DAQ-2024-011250

1

DAQC-1077-24
Site ID 10337 (B4)

MEMORANDUM

TO: STACK TEST FILE – UTAH METAL WORKS, INCORPORATED – Utah
Metal Works

THROUGH: Rik Ombach, Minor Source Oil and Gas Compliance Section Manager

FROM: Paul Bushman, Environmental Scientist

DATE: October 22, 2024

SUBJECT: Source: One (1) Chopping Line Baghouse
Contact: Brenda Terry: 801-364-5679
Location: Remote location in Uintah County, UT
Test Contractor: Alliance Technical Group
Permit/AO#: DAQE-AN103370009-24, dated March 27, 2024
Action Code: TR
Subject: Review of stack test report received October 18, 2024

On October 18, 2024, the Utah Division of Air Quality (DAQ) received a test report for the Chopping
Line Baghouse at Utah Metal Works, Salt Lake County, UT. Testing was performed September 23, 2024,
through September 25, 2024, to demonstrate compliance with the emission limits found in condition
II.B.3.a of DAQE-AN103370009-24. The calculated test results are:

Source Test Date Test
Method Pollutant Tester Results DAQ Results Limits
Chopping
Line
Baghouse
September 23-25,
2024 201A
PM10
0.00056 gr/dscf 0.00054gr/dscf 0.00133
gr/dscf
0.094 lb/hr 0.09048 lb/hr 0.24 lb/hr
PM2.5
0.00036 gr/dscf 0.00036 gr/dscf 0.00065
gr/dscf
0.060 lb/hr 0.06057 lb/hr 0.12 lb/hr

DEVIATIONS: None.

CONCLUSION: The stack test report appears to be acceptable.

RECOMMENDATION: The emissions from the above units appear to be in compliance
with the limits in the Approval Order.

ATTACHMENTS: DAQ stack test review excel spreadsheets, Utah Metal Works,
Inc. stack test report.
Utah Metal Works Incorporated
Utah Metal Works - Salt Lake County
Chopping Line Baghouse
Test Date 9/23/2024-9/25/2024
Method 201A - PM10 Emissions
Run #1 Run #2 Run #3 Average
date 9/23/2024 9/24/2024 9/25/2024
start time 12:21 PM 9:30 AM 9:15 AM
stop time 16:33 PM 13:30 PM 13:20 PM
sample volume (ft3)106.836 106.388 103.814 105.679
sampling time (minutes)243.20 245.00 240.50 242.90
stack temp. (oF)76.5 70.4 75.1 74
meter temp. (oF)74.6 69.8 67.4 71
barometric pressure (mbar)874 874 872 873
barometric pressure (" Hg)25.82 25.81 25.75 25.79
stack pressure (" H2O)-4.50 -4.50 -4.50 -4.50
moisture (grams)15.1 15.7 14.5 15.1
oxygen (%)21.0 21.0 21.0 21.0
carbon dioxide (%)0.0 0.0 0.0 0.0
nitrogen (%)79.0 79.0 79.0 79.0
orifice pressure delta H (" H2O)0.65 0.68 0.68 0.67
average √∆P 0.8100 0.8200 0.8200 0.817
meter box Yd 0.989 0.989 0.989 0.989
delta H@ 1.74 1.74 1.74 1.74
pitot tube constant 0.762 0.762 0.762 0.76
nozzle diameter (inches)0.178 0.178 0.178 0.178
stack diameter (inches)39.8 39.8 39.8 39.75
Run #1 Run #2 Run #3 Average
PM10, rinse (g)0.00130 0.00080 0.00140 0.00117
mass, filter (g)0.00190 0.00250 0.00150 0.00197
PM2.5 mass, cyclone rinse (g)0.00170 0.00200 0.00110 0.00160
PM2.5 mass, filter (g)0.00050 0.00050 0.00050 0.00050
Run #1 Run #2 Run #3 Average
sample volume (dscf)90.217 90.626 88.629 89.824
moisture volume (scf)0.712 0.740 0.684 0.712
absolute stack press. (" Hg)25.49 25.48 25.42 25.46
moisture content (%/100)0.008 0.008 0.008 0.008
molecular weight (dry)28.84 28.84 28.84 28.84
molecular weight (actual)28.76 28.75 28.76 28.75
gas velocity (ft/sec)45.1 45.4 45.7 45.4
gas flow (acfm)23,339 23,501 23,631 23,491
gas flow (dscfm)19,407 19,768 19,665 19,613
% isokinetic 95.3 93.4 93.5 94.0
nozzle area (ft2)1.728E-04 1.728E-04 1.728E-04 1.728E-04
Nozzle Velocity (ft/sec)43.0 42.4 42.7 42.7
R_min 0.7 0.7 0.7 0.7
V_min 29.6 29.1 29.3 29.3
R_max 1.3 1.3 1.3 1.3
V_max 54.7 53.9 54.3 54.3
Min Velocity Head (Delta P_min)0.28 0.28 0.28 0.28
Max Velocity Head (Delta P_max)0.96 0.95 0.95 0.95
Gas Viscosity (micropoise)182.0 180.5 181.7 181.4
Dry std Cyclone Flow Rate (ft3/min)0.37 0.37 0.37 0.37
Actual Cyclone Flow Rate (ft3/min)0.45 0.44 0.44 0.44
Actual PM10 Cyclone Cut size (μm)10.4 10.4 10.4 10.4
Reynold's Number (unitless)2,892 2,908 2,878 2,893
Cunningham correction factor (unitless)1.078 1.077 1.078 1.078
Re-estimated Cunningham correction factor (unitless)1.071 1.070 1.071 1.070
Z Ratio (0.99<Z<1.01)1.004 1.004 1.004 1.004
Run #1 Run #2 Run #3 Average Emission Limits
Total PM10 emissions (lb/hr)0.09107 0.09523 0.08513 0.09048 0.24
Total PM10 emissions (gr/dscf)0.00055 0.00056 0.00050 0.00054 0.00133
Total PM25 emissions (lb/hr)0.06261 0.07215 0.04697 0.06057 0.12
Total PM25 emissions (gr/dscf)0.00038 0.00043 0.00028 0.00036 0.00065
Total PM emissions (lb/hr)0.15368 0.16738 0.13210 0.15105
Total PM emissions (gr/dscf)0.00092 0.00099 0.00078 0.00090
Reference Method Calculations
Laboratory Data
Field Reference Method Data
Particulate Emissions Calculations

Source Test Report

Utah Metal Works Incorporated
805 Everett Ave
Salt Lake City, UT 84110
Source Tested: One (1) Chopping Line Baghouse Test Dates: September 23 – 25, 2024 Project No. AST-2024-3762

Prepared By Alliance Technical Group, LLC 3683 W 2270 S, Suite E West Valley City, UT 84120

Source Test Report
Test Program Summary

AST-2024-3762 UMW – Salt Lake City, UT Page i
Regulatory Information

Permit No. DAQE-AN103370009-24

Source Information

Source Name Target Parameter One (1) Chopping Line Baghouse Contact Information

Test Location Test Company Analytical Laboratory
Utah Metal Works Incorporated
805 Everett Ave
Salt Lake City, UT 84110

Facility Contact
Brenda Terry
[e-mail]
[phone]
Alliance Technical Group, LLC
3683 W 2270 S, Suite E
West Valley City, UT 84120

Project Manager
Charles Horton
[e-mail]
[phone]

Field Team Leader
Alan Jensen
[e-mail]
[phone]

QA/QC Manager
Kathleen Shonk
[e-mail]
[phone]

Report Coordinator
Delaine Spangler
[e-mail]

Report Reviewer
Sarah Perry
[e-mail]
Alliance Source Testing, LLC
5530 Marshall Street
Arvada, CO 80002
Eric Grosjean
[e-mail]
[phone]

2 of 52
Source Test Report
Certification Statement
AST-2024-3762 UMW – Salt Lake City, UT Page ii
Alliance Technical Group, LLC (Alliance) has completed the source testing as described in this report. Results apply only to the source(s) tested and operating condition(s) for the specific test date(s) and time(s) identified within this report. All results are intended to be considered in their entirety, and Alliance is not responsible for use of less than the complete test report without written consent. This report shall not be reproduced in full or in part without written approval from the customer.
To the best of my knowledge and abilities, all information, facts and test data are correct. Data presented in this report has been checked for completeness and is accurate, error-free and legible. Onsite testing was conducted in accordance with approved internal Standard Operating Procedures. Any deviations or problems are detailed in the relevant sections in the test report.
This report is only considered valid once an authorized representative of Alliance has signed in the space provided below; any other version is considered draft. This document was prepared in portable document format (.pdf) and contains pages as identified in the bottom footer of this document.
Charles Horton, QSTI Alliance Technical Group, LLC Date
10/18/2024
3 of 52

Source Test Report
Table of Contents

AST-2024-3762 UMW – Salt Lake City, UT Page iii
TABLE OF CONTENTS 1.0 Introduction ................................................................................................................................................. 1-1
1.1 Facility Descriptions ................................................................................................................................... 1-1
1.2 Project Team ............................................................................................................................................... 1-1
1.3 Site Specific Test Plan & Notification ........................................................................................................ 1-1
1.4 Test Program Notes ..................................................................................................................................... 1-1
2.0 Summary of Results .................................................................................................................................... 2-1
3.0 Testing Methodology .................................................................................................................................. 3-1
3.1 U.S. EPA Reference Test Methods 1 and 2 – Sampling/Traverse Points and Volumetric Flow Rate ........ 3-1
3.2 U.S. EPA Reference Test Method 4 – Moisture Content ............................................................................ 3-1
3.3 U.S. EPA Reference Test Method 201A –PM < 2.5 Microns ..................................................................... 3-1
LIST OF TABLES Table 1-1: Project Team ........................................................................................................................................... 1-1
Table 2-1: Summary of Results ................................................................................................................................ 2-1
Table 3-1: Source Testing Methodology .................................................................................................................. 3-1
APPENDICES Appendix A Sample Calculations
Appendix B Field Data
Appendix C Laboratory Data
Appendix D Quality Assurance/Quality Control Data
Appendix E Process Operating/Control System Data

4 of 52

Introduction

5 of 52

Source Test Report
Introduction

AST-2024-3762 UMW – Salt Lake City, UT Page 1-1
1.0 Introduction
Alliance Technical Group, LLC (Alliance) was retained by Utah Metal Works Incorporated (UMW) to conduct
compliance testing at the Salt Lake City, Utah facility. Portions of the facility are subject to provisions of the Utah
Department of Environmental Quality, Division of Air Quality (UDAQ) Approval Order (AO) DAQE-
AN103370009-24. Testing was conducted to determine the emission rates of particulate matter less than 2.5
microns (PM2.5) at the exhaust of one (1) Aluminum BH / Aluminum Line Chopping Line Baghouse.
1.1 Facility Descriptions
UMW operates a scrap metal recycling plant in Salt Lake City, Utah. Particulate emissions from two chopping lines
are controlled by fabric filters. The primary process is aluminum and copper wire recycling. The aluminum &
copper wires and insulation are first chopped in 2 pre-shredders. The chopped wire is then conveyed to 1 granulator
that further chops the wire and insulation into smaller sections. These smaller sections are then conveyed into a
double deck screen. This vibrating screen separates the sections into a small size mesh and a large size mesh. The
large mesh is conveyed to an air gravity separator and the small mesh is conveyed to another air gravity separator.
From there, the different sizes of aluminum and copper are deposited into boxes for shipping. Any aluminum or
copper that has not been fully liberated from the insulation is recirculated through the entire process again. Air
pickup vents are located throughout the entire chopping process that transport the insulation to a cyclone and
baghouse.
1.2 Project Team
Personnel involved in this project are identified in the following table.

Table 1-1: Project Team
UMW Personnel Brenda Terry
Alliance Personnel Alan Jensen
Michell Manwaring
1.3 Site Specific Test Plan & Notification
Testing was conducted in accordance with the Site Specific Test Plan (SSTP) submitted to UDAQ by Alliance on
July 30, 2024.
1.4 Test Program Notes
Method 3/3A was not conducted during this testing, instead, the O2 and CO2 concentration were assumed to be
ambient for molecular weight and volumetric flow rate calculations.

6 of 52

Summary of Results

7 of 52

Source Test Report
Summary of Results

AST-2024-3762 UMW – Salt Lake City, UT Page 2-1
2.0 Summary of Results
Alliance conducted compliance testing at the UMW facility in Salt Lake City, Utah on September 23 – 25, 2024.
Testing consisted of determining the emission rates of PM2.5 at the exhaust of one (1) Aluminum BH / Aluminum
Line Chopping Line Baghouse.

Table 2-1 provides a summary of the emission testing results with comparisons to the applicable permit limits. Any
difference between the summary results listed in the following table and the detailed results contained in appendices
is due to rounding for presentation.
Table 2-1: Summary of Results
Run Number Run 1 Run 2 Run 3 Average
Date 9/23/24 9/24/24 9/25/24 --
Filterable PM2.5 Data
Concentration, grain/dscf 0.00038 0.00043 0.00028 0.00036
Permit Limit, grain/dscf -- -- -- 0.00065
Percent of Limit, % -- -- -- 55
Emission Rate, lb/hr 0.062 0.072 0.047 0.060
Permit Limit, lb/hr -- -- -- 0.12
Percent of Limit, % -- -- -- 50
Filterable PM10 Data
Concentration, grain/dscf 0.00060 0.00056 0.00052 0.00056
Emission Rate, lb/hr 0.099 0.095 0.088 0.094
Filterable PM Data
Concentration, grain/dscf 0.00075 0.00099 0.00078 0.00084
Emission Rate, lb/hr 0.12 0.17 0.13 0.14

8 of 52

Testing Methodology

9 of 52

Source Test Report
Testing Methodology

AST-2024-3762 UMW – Salt Lake City, UT Page 3-1
3.0 Testing Methodology
The emission testing program was conducted in accordance with the test methods listed in Table 3-1. Method
descriptions are provided below while quality assurance/quality control data is provided in Appendix D.
Table 3-1: Source Testing Methodology

Parameter U.S. EPA Reference Test Methods Notes/Remarks
Volumetric Flow Rate 1 & 2 Full Velocity Traverses
Moisture Content 4 Gravimetric Analysis
Particulate Matter less than 2.5 Microns 201A Constant Rate Sampling
3.1 U.S. EPA Reference Test Methods 1 and 2 – Sampling/Traverse Points and Volumetric Flow Rate
The sampling location and number of traverse (sampling) points were selected in accordance with U.S. EPA
Reference Test Method 1. To determine the minimum number of traverse points, the upstream and downstream
distances were equated into equivalent diameters and compared to Figure 1-2 in U.S. EPA Reference Test Method 1.

Full velocity traverses were conducted in accordance with U.S. EPA Reference Test Method 2 to determine the
average stack gas velocity pressure, static pressure and temperature. The velocity and static pressure measurement
system consisted of a pitot tube and inclined manometer. The stack gas temperature was measured with a K-type
thermocouple and pyrometer.

The O2 and CO2 concentration were assumed to be ambient for molecular weight and volumetric flow rate
calculations.

Stack gas velocity pressure and temperature readings were recorded during each test run. The data collected was
utilized to calculate the volumetric flow rate in accordance with U.S. EPA Reference Test Method 2.
3.2 U.S. EPA Reference Test Method 4 – Moisture Content
The stack gas moisture content (BWS) was determined in accordance with U.S. EPA Reference Test Method 4. The
gas conditioning train consisted of a series of chilled impingers. Prior to testing, each impinger was filled with a
known quantity of water or silica gel. Each impinger was analyzed gravimetrically before and after each test run on
the same balance to determine the amount of moisture condensed.
3.3 U.S. EPA Reference Test Method 201A –PM < 2.5 Microns
The PM2.5 testing was conducted in accordance with U.S. EPA Reference Test Method 201A. The complete
sampling system consisted of a stainless-steel nozzle, PM10 and PM2.5 in-stack cyclones, in-stack filter holder, pre-
weighed quartz filter, heated glass-lined probe extension, un-weighed Teflon filter, gas conditioning train, pump and
calibrated dry gas meter. The gas conditioning train consisted of a coiled condenser and four (4) chilled impingers.
The first and second impingers contained 100 mL of de-ionized (DI) water, the third was initially empty and the last
impinger contained 200-300 grams of silica gel. The un-weighed 90 mm Teflon filter was placed between the
second and third impingers. The probe liner heating system was maintained at a temperature of 248 ±25°F, and the
impinger temperature was maintained at 68°F or less throughout testing. The temperature of the Teflon filter was
maintained greater than 65°F but less than or equal to 85°F.
10 of 52

Source Test Report
Testing Methodology

AST-2024-3762 UMW – Salt Lake City, UT Page 3-2

Following the completion of each test run, the sampling train was leak checked at a vacuum pressure greater than or
equal to the highest vacuum pressure observed during the run. The nitrogen purge was omitted due to minimal
condensate collected in the dry impingers. After the leak check the impinger contents were measured for moisture
gain.

The pre-weighed quartz filter was carefully removed and placed in container 1. The front half of the filter holder
and back-half of the PM2.5 cyclone were rinsed six (6) times with acetone to remove any adhering particulate
matter, and these rinses were recovered in container 2. The back-half of the PM10 cyclone, front half of the PM2.5
cyclone and the connecting stainless-steel tubing were rinsed six (6) times with acetone, and these rinses were
recovered in container 3. All containers were sealed, labeled and liquid levels marked for transport to the identified
laboratory for filterable particulate matter analysis.

The contents of impingers 1 and 2 were recovered in container CPM Cont. #1. The back half of the filterable PM
filter holder, probe extension, coil condenser, impingers 1 and 2 and all connecting glassware were rinsed with
DIUF water and then rinsed with acetone, followed by hexane. The water rinses were added to container CPM
Cont. #1 while the solvent rinses were recovered in container CPM Cont. #2. The Teflon filter was removed from
the filter holder and placed in container CPM Cont. #3. The front half of the condensable PM filter holder was
rinsed with DIUF water and then with acetone, followed by hexane. The water rinse was added to container CPM
Cont. #1 while the solvent rinses were added to container CPM Cont. #2. All containers were sealed, labeled and
liquid levels marked for transport to the identified laboratory for condensable particulate matter analysis.
11 of 52

Appendix A

12 of 52
Appendix A
Example Calculations
Location:
Source:
Project No.:
Run No./Method:
Meter Pressure (Pm), in. Hg
where,
Pb 25.82 = barometric pressure, in. Hg
ΔH 0.480 = pressure differential of orifice, in H2O
Pm 25.86 = in. Hg
Absolute Stack Gas Pressure (Ps), in. Hg
where,
Pb 25.82 = barometric pressure, in. Hg
Pg -4.50 = static pressure, in. H2O
Ps 25.49 = in. Hg
Standard Meter Volume (Vmstd), dscf
where,
Y 0.989 = meter correction factor
Vm 106.836 = meter volume, cf
Pm 25.86 = absolute meter pressure, in. Hg
Tm 534.3 = absolute meter temperature, oR
Vmstd 90.181 = dscf
Standard Wet Volume (Vwstd), scf
where,
Vlc 15.1 = volume of H2O collected, ml
Vwstd 0.712 = scf
Moisture Fraction (BWSmsd), dimensionless (measured)
where,
Vwstd 0.712 = standard wet volume, scf
Vmstd 90.181 = standard meter volume, dscf
BWSmsd 0.008
Moisture Fraction (BWSsat), dimensionless (theoretical at saturated conditions)
where,
Ts 76.5 = stack temperature, °F
Ps 25.49 = absolute stack gas pressure, in. Hg
BWSsat 0.036
Utah Metal Works - Salt Lake City, UT
Chopping Line Baghouse
AST-2024-3762
Run 1/Method 201A
𝑉𝑚𝑠𝑡𝑑 ൌ 17.636 ൈ Y ൈ Vm ൈ Pm
𝑇𝑚
Vwstd ൌ 0.04716 ൈ Vlc
Pm ൌ Pb ൅ Δ H
13 6
Ps ൌ Pb ൅ Pg
13 6
BWS ൌ Vwstd
ሺVwstd ൅ Vmstdሻ
BWSsat ൌ 10଺.ଷ଻ି ଶ,଼ଶ଻୘ୱାଷ଺ହ
Ps
13 of 52
Appendix A
Example Calculations
Location:
Source:
Project No.:
Run No./Method:
Utah Metal Works - Salt Lake City, UT
Chopping Line Baghouse
AST-2024-3762
Run 1/Method 201A
Moisture Fraction (BWS), dimensionless
where,
BWSsat 0.036 = moisture fraction (theoretical at saturated conditions)
BWSmsd 0.008 = moisture fraction (measured)
BWS 0.008
Molecular Weight (DRY) (Md), lb/lb-mole
where,
CO2 0.0 = carbon dioxide concentration, %
O2 21.0 = oxygen concentration, %
Md 28.84 = lb/lb mol
Molecular Weight (WET) (Ms), lb/lb-mole
where,
Md 28.84 = molecular weight (DRY), lb/lb mol
BWS 0.008 = moisture fraction, dimensionless
Ms 28.76 = lb/lb mol
Average Velocity (Vs), ft/sec
where,
Cp 0.76 = pitot tube coefficient
Δ P1/2 0.807 = velocity head of stack gas, (in. H2O)1/2
Ts 536.2 = absolute stack temperature, °R
Ps 25.49 = absolute stack gas pressure, in. Hg
Ms 28.76 = molecular weight of stack gas, lb/lb mol
Vs 44.9 = ft/sec
Average Stack Gas Flow at Stack Conditions (Qa), acfm
where,
Vs 44.9 = stack gas velocity, ft/sec
As 8.62 = cross-sectional area of stack, ft2
Qa 23,210 = acfm
Average Stack Gas Flow at Standard Conditions (Qs), dscfm
where,
Qa 23,210 = average stack gas flow at stack conditions, acfm
BWS 0.008 = moisture fraction, dimensionless
Ps 25.49 = absolute stack gas pressure, in. Hg
Ts 536.2 = absolute stack temperature, °R
Qs 19,307 = dscfm
Ms ൌ Md ሺ1 െ BWSሻ ൅ 18.015 ሺBWSሻ
Qs ൌ 17.636 ൈ Qa ൈ ሺ1 െ BWSሻ ൈ Ps
Ts
Md ൌ ሺ0.44 ൈ % COଶሻ ൅ ሺ0.32 ൈ % O2ሻ ൅ ሺ0.28 ሺ100 െ % COଶ െ % O2ሻሻ
Qa ൌ 60 ൈ Vs ൈ As
Vs ൌ 85.49 ൈ Cp ൈ ሺΔ P ଵ/ଶሻ avg ൈ Ts
Ps x Ms
BWS ൌ BWSmsd unless BWSsat ൏ BWSmsd
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Appendix A
Example Calculations
Location:
Source:
Project No.:
Run No./Method:
Utah Metal Works - Salt Lake City, UT
Chopping Line Baghouse
AST-2024-3762
Run 1/Method 201A
Filterable PM2.5 Concentration (CFPM2.5), grain/dscf
where,
MFPM2.5 1.7 = FPM2.5 mass, mg
Vmstd 90.181 = standard meter volume, dscf
CFPM2.5 0.00038 = grain/dscf
Filterable PM2.5 Emission Rate (ERPM2.5), lb/hr
where,
CFPM2.5 0.0004 = FPM2.5 concentration, grain/dscf
Qs 19,307 = average stack gas flow at standard conditions, dscfm
ERFPM2.5 0.062 = lb/hr
C୊୔୑ଶ.ହ ൌ 𝑀ி௉ெଶ.ହ ൈ 0.0154
Vmstd
ER୊୔୑ଶ.ହ  ൌ C୊୔୑ଶ.ହ ൈ Qs ൈ 60
7.0E ൅ 03
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Appendix B
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Emissions Data
Location
Source
Project No.
Parameter
Run Number Run 1 Run 2 Run 3 Average
Date 9/23/24 9/24/24 9/25/24 -
Start Time 12:21 9:30 9:15 -
Stop Time 16:33 13:39 13:20 -
Run Time, min (θ)243.2 245.0 240.5 242.9
Barometric Pressure, in. Hg (Pb) 25.82 25.81 25.75 25.79
Meter Correction Factor (Y) 0.989 0.989 0.989 0.989
Orifice Calibration Value (Δ H@) 1.741 1.741 1.741 1.741
Meter Volume, ft3 (Vm) 106.836 106.388 103.814 105.679
Meter Temperature, °F (Tm) 74.6 69.8 67.4 70.6
Meter Temperature, °R (Tm) 534.3 529.5 527.1 530.3
Meter Orifice Pressure, in. WC (Δ H) 0.480 0.490 0.470 0.480
Volume H2O Collected, mL (Vlc) 15.1 15.7 14.5 15.1
Nozzle Diameter, in (Dn) 0.178 0.178 0.178 0.178
Area of Nozzle, ft2 (An) 0.00017 0.00017 0.00017 0.00017
Filterable <PM2.5 (Rinse) Mass, mg (MFPM2.5)1.7 2.0 1.1 1.6
Filterable <PM2.5 (Filter) Mass, mg (MFPM2.5)0.5 0.5 0.5 0.5
Filterable >PM2.5 & <PM10 Mass, mg (MFPM10)1.3 0.8 1.4 1.2
Filterable >PM10 Mass, mg (MFPM)0.9 2.5 1.5 1.6
Filterable PM2.5 Mass, mg (MFPM2.5)2.2 2.5 1.6 2.1
Filterable PM10 Mass, mg (MFPM10)3.5 3.3 3.0 3.3
Filterable PM Mass, mg (MFPM)4.4 5.8 4.5 4.9
Standard Meter Volume, ft3 (Vmstd) 90.181 90.576 88.579 89.779
Standard Water Volume, ft3 (Vwstd) 0.712 0.740 0.684 0.712
Sampling Rate, acfm (Qs) 0.45 0.44 0.44 0.44
Moisture Fraction Measured (BWSmsd) 0.008 0.008 0.008 0.008
Moisture Fraction @ Saturation (BWSsat) 0.036 0.029 0.034 0.033
Moisture Fraction (BWS) 0.008 0.008 0.008 0.008
Meter Pressure, in Hg (Pm) 25.86 25.85 25.78 25.829
Volume at Nozzle, ft3 (Vn) 108.411 107.722 106.477 107.537
Isokinetic Sampling Rate, % (+/- 20%) (I) 95.8 93.1 93.0 94.0
DGM Calibration Check Value, % (+/- 5%)(Yqa)1.6 -0.1 1.5 1.0
Particle Cut Diameter (PM2.5), um (+/-0.25 um)(D50IV)2.34 2.34 2.36 2.35
Reynolds Number (Nre) 2,822 2,837 2,808 2822
Cunningham Correction Factor ( C) 1.072 1.071 1.072 1.072
Gas Viscosity, mpoise (µ)186.47 184.98 186.14 185.86
Cunningham Correction Factor (Cr) 1.077 1.076 1.077 1.077
Particle Cut Diameter, um (D50-1)2.34 2.34 2.35 2.34
Ratio of D50 and D50-1 (+/- 0.01)(Z) 1.00 1.00 1.00 1.00
Filterable PM2.5 Concentration, grain/dscf (CFPM2.5)0.00038 0.00043 0.00028 0.00036
Filterable PM2.5 Emission Rate, lb/hr (ERFPM2.5)0.062 0.072 0.047 0.060
Filterable PM10 Concentration, grain/dscf (CFPM10)0.00060 0.00056 0.00052 0.00056
Filterable PM10 Emission Rate, lb/hr (ERFPM10)0.099 0.095 0.088 0.094
Filterable PM Concentration, grain/dscf (CFPM)0.00075 0.00099 0.00078 0.00084
Filterable PM Emission Rate, lb/hr (ERFPM)0.12 0.17 0.13 0.14
Utah Metal Works - Salt Lake City, UT
Chopping Line Baghouse
AST-2024-3762
EMISSION CALCULATIONS
CALCULATED DATA
INPUT DATA
RECALCULATED DATA
PM2.5
17 of 52
VFR Data
Location
Source
Project No.
Parameter
Run Number Run 1 Run 2 Run 3 Average
Date 9/23/24 9/24/24 9/25/24 -
Start Time 12:21 9:30 9:15 -
Stop Time 16:33 13:39 13:20 -
Run Time, min 243.2 245.0 240.5 242.9
Point 1 0.72 0.65 0.67 0.68
Point 2 0.75 0.69 0.74 0.73
Point 3 0.77 0.84 0.82 0.81
Point 4 0.66 0.77 0.71 0.71
Point 5 0.63 0.67 0.62 0.64
Point 6 0.56 0.53 0.51 0.53
Point 7 0.48 0.60 0.62 0.57
Point 8 0.63 0.71 0.77 0.70
Point 9 0.78 0.81 0.84 0.81
Point 10 0.70 0.75 0.74 0.73
Point 11 0.65 0.66 0.61 0.64
Point 12 0.52 0.50 0.56 0.53
Square Root of ΔP (in. WC)1/2 0.81 0.82 0.82 0.82
Pitot Tube Coefficient (Cp) 0.76 0.76 0.76 0.76
Barometric Pressure, in. Hg (Pb) 25.8 25.8 25.8 25.8
Static Pressure, in. WC (Pg) -4.5 -4.5 -4.5 -4.5
Stack Pressure, in. Hg (Ps) 25.5 25.5 25.4 25.5
Stack Cross-sectional Area, ft2 (As) 8.6 8.6 8.6 8.6
Temperature, °F (Ts) 76.5 70.4 75.1 74.0
Temperature, °R (Ts) 536.2 530.1 534.8 533.7
Moisture Fraction Measured (BWSmsd) 0.0078 0.0081 0.0077 0.0079
Moisture Fraction @ Saturation (BWSsat) 0.036 0.029 0.034 0.033
Moisture Fraction (BWS) 0.0078 0.0081 0.0077 0.0079
O2 Concentration, % (O2) 21.00 21.00 21.00 21.00
CO2 Concentration, % (CO2) 0.00 0.00 0.00 0.00
Molecular Weight, lb/lb-mole (dry) (Md) 28.8 28.8 28.8 28.8
Molecular Weight, lb/lb-mole (wet) (Ms) 28.8 28.8 28.8 28.8
Velocity, ft/sec (Vs) 44.9 45.6 45.9 45.5
At Stack Conditions, acfm (Qa) 23,210 23,560 23,736 23,502
At Standard Conditions, dscfm (Qs) 19,307 19,810 19,746 19,621
Utah Metal Works - Salt Lake City, UT
Chopping Line Baghouse
AST-2024-3762
VOLUMETRIC FLOW RATE
CALCULATED DATA
VELOCITY HEAD, in. WC
PM2.5
18 of 52
Method 1 Data
Location
Source
Project No.
Date
Vertical
Circular
45.75 in
6.00 in
39.75 in
8.62 ft2
2
1
23.8 ft
7.2 (must be > 0.5)
6.3 ft
1.9 (must be > 2)
12
12
Measurer (Initial and Date):MDM 9/23/24
Reviewer (Initial and Date):AJE 9/23/24
2345 6 789101112
1 14.6 -- 6.7 --4.4 -- 3.2 -- 2.6 -- 2.1 1 4.4 1.75 7.75
2 85.4 -- 25.0 --14.6 -- 10.5 -- 8.2 -- 6.7 2 14.6 5.80 11.80
3 -- -- 75.0 --29.6 -- 19.4 -- 14.6 -- 11.8 3 29.6 11.77 17.77
4 -- -- 93.3 --70.4 -- 32.3 -- 22.6 -- 17.7 4 70.4 27.98 33.98
5 -- -- -- --85.4 -- 67.7 -- 34.2 -- 25.0 5 85.4 33.95 39.95
6 -- -- -- --95.6 -- 80.6 -- 65.8 -- 35.6 6 95.6 38.00 44.00
7 -- -- -- ------ 89.5 -- 77.4 -- 64.4 7 -- -- --
8 -- -- -- ------ 96.8 -- 85.4 -- 75.0 8 -- -- --
9 -- -- -- ------ -- -- 91.8 -- 82.3 9 -- -- --
10 -- -- -- ------ -- -- 97.4 -- 88.2 10 -- -- --
11 -- -- -- ------ -- -- -- -- 93.3 11 -- -- --
12 -- -- -- ------ -- -- -- -- 97.9 12 -- -- --
*Percent of stack diameter from inside wall to traverse point.
A = 23.8 ft.
B = 6.3 ft.
Depth of Duct = 39.75 in.
Number of traverse points on a diameter
Stack Diagram
Cross Sectional Area
LOCATION OF TRAVERSE POINTS Traverse
Point
% of
Diameter
Distance
from inside
wall
Distance
from
outside of
port
No. of Test Ports:
Number of Readings per Point:
Distance A:
Distance A Duct Diameters:
Distance B:
Distance B Duct Diameters:
Minimum Number of Traverse Points:
Actual Number of Traverse Points:
CIRCULAR DUCT
Cross Sectional Area of Duct:
Utah Metal Works - Salt Lake City, UT
Chopping Line Baghouse
AST-2024-3762
09/23/24
Stack Parameters
Duct Orientation:
Duct Design:
Distance from Far Wall to Outside of Port:
Nipple Length:
Depth of Duct:
Upstream
Disturbance
Downstream
Disturbance
B
A
19 of 52
Cyclonic Flow Check
Location Utah Metal Works - Salt Lake City, UT
Source Chopping Line Baghouse
Project No. AST-2024-3762
Date 9/23/24
Sample Point Angle (ΔP=0)
1 8
2 12
3 16
4 10
5 11
6 13
7 10
8 9
9 8
10 15
11 9
12 15
Average 11
20 of 52
Method 4 Data
Location
Source
Project No.
Parameter:
Run 1 Date:9/23/24
Impinger No.1234Total
Contents water water empty silica --
Initial Mass, g 684.3 698.0 647.3 943.9 2973.5
Final Mass, g 676.9 700.6 646.8 964.3 2988.6
Gain, g -7.4 2.6 -0.5 20.4 15.1
Run 2 Date:9/24/24
Impinger No.1234Total
Contents water water empty silica --
Initial Mass, g 676.9 700.6 646.8 964.3 2988.6
Final Mass, g 674.4 700.4 646.9 982.6 3004.3
Gain, g -2.5 -0.2 0.1 18.3 15.7
Run 3 Date:9/25/24
Impinger No.1234Total
Contents water water empty silica --
Initial Mass, g 674.4 700.4 646.9 982.6 3004.3
Final Mass, g 671.1 700.8 648.0 998.9 3018.8
Gain, g -3.3 0.4 1.1 16.3 14.5
Utah Metal Works - Salt Lake City, UT
Chopping Line Baghouse
AST-2024-3762
PM2.5
21 of 52
Field Data
Location: Start Time: Source:
Date: VALID End Time: Project No.:
1.0 % est.Ts (°F):75 Tm (°F):70 Ts-50°25 Ts+50°125 Mid 1 (cf):
25.82 in. Hg Est. Qs:0.438 cfm Est. Qs:0.398 Est. Qs:0.479 Mid 2 (cf):
-4.5 in. WC Est. µs:185.89 mpoise Est. µs:173.90 Est. µs:197.92 Mid 3 (cf):
25.49 in. Hg PR-704-1 glass Est. ΔH:0.477 in. WC Est. ΔH:0.479 Est. ΔH:0.477 Total (cf):
0.0 %P-1167 P-1167 FILTER NO.
21.0 %s-type s-type Pre Mid 1 Mid 2 Post 9419-C Pb: 25.82 in. Hg
79.0 %0.761 0.761 0.001 -- -- 0.002 Pg: -4.5 in. WC
28.84 lb/lb-mole 4 0.178 15 -- -- 10 O2: 21.0 %
28.73 lb/lb-mole 12 240 PASS -- -- PASS CO2: 0.0 %
Stack Probe Filter Imp. Exit CPM Filter
Amb. Amb. Amb. Amb. Amb.
70 Ideal Actual 70 -- 70 --
A1 21:19 0:21:19 0.72 78 0.47 0.48 3 79 -- 68 -- 0.45 91.5 10.55 2.33
2 21:45 0:43:04 0.75 77 0.48 0.48 3 80 -- 66 -- 0.46 92.0 10.34 2.26
3 22:03 1:05:07 0.77 75 0.48 0.48 3 80 -- 58 -- 0.46 90.8 10.33 2.25
4 20:24 1:25:31 0.66 76 0.48 0.48 3 79 -- 53 -- 0.45 96.3 10.47 2.30
5 19:56 1:45:27 0.63 78 0.48 0.48 3 79 -- 52 -- 0.46 100.6 10.34 2.26
6 18:48 2:04:15 0.56 76 0.48 0.48 3 79 -- 53 -- 0.45 104.8 10.45 2.30
B1 17:24 2:21:39 0.48 73 0.49 0.48 3 79 -- 54 -- 0.44 109.7 10.67 2.37
2 19:56 2:41:36 0.63 73 0.49 0.48 3 79 -- 55 -- 0.43 94.1 10.80 2.42
3 22:11 3:03:47 0.78 75 0.48 0.48 3 79 -- 57 -- 0.44 86.4 10.65 2.37
4 21:01 3:24:48 0.70 78 0.48 0.48 3 79 -- 59 -- 0.46 94.4 10.41 2.28
5 20:15 3:45:03 0.65 79 0.48 0.48 3 79 -- 60 -- 0.43 92.8 10.83 2.44
6 18:07 4:03:10 0.52 80 0.47 0.48 3 79 -- 58 -- 0.43 102.9 10.90 2.47
Max D50
Vac.2.5 um
243.2 min 106.836 ft3 0.65 in. WC 74.6 °F 76.5 °F 3 0.480 in. WC 95.8 2.34 1.6
Chopping Line Baghouse
AST-2024-3762 PM2.5
Y:
76
74
32.960
104.860
86.755
52.725
42.760
61.800
70.825
79.217
Utah Metal Works - Salt Lake City, UT
Run 19/23/24
STACK DATA (EST)EQUIPMENT STACK DATA (EST)
Gas Temps (°F)
Pitot Tube:
YqaΔH
75
75
76
75
75
75
75
76
Ts
12:21
16:33
Leak Rate (cfm):
114.275
Sa
m
p
l
e

P
o
i
n
t
130.504
Moisture:
Barometric:
Static Press:
Stack Press:
CO2:
O2:
N2/CO:
Md:
Ms:
Total
Time
Pump Vac (in Hg):
Gas Temperatures (°F)Orifice Press.
ΔH (in. WC)D50
[2.5 um]
70
Amb.Qs (acfm) D50
[10 um]
Pump
Vac
(in. Hg)
Nozzle ID/Dn (in.):
%
ISO
DGM Average
Pitot
Tube
ΔP
(in. WC)
VOLUME CORRECTION
STACK DATA (FINAL)
M5-2600
LEAK CHECKS
METER BOX:
ΔH@ (in. WC):
0.989
1.741
Pitot Type Cp/Cp':
Probe ID/Material:
Parameter:
+/- 50°F ΔH
10 um
D50Vm
Dry Gas Meter
Reading
(ft3)
23.668
Tm
73
95.235
122.880
Final DGM:
10.58
No. Pts/Time (min):
Pitot ID Cp/Cp':
Pitot Cp/Cp':
% ISOΔP
70
Actual Run Time
Dwell
Time
22 of 52
Field Data
Location: Start Time: Source:
Date: VALID End Time: Project No.:
1.0 % est.Ts (°F):77 Tm (°F):75 Ts-50°27 Ts+50°127 Mid 1 (cf):
25.82 in. Hg Est. Qs:0.439 cfm Est. Qs:0.399 Est. Qs:0.480 Mid 2 (cf):
-4.50 in. WC Est. µs:186.25 mpoise Est. µs:174.26 Est. µs:198.28 Mid 3 (cf):
25.49 in. Hg PR-701-1 glass Est. ΔH:0.481 in. WC Est. ΔH:0.479 Est. ΔH:0.477 Total (cf):
0.0 %P-1167 P-1167 FILTER NO.
21.0 %s-type s-type Pre Mid 1 Mid 2 Post 9429-C Pb: 25.81 in. Hg
79.0 %0.761 0.761 0.002 -- -- 0.002 Pg: -4.5 in. WC
28.84 lb/lb-mole 4 0.178 15 -- -- 10 O2: 21.0 %
28.73 lb/lb-mole 12 240 PASS -- -- PASS CO2: 0.0 %
Stack Probe Filter Imp. Exit CPM Filter
Amb. Amb. Amb. Amb. Amb.
-- Ideal Actual -- -- -- --
A1 19:59 0:19:59 0.65 64 0.49 0.49 3 70 -- 64 -- 0.44 96.8 10.41 2.26
2 20:36 0:40:35 0.69 63 0.50 0.49 3 73 -- 46 -- 0.44 93.9 10.40 2.26
3 22:43 1:03:18 0.84 67 0.49 0.49 3 75 -- 46 -- 0.43 82.4 10.68 2.37
4 21:45 1:25:04 0.77 66 0.49 0.49 3 75 -- 46 -- 0.44 88.1 10.49 2.30
5 20:18 1:45:21 0.67 68 0.49 0.49 3 75 -- 48 -- 0.43 91.8 10.72 2.38
6 18:03 2:03:24 0.53 70 0.49 0.49 3 76 -- 49 -- 0.43 102.3 10.80 2.42
B1 19:12 2:22:37 0.60 71 0.49 0.49 3 76 -- 50 -- 0.44 98.8 10.60 2.34
2 20:53 2:43:30 0.71 73 0.49 0.49 3 75 -- 54 -- 0.44 91.7 10.55 2.33
3 22:19 3:05:49 0.81 74 0.49 0.49 3 76 -- 52 -- 0.44 85.5 10.58 2.34
4 21:28 3:27:17 0.75 76 0.48 0.49 3 77 -- 53 -- 0.45 89.4 10.55 2.33
5 20:09 3:47:26 0.66 76 0.48 0.49 3 77 -- 55 -- 0.44 94.8 10.59 2.34
6 17:32 4:04:57 0.50 77 0.48 0.49 3 78 -- 57 -- 0.45 110.0 10.52 2.32
Max D50
Vac.2.5 um
245.0 min 106.388 ft3 0.68 in. WC 69.8 °F 70.4 °F 3 0.490 in. WC 93.1 2.34 -0.1
Actual Run Time
Final DGM:
Moisture:
Barometric:
Static Press:
Stack Press:
CO2:
O2:
N2/CO:
Md:
Ms:
Sa
m
p
l
e

P
o
i
n
t
Dwell
Time
9/24/24
9:30Utah Metal Works - Salt Lake City, UT
Run 2 13:39
STACK DATA (EST)VOLUME CORRECTION
68
Y:
ΔH@ (in. WC):
0.989
1.741
Chopping Line Baghouse
AST-2024-3762 PM2.5Parameter:
+/- 50°F ΔHSTACK DATA (EST) EQUIPMENT
66
Total
Time
M5-2600METER BOX:
76
70
75
66
193.215
212.115
221.545
168.745
177.325
140.500
230.360
Probe ID/Material:
202.355
184.904
Dry Gas Meter
Reading
(ft3)
Nozzle ID/Dn (in.):
131.724
159.265
149.585
74
66
238.112
10 um
D50Vm
Pump Vac (in Hg):
Pitot Tube:
D50
[2.5 um]
D50
[10 um]
Orifice Press.
ΔH (in. WC)
Gas Temps (°F)
Qs (acfm)
Pump
Vac
(in. Hg)
10.60
67
Pitot Cp/Cp':
STACK DATA (FINAL)
Pitot
Tube
ΔP
(in. WC)
No. Pts/Time (min):
Leak Rate (cfm):
LEAK CHECKS
Gas Temperatures (°F)
64
--
DGM Average
Amb.
Pitot ID Cp/Cp':
Pitot Type Cp/Cp':
%
ISO
YqaΔH% ISOTsΔPTm
74
72
23 of 52
Field Data
Location: Start Time: Source:
Date: VALID End Time: Project No.:
1.0 % est.Ts (°F):70 Tm (°F):70 Ts-50°20 Ts+50°120 Mid 1 (cf):
25.81 in. Hg Est. Qs:0.434 cfm Est. Qs:0.395 Est. Qs:0.475 Mid 2 (cf):
-4.50 in. WC Est. µs:184.79 mpoise Est. µs:172.81 Est. µs:196.82 Mid 3 (cf):
25.48 in. Hg PR-701-1 glass Est. ΔH:0.477 in. WC Est. ΔH:0.480 Est. ΔH:0.476 Total (cf):
0.0 %P-1167 P-1167 FILTER NO.
21.0 %s-type s-type Pre Mid 1 Mid 2 Post 9382-C Pb: 25.75 in. Hg
79.0 %0.761 0.761 0.002 -- -- 0.003 Pg: -4.5 in. WC
28.84 lb/lb-mole 4 0.178 15 -- -- 10 O2: 21.0 %
28.73 lb/lb-mole 12 240 PASS -- -- PASS CO2: 0.0 %
Stack Probe Filter Imp. Exit CPM Filter
Amb. Amb. Amb. Amb. Amb.
-- Ideal Actual -- -- -- --
A1 19:53 0:19:53 0.67 69 0.47 0.47 3 71 -- 67 -- 0.44 94.6 10.50 2.30
2 20:54 0:40:47 0.74 68 0.47 0.47 3 72 -- 56 -- 0.43 87.9 10.67 2.36
3 22:00 1:02:47 0.82 70 0.47 0.47 3 74 -- 57 -- 0.44 84.3 10.61 2.35
4 20:28 1:23:15 0.71 71 0.47 0.47 3 75 -- 57 -- 0.44 91.8 10.52 2.31
5 19:08 1:42:22 0.62 73 0.47 0.47 3 75 -- 58 -- 0.44 97.7 10.57 2.34
6 17:21 1:59:43 0.51 74 0.47 0.47 3 76 -- 59 -- 0.43 104.6 10.80 2.42
B1 19:08 2:18:51 0.62 76 0.47 0.47 3 77 -- 59 -- 0.45 99.3 10.47 2.30
2 21:19 2:40:10 0.77 77 0.46 0.47 3 77 -- 61 -- 0.45 89.0 10.49 2.31
3 22:16 3:02:25 0.84 78 0.46 0.47 3 79 -- 58 -- 0.45 85.2 10.50 2.31
4 20:54 3:23:19 0.74 80 0.46 0.47 3 81 -- 55 -- 0.46 91.5 10.46 2.30
5 18:58 3:42:17 0.61 82 0.46 0.47 3 83 -- 54 -- 0.45 99.7 10.55 2.34
6 18:11 4:00:28 0.56 83 0.46 0.47 3 83 -- 55 -- 0.43 98.8 10.94 2.49
Max D50
Vac.2.5 um
240.5 min 103.814 ft3 0.68 in. WC 67.4 °F 75.1 °F 3 0.470 in. WC 93.0 2.36 1.5
Dwell
Time
9/25/24
9:15Utah Metal Works - Salt Lake City, UT
Run 3 13:20
STACK DATA (EST)
Moisture:
Barometric:
Static Press:
VOLUME CORRECTION
Chopping Line Baghouse
AST-2024-3762 PM2.5
STACK DATA (EST) EQUIPMENT
307.565
289.826
Dry Gas Meter
Reading
(ft3)
247.275
334.925
238.702
265.485
256.105
Vm
M5-2600METER BOX:
Nozzle ID/Dn (in.):
Pitot Cp/Cp':
68
Stack Press:
CO2:
O2:
N2/CO:
Md:
Ms:
Sa
m
p
l
e

P
o
i
n
t
73
62
298.215
317.355
326.610
274.340
282.570
63
Total
Time
YqaΔH% ISOTsΔPTm
342.516Final DGM:
Actual Run Time
Pump Vac (in Hg):
Pitot Tube:
D50
[2.5 um]
D50
[10 um]
Orifice Press.
ΔH (in. WC)
Gas Temps (°F)
Qs (acfm)
Pump
Vac
(in. Hg)
STACK DATA (FINAL)
Pitot
Tube
ΔP
(in. WC)
No. Pts/Time (min):
Leak Rate (cfm):
LEAK CHECKS
Gas Temperatures (°F)
--
DGM Average
Amb.
%
ISO
Parameter:
+/- 50°F ΔH
10 um
D50
10.62
0.989
1.741
Y:
ΔH@ (in. WC):
Probe ID/Material:
Pitot ID Cp/Cp':
Pitot Type Cp/Cp':
61
66
71
69
65
72
64
75
24 of 52

Appendix C

25 of 52
Version No. LT 2020-00_20.0
Project No. AST-2024-3762
Alliance Technical Group, LLC
Analytical Services
5530 Marshall St.
Arvada, CO 80002
[phone]
www.alliancetg.com
Analytical Laboratory Report
Utah Metal Works, Inc.
805 Everett Ave.
Salt Lake City, UT 84116
26 of 52
Laboratory Analyst II
Date
Certification Statement
Alliance Source Testing, LLC (AST) has completed the analysis as described in this report.
Results apply only to the source(s) tested and operating condition(s) for the specific test
date(s) and time(s) identified within this report. All results are intended to be considered in
their entirety, and AST is not responsible for use of less than the complete test report without
written consent. This report shall not be reproduced in full or in part without written approval
from the customer.
To the best of my knowledge and abilities, all information, facts and test data are correct.
Data presented in this report has been checked for completeness and is accurate, error-free
and legible. Any deviations or problems are detailed in the relevant sections on the test
report.
This document was prepared in portable document format (.pdf) and contains pages as
identified in the bottom footer of this document.
Validation Signature
The analytical data and all QC contained within this report was reviewed and validated by
the following individual.
Rebecca Pope
2 of 21
Digitally signed by Rebecca PopeDN: OU=Alliance Technical Group, O=Alliance Analytical Services, CN=Rebecca Pope, E=[e-mail]: I have reviewed this documentLocation: Date: 2024.10.07 10:23:06-05'00'Foxit PDF Editor Version: 12.1.4
27 of 52
Project Narrative
Analytical Method(s):Method 201A - Determination of PM10 and PM2.5 Emissions from stationary Sources
Filterable The filter(s) were either oven dried and/or desiccated per the method until a final
weight was obtained. The liquid fractions were extracted if required, evaporated and
cooled until a final weight was obtained. These fractions were summed together to
provide the total Particulate Matter collected.
MDL The Minimum Detection Level (MDL)is 0.5 mg per fraction.If the measured result for a
fraction is less than the MDL, the MDL was used in ensuing calculations.
Blank Correction If blank correction is performed,only blank values returned higher than the MDL are
used. If a blank returns a value less than the MDL, no correction is included. Method
202 Recovery Blank corrections are applied by fraction (inorganic subtracted from
inorganic; organic subtracted from organic).
Custody:The samples were received by Dmitry Usav on 9/30/24 at 12:30 in Arvada, CO. The
samples were received in good condition with proper Chain-of-Custody
documentation. No apparent container problems were noted upon receipt. Prior to
analysis, the samples were kept secure with access limited to authorized personnel of
AST.
Number of Samples:13
Labeling: Acceptable
Analyst:Eric Grosjean - Technical Director
Cory Manshack-Assistant Laboratory Manager
Ryan Gillett-Laboratory Analyst II
Carson Williamson-Laboratory Analyst I
Dmitry Usav-Laboratory Analyst II
Equipment:Mettler Toledo Balance ML-104, SN B217893065. This scale was used for analytical
determinations of filters and rinse vessels.
Denver Instruments Balance TB-6201, SN 17904189. This scale was used to measure the
total mass of rinse collected for blank correction.
Analysis was performed on the same balance as the associated tare.
Quincy Lab Inc oven, 30CG, SN G3-012673.
QC Notes:The samples met the minimum criteria established by the relevant method.
Reporting Notes:
3 of 21
28 of 52
Client
City, State
Project No.
Method
Lab ID
Field ID
Filter ID 9419 Foil -C 9429 Foil -C 9382 Foil -C
Filter tare, g
Date - Desiccator
Time - Desiccator
Date of Weighing 10/1/24 10/2/24 10/1/24 10/2/24 10/1/24 10/2/24
Time of Weighing 14:22 7:08 14:22 7:08 14:22 7:08
Filter Weight, g 1.0492 1.0491 0.9697 0.9701 1.0615 1.0611
Filter PM Mass, mg*
Lab ID
Field ID
Beaker ID
Beaker tare, g
Beaker Acetone, g
Acetone Mass, g
Date - Desiccator
Time - Desiccator
Date of Weighing 10/2/24 10/3/24 10/3/24 10/4/24 10/2/24 10/3/24
Time of Weighing 11:48 7:01 7:01 12:55 11:48 7:01
Weight, g 4.1272 4.1270 4.1267 4.1268 4.1348 4.1349
>PM10 Mass, mg*
Lab ID
Field ID
Beaker ID
Beaker tare, g
Beaker Acetone, g
Acetone Mass, g
Date - Desiccator
Time - Desiccator
Date of Weighing 10/2/24 10/3/24 10/2/24 10/3/24 10/2/24 10/3/24
Time of Weighing 11:48 7:01 11:48 7:01 11:48 7:01
Weight, g 4.1207 4.1204 4.1276 4.1274 4.1700 4.1701
PM10 Mass, mg*
Lab ID
Field ID
Beaker ID
Beaker tare, g
Beaker Acetone, g
Acetone Mass, g
Date - Desiccator
Time - Desiccator
Date of Weighing 10/2/24 10/3/24 10/2/24 10/3/24 10/2/24 10/3/24
Time of Weighing 11:48 7:01 11:48 7:01 11:48 7:01
Weight, g 4.1190 4.1192 4.1441 4.1437 4.1175 4.1174
PM2.5 Mass, mg*
Blank Corrected
*The total results have been calculated based on MDL values for any sample fractions which were below the MDL.
23.8 21.9 26.2
4.1687
M201A-Chopping Line Baghouse-Run 3 Cont. 3
33622 33615 33630
M201A-Chopping Line Baghouse-Run 2 Cont. 3
<=PM 10 Rinse
4.1420 4.1163
33634 33632 33639
4.1174
<PM 2.5 Rinse
D48200 D48204
M201A-Chopping Line Baghouse-Run 1 Cont. 4 M201A-Chopping Line Baghouse-Run 2 Cont. 4 M201A-Chopping Line Baghouse-Run 3 Cont. 4
D48208
11:36
24.3
20.5 26.7
16.4 22.6
10/1/24
19.7 22.0
11:36 11:36
10/1/24 10/1/24
28.4
No
11:36 11:36
10/1/24 10/1/24
1.7 2.0 1.1
10/1/24 10/1/24 10/1/24
11:36
D48199 D48203
4.1193 4.1267
17.8
M201A-Chopping Line Baghouse-Run 1 Cont. 3
Utah Metal Works, Inc.
Salt Lake City, UT 84116
AST-2024-3762
EPA Method 201A
9/30/24 9/30/24
M201A-Chopping Line Baghouse-Run 2 Cont. 1 M201A-Chopping Line Baghouse-Run 3 Cont. 1
1.0487 0.9699 1.0611
9/30/24
Front Half Filter
D48197 D48201 D48205
M201A-Chopping Line Baghouse-Run 1 Cont. 1
>PM10 Rinse
D48198 D48202 D48206
M201A-Chopping Line Baghouse-Run 1 Cont. 2 M201A-Chopping Line Baghouse-Run 2 Cont. 2 M201A-Chopping Line Baghouse-Run 3 Cont. 2
25.6 31.9
34.1 21.5 27.8
11:36
33606 33604
11:36
38.2
11:36
1.3 0.8 1.4
D48207
13:15 13:15 13:15
0.5 0.5 0.5
10/1/24
1.50.9 2.5
33608
4.1262 4.1242 4.1334
4 of 21
29 of 52
Client
City, State
Project No.
Method
Lab ID
Field ID
Beaker ID
Beaker tare, g
Beaker Acetone, g
Acetone Mass, g
Date - Desiccator
Time - Desiccator
Date of Weighing 10/3/24 10/4/24
Time of Weighing 14:27 7:17
Weight, g 4.1379 4.1376
Solvent Blank Mass, mg*
11:36
45.8
10/1/24
49.9
0.00
D48209
M201A Acetone Blank
33605
4.1375
Acetone Blank
Utah Metal Works, Inc.
EPA Method 201A
AST-2024-3762
Salt Lake City, UT 84116
5 of 21
30 of 52
6 of 21
31

of

52
7 of 21
32 of 52
8 of 21
33 of 52
9 of 21
34 of 52
10 of 21
35 of 52
11 of 21
36 of 52
12 of 21
37 of 52
13 of 21
38 of 52
14 of 21
39 of 52
15 of 21
40 of 52
16 of 21
41 of 52
17 of 21
42 of 52
18 of 21
43 of 52
19 of 21
44 of 52
9381 -C 0.1558 ESS GF2-108-HT 511014 0.1556 4/15/22 15:08 JY 0.1559 5/9/22 16:47 JY Pass
1.0547 ESS GF2-108-HT 511014 1.0546 5/9/22 16:48 JY 1.0547 5/11/22 15:34 JY Pass9382 -C 0.1558 ESS GF2-108-HT 511014 0.1558 4/15/22 13:24 JY 0.1557 5/9/22 15:41 JY Pass1.0611 ESS GF2-108-HT 511014 1.0610 4/15/22 13:25 JY 1.0612 5/9/22 15:42 JY Pass9383 -C 0.1555 ESS GF2-108-HT 511014 0.1554 4/15/22 15:06 JY 0.1556 5/9/22 16:14 JY Pass1.0314 ESS GF2-108-HT 511014 1.0312 4/15/22 15:07 JY 1.0315 5/9/22 16:14 JY Pass9384 -C 0.1564 ESS GF2-108-HT 511014 0.1562 4/15/22 15:19 JY 0.1565 5/9/22 16:42 JY Pass1.0408 ESS GF2-108-HT 511014 1.0406 4/15/22 15:19 JY 1.0410 5/9/22 16:43 JY Pass
9385 -C 0.1569 ESS GF2-108-HT 511014 0.1568 4/15/22 15:10 JY 0.1569 5/9/22 16:48 JY Pass
0.9666 ESS GF2-108-HT 511014 0.9664 4/15/22 15:11 JY 0.9668 5/9/22 16:49 JY Pass
9386 -C 0.1596 ESS GF2-108-HT 511014 0.1595 4/15/22 15:20 JY 0.1597 5/9/22 16:40 JY Pass1.1217 ESS GF2-108-HT 511014 1.1215 4/15/22 15:21 JY 1.1219 5/9/22 16:40 JY Pass9387 -C 0.1573 ESS GF2-108-HT 511014 0.1572 4/15/22 12:55 JY 0.1573 5/9/22 15:05 JY Pass1.1104 ESS GF2-108-HT 511014 1.1102 5/9/22 15:12 JY 1.1105 5/11/22 15:30 JY Pass9388 -C 0.1573 ESS GF2-108-HT 511014 0.1571 4/15/22 14:57 JY 0.1574 5/9/22 16:34 JY Pass0.9205 ESS GF2-108-HT 511014 0.9203 4/15/22 14:58 JY 0.9206 5/9/22 16:34 JY Pass
9389 -C 0.1560 ESS GF2-108-HT 511014 0.1558 4/15/22 14:56 JY 0.1561 5/9/22 16:23 JY Pass
1.0330 ESS GF2-108-HT 511014 1.0328 4/15/22 14:56 JY 1.0332 5/9/22 16:23 JY Pass9390 -C 0.1573 ESS GF2-108-HT 511014 0.1573 4/15/22 14:20 JY 0.1573 5/9/22 16:20 JY Pass1.0627 ESS GF2-108-HT 511014 1.0627 4/15/22 14:22 JY 1.0626 5/9/22 16:21 JY Pass9391 -C 0.1535 ESS GF2-108-HT 511014 0.1534 4/15/22 13:22 JY 0.1536 5/9/22 15:31 JY Pass1.0737 ESS GF2-108-HT 511014 1.0736 4/15/22 13:23 JY 1.0737 5/9/22 15:32 JY Pass9392 -C 0.1559 ESS GF2-108-HT 511014 0.1557 4/15/22 14:16 JY 0.1560 5/9/22 15:48 JY Pass
1.0286 ESS GF2-108-HT 511014 1.0284 4/15/22 14:17 JY 1.0288 5/9/22 15:48 JY Pass
9393 -C 0.1586 ESS GF2-108-HT 511014 0.1584 4/15/22 14:31 JY 0.1587 5/9/22 15:58 JY Pass1.0174 ESS GF2-108-HT 511014 1.0172 4/15/22 14:32 JY 1.0176 5/9/22 15:59 JY Pass9394 -C 0.1540 ESS GF2-108-HT 511014 0.1539 4/15/22 13:20 JY 0.1541 5/9/22 15:44 JY Pass0.9766 ESS GF2-108-HT 511014 0.9765 5/9/22 15:45 JY 0.9767 5/11/22 15:33 JY Pass9395 -C 0.1571 ESS GF2-108-HT 511014 0.1569 4/15/22 15:12 JY 0.1572 5/9/22 16:45 JY Pass1.0157 ESS GF2-108-HT 511014 1.0155 4/15/22 15:13 JY 1.0159 5/9/22 16:46 JY Pass
9396 -C 0.1558 ESS GF2-108-HT 511014 0.1556 4/15/22 13:12 JY 0.1559 5/9/22 16:07 JY Pass
0.9963 ESS GF2-108-HT 511014 0.9962 5/9/22 16:08 JY 0.9963 5/11/22 15:38 JY Pass
9397 -C 0.1562 ESS GF2-108-HT 511014 0.1562 4/15/22 14:22 JY 0.1561 5/9/22 16:24 JY Pass0.9444 ESS GF2-108-HT 511014 0.9444 4/15/22 14:24 JY 0.9444 5/9/22 16:24 JY Pass9398 -C 0.1551 ESS GF2-108-HT 511014 0.1549 4/15/22 12:48 JY 0.1553 5/9/22 15:50 JY Pass1.0240 ESS GF2-108-HT 511014 1.0239 5/9/22 15:51 JY 1.0241 5/11/22 15:30 JY Pass9399 -C 0.1576 ESS GF2-108-HT 511014 0.1575 4/15/22 12:51 JY 0.1577 5/9/22 15:37 JY Pass0.9266 ESS GF2-108-HT 511014 0.9267 5/9/22 15:38 JY 0.9265 5/11/22 15:33 JY Pass
9400 -C 0.1553 ESS GF2-108-HT 511014 0.1552 4/15/22 14:40 JY 0.1554 5/9/22 16:06 JY Pass
1.0608 ESS GF2-108-HT 511014 1.0608 4/15/22 14:43 JY 1.0608 5/9/22 16:07 JY Pass9401 -C 0.1546 ESS GF2-108-HT 511014 0.1546 4/15/22 14:18 JY 0.1546 5/9/22 15:46 JY Pass0.8212 ESS GF2-108-HT 511014 0.8212 4/15/22 14:20 JY 0.8212 5/9/22 15:47 JY Pass9402 -C 0.1545 ESS GF2-108-HT 511014 0.1545 4/15/22 15:22 JY 0.1545 5/9/22 16:38 JY Pass0.8560 ESS GF2-108-HT 511014 0.8558 4/15/22 15:23 JY 0.8561 5/9/22 16:39 JY Pass9403 -C 0.1545 ESS GF2-108-HT 511014 0.1543 4/15/22 14:58 JY 0.1547 5/9/22 16:36 JY Pass1.0229 ESS GF2-108-HT 511014 1.0227 4/15/22 15:00 JY 1.0231 5/9/22 16:37 JY Pass
9404 -C 0.1566 ESS GF2-108-HT 511014 0.1565 4/15/22 12:54 JY 0.1567 5/9/22 15:23 JY Pass0.9910 ESS GF2-108-HT 511014 0.9908 4/15/22 12:54 JY 0.9912 5/9/22 15:24 JY Pass9405 -C 0.1551 ESS GF2-108-HT 511014 0.1552 4/15/22 15:00 JY 0.1549 5/11/22 15:36 JY Pass1.0619 ESS GF2-108-HT 511014 1.0619 5/9/22 16:18 JY 1.0619 5/11/22 15:36 JY Pass9406 -C 0.1571 ESS GF2-108-HT 511014 0.1569 4/15/22 14:52 JY 0.1572 5/9/22 16:30 JY Pass1.1146 ESS GF2-108-HT 511014 1.1144 4/15/22 14:53 JY 1.1147 5/9/22 16:31 JY Pass9407 -C 0.1557 ESS GF2-108-HT 511014 0.1555 4/15/22 13:10 JY 0.1558 5/9/22 15:17 JY Pass
1.0762 ESS GF2-108-HT 511014 1.0761 5/9/22 15:21 JY 1.0763 5/11/22 15:29 JY Pass9408 -C 0.1556 ESS GF2-108-HT 511014 0.1554 4/15/22 14:12 JY 0.1557 5/9/22 15:49 JY Pass1.0499 ESS GF2-108-HT 511014 1.0497 4/15/22 14:13 JY 1.0501 5/9/22 15:49 JY Pass9409 -C 0.1540 ESS GF2-108-HT 511014 0.1538 4/15/22 12:40 JY 0.1542 5/9/22 15:33 JY Pass1.0397 ESS GF2-108-HT 511014 1.0396 4/15/22 12:39 JY 1.0397 5/9/22 15:33 JY Pass9410 -C 0.1547 ESS GF2-108-HT 511014 0.1546 4/15/22 14:38 JY 0.1547 5/9/22 16:04 JY Pass1.0848 ESS GF2-108-HT 511014 1.0849 5/9/22 16:05 JY 1.0847 5/11/22 15:32 JY Pass
9411 -C 0.1563 ESS GF2-108-HT 511014 0.1561 4/15/22 13:02 JY 0.1565 5/9/22 15:24 JY Pass
0.9756 ESS GF2-108-HT 511014 0.9754 4/15/22 13:03 JY 0.9758 5/9/22 15:25 JY Pass
9412 -C 0.1574 ESS GF2-108-HT 511014 0.1574 4/15/22 14:43 JY 0.1574 5/9/22 16:01 JY Pass1.0262 ESS GF2-108-HT 511014 1.0262 4/15/22 14:44 JY 1.0262 5/9/22 16:02 JY Pass9413 -C 0.1534 ESS GF2-108-HT 511014 0.1532 4/15/22 13:29 JY 0.1535 5/9/22 16:11 JY Pass0.9703 ESS GF2-108-HT 511014 0.9701 4/15/22 13:30 JY 0.9705 5/9/22 16:12 JY Pass9414 -C 0.1550 ESS GF2-108-HT 511014 0.1548 4/15/22 14:46 JY 0.1551 5/9/22 16:25 JY Pass1.0755 ESS GF2-108-HT 511014 1.0754 4/15/22 14:48 JY 1.0756 5/9/22 16:25 JY Pass
9415 -C 0.1563 ESS GF2-108-HT 511014 0.1562 4/15/22 13:05 JY 0.1564 5/9/22 15:26 JY Pass
1.0617 ESS GF2-108-HT 511014 1.0615 4/15/22 13:08 JY 1.0619 5/9/22 15:26 JY Pass9416 -C 0.1538 ESS GF2-108-HT 511014 0.1539 5/9/22 16:10 JY 0.1537 5/11/22 15:37 JY Pass1.0180 ESS GF2-108-HT 511014 1.0180 5/9/22 16:11 JY 1.0180 5/11/22 15:38 JY Pass9417 -C 0.1534 ESS GF2-108-HT 511014 0.1534 4/15/22 13:00 JY 0.1533 5/9/22 15:38 JY Pass1.0847 ESS GF2-108-HT 511014 1.0845 4/15/22 13:01 JY 1.0849 5/9/22 15:39 JY Pass9418 -C 0.1544 ESS GF2-108-HT 511014 0.1542 4/15/22 15:04 JY 0.1545 5/9/22 16:15 JY Pass
1.0825 ESS GF2-108-HT 511014 1.0824 5/9/22 16:18 JY 1.0825 5/11/22 15:37 JY Pass
9419 -C 0.1533 ESS GF2-108-HT 511014 0.1532 4/15/22 14:14 JY 0.1533 5/9/22 15:52 JY Pass1.0487 ESS GF2-108-HT 511014 1.0485 4/15/22 14:16 JY 1.0488 5/9/22 15:52 JY Pass9420 -C 0.1567 ESS GF2-108-HT 511014 0.1565 4/15/22 15:14 JY 0.1568 5/9/22 16:44 JY Pass1.0956 ESS GF2-108-HT 511014 1.0956 5/9/22 16:45 JY 1.0956 5/11/22 15:34 JY Pass9421 -C 0.1541 ESS GF2-108-HT 511014 0.1542 5/9/22 16:03 JY 0.1540 5/11/22 15:40 JY Pass1.0229 ESS GF2-108-HT 511014 1.0228 5/9/22 16:04 JY 1.0229 5/11/22 15:40 JY Pass
9422 -C 0.1568 ESS GF2-108-HT 511014 0.1566 4/15/22 14:52 JY 0.1570 5/9/22 15:05 JY Pass
1.0977 ESS GF2-108-HT 511014 1.0976 5/9/22 15:14 JY 1.0978 5/11/22 15:29 JY Pass
9423 -C 0.1553 ESS GF2-108-HT 511014 0.1553 4/15/22 12:57 JY 0.1553 5/9/22 15:14 JY Pass1.1093 ESS GF2-108-HT 511014 1.1091 4/15/22 12:58 JY 1.1095 5/9/22 15:15 JY Pass9424 -C 0.1560 ESS GF2-108-HT 511014 0.1559 4/15/22 15:16 JY 0.1561 5/9/22 16:41 JY Pass1.0180 ESS GF2-108-HT 511014 1.0178 4/15/22 15:17 JY 1.0181 5/9/22 16:42 JY Pass9425 -C 0.1573 ESS GF2-108-HT 511014 0.1572 4/15/22 14:26 JY 0.1574 5/9/22 16:27 JY Pass0.9892 ESS GF2-108-HT 511014 0.9891 5/9/22 16:27 JY 0.9892 5/11/22 15:34 JY Pass
9426 -C 0.1540 ESS GF2-108-HT 511014 0.1539 4/15/22 15:02 JY 0.1540 5/9/22 16:21 JY Pass
1.0135 ESS GF2-108-HT 511014 1.0133 4/15/22 15:04 JY 1.0137 5/9/22 16:22 JY Pass9427 -C 0.1548 ESS GF2-108-HT 511014 0.1546 4/15/22 14:29 JY 0.1550 5/9/22 15:57 JY Pass1.0531 ESS GF2-108-HT 511014 1.0529 4/15/22 14:31 JY 1.0532 5/9/22 15:57 JY Pass9428 -C 0.1580 ESS GF2-108-HT 511014 0.1578 4/15/22 14:24 JY 0.1582 5/9/22 16:32 JY Pass1.0264 ESS GF2-108-HT 511014 1.0262 4/15/22 14:26 JY 1.0265 5/9/22 16:32 JY Pass9429 -C 0.1537 ESS GF2-108-HT 511014 0.1536 4/15/22 12:44 JY 0.1538 5/9/22 15:41 JY Pass0.9699 ESS GF2-108-HT 511014 0.9698 4/15/22 12:43 JY 0.9699 5/9/22 15:41 JY Pass
9430 -C 0.1575 ESS GF2-108-HT 511014 0.1573 4/15/22 14:48 JY 0.1577 5/9/22 16:28 JY Pass1.0665 ESS GF2-108-HT 511014 1.0663 4/15/22 14:49 JY 1.0667 5/9/22 16:29 JY Pass9431 -C 0.1561 ESS GF2-108-HT 511014 0.1559 4/15/22 14:28 JY 0.1563 5/9/22 15:54 JY Pass1.1316 ESS GF2-108-HT 511014 1.1315 5/9/22 15:56 JY 1.1316 5/11/22 15:28 JY Pass9432 -C 0.1541 ESS GF2-108-HT 511014 0.1539 4/15/22 14:54 JY 0.1543 5/9/22 16:19 JY Pass1.0390 ESS GF2-108-HT 511014 1.0388 4/15/22 14:55 JY 1.0392 5/9/22 16:19 JY Pass9433 -C 0.1530 ESS GF2-108-HT 511014 0.1528 4/15/22 13:15 JY 0.1531 5/9/22 16:08 JY Pass
1.1016 ESS GF2-108-HT 511014 1.1014 4/15/22 14:34 JY 1.1017 5/9/22 16:09 JY Pass
9434 -C 0.1550 ESS GF2-108-HT 511014 0.1549 4/15/22 14:34 JY 0.1550 5/9/22 15:59 JY Pass1.1025 ESS GF2-108-HT 511014 1.1025 5/9/22 16:02 JY 1.1025 5/11/22 15:35 JY Pass9435 -C 0.1550 ESS GF2-108-HT 511014 0.1548 4/15/22 14:50 JY 0.1551 5/9/22 16:35 JY Pass1.0827 ESS GF2-108-HT 511014 1.0825 4/15/22 14:51 JY 1.0828 5/9/22 16:36 JY Pass9436 -C 0.1551 ESS GF2-108-HT 511014 0.1551 4/15/22 13:28 JY 0.1550 5/9/22 15:43 JY Pass1.0706 ESS GF2-108-HT 511014 1.0705 5/9/22 15:43 JY 1.0706 5/11/22 15:40 JY Pass9437 -C 0.1556 ESS GF2-108-HT 511014 0.1555 11/3/22 12:58 JY 0.1557 11/4/22 11:17 JY Pass
1.0332 ESS GF2-108-HT 511014 1.0331 11/3/22 12:57 JY 1.0332 11/4/22 11:16 JY Pass9438 -C 0.1533 ESS GF2-108-HT 511014 0.1531 11/3/22 13:55 JY 0.1534 11/4/22 11:19 JY Pass1.0574 ESS GF2-108-HT 511014 1.0572 11/3/22 13:53 JY 1.0575 11/4/22 11:19 JY Pass9439 -C 0.1560 ESS GF2-108-HT 511014 0.1559 11/3/22 13:57 JY 0.1560 11/4/22 11:20 JY Pass1.2124 ESS GF2-108-HT 511014 1.2122 11/3/22 13:56 JY 1.2125 11/4/22 11:20 JY Pass9440 -C 0.1575 ESS GF2-108-HT 511014 0.1575 11/3/22 13:59 JY 0.1574 11/4/22 11:22 JY Pass0.7826 ESS GF2-108-HT 511014 0.7825 11/3/22 14:00 JY 0.7826 11/4/22 11:21 JY Pass
9441 -C 0.1590 ESS GF2-108-HT 511014 0.1589 11/3/22 13:20 JY 0.1591 11/4/22 11:25 JY Pass
1.0650 ESS GF2-108-HT 511014 1.0649 11/3/22 13:20 JY 1.0651 11/4/22 11:24 JY Pass9442 -C 0.1546 ESS GF2-108-HT 511014 0.1545 11/3/22 13:22 JY 0.1546 11/4/22 11:26 JY Pass0.8454 ESS GF2-108-HT 511014 0.8454 11/3/22 13:21 JY 0.8454 11/4/22 11:26 JY Pass9443 -C 0.1583 ESS GF2-108-HT 511014 0.1583 11/3/22 13:24 JY 0.1583 11/4/22 11:28 JY Pass1.2034 ESS GF2-108-HT 511014 1.2034 11/3/22 13:23 JY 1.2033 11/4/22 11:27 JY Pass9444 -C 0.1525 ESS GF2-108-HT 511014 0.1524 11/3/22 13:26 JY 0.1526 11/4/22 11:36 JY Pass
1.3969 ESS GF2-108-HT 511014 1.3967 11/3/22 13:24 JY 1.3970 11/4/22 11:35 JY Pass
9445 -C 0.1546 ESS GF2-108-HT 511014 0.1546 11/3/22 13:28 JY 0.1545 11/4/22 11:38 JY Pass0.9604 ESS GF2-108-HT 511014 0.9603 11/3/22 13:27 JY 0.9604 11/4/22 11:37 JY Pass9446 -C 0.1558 ESS GF2-108-HT 511014 0.1556 11/3/22 13:29 JY 0.1559 11/4/22 11:40 JY Pass1.2112 ESS GF2-108-HT 511014 1.2111 11/3/22 13:28 JY 1.2112 11/4/22 11:39 JY Pass9447 -C 0.1534 ESS GF2-108-HT 511014 0.1535 11/1/22 14:59 JY 0.1532 11/3/22 13:30 JY Pass0.9651 ESS GF2-108-HT 511014 0.9651 11/1/22 14:58 JY 0.9650 11/3/22 13:30 JY Pass
9448 -C 0.1575 ESS GF2-108-HT 511014 0.1576 11/1/22 15:04 JY 0.1574 11/3/22 13:32 JY Pass
1.0571 ESS GF2-108-HT 511014 1.0571 11/1/22 15:03 JY 1.0570 11/3/22 13:31 JY Pass
9449 -C 0.1561 ESS GF2-108-HT 511014 0.1560 11/3/22 13:34 JY 0.1561 11/4/22 11:41 JY Pass1.1655 ESS GF2-108-HT 511014 1.1653 11/3/22 13:33 JY 1.1657 11/4/22 11:40 JY Pass9450 -C 0.1555 ESS GF2-108-HT 511014 0.1554 11/1/22 15:05 JY 0.1556 11/3/22 13:36 JY Pass0.8187 ESS GF2-108-HT 511014 0.8187 11/1/22 15:05 JY 0.8187 11/3/22 13:35 JY Pass9451 -C 0.1569 ESS GF2-108-HT 511014 0.1569 11/3/22 13:38 JY 0.1568 11/4/22 11:42 JY Pass0.8635 ESS GF2-108-HT 511014 0.8635 11/3/22 13:37 JY 0.8634 11/4/22 11:42 JY Pass
9452 -C 0.1559 ESS GF2-108-HT 511014 0.1559 11/3/22 13:40 JY 0.1558 11/4/22 11:44 JY Pass
0.8964 ESS GF2-108-HT 511014 0.8965 11/3/22 13:39 JY 0.8962 11/4/22 11:43 JY Pass9453 -C 0.1576 ESS GF2-108-HT 511014 0.1576 11/1/22 15:02 JY 0.1576 11/3/22 13:42 JY Pass0.9063 ESS GF2-108-HT 511014 0.9063 11/1/22 15:01 JY 0.9062 11/3/22 13:41 JY Pass9454 -C 0.1563 ESS GF2-108-HT 511014 0.1563 11/3/22 14:02 JY 0.1563 11/4/22 11:46 JY Pass0.9041 ESS GF2-108-HT 511014 0.9040 11/3/22 14:01 JY 0.9041 11/4/22 11:45 JY Pass9455 -C 0.1569 ESS GF2-108-HT 511014 0.1569 11/1/22 15:01 JY 0.1568 11/3/22 13:00 JY Pass0.9825 ESS GF2-108-HT 511014 0.9826 11/1/22 15:00 JY 0.9824 11/3/22 12:59 JY Pass
9456 -C 0.1528 ESS GF2-108-HT 511014 0.1528 11/3/22 14:04 JY 0.1528 11/4/22 11:47 JY Pass0.9726 ESS GF2-108-HT 511014 0.9725 11/3/22 14:05 JY 0.9727 11/4/22 11:47 JY Pass9457 -C 0.1537 ESS GF2-108-HT 511014 0.1536 11/1/22 15:07 JY 0.1537 11/3/22 14:06 JY Pass1.0402 ESS GF2-108-HT 511014 1.0402 11/1/22 15:07 JY 1.0402 11/3/22 14:05 JY Pass9458 -C 0.1527 ESS GF2-108-HT 511014 0.1527 11/3/22 13:02 JY 0.1526 11/4/22 11:49 JY Pass0.9788 ESS GF2-108-HT 511014 0.9787 11/3/22 13:03 JY 0.9789 11/4/22 11:49 JY Pass9459 -C 0.1546 ESS GF2-108-HT 511014 0.1546 11/3/22 13:05 JY 0.1546 11/4/22 11:51 JY Pass
0.9975 ESS GF2-108-HT 511014 0.9975 11/3/22 13:04 JY 0.9975 11/4/22 11:50 JY Pass
9460 -C 0.1560 ESS GF2-108-HT 511014 0.1561 11/1/22 14:57 JY 0.1559 11/3/22 14:08 JY Pass0.8822 ESS GF2-108-HT 511014 0.8823 11/1/22 14:57 JY 0.8821 11/3/22 14:08 JY Pass9461 -C 0.1588 ESS GF2-108-HT 511014 0.1587 11/3/22 13:07 JY 0.1588 11/4/22 11:53 JY Pass0.9010 ESS GF2-108-HT 511014 0.9009 11/3/22 13:06 JY 0.9011 11/4/22 11:52 JY Pass9462 -C 0.1564 ESS GF2-108-HT 511014 0.1563 11/3/22 14:10 JY 0.1565 11/4/22 11:54 JY Pass0.9135 ESS GF2-108-HT 511014 0.9133 11/3/22 14:09 JY 0.9136 11/4/22 11:53 JY Pass9463 -C 0.1568 ESS GF2-108-HT 511014 0.1567 11/3/22 14:12 JY 0.1568 11/4/22 11:55 JY Pass
0.9323 ESS GF2-108-HT 511014 0.9322 11/3/22 14:11 JY 0.9323 11/4/22 11:55 JY Pass9464 -C 0.1573 ESS GF2-108-HT 511014 0.1573 11/3/22 13:08 JY 0.1573 11/4/22 11:56 JY Pass0.9499 ESS GF2-108-HT 511014 0.9499 11/3/22 13:08 JY 0.9498 11/4/22 11:57 JY Pass9465 -C 0.1589 ESS GF2-108-HT 511014 0.1588 11/1/22 15:09 JY 0.1589 11/3/22 13:10 JY Pass0.9565 ESS GF2-108-HT 511014 0.9565 11/1/22 15:09 JY 0.9565 11/3/22 13:09 JY Pass9466 -C 0.1571 ESS GF2-108-HT 511014 0.1570 11/1/22 15:12 JY 0.1571 11/3/22 13:12 JY Pass0.9879 ESS GF2-108-HT 511014 0.9878 11/1/22 15:11 JY 0.9879 11/3/22 13:11 JY Pass
9467 -C 0.1517 ESS GF2-108-HT 511014 0.1517 3/28/23 11:51 JY 0.1517 3/30/23 8:13 JY Pass
0.8526 ESS GF2-108-HT 511014 0.8525 3/28/23 11:50 JY 0.8526 3/30/23 8:13 JY Pass9468 -C 0.1515 ESS GF2-108-HT 511014 0.1515 3/28/23 11:58 JY 0.1515 3/30/23 8:01 JY Pass0.8352 ESS GF2-108-HT 511014 0.8352 3/28/23 11:58 JY 0.8352 3/30/23 8:01 JY Pass9469 -C 0.1523 ESS GF2-108-HT 511014 0.1523 3/28/23 12:02 JY 0.1523 3/30/23 7:56 JY Pass0.6786 ESS GF2-108-HT 511014 0.6785 3/28/23 12:01 JY 0.6786 3/30/23 7:56 JY Pass9470 -C 0.1528 ESS GF2-108-HT 511014 0.1528 3/28/23 11:57 JY 0.1528 3/30/23 8:06 JY Pass
0.7408 ESS GF2-108-HT 511014 0.7408 3/28/23 11:57 JY 0.7407 3/30/23 8:06 JY Pass
9471 -C 0.1516 ESS GF2-108-HT 511014 0.1515 3/28/23 11:55 JY 0.1516 3/30/23 8:08 JY Pass0.7630 ESS GF2-108-HT 511014 0.7628 3/28/23 11:55 JY 0.7632 3/30/23 8:07 JY Pass9472 -C 0.1514 ESS GF2-108-HT 511014 0.1514 3/28/23 11:54 JY 0.1513 3/30/23 8:12 JY Pass0.7708 ESS GF2-108-HT 511014 0.7706 3/28/23 11:53 JY 0.7710 3/30/23 8:11 JY Pass9473 -C 0.1524 ESS GF2-108-HT 511014 0.1524 3/28/23 12:00 JY 0.1524 3/30/23 7:55 JY Pass0.7966 ESS GF2-108-HT 511014 0.7966 3/28/23 11:59 JY 0.7966 3/30/23 7:54 JY Pass9474 -C 0.1526 ESS GF2-108-HT 511014 0.1526 3/28/23 12:07 JY 0.1525 3/30/23 8:10 JY Pass
0.8205 ESS GF2-108-HT 511014 0.8204 3/28/23 12:06 JY 0.8206 3/30/23 8:10 JY Pass
9475 -C 0.1507 ESS GF2-108-HT 511014 0.1505 3/28/23 11:48 JY 0.1508 3/30/23 8:07 JY Pass0.6860 ESS GF2-108-HT 511014 0.6858 3/28/23 11:47 JY 0.6861 3/30/23 8:06 JY Pass9476 -C 0.1523 ESS GF2-108-HT 511014 0.1523 3/28/23 11:52 JY 0.1523 3/30/23 8:15 JY Pass0.7630 ESS GF2-108-HT 511014 0.7627 3/28/23 11:53 JY 0.7632 3/30/23 8:15 JY Pass9477 -C 0.1518 ESS GF2-108-HT 511014 0.1518 3/28/23 12:04 JY 0.1517 3/30/23 8:00 JY Pass0.7087 ESS GF2-108-HT 511014 0.7088 3/28/23 12:04 JY 0.7085 3/30/23 7:59 JY Pass
9478 -C 0.1519 ESS GF2-108-HT 511014 0.1519 3/28/23 12:05 JY 0.1519 3/30/23 7:53 JY Pass
0.6894 ESS GF2-108-HT 511014 0.6894 3/28/23 12:05 JY 0.6894 3/30/23 7:53 JY Pass9479 -C 0.1547 ESS GF2-108-HT 511014 0.1547 3/28/23 12:11 JY 0.1547 3/30/23 7:52 JY Pass0.7276 ESS GF2-108-HT 511014 0.7276 3/28/23 12:11 JY 0.7276 3/30/23 7:52 JY Pass9480 -C 0.1582 ESS GF2-108-HT 511014 0.1582 3/28/23 12:10 JY 0.1581 3/30/23 8:14 JY Pass0.7092 ESS GF2-108-HT 511014 0.7091 3/28/23 12:10 JY 0.7092 3/30/23 8:13 JY Pass9481 -C 0.1549 ESS GF2-108-HT 511014 0.1549 3/28/23 12:09 JY 0.1549 3/30/23 8:13 JY Pass
0.7329 ESS GF2-108-HT 511014 0.7327 3/28/23 12:08 JY 0.7330 3/30/23 8:13 JY Pass
9482 -C 0.1590 ESS GF2-108-HT 511014 0.1589 3/28/23 12:08 JY 0.1590 3/30/23 7:58 JY Pass0.7457 ESS GF2-108-HT 511014 0.7456 3/28/23 12:07 JY 0.7457 3/30/23 7:58 JY Pass9483 -C 0.1572 ESS GF2-108-HT 511014 0.1572 3/28/23 11:46 JY 0.1572 3/30/23 7:59 JY Pass0.7230 ESS GF2-108-HT 511014 0.7230 3/28/23 11:45 JY 0.7229 3/30/23 7:59 JY Pass9484 -C 0.1479 ESS GF2-108-HT 511014 0.1479 3/28/23 11:50 JY 0.1479 3/30/23 8:01 JY Pass0.8274 ESS GF2-108-HT 511014 0.8274 3/28/23 11:48 JY 0.8274 3/30/23 8:01 JY Pass9485 -C 0.1538 ESS GF2-108-HT 511014 0.1538 3/28/23 12:03 JY 0.1538 3/30/23 8:09 JY Pass
0.6921 ESS GF2-108-HT 511014 0.6920 3/28/23 12:02 JY 0.6921 3/30/23 8:09 JY Pass
9486 -C 0.1543 ESS GF2-108-HT 511014 0.1544 3/28/23 11:56 JY 0.1542 3/30/23 7:57 JY Pass0.7470 ESS GF2-108-HT 511014 0.7472 3/28/23 11:56 JY 0.7467 3/30/23 7:57 JY Pass9487 -C 0.1511 ESS GF2-108-HT 511014 0.1510 3/30/23 8:59 JY 0.1512 3/31/23 10:20 JY Pass0.6639 ESS GF2-108-HT 511014 0.6638 3/30/23 8:58 JY 0.6640 3/31/23 10:20 JY Pass9488 -C 0.1520 ESS GF2-108-HT 511014 0.1520 3/30/23 9:02 JY 0.1519 3/31/23 10:21 JY Pass0.6525 ESS GF2-108-HT 511014 0.6525 3/30/23 9:02 JY 0.6525 3/31/23 10:21 JY Pass9489 -C 0.1519 ESS GF2-108-HT 511014 0.1519 3/30/23 8:56 JY 0.1519 3/31/23 10:43 JY Pass
0.7079 ESS GF2-108-HT 511014 0.7079 3/30/23 8:55 JY 0.7079 3/31/23 10:43 JY Pass9490 -C 0.1521 ESS GF2-108-HT 511014 0.1521 3/30/23 9:01 JY 0.1520 3/31/23 10:24 JY Pass0.7141 ESS GF2-108-HT 511014 0.7142 3/30/23 9:01 JY 0.7140 3/31/23 10:23 JY Pass9491 -C 0.1217 ESS GF2-108-HT 511014 0.1217 3/30/23 9:00 JY 0.1217 3/31/23 10:42 JY Pass0.6921 ESS GF2-108-HT 511014 0.6921 3/30/23 8:59 JY 0.6921 3/31/23 10:42 JY Pass9492 -C 0.1509 ESS GF2-108-HT 511014 0.1511 3/30/23 8:53 JY 0.1507 3/31/23 10:19 JY Pass0.6347 ESS GF2-108-HT 511014 0.6346 3/30/23 8:53 JY 0.6347 3/31/23 10:18 JY Pass
9493 -C 0.1514 ESS GF2-108-HT 511014 0.1515 3/30/23 8:57 JY 0.1513 3/31/23 10:43 JY Pass
0.6700 ESS GF2-108-HT 511014 0.6701 3/30/23 8:56 JY 0.6699 3/31/23 10:43 JY Pass9494 -C 0.1507 ESS GF2-108-HT 511014 0.1507 3/30/23 8:58 JY 0.1506 3/31/23 10:23 JY Pass0.6368 ESS GF2-108-HT 511014 0.6368 3/30/23 8:57 JY 0.6367 3/31/23 10:22 JY Pass9495 -C 0.1500 ESS GF2-108-HT 511014 0.1500 3/30/23 8:53 JY 0.1499 3/31/23 10:45 JY Pass0.6751 ESS GF2-108-HT 511014 0.6750 3/30/23 8:52 JY 0.6751 3/31/23 10:44 JY Pass9496 -C 0.1511 ESS GF2-108-HT 511014 0.1511 3/30/23 8:54 JY 0.1510 3/31/23 10:25 JY Pass
0.6614 ESS GF2-108-HT 511014 0.6614 3/30/23 8:54 JY 0.6614 3/31/23 10:25 JY Pass
9489 Foil
9490 Foil
9480 Foil
9481 Foil
9482 Foil
9483 Foil
9484 Foil
9485 Foil
9486 Foil
9487 Foil
9488 Foil
9471 Foil
9472 Foil
9473 Foil
9474 Foil
9475 Foil
9476 Foil
9477 Foil
9478 Foil
9479 Foil
9468 Foil
9469 Foil
9470 Foil
9463 Foil
9464 Foil
9465 Foil
9466 Foil
9467 Foil
9458 Foil
9459 Foil
9460 Foil
9461 Foil
9462 Foil
9453 Foil
9454 Foil
9455 Foil
9456 Foil
9457 Foil
9448 Foil
9449 Foil
9450 Foil
9451 Foil
9452 Foil
9443 Foil
9444 Foil
9445 Foil
9446 Foil
9447 Foil
9438 Foil
9439 Foil
9440 Foil
9441 Foil
9442 Foil
9433 Foil
9434 Foil
9435 Foil
9436 Foil
9437 Foil
9428 Foil
9429 Foil
9430 Foil
9431 Foil
9432 Foil
9423 Foil
9424 Foil
9425 Foil
9426 Foil
9427 Foil
9418 Foil
9419 Foil
9420 Foil
9421 Foil
9422 Foil
9413 Foil
9414 Foil
9415 Foil
9416 Foil
9417 Foil
9408 Foil
9409 Foil
9410 Foil
9411 Foil
9412 Foil
9403 Foil
9404 Foil
9405 Foil
9406 Foil
9407 Foil
9398 Foil
9399 Foil
9400 Foil
9401 Foil
9402 Foil
9393 Foil
9394 Foil
9395 Foil
9396 Foil
9397 Foil
9388 Foil
9389 Foil
9390 Foil
9391 Foil
9392 Foil
9383 Foil
9384 Foil
9385 Foil
9386 Foil
9387 Foil
9381 Foil
9382 Foil
9491 Foil
9492 Foil
9493 Foil
9494 Foil
9495 Foil
9496 Foil
20 of 21
45 of 52

Appendix D

46 of 52
QA Data
Location
Source
Project No.
Parameter
#1 #2 #3 Dn (Average)Difference
9/23/24 4 0.178 0.178 0.178 0.178 0.000
9/23/24 P-1167 no no no
Date Probe or
Thermocouple ID
Reference
Temp. (°F)
Indicated
Temp. (°F)Difference Criteria
9/23/24 PR-704-1 68.0 68.0 0.0%
Date 09/23/24 09/24/24 09/25/24
Balance ID:SCALE76 SCALE76 SCALE76
Test Weight ID:SLC-1 KG-1 SLC-1 KG-1 SLC-1 KG-1
Certified Weight (g):1000.0 1000.0 1000.0
Measured Weight (g):999.8 999.8 999.8
Weight Difference (g):0.2 0.2 0.2 -- -- --
9/23/24 Weather Station NA NA NA
9/23/24 M5-2600
DI Water 233598
Acetone 240414
Positive Pressure Leak Check
Pass
Date Barometric
Pressure
Evidence of
damage?
Reading
Verified
Calibration or
Repair required?
Utah Metal Works - Salt Lake City, UT
Chopping Line Baghouse
AST-2024-3762
Date Nozzle ID
Nozzle Diameter (in.)
Criteria
Salt Lake City, UT
Date Meter Box ID
PM2.5
≤ 0.004 in.
Date Pitot ID
Evidence of
damage?
Evidence of
mis-alignment?
Calibration or
Repair required?
± 1.5 % (absolute)
Field Balance Check
ByReagent Lot#Field Prep
performed Field Lot Date
Weather Station Location
47 of 52
Document ID 620.004
Revision 23.1
Effective Date 8/29/23
Issuing Department Page 1 of 1
Console ID:
Meter S/N:
Critical Orifice S/N:
(PbI)
(PbF)
(Pb)
(Y)SH-73 SH-63 SH-63 SH-55 SH-55
(K')0.7864 0.7864 0.6007 0.601 0.4524 0.452
(VP)14.0 14.0 15.5 15.5 17.0 17.0
Initial DGM Volume, ft3 (VmI)866.200 892.300 920.500 940.700 963.900 979.400
Final DGM Volume, ft3 (VmF)891.744 917.835 940.172 960.475 978.765 997.191
Total DGM Volume, ft3 (Vm)25.544 25.535 19.672 19.775 14.865 17.791
Ambient Temperature, °F (Ta)67 67 67 67 69 65
Initial DGM Temperature, °F (TmI)67 67 67 67 69 65
Final DGM Temperature, °F (TmF)68 67 67 67 65 66
Average DGM Temperature, °F ( Tm)68 67 67 67 67 66
Elapsed Time (Θ)25.00 25.00 25.00 25.00 25.00 30.00
Meter Orifice Pressure, in. WC (ΔH)2.80 2.80 1.60 1.60 0.91 0.91
Standard Meter volume, ft3 (Vmstd)22.0609 22.0741 16.9476 17.0363 12.7811 15.3405
Standard Critical Orifice Volume, ft3 (Vcr)21.9347 21.9347 16.7550 16.7550 12.5947 15.1711
Meter Correction Factor (Y)0.994 0.994 0.989 0.983 0.985 0.989
Tolerance --0.005 0.005 0.000 0.006 0.004 0.000
Orifice Calibration Value (ΔH @)1.767 1.769 1.726 1.726 1.734 1.726
Tolerance --0.026 0.027 0.015 0.015 0.007 0.015
Orifice Cal Check --
Meter Correction Factor (Y)
Orifice Calibration Value (ΔH @)
Accuracy Absolute
Difference
oF oR oF oR %oF
0 460 1 461 -0.2 1
68 528 66 526 0.4 2
100 560 98 558 0.4 2
223 683 223 683 0.0 0
248 708 249 709 -0.1 1
273 733 274 734 -0.1 1
300 760 300 760 0.0 0
400 860 399 859 0.1 1
500 960 498 958 0.2 2
600 1,060 599 1,059 0.1 1
700 1,160 701 1,161 -0.1 1
800 1,260 800 1,260 0.0 0
900 1,360 900 1,360 0.0 0
1,000 1,460 1,001 1,461 -0.1 1
1,100 1,560 1,101 1,561 -0.1 1
1,200 1,660 1,201 1,661 -0.1 1
Calibration Date:
Yes
0.80 0.80 0.68
DGM Calibration-Orifices
Tech Services
25.61
25.60
25.61
K' Factor, ft3·R1/2 / in. WC·min
Piecal 520B
Vacuum Pressure, in. Hg
Initial Barometric Pressure, in. Hg
Final Barometric Pressure, in. Hg
Average Barometric Pressure, in. Hg
Critifcal Orifice ID
Calibration Detail
M5-2600
257255
SH 40-73
Positive Pressure Leak Check
Equipment Detail - Dry Gas Meter
0.989
1.741
Personnel
Reference Calibrator Make:
Reference Calibrator Model:
Reference Calibrator S/N:
Calibration Detail
Equipment Detail - Thermocouple Sensor
Reference Temp.Display Temp.
Practical Instrument Electronics
121645
Charles HortonReviewed By:
Xander Gray KrahnCalibration By:
5/3/2024
48 of 52
49 of 52

Appendix E

50 of 52
9/23/2024 total minutes: 470 190549 3 4500 92 4408 9/23/2024 9/23/2024 total minutes: 470
total hours: 7.38 190550 3 4500 89 4411 9/23/2024 total hours: 7.38
190601 3 4500 83 4417 9/23/2024
190602 3 4500 89 4411 9/23/2024
190603 3 4500 86 4414 9/23/2024
190604 3 4000 81 3919 9/23/2024
190605 3 4500 89 4411 9/23/2024
190606 3 4500 87 4413 9/23/2024
TEST TIME: 190607 3 4500 89 4411 9/23/2024 TEST TIME:
60331 128 lbs per minute 253 minutes 40000 39215 25490 54 lbs per minute 253 minutes
7702 lbs per hour TOTAL #'S FOR TEST 3254 lbs per hour TOTAL #'S FOR TEST
32384 LBS 13662 LBS
9/24/2024 total minutes: 460 190608 3 4500 92 4408 9/24/2024 9/24/2024 total minutes: 460
total hours: 7.66 hours 190609 3 4500 88 4412 9/24/2024 total hours: 7.66 hours
190610 3 4500 87 4413 9/24/2024
190611 3 4500 84 4416 9/24/2024
190612 3 4500 82 4418 9/24/2024
190613 3 4500 84 4416 9/24/2024
190614 3 4000 93 3907 9/24/2024
TEST TIME: 190617 3 4500 83 4417 9/24/2024
53549 114 lbs per minute 253 minutes 34807 22625 49 lbs per minute TEST TIME:
6836 lbs per hour TOTAL #'S FOR TEST 2940 lbs per hour 249 minutes
28842 LBS TOTAL #'S FOR TEST
12201 LBS
9/25/2024 total minutes: 465 190618 3 4500 87 4413 9/25/2024 9/25/2024 total minutes: 465
total hours: 7.75 190619 3 4500 86 4414 9/25/2024 total hours: 7.75
190620 3 4500 91 4409 9/25/2024
190621 3 4500 90 4410 9/25/2024
190622 3 4500 85 4415 9/25/2024
190623 3 4500 80 4420 9/25/2024
190624 3 4500 80 4420 9/25/2024
190625 3 4500 94 4406 9/25/2024
190626 3 4000 78 3922 9/25/2024
60352 128 lbs per minute TEST TIME: 39229 25499 55 lbs per minute TEST TIME:
7704.55 lbs per hour 253 minutes 3300 lbs per hour 245 minutes
TOTAL #'S FOR TEST TOTAL #'S FOR TEST
32384 LBS 13475 LBS
OUTPUTOUTPUT
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Last Page of Report
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