summer June Monday 15 167 1 0.0600
2nd Summer June Tuesday 16 168 1 0.0540 2nd Summer June Wednesday 17 169 1 0.0530
2nd Summer June Thursday 18 170 1 0.0530 2nd Summer June Friday 19 171 1 0.0640
2nd Summer June Saturday 20 172 1 0.0590
2nd Summer June Sunday 21 173 1 0.0560 2nd Summer June Monday 22 174 1 0.0610 2nd Summer June Tuesday 23 175 1 0.0700 2nd Summer June Wednesday 24 176 1 0.0730 2nd Summer June Thursday 25 177 1 0.0670 2nd Summer June Friday 26 178 1 0.0740 2nd Summer June Saturday 27 179 1 0.0630 2nd Summer June Sunday 28 180 1 0.0620 2nd Summer June Monday 29 181 1 0.0560 2nd Summer June Tuesday 30 182 1 0.0430 3rd Summer July Wednesday 1 183 1 0.0610 3rd Summer July Thursday 2 184 1 0.0580 3rd Summer July Friday 3 185 1 0.0440 3rd Summer July Saturday 4 186 1 0.0410 3rd Summer July Sunday 5 187 1 0.0590 3rd Summer July Monday 6 188 1 0.0520 3rd Summer July Tuesday 7 189 1 0.0620 3rd Summer July Wednesday 8 190 1 0.0760 3rd Summer July Thursday 9 191 1 0.0730 3rd Summer July Friday 10 192 1 0.0760 3rd Summer July Saturday 11 193 1 0.0770 3rd Summer July Sunday 12 194 1 0.0680 3rd Summer July Monday 13 195 1 0.0740 3rd Summer July Tuesday 14 196 1 0.0730 3rd Summer July Wednesday 15 197 1 0.0810 3rd Summer July Thursday 16 198 1 0.0600 3rd Summer July Friday 17 199 1 0.0490 3rd Summer July Saturday 18 200 1 0.0610 3rd Summer July Sunday 19 201 1 0.0630 3rd Summer July Monday 20 202 1 0.0710 3rd Summer July Tuesday 21 203 1 0.0610 3rd Summer July Wednesday 22 204 1 0.0470 3rd Summer July Thursday 23 205 1 0.0480 3rd Summer July Friday 24 206 1 0.0550 3rd Summer July Saturday 25 207 1 0.0530 3rd Summer July Sunday 26 208 1 0.0540 3rd Summer July Monday 27 209 1 0.0650 3rd Summer July Tuesday 28 210 1 0.0520 3rd Summer July Wednesday 29 211 1 0.0800 3rd Summer July Thursday 30 212 1 0.0710 3rd Summer July Friday 31 213 1 0.0650 3rd Summer August Saturday 1 214 1 0.0610 3rd Summer August Sunday 2 215 1 0.0640 3rd Summer August Monday 3 216 1 0.0710 3rd Summer August Tuesday 4 217 1 0.0760 3rd Summer August Wednesday 5 218 1 0.0630 3rd Summer August Thursday 6 219 1 0.0660 3rd Summer August Friday 7 220 1 0.0680 3rd Summer August Saturday 8 221 1 0.0650 3rd Summer August Sunday 9 222 1 0.0600 3rd Summer August Monday 10 223 1 0.0650 3rd Summer August Tuesday 11 224 1 0.0580 3rd Summer August Wednesday 12 225 1 0.0560 3rd Summer August Thursday 13 226 1 0.0680
3rd Summer August Friday 14 227 1 0.0730
3rd Summer August Saturday 15 228 1 0.0670 3rd Summer August Sunday 16 229 1 0.0740
3rd Summer August Monday 17 230 1 0.0840 3rd Summer August Tuesday 18 231 1 0.0960
3rd Summer August Wednesday 19 232 1 0.0680 3rd Summer August Thursday 20 233 1 0.0700
3rd Summer August Friday 21 234 1 0.0910 3rd Summer August Saturday 22 235 1 0.0750
3rd Summer August Sunday 23 236 1 0.0670 3rd Summer August Monday 24 237 1 0.0710
3rd Summer August Tuesday 25 238 1 0.0680 3rd Summer August Wednesday 26 239 1 0.0710
3rd Summer August Thursday 27 240 1 0.0640 3rd Summer August Friday 28 241 1 0.0670
3rd Summer August Saturday 29 242 1 0.0560 3rd Summer August Sunday 30 243 1 0.0650
3rd Summer August Monday 31 244 1 0.0580 3rd Fall September Tuesday 1 245 1 0.0550
3rd Fall September Wednesday 2 246 1 0.0570 3rd Fall September Thursday 3 247 1 0.0590
3rd Fall September Friday 4 248 1 0.0630 3rd Fall September Saturday 5 249 1 0.0600
3rd Fall September Sunday 6 250 1 0.0700 3rd Fall September Monday 7 251 1 0.0620
3rd Fall September Tuesday 8 252 1 0.0390 3rd Fall September Wednesday 9 253 1 0.0410
3rd Fall September Thursday 10 254 1 0.0600 3rd Fall September Friday 11 255 1 0.0580
3rd Fall September Saturday 12 256 1 0.0580 3rd Fall September Sunday 13 257 1 0.0560
3rd Fall September Monday 14 258 1 0.0570 3rd Fall September Tuesday 15 259 1 0.0550
3rd Fall September Wednesday 16 260 1 0.0620 3rd Fall September Thursday 17 261 1 0.0610
3rd Fall September Friday 18 262 1 0.0560 3rd Fall September Saturday 19 263 1 0.0510
3rd Fall September Sunday 20 264 1 0.0650 3rd Fall September Monday 21 265 1 0.0580
3rd Fall September Tuesday 22 266 1 0.0530 3rd Fall September Wednesday 23 267 1 0.0560
3rd Fall September Thursday 24 268 1 0.0550 3rd Fall September Friday 25 269 1 0.0600
3rd Fall September Saturday 26 270 1 0.0500 3rd Fall September Sunday 27 271 1 0.0510
3rd Fall September Monday 28 272 1 0.0540 3rd Fall September Tuesday 29 273 1 0.0560
3rd Fall September Wednesday 30 274 1 0.0600 4th Fall October Thursday 1 275 1 0.0550
4th Fall October Friday 2 276 1 0.0540 4th Fall October Saturday 3 277 1 0.0590
4th Fall October Sunday 4 278 1 0.0620 4th Fall October Monday 5 279 1 0.0550
4th Fall October Tuesday 6 280 1 0.0590
4th Fall October Wednesday 7 281 1 0.0650 4th Fall October Thursday 8 282 1 0.0560 4th Fall October Friday 9 283 1 0.0480 4th Fall October Saturday 10 284 1 0.0560 4th Fall October Sunday 11 285 1 0.0560 4th Fall October Monday 12 286 1 0.0480 4th Fall October Tuesday 13 287 1 0.0480 4th Fall October Wednesday 14 288 1 0.0420 4th Fall October Thursday 15 289 1 0.0490 4th Fall October Friday 16 290 1 0.0510 4th Fall October Saturday 17 291 1 0.0390 4th Fall October Sunday 18 292 1 0.0470 4th Fall October Monday 19 293 1 0.0410 4th Fall October Tuesday 20 294 1 0.0460 4th Fall October Wednesday 21 295 1 0.0440 4th Fall October Thursday 22 296 1 0.0480 4th Fall October Friday 23 297 1 0.0420 4th Fall October Saturday 24 298 1 0.0420 4th Fall October Sunday 25 299 1 0.0370 4th Fall October Monday 26 300 1 0.0360 4th Fall October Tuesday 27 301 1 0.0410 4th Fall October Wednesday 28 302 1 0.0430 4th Fall October Thursday 29 303 1 0.0450 4th Fall October Friday 30 304 1 0.0380 4th Fall October Saturday 31 305 1 0.0390 4th Fall November Sunday 1 306 1 0.0400 4th Fall November Monday 2 307 1 0.0380 4th Fall November Tuesday 3 308 1 0.0420 4th Fall November Wednesday 4 309 1 0.0470 4th Fall November Thursday 5 310 1 0.0440 4th Fall November Friday 6 311 1 0.0390 4th Fall November Saturday 7 312 1 0.0450 4th Fall November Sunday 8 313 1 0.0430 4th Fall November Monday 9 314 1 0.0320 4th Fall November Tuesday 10 315 1 0.0330 4th Fall November Wednesday 11 316 1 0.0400 4th Fall November Thursday 12 317 1 0.0380 4th Fall November Friday 13 318 1 0.0460 4th Fall November Saturday 14 319 1 0.0420 4th Fall November Sunday 15 320 1 0.0320 4th Fall November Monday 16 321 1 0.0320 4th Fall November Tuesday 17 322 1 0.0340 4th Fall November Wednesday 18 323 1 0.0340 4th Fall November Thursday 19 324 1 0.0400 4th Fall November Friday 20 325 1 0.0330 4th Fall November Saturday 21 326 1 0.0390 4th Fall November Sunday 22 327 1 0.0280 4th Fall November Monday 23 328 1 0.0310 4th Fall November Tuesday 24 329 1 0.0410 4th Fall November Wednesday 25 330 1 0.0420 4th Fall November Thursday 26 331 1 0.0360 4th Fall November Friday 27 332 1 0.0330 4th Fall November Saturday 28 333 1 0.0280 4th Fall November Sunday 29 334 1 0.0300
4th Fall November Monday 30 335 1 0.0320
4th Winter December Tuesday 1 336 1 0.0370 4th Winter December Wednesday 2 337 1 0.0410
4th Winter December Thursday 3 338 1 0.0390 4th Winter December Friday 4 339 1 0.0330
4th Winter December Saturday 5 340 1 0.0270 4th Winter December Sunday 6 341 1 0.0250
4th Winter December Monday 7 342 1 0.0290 4th Winter December Tuesday 8 343 1 0.0270
4th Winter December Wednesday 9 344 1 0.0180 4th Winter December Thursday 10 345 1 0.0200
4th Winter December Friday 11 346 1 0.0260 4th Winter December Saturday 12 347 1 0.0380
4th Winter December Sunday 13 348 1 0.0340 4th Winter December Monday 14 349 1 0.0350
4th Winter December Tuesday 15 350 1 0.0370 4th Winter December Wednesday 16 351 1 0.0340
4th Winter December Thursday 17 352 1 0.0360 4th Winter December Friday 18 353 1 0.0330
4th Winter December Saturday 19 354 1 0.0330 4th Winter December Sunday 20 355 1 0.0360
4th Winter December Monday 21 356 1 0.0320 4th Winter December Tuesday 22 357 1 0.0390
4th Winter December Wednesday 23 358 1 0.0370 4th Winter December Thursday 24 359 1 0.0310
4th Winter December Friday 25 360 1 0.0320 4th Winter December Saturday 26 361 1 0.0340
4th Winter December Sunday 27 362 1 0.0380 4th Winter December Monday 28 363 1 0.0400
4th Winter December Tuesday 29 364 1 0.0380 4th Winter December Wednesday 30 365 1 0.0340
4th Winter December Thursday 31 366 1 0.0370
Year: 2021 Day of
Quarter Season Month Week Day jDay Observations Max 1-Hour 1st Winter January Friday 1 1 1 0.0370
1st Winter January Saturday 2 2 1 0.0370 1st Winter January Sunday 3 3 1 0.0270
1st Winter January Monday 4 4 1 0.0370 1st Winter January Tuesday 5 5 1 0.0410
1st Winter January Wednesday 6 6 1 0.0370 1st Winter January Thursday 7 7 1 0.0380
1st Winter January Friday 8 8 1 0.0310 1st Winter January Saturday 9 9 1 0.0360
1st Winter January Sunday 10 10 1 0.0400 1st Winter January Monday 11 11 1 0.0350
1st Winter January Tuesday 12 12 1 0.0290 1st Winter January Wednesday 13 13 1 0.0340
1st Winter January Thursday 14 14 1 0.0430 1st Winter January Friday 15 15 1 0.0340
1st Winter January Saturday 16 16 1 0.0410 1st Winter January Sunday 17 17 1 0.0380
1st Winter January Monday 18 18 1 0.0340
1st Winter January Tuesday 19 19 1 0.0410 1st Winter January Wednesday 20 20 1 0.0360 1st Winter January Thursday 21 21 1 0.0330 1st Winter January Friday 22 22 1 0.0340 1st Winter January Saturday 23 23 1 0.0410 1st Winter January Sunday 24 24 1 0.0390 1st Winter January Monday 25 25 1 0.0430 1st Winter January Tuesday 26 26 1 0.0430 1st Winter January Wednesday 27 27 1 0.0380 1st Winter January Thursday 28 28 1 0.0440 1st Winter January Friday 29 29 1 0.0420 1st Winter January Saturday 30 30 1 0.0440 1st Winter January Sunday 31 31 1 0.0380 1st Winter February Monday 1 32 1 0.0430 1st Winter February Tuesday 2 33 1 0.0420 1st Winter February Wednesday 3 34 1 0.0430 1st Winter February Thursday 4 35 1 0.0400 1st Winter February Friday 5 36 1 0.0400 1st Winter February Saturday 6 37 1 0.0430 1st Winter February Sunday 7 38 1 0.0440 1st Winter February Monday 8 39 1 0.0440 1st Winter February Tuesday 9 40 1 0.0420 1st Winter February Wednesday 10 41 1 0.0420 1st Winter February Thursday 11 42 1 0.0410 1st Winter February Friday 12 43 1 0.0360 1st Winter February Saturday 13 44 1 0.0350 1st Winter February Sunday 14 45 1 0.0390 1st Winter February Monday 15 46 1 0.0340 1st Winter February Tuesday 16 47 1 0.0400 1st Winter February Wednesday 17 48 1 0.0420 1st Winter February Thursday 18 49 1 0.0430 1st Winter February Friday 19 50 1 0.0440 1st Winter February Saturday 20 51 1 0.0440 1st Winter February Sunday 21 52 1 0.0460 1st Winter February Monday 22 53 1 0.0440 1st Winter February Tuesday 23 54 1 0.0490 1st Winter February Wednesday 24 55 1 0.0460 1st Winter February Thursday 25 56 1 0.0480 1st Winter February Friday 26 57 1 0.0450 1st Winter February Saturday 27 58 1 0.0440 1st Winter February Sunday 28 59 1 0.0460 1st Spring March Monday 1 60 1 0.0420 1st Spring March Tuesday 2 61 1 0.0440 1st Spring March Wednesday 3 62 1 0.0460 1st Spring March Thursday 4 63 1 0.0480 1st Spring March Friday 5 64 1 0.0520 1st Spring March Saturday 6 65 1 0.0480 1st Spring March Sunday 7 66 1 0.0550 1st Spring March Monday 8 67 1 0.0520 1st Spring March Tuesday 9 68 1 0.0510 1st Spring March Wednesday 10 69 1 0.0500 1st Spring March Thursday 11 70 1 0.0480 1st Spring March Friday 12 71 1 0.0480 1st Spring March Saturday 13 72 1 0.0390
1st Spring March Sunday 14 73 1 0.0500
1st Spring March Monday 15 74 1 0.0480 1st Spring March Tuesday 16 75 1 0.0490
1st Spring March Wednesday 17 76 1 0.0480 1st Spring March Thursday 18 77 1 0.0500
1st Spring March Friday 19 78 1 0.0480 1st Spring March Saturday 20 79 1 0.0470
1st Spring March Sunday 21 80 1 0.0470 1st Spring March Monday 22 81 1 0.0490
1st Spring March Tuesday 23 82 1 0.0450 1st Spring March Wednesday 24 83 1 0.0490
1st Spring March Thursday 25 84 1 0.0440 1st Spring March Friday 26 85 1 0.0430
1st Spring March Saturday 27 86 1 0.0530 1st Spring March Sunday 28 87 1 0.0490
1st Spring March Monday 29 88 1 0.0560 1st Spring March Tuesday 30 89 1 0.0500
1st Spring March Wednesday 31 90 1 0.0590 2nd Spring April Thursday 1 91 1 0.0590
2nd Spring April Friday 2 92 1 0.0570 2nd Spring April Saturday 3 93 1 0.0570
2nd Spring April Sunday 4 94 1 0.0560 2nd Spring April Monday 5 95 1 0.0510
2nd Spring April Tuesday 6 96 1 0.0490 2nd Spring April Wednesday 7 97 1 0.0560
2nd Spring April Thursday 8 98 1 0.0570 2nd Spring April Friday 9 99 1 0.0580
2nd Spring April Saturday 10 100 1 0.0530 2nd Spring April Sunday 11 101 1 0.0640
2nd Spring April Monday 12 102 1 0.0680 2nd Spring April Tuesday 13 103 1 0.0480
2nd Spring April Wednesday 14 104 1 0.0570 2nd Spring April Thursday 15 105 1 0.0480
2nd Spring April Friday 16 106 1 0.0450 2nd Spring April Saturday 17 107 1 0.0540
2nd Spring April Sunday 18 108 1 0.0570 2nd Spring April Monday 19 109 1 0.0490
2nd Spring April Tuesday 20 110 1 0.0540 2nd Spring April Wednesday 21 111 1 0.0510
2nd Spring April Thursday 22 112 1 0.0620 2nd Spring April Friday 23 113 1 0.0600
2nd Spring April Saturday 24 114 1 0.0530 2nd Spring April Sunday 25 115 1 0.0470
2nd Spring April Monday 26 116 1 0.0450 2nd Spring April Tuesday 27 117 1 0.0450
2nd Spring April Wednesday 28 118 1 0.0560 2nd Spring April Thursday 29 119 1 0.0700
2nd Spring April Friday 30 120 1 0.0590 2nd Spring May Saturday 1 121 1 0.0530
2nd Spring May Sunday 2 122 1 0.0540 2nd Spring May Monday 3 123 1 0.0510
2nd Spring May Tuesday 4 124 1 0.0580 2nd Spring May Wednesday 5 125 1 0.0650
2nd Spring May Thursday 6 126 1 0.0620
2nd Spring May Friday 7 127 1 0.0540 2nd Spring May Saturday 8 128 1 0.0560 2nd Spring May Sunday 9 129 1 0.0510 2nd Spring May Monday 10 130 1 0.0530 2nd Spring May Tuesday 11 131 1 0.0580 2nd Spring May Wednesday 12 132 1 0.0580 2nd Spring May Thursday 13 133 1 0.0610 2nd Spring May Friday 14 134 1 0.0560 2nd Spring May Saturday 15 135 1 0.0700 2nd Spring May Sunday 16 136 1 0.0570 2nd Spring May Monday 17 137 1 0.0570 2nd Spring May Tuesday 18 138 1 0.0650 2nd Spring May Wednesday 19 139 1 0.0550 2nd Spring May Thursday 20 140 1 0.0600 2nd Spring May Friday 21 141 1 0.0560 2nd Spring May Saturday 22 142 1 0.0620 2nd Spring May Sunday 23 143 1 0.0550 2nd Spring May Monday 24 144 1 0.0530 2nd Spring May Tuesday 25 145 1 0.0530 2nd Spring May Wednesday 26 146 1 0.0560 2nd Spring May Thursday 27 147 1 0.0590 2nd Spring May Friday 28 148 1 0.0680 2nd Spring May Saturday 29 149 1 0.0660 2nd Spring May Sunday 30 150 1 0.0640 2nd Spring May Monday 31 151 1 0.0600 2nd Summer June Tuesday 1 152 1 0.0720 2nd Summer June Wednesday 2 153 1 0.0790 2nd Summer June Thursday 3 154 1 0.0640 2nd Summer June Friday 4 155 1 0.0790 2nd Summer June Saturday 5 156 1 0.0560 2nd Summer June Sunday 6 157 1 0.0620 2nd Summer June Monday 7 158 1 0.0600 2nd Summer June Tuesday 8 159 1 0.0610 2nd Summer June Wednesday 9 160 1 0.0520 2nd Summer June Thursday 10 161 1 0.0570 2nd Summer June Friday 11 162 1 0.0690 2nd Summer June Saturday 12 163 1 0.0730 2nd Summer June Sunday 13 164 1 0.0820 2nd Summer June Monday 14 165 1 0.0500 2nd Summer June Tuesday 15 166 1 0.0560 2nd Summer June Wednesday 16 167 1 0.0890 2nd Summer June Thursday 17 168 1 0.0960 2nd Summer June Friday 18 169 1 0.0810 2nd Summer June Saturday 19 170 1 0.0650 2nd Summer June Sunday 20 171 1 0.0600 2nd Summer June Monday 21 172 1 0.0760 2nd Summer June Tuesday 22 173 1 0.0610 2nd Summer June Wednesday 23 174 1 0.0560 2nd Summer June Thursday 24 175 1 0.0600 2nd Summer June Friday 25 176 1 0.0660 2nd Summer June Saturday 26 177 1 0.0680 2nd Summer June Sunday 27 178 1 0.0620 2nd Summer June Monday 28 179 1 0.0570 2nd Summer June Tuesday 29 180 1 0.0550
2nd Summer June Wednesday 30 181 1 0.0490
3rd Summer July Thursday 1 182 1 0.0600 3rd Summer July Friday 2 183 1 0.0590
3rd Summer July Saturday 3 184 1 0.0670 3rd Summer July Sunday 4 185 1 0.0660
3rd Summer July Monday 5 186 1 0.0650 3rd Summer July Tuesday 6 187 1 0.0720
3rd Summer July Wednesday 7 188 1 0.0720 3rd Summer July Thursday 8 189 1 0.0650
3rd Summer July Friday 9 190 1 0.0970 3rd Summer July Saturday 10 191 1 0.0840
3rd Summer July Sunday 11 192 1 0.0850 3rd Summer July Monday 12 193 1 0.0780
3rd Summer July Tuesday 13 194 1 0.0590 3rd Summer July Wednesday 14 195 1 0.0670
3rd Summer July Thursday 15 196 1 0.0660 3rd Summer July Friday 16 197 1 0.0690
3rd Summer July Saturday 17 198 1 0.0680 3rd Summer July Sunday 18 199 1 0.0680
3rd Summer July Monday 19 200 1 0.0680 3rd Summer July Tuesday 20 201 1 0.0640
3rd Summer July Wednesday 21 202 1 0.0730 3rd Summer July Thursday 22 203 1 0.0610
3rd Summer July Friday 23 204 1 0.0650 3rd Summer July Saturday 24 205 1 0.0860
3rd Summer July Sunday 25 206 1 0.0850 3rd Summer July Monday 26 207 1 0.0810
3rd Summer July Tuesday 27 208 1 0.0620 3rd Summer July Wednesday 28 209 1 0.0620
3rd Summer July Thursday 29 210 1 0.0650 3rd Summer July Friday 30 211 1 0.0730
3rd Summer July Saturday 31 212 1 0.0650 3rd Summer August Sunday 1 213 1 0.0660
3rd Summer August Monday 2 214 1 0.0540 3rd Summer August Tuesday 3 215 1 0.0730
3rd Summer August Wednesday 4 216 1 0.0740 3rd Summer August Thursday 5 217 1 0.0680
3rd Summer August Friday 6 218 1 0.0650 3rd Summer August Saturday 7 219 1 0.0780
3rd Summer August Sunday 8 220 1 0.0810 3rd Summer August Monday 9 221 1 0.0730
3rd Summer August Tuesday 10 222 1 0.0770 3rd Summer August Wednesday 11 223 1 0.0800
3rd Summer August Thursday 12 224 1 0.0550 3rd Summer August Friday 13 225 1 0.0830
3rd Summer August Saturday 14 226 1 0.0760 3rd Summer August Sunday 15 227 1 0.0770
3rd Summer August Monday 16 228 1 0.0790 3rd Summer August Tuesday 17 229 1 0.0650
3rd Summer August Wednesday 18 230 1 0.0500 3rd Summer August Thursday 19 231 1 0.0600
3rd Summer August Friday 20 232 1 0.0640 3rd Summer August Saturday 21 233 1 0.0550
3rd Summer August Sunday 22 234 1 0.0600
3rd Summer August Monday 23 235 1 0.0570 3rd Summer August Tuesday 24 236 1 0.0640 3rd Summer August Wednesday 25 237 1 0.0540 3rd Summer August Thursday 26 238 1 0.0720 3rd Summer August Friday 27 239 1 0.0750 3rd Summer August Saturday 28 240 1 0.0800 3rd Summer August Sunday 29 241 1 0.0720 3rd Summer August Monday 30 242 1 0.0650 3rd Summer August Tuesday 31 243 1 0.0550 3rd Fall September Wednesday 1 244 1 0.0520 3rd Fall September Thursday 2 245 1 0.0590 3rd Fall September Friday 3 246 1 0.0710 3rd Fall September Saturday 4 247 1 0.0680 3rd Fall September Sunday 5 248 1 0.0680 3rd Fall September Monday 6 249 1 0.0670 3rd Fall September Tuesday 7 250 1 0.0790 3rd Fall September Wednesday 8 251 1 0.0810 3rd Fall September Thursday 9 252 1 0.0710 3rd Fall September Friday 10 253 1 0.0570 3rd Fall September Saturday 11 254 1 0.0550 3rd Fall September Sunday 12 255 1 0.0530 3rd Fall September Monday 13 256 1 0.0660 3rd Fall September Tuesday 14 257 1 0.0740 3rd Fall September Wednesday 15 258 1 0.0640 3rd Fall September Thursday 16 259 1 0.0630 3rd Fall September Friday 17 260 1 0.0590 3rd Fall September Saturday 18 261 1 0.0430 3rd Fall September Sunday 19 262 1 0.0510 3rd Fall September Monday 20 263 1 0.0500 3rd Fall September Tuesday 21 264 1 0.0530 3rd Fall September Wednesday 22 265 1 0.0560 3rd Fall September Thursday 23 266 1 0.0620 3rd Fall September Friday 24 267 1 0.0570 3rd Fall September Saturday 25 268 1 0.0560 3rd Fall September Sunday 26 269 1 0.0530 3rd Fall September Monday 27 270 1 0.0580 3rd Fall September Tuesday 28 271 1 0.0450 3rd Fall September Wednesday 29 272 1 0.0480 3rd Fall September Thursday 30 273 1 0.0530 4th Fall October Friday 1 274 1 0.0560 4th Fall October Saturday 2 275 1 0.0580 4th Fall October Sunday 3 276 1 0.0590 4th Fall October Monday 4 277 1 0.0520 4th Fall October Tuesday 5 278 1 0.0410 4th Fall October Wednesday 6 279 1 0.0430 4th Fall October Thursday 7 280 1 0.0420 4th Fall October Friday 8 281 1 0.0370 4th Fall October Saturday 9 282 1 0.0390 4th Fall October Sunday 10 283 1 0.0460 4th Fall October Monday 11 284 1 0.0430 4th Fall October Tuesday 12 285 1 0.0270 4th Fall October Wednesday 13 286 1 0.0380 4th Fall October Thursday 14 287 1 0.0350 4th Fall October Friday 15 288 1 0.0430
4th Fall October Saturday 16 289 1 0.0480
4th Fall October Sunday 17 290 1 0.0500 4th Fall October Monday 18 291 1 0.0460
4th Fall October Tuesday 19 292 1 0.0450 4th Fall October Wednesday 20 293 1 0.0450
4th Fall October Thursday 21 294 1 0.0480 4th Fall October Friday 22 295 1 0.0440
4th Fall October Saturday 23 296 1 0.0420 4th Fall October Sunday 24 297 1 0.0360
4th Fall October Monday 25 298 1 0.0470 4th Fall October Tuesday 26 299 1 0.0440
4th Fall October Wednesday 27 300 1 0.0370 4th Fall October Thursday 28 301 1 0.0370
4th Fall October Friday 29 302 1 0.0360 4th Fall October Saturday 30 303 1 0.0320
4th Fall October Sunday 31 304 1 0.0430 4th Fall November Monday 1 305 1 0.0410
4th Fall November Tuesday 2 306 1 0.0330 4th Fall November Wednesday 3 307 1 0.0370
4th Fall November Thursday 4 308 1 0.0350 4th Fall November Friday 5 309 1 0.0400
4th Fall November Saturday 6 310 1 0.0390 4th Fall November Sunday 7 311 1 0.0430
4th Fall November Monday 8 312 1 0.0290 4th Fall November Tuesday 9 313 1 0.0350
4th Fall November Wednesday 10 314 1 0.0440 4th Fall November Thursday 11 315 1 0.0340
4th Fall November Friday 12 316 1 0.0340 4th Fall November Saturday 13 317 1 0.0340
4th Fall November Sunday 14 318 1 0.0300 4th Fall November Monday 15 319 1 0.0250
4th Fall November Tuesday 16 320 1 0.0400 4th Fall November Wednesday 17 321 1 0.0440
4th Fall November Thursday 18 322 1 0.0270 4th Fall November Friday 19 323 1 0.0260
4th Fall November Saturday 20 324 1 0.0360 4th Fall November Sunday 21 325 1 0.0370
4th Fall November Monday 22 326 1 0.0310 4th Fall November Tuesday 23 327 1 0.0400
4th Fall November Wednesday 24 328 1 0.0380 4th Fall November Thursday 25 329 1 0.0360
4th Fall November Friday 26 330 1 0.0300 4th Fall November Saturday 27 331 1 0.0290
4th Fall November Sunday 28 332 1 0.0290 4th Fall November Monday 29 333 1 0.0390
4th Fall November Tuesday 30 334 1 0.0250 4th Winter December Wednesday 1 335 1 0.0310
4th Winter December Thursday 2 336 1 0.0240 4th Winter December Friday 3 337 1 0.0270
4th Winter December Saturday 4 338 1 0.0260 4th Winter December Sunday 5 339 1 0.0360
4th Winter December Monday 6 340 1 0.0190 4th Winter December Tuesday 7 341 1 0.0370
4th Winter December Wednesday 8 342 1 0.0340
4th Winter December Thursday 9 343 1 0.0360 4th Winter December Friday 10 344 1 0.0370 4th Winter December Saturday 11 345 1 0.0350 4th Winter December Sunday 12 346 1 0.0360 4th Winter December Monday 13 347 1 0.0360 4th Winter December Tuesday 14 348 1 0.0530 4th Winter December Wednesday 15 349 1 0.0520 4th Winter December Thursday 16 350 1 0.0380 4th Winter December Friday 17 351 1 0.0370 4th Winter December Saturday 18 352 1 0.0380 4th Winter December Sunday 19 353 1 0.0370 4th Winter December Monday 20 354 1 0.0350 4th Winter December Tuesday 21 355 1 0.0340 4th Winter December Wednesday 22 356 1 0.0330 4th Winter December Thursday 23 357 1 0.0380 4th Winter December Friday 24 358 1 0.0440 4th Winter December Saturday 25 359 1 0.0440 4th Winter December Sunday 26 360 1 0.0450 4th Winter December Monday 27 361 1 0.0420 4th Winter December Tuesday 28 362 1 0.0440 4th Winter December Wednesday 29 363 1 0.0380 4th Winter December Thursday 30 364 1 0.0420 4th Winter December Friday 31 365 1 0.0440

Memo
To: Alan Humpherys
Utah Division of Air Quality
From: Eric Clark, P.E.
727 E. Riverpark Lane, Suite 150 Boise, Idaho 83706
Project/File: 203723274 Date: August 28, 2024

Reference: Updated Dispersion Modeling for AO Modification – Springville Power Corporation
Mr. Humphreys:
Stantec Consulting Services, Inc. (Stantec) is submitting a proposed modification/revision to the current Approval Order (AO) , DAQE-AN108190009-24, issued May 8th, 2024, on behalf of Springville Power Corporation (Springville). The current AO includes permit condition II.B.2.e, which limits the start-up hours for the Caterpillar engines from 8:00-11:00 AM daily. This condition was included because of the initial 1-hr NO2 dispersion modeling incorporated that restricted. However, Stantec has reassessed and conducted new modeling in support of removal the condition. All permitted emissions are unchanged.
The updated modeling is consistent with the analysis conducted for the current AO in terms of stack parameters, background values and meteorological data. The only modification was to eliminate the start-up time hours. Rather, the new analysis assumes that start-up could occur at any time throughout the year. Thus, the start-up emission rate is applied continuously.
Stantec and Springville are also providing a new Form 2 with signature. No other information is included in this submittal. Should UDAQ require anything further, please let us know. Any associated fees will be paid upon receipt of an invoice from UDAQ.
Regards,
STANTEC CONSULTING SERVICES INC.

Eric Clark P.E. Senior Engineer Phone: [phone] Mobile: [phone] [e-mail]
Attachment: Form 2, August 2024 Updated Modeling Report
Air Quality Modeling Report – Springville Power Corporation – Notice of Intent

Springville Power Corporation
1-hr NO2 Modeling

Prepared for:
Utah Dept. of Environmental Quality
Division of Air Quality
PO Box 144820
Salt Lake City, Utah 84114-482
Phone: [phone]

Prepared by:
Stantec Consulting Services
727 East Riverpark Lane, Suite 150
Boise, ID 83706
Contact: Eric Clark
Ph: 208-388-4324

August 28, 2024
Sign-off Sheet

The conclusions in the Report titled Air Quality Modeling Report – Springville Power Corporation –
Notice of Intent are Stantec’s professional opinion, as of the time of the Report, and concerning the
scope described in the Report. The opinions in the document are based on conditions and
information existing at the time the scope of work was conducted and do not take into account any
subsequent changes. The Report relates solely to the specific project for which Stantec was retained
and the stated purpose for which the Report was prepared. The Report is not to be used or relied on
for any variation or extension of the project, or for any other project or purpose, and any unauthorized
use or reliance is at the recipient’s own risk.
Stantec has assumed all information received from Springville Power Corporation (the “Client”) and
third parties in the preparation of the Report to be correct. While Stantec has exercised a customary
level of judgment or due diligence in the use of such information, Stantec assumes no responsibility
for the consequences of any error or omission contained therein.
This Report is intended solely for use by the Client in accordance with Stantec’s contract with the
Client. While the Report may be provided by the client to applicable authorities having jurisdiction
and to other third parties in connection with the project, Stantec disclaims any legal duty based
upon warranty, reliance or any other theory to any third party, and will not be liable to such third
party for any damages or losses of any kind that may result.

Prepared by
(signature)
Eric Clark, Project Engineer, PE

Reviewed by
(signature)
Shantanu Kongara, Engineering Consultant

Air Quality Modeling Report – Springville Power Corporation – Notice of Intent

Table of Contents
1.0 PURPOSE ......................................................................................................................1.1
1.1 PROCESS DESCRIPTION .............................................................................................. 1.1
2.0 MODEL DESCRIPTION/JUSTIFICATION ........................................................................2.1
3.0 EMISSION AND SOURCE DATA ...................................................................................3.1
3.1 EMISSION SOURCES .................................................................................................... 3.1
3.1.1 Engines And Boiler .................................................................................... 3.2
3.2 SOURCE CHARACTERIZATION .................................................................................... 3.2 3.2.1 Operational Schedule .................................. Error! Bookmark not defined.
3.2.2 Point Sources ............................................................................................. 3.2
4.0 RECEPTOR NETWORK ...................................................................................................4.3
5.0 ELEVATION DATA ........................................................................................................5.3
6.0 METEOROLOGICAL DATA ...........................................................................................6.4
7.0 LAND USE CLASSIFICATION ........................................................................................7.1
8.0 BACKGROUND CONCENTRATIONS............................................................................8.1
9.0 RESULTS ........................................................................................................................9.2
9.1 APPLICABLE LIMITS ...................................................................................................... 9.2
9.2 IMPACT ........................................................................................................................ 9.2 9.2.1 NO2 Results ................................................................................................ 9.2
LIST OF TABLES
Table 3-1 Generator Emissions ............................................................................................. 3.2
Table 3-2 Source Stack Parameters .................................................................................... 3.2
Table 9-1 PM10 Modeling Results .......................................................................................... 9.2

AIR QUALITY MODELING REPORT – Springville Power Corporation – Notice of Intent
Purpose
August 28, 2024
Power

u:\203723274\05_report_deliv\deliverables\appendices\g - modeling report\rpt_1hr_no2_modeling_report_update_aug2024.docx 1.1
1.0 PURPOSE
This air quality modeling report documents a minor change to the previous to the current
Approval Order, DAQE-AN108190009-24, issued May 8th, 2024. The current Approval Order allows
the Springville Power Corporation (Springville) facility to comprise two Enterprise natural
gas/diesel engines (K1&K2), five Caterpillar G3520H engines (K3-K7) and a 6 MMBtu/hr natural
gas boiler. There are no emissions or physical changes to the August 2023 modeling files. The
only modifications are the elimination of the start-up timing restriction. This updated modeling
report demonstrates compliance with the 1-hr NO2 National Ambient Air Quality Standard with
the removal of permit condition II.B.2.e.
All pertinent, updated modeling-related files are provided in electronic format. This includes
AERMAP terrain information, BPIP downwash files, NED data and meteorological/background
data.
1.1 PROCESS DESCRIPTION
Springville Power currently consists of two nameplate 7.0 megawatt (MW) Enterprise engines (will
not exceed 5.5 MW when operating); five 2,403 kW 4-stroke lean burn natural gas engines and
one 6.0 MMBtu/hr boiler. Each of the Caterpillar engines will be equipped with an oxidation
catalyst and selective catalytic reduction (SCR). The 6.0 MMBtu/hr boiler remains unchanged.
A nearby facility, Pacific pipeline, was included in the modeling analysis at the request of the
Utah Division of Air Quality (UDAQ). This was included from 2017 UDAQ modeling conducted at
the facility and has been applied without modification. Lastly, Springville owns the property to
the south of 700 North. The property boundary has been adjusted to the incorporate those
parcels. In accordance with the Utah County assessor, three parcels are owned by Springville
that comprise approximately 13.23 acres. These parcels are now excluded from ambient air (700
North remains part of ambient air). This is consistent with the 2023 modeling. For details, refer to
Appendix B of the 2023 Notice of Intent.
Air Quality Modeling Report – Springville Power Corporation – Notice of Intent
Model Description/Justification
August 28, 2024
ce u:\203723274\05_report_deliv\deliverables\appendices\g - modeling report\rpt_1hr_no2_modeling_report_update_aug2024.docx 2.1

2.0 MODEL DESCRIPTION/JUSTIFICATION
AERMOD is one of the most frequently used regulatory dispersion models in the United States
since it replaced ISCST3. Based on EPA guidance, AERMOD (version 23132) is the most
appropriate of the EPA-approved models, given the site’s physical characteristics and the
facility emission sources. AERMOD was applied as recommended in EPA’s Guideline on Air
Quality Models and consistent with guidance in UDAQ’s Modeling Guidelines. The BPIP Prime
building downwash algorithm was applied for the facility.
Terrain data were processed consistent with the approved model protocol and EPA guidance
for AERMAP. The United States Geological Survey (USGS) National Viewer was used to obtain
appropriate National Elevation Dataset (NED) data to establish proper elevations. Five years of
meteorological data from the Spanish Fork Airport (2004-2008) was provided by UDAQ for this
analysis. The model receptor network and model domain remain consistent with the 2023
modeling.
Air Quality Modeling Report – Springville Power Corporation – Notice of Intent
Emission And Source Data
August 28, 2024
ce u:\203723274\05_report_deliv\deliverables\appendices\g - modeling report\rpt_1hr_no2_modeling_report_update_aug2024.docx 3.1

3.0 EMISSION AND SOURCE DATA
The maximum annual hour usage was estimated to establish the potential emissions. Table 1
illustrates the projected NOX emission rates for all engines. All engine emission rates listed in Table
1 are based on 2021 performance test results for the Enterprise engines and manufacturer
information for the Caterpillar engines. The Enterprise engines have the capacity of running on
diesel fuel 1% of the time during typical operations. The NOx factors are from test data and
account for the 1% diesel. As stated above the worst-case average test results plus a safety
factor were 1.485 g/kw-hr. The maximum horsepower assumed for both Enterprise engines is
7,370 hp (5500 kW). This rate was applied to both units K1 and K2. 𝐸𝐸𝐸𝐸𝐸𝐸𝐸𝐸𝐸𝐸𝐸𝐸𝐸𝐸𝐸𝐸𝐸𝐸𝐸𝐸 𝑁𝑁𝑁𝑁2 𝑙𝑙𝑙𝑙ℎ𝐸𝐸=1.485 𝑔𝑔𝑘𝑘𝑘𝑘ℎ𝐸𝐸∗5,500 𝑘𝑘𝑘𝑘÷ 453.6 𝑔𝑔𝑙𝑙𝑙𝑙=18.01 𝑙𝑙𝑙𝑙ℎ𝐸𝐸
All Caterpillar engine emissions are derived from specification data from the manufacturer. The
CAT G3520H units are 3,422 hp each at the site elevation. Each engine is specified to emit 1
g/hp-hr for NOx, but the SCR controls all NOx by 93% or a factor of 0.07 g/hp-hr. However, due to
a potential SCR startup time of 7 minutes, potential emission rates vary. The hourly emission rate
assume the ability to start-up at any hour of the year are as follows: 𝐶𝐶𝐶𝐶𝐶𝐶 𝑆𝑆𝐸𝐸𝑆𝑆𝐸𝐸𝐸𝐸 𝑁𝑁𝑁𝑁2 𝑙𝑙𝑙𝑙ℎ𝐸𝐸=��1.0 𝑔𝑔ℎ𝐸𝐸ℎ𝐸𝐸∗760�+�0.07 𝑔𝑔ℎ𝐸𝐸ℎ𝐸𝐸∗5360��∗3422ℎ𝐸𝐸∗𝑙𝑙𝑙𝑙453.6𝑔𝑔=1.347 𝑙𝑙𝑙𝑙ℎ𝐸𝐸
The permitted 6 MMBtu/hr natural gas boiler remains unchanged and NOx emissions are derived
from AP-42, Section 1.4 and a natural gas heating value of 1,020 btu/scf. 𝐵𝐵𝐵𝐵𝐸𝐸𝑙𝑙𝐸𝐸𝐸𝐸 𝑁𝑁𝑁𝑁2 𝑙𝑙𝑙𝑙ℎ𝐸𝐸=6.0 𝑀𝑀𝑀𝑀𝐵𝐵𝐸𝐸𝑀𝑀ℎ𝐸𝐸∗100 𝑙𝑙𝑙𝑙𝑀𝑀𝑀𝑀𝐸𝐸𝑀𝑀𝑀𝑀∗𝑀𝑀𝑀𝑀𝐵𝐵𝐸𝐸𝑀𝑀1020𝑀𝑀𝑀𝑀𝐸𝐸𝑀𝑀𝑀𝑀=0.588 𝑙𝑙𝑙𝑙ℎ𝐸𝐸
3.1 EMISSION SOURCES
Emissions sources at the Springville facility that were included in the model are listed below:

• Engine emissions
o Caterpillar
o Enterprise
• Boiler emissions

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3.1.1 Engines And Boiler
Table 3-1 Generator Emissions
Model # Engine Type NO2 lb/hr Rate
K1 Enterprise 18.01
K2 Enterprise 18.01
K3 CAT 3520H 1.347
K4 CAT 3520H 1.347
K5 CAT 3520H 1.347
K6 CAT 3520H 1.347
K7 CAT 3520H 1.347
B1 6.0 MMBtu/hr Boiler 0.588

3.2 SOURCE CHARACTERIZATION
All emission sources are characterized as point sources. The following sections outline the
rationale and basis for all parameters.
3.2.1 Point Sources
There are eight point sources within Springville. All parameters shown below are unchanged from
the 2023 modeling, which were derived from manufacturer specification sheets, calculations
based on test data or consistent with the 2017 modeling conducted by UDAQ.
Table 3-2 Source Stack Parameters
Stack Stack Height
(ft)
Temperature
(°F)
Stack Diameter
(inches)
Flow Rate
(acfm)
K1
60
672.3 42 63,557
K2 672.3 42 63,557
K3 732 24 15,043
K4 732 24 15,043
K5 732 24 15,043
K6 732 24 15,043
K7 732 24 15,043
B1 58 590 21.3 24,627

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4.0 RECEPTOR NETWORK
The facility is located in a rural area in Springville, Utah within Utah County. Consistent with
UDAQ Air Dispersion Modeling Guidance, the ambient air boundary used in this analysis is the
owned property boundary, which also serves as the Public Access Boundary (PAB). Springville
owns the area south of 700 North and can control access. Receptors along the PAB were
spaced at 25 meter increments. The PAB represents the limit of access by the public to the
project site. The receptor grid was established as follows:
• Receptors spaced at 25 meters along the PAB;
• Receptors spaced at 25 meters for the first 100 meters past the PAB;
• Receptors spaced at a density of one per 50 meters from 100 meters out to 350 meters
past the PAB;
• Receptors spaced at 100 meters from 350 out to 850 meters past the PAB;
• Receptors spaced at 250 meters from 850 out to 1,850 meters past the PAB;
• Receptors spaced at 500 meters from 1.85 kilometers out to 4.35 kilometers past the PAB;
and
• Receptors spaced at 1 kilometer from 4.35 kilometers out to 7.35 kilometers past the PAB.
5.0 ELEVATION DATA
All source base and receptor elevations were calculated from USGS NED data obtained via the
National Map Viewer website using the Bee-Line BEEST preprocessing system. A 1/3 arc second
NED file was used in the analysis input and output files from AERMAP and will be included
submitted with the report.

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6.0 METEOROLOGICAL DATA
Preprocessed AERMOD-ready meteorological files were obtained via the UDAQ Guideline
website1. The data files cover the years 2004 through 2008 from the Spanish Fork Airport. The
hourly average data is from the National Weather Service (NWS) Automated Surface Observing
System (ASOS). The data presented by UDAQ is model-ready and was used without alteration or
processing. Although these data originated from UDAQ, it will be included as part of this
submittal.

1 https://deq.utah.gov/air-quality/emissions-impact-assessment-guideline-preface
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Land use Classification
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7.0 LAND USE CLASSIFICATION
AERMOD includes rural and urban algorithm options. These options affect the wind speed
profile, dispersion rates, and mixing-height formula used in calculating ground-level pollutant
concentrations. A protocol was developed by USEPA to classify an area as either rural or urban
for dispersion modeling purposes. The classification is based on average heat flux, land use, or
population density within a three-km radius from the plant site. Of these techniques, the USEPA
has specified that land use is the most definitive criterion (USEPA, 1987). The urban/rural
classification scheme based on land use is as follows:
The land use within the total area, A0, circumscribed by a 3-km circle about the source, is
classified using the meteorological land use typing scheme proposed by Auer (1978).
The classification scheme requires that more than 50% of the area, A0, be from the
following land use types in order to be considered urban for dispersion modeling
purposes: heavy industrial (I1); light-moderate industrial (I2); commercial (C1); single-
family compact residential (R2); and multi-family compact residential (R3). Otherwise, the
use of rural dispersion coefficients is appropriate.
The Springville facility is located in a light industrial area, at Springville, Utah surrounded by
residential areas to the south and east. To the north is light industrial and agriculture land to the
west. Site and map reconnaissance showed that the area A0 within a 3-km radius of the source is
likely at or slightly above the 50% urban land use criteria necessary for use of urban dispersion
coefficients. Thus, they were applied in the dispersion modeling. The estimated 2023 population2
of Springville of 35,471 was implemented. Default roughness was assumed.

2 https://www.census.gov/quickfacts/springvillecityutah
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8.0 BACKGROUND CONCENTRATIONS
NO2
Starting in 2018, NO2 and ozone monitors were placed in Spanish Fork (AQS Site ID 49-049-5010).
The AERMOD Wizard tool associated with the BEEST software was used to obtain three years of
NO2 and ozone data from the monitor. The years are 2019-2021. 2022 was not selected because
the tool doesn’t have the full year available for download. The data was then processed with the
tool to establish the appropriate 1-hr background values for both NO2 and ozone. The ozone data
completeness by quarter was 98.86% or greater for each of the three years (NO2 was 98.90%).
The 1st high values were determined for the temporal array flag of MHRDOW7 (month hour of day,
seven days per week). This was selected to allow for the most representative values throughout
the evaluation period. This is fairly consistent with the 2017 UDAQ modeling that used hourly files.
AERMOD input SO format files are provided as are text files. Note the NO2 file had missing data on
Friday hour 5 and Sunday hour 5 for all months. Similarly, the ozone file had missing data for
Saturday hour 5 for all months, but December. The average of the preceding and following
concentrations was applied for the missing data.
The ozone limiting method was applied as part of this analysis, again to remain consistent with
2017 modeling. Note that this approach is unchanged from the 2023 modeling.
NO2 In-Stack Ratio
Lastly, a representative NO2/NOx in-stack ratio of 0.1 for each Enterprise engine and the boiler
was applied to remain consistent with the 2017 UDAQ modeling. The 0.1 is also a reasonable
value for natural gas combustion on average per the EPA In-stack Ratio database3.
Lastly, an average of three Caterpillar G3520 engines as referenced in the EPA In-stack Ratio
database was applied for the G3520H units. This number is 0.1625 from previously tested units by
the Oklahoma DEQ.

3 https://www.epa.gov/scram/nitrogen-dioxidenitrogen-oxide-stack-ratio-isr-database
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9.0 RESULTS
The following sections outline the methods used to complete an ambient air impact analysis as a
result of the proposed Springville project.
9.1 APPLICABLE LIMITS
The air quality impact limits applicable to this analysis are the National Ambient Air Quality
Standards (NAAQS). NO2 uses the design value that is the 98th percentile averaged over three
years. That equates to a design value that is the 8th high over a five year period.
9.2 IMPACT
The tables shown below demonstrate that there is no exceedance of the 1-hr NO2 NAAQS
standards due to the proposed operation of the facility.
9.2.1 NO2 Results
Table 9-1 PM10 Modeling Results
PM10 Averaging Period
Background Concentration (µg/m3)1
Modeled Impact (µg/m3)3
Total Concentration (µg/m3)
NAAQS (µg/m3) % of Standard
Springville 1-hr2 OLM 175.89 175.9 188 93.6%
1. MHRDOW7 ozone and NO2 backgrounds
2. 8th high design value 3. 2004-2008 Spanish Fork Met data