DAQ-2025-000536

1

DAQC-083-25
Site ID 16169 (B4)

MEMORANDUM

TO: STACK TEST FILE – UINTA WAX OPERATING, LLC – Zager Booster
Station

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

FROM: Paul Bushman, Environmental Scientist

DATE: January 24, 2025

SUBJECT: Source: Two (2) Caterpillar G3516B engines; Unit 312107 SN:
JEF01582 and Unit 312153 SN: JEF02100
Contact: Karen Pratt: [phone]
Location: Uintah County, UT
Test Contractor: Oasis Emission Consultants, Inc.
Permit/AO#: DAQE-AN161690003-24, dated July 26, 2024
Action Code: TR
Subject: Review of stack test report received January 16, 2025

On January 16, 2025, Utah Division of Air Quality (DAQ) received a test report for two (2) Caterpillar
G3516B engines located at Zager Booster Station, Uintah County, UT. Testing was performed November
6, 2024, and November 7, 2024, to demonstrate compliance with the emission limits found in condition
II.B.4.a of DAQE-AN161690003-24 and 40 CFR 60 Subpart JJJJ. The calculated test results are:

Source Test Date Pollutant Method Tester Results DAQ Results Limits
Unit
312107
Caterpillar
G3516B
SN:
JEF01582
November
7, 2024
NOX 320 1.1125 lb/hr 1.112 lb/hr 2.09 lb/hr
0.3988 g/bhp-hr 0.399 g/bhp-hr 1.0 g/bhp-hr
CO 320 0.9618 lb/hr 0.961 lb/hr 2.09 lb/hr
0.3448 g/bhp-hr 0.345 g/bhp-hr 2.0 g/bhp-hr
VOC 320 1.0915 lb/hr 1.090 lb/hr 2.51 lb/hr
0.3913 g/bhp-hr 0.391 g/bhp-hr 0.7 g/bhp-hr
Unit
312153
Caterpillar
G3516B
SN:
JEF02100
November
6, 2024
NOX 320 1.2894 lb/hr 1.284 lb/hr 2.09 lb/hr
0.4649 g/bhp-hr 0.463 g/bhp-hr 1.0 g/bhp-hr
CO 320 0.1852 lb/hr 0.184 lb/hr 2.09 lb/hr
0.0668 g/bhp-hr 0.066 g/bhp-hr 2.0 g/bhp-hr
VOC 320 0.7705 lb/hr 0.767 lb/hr 2.51 lb/hr
0.2777 g/bhp-hr 0.276 g/bhp-hr 0.7 g/bhp-hr

DEVIATIONS: None.

CONCLUSION: The stack test report appears to be acceptable.

2

RECOMMENDATION: The emissions from the above listed units should be considered
to have been in compliance with the emission limits of Approval
Order DAQE-AN161690003-24 and 40 CFR 60 Subpart JJJJ
during testing.

ATTACHMENTS: DAQ stack test review excel spreadsheets, Uinta Wax Operating,
LLC stack test report.
Emissions
Uinta Wax Operating, LLC
Zager Booster Station; Site ID: 16169
Duchesne County
Caterpillar G3516B; SN: JEF01582; Unit ID: 312107
Test Date:11/7/2024
Run #1 2 3 Average
Start Time 7:10 8:15 9:22
Stop Time 8:11 9:16 10:23
Sample Duration (minutes) 60 60 60
BHP Engine Load - Actual (bhp) 1267.0 1263.0 1266.0 1265.3
DS Stack Diameter (inches) 16.0 16.0 16.0 16.0
PAVG Average (Delta P)½ (" H2O)½1.095 1.091 1.091 1.092
CP Pitot Tube Constant (unitless) 0.84 0.84 0.84 0.84
TS Stack Temperature (°F) 775 775 777 776
Pbar Barometric Pressure (" Hg) 30.48 30.48 30.48 30.48
Ps Stack Pressure ('' H2O)0.89 0.93 0.91 0.91
O2%vd O2 (%vd)8.4 8.5 8.5 8.5
CO2%vd CO2 (%vd)7.0 7.0 7.0 7.0
N2%vd N2 (%vd)84.6 84.5 84.5 84.5
dry NOX (ppmvd)50.8 51.0 50.4 50.7
dry CO (ppmvd) 72.0 71.9 72.3 72.1
Run #1 2 3 Average
Bws Measured Moisture Content (%/100) 0.107 0.108 0.108 0.108
Bws Saturated Moisture Content (%/100) 297.432 298.022 300.832 298.762
Bws Actual Moisture Content (%/100) 0.107 0.108 0.108 0.108
MD Molecular Weight Dry (lb/lb-mole) 29.46 29.46 29.46 29.46
MA Molecular Weight Wet (lb/lb-mole) 28.23 28.22 28.22 28.23
VS Gas Velocity (ft/sec) 94.1 93.8 93.8 93.9
FACFM Gas Flow (acfm) 7883 7856 7862 7867
FDSCFM Gas Flow (dscfm) 3071 3056 3054 3060
FWSCFM Gas Flow (wscfm) 3441 3428 3426 3432
FKWSCFH Gas Flow (kwscfh) 206 206 206 206
FKWSCFM Gas Flow (kwscfm) 3 3 3 3
lb/hr Gas Flow (lb/hr) 15127 15068 15057 15084
Fo Fo (unitless)1.789 1.774 1.771 1.778
wet O2 (%vw)7.5 7.6 7.6 7.5
wet CO2 (%vw)6.3 6.2 6.2 6.2
wet NOX (ppmvw)45.382 45.474 44.984 45.280
15 NOX (ppmvd @ 15% O2)23.949 24.218 23.995 24.054
lb/hr NOX (lb/hr)1.117 1.115 1.103 1.112 2.09
g/bhp-hr NOX (g/bhp-hr)0.400 0.401 0.395 0.399 1.0
wet CO (ppmvw) 64.305 64.108 64.483 64.299
15 CO (ppmvd @ 15% O2)33.934 34.141 34.396 34.157
lb/hr CO (lb/hr) 0.964 0.957 0.962 0.961 2.09
g/bhp-hr CO (g/bhp-hr)0.345 0.344 0.345 0.345 2.0
dry NMEOC (ppmvd as C3H8)56.300 50.800 48.700 51.933
15 NMEOC (ppmvd as C3H8 @ 15% O2)26.531 24.132 23.172 24.618
lb/hr NMEOC (lb/hr as C3H8)1.186 1.065 1.020 1.090 2.51
g/bhp-hr NMEOC (g/bhp-hr as C3H8)0.425 0.382 0.365 0.391 0.7
Permit Limits
Field Reference Method Data
Reference Method Calculations
Page 1 of 1
Emissions
Uinta Wax Operating, LLC
Zager Booster Station; Site ID: 16169
Duchesne County
Caterpillar G3516B; SN: JEF02100; Unit ID: 312153
Test Date:11/6/2024
Run #1 2 3 Average
Start Time 2:29 3:35 4:40
Stop Time 3:30 4:36 5:41
Sample Duration (minutes) 60 60 60
BHP Engine Load - Actual (bhp) 1254.0 1257.0 1264.0 1258.3
DS Stack Diameter (inches) 16.0 16.0 16.0 16.0
PAVG Average (Delta P)½ (" H2O)½1.076 1.089 1.085 1.083
CP Pitot Tube Constant (unitless) 0.84 0.84 0.84 0.84
TS Stack Temperature (°F) 779 778 779 779
Pbar Barometric Pressure (" Hg) 30.15 30.15 30.15 30.15
Ps Stack Pressure ('' H2O)1.02 1.07 1.08 1.06
O2%vd O2 (%vd)8.7 8.8 8.8 8.7
CO2%vd CO2 (%vd)6.9 6.8 6.8 6.8
N2%vd N2 (%vd)84.4 84.5 84.4 84.4
dry NOX (ppmvd)64.1 57.2 57.2 59.5
dry CO (ppmvd) 14.1 14.0 14.0 14.0
Run #1 2 3 Average
Bws Measured Moisture Content (%/100) 0.107 0.108 0.108 0.108
Bws Saturated Moisture Content (%/100) 307.672 304.945 307.627 306.748
Bws Actual Moisture Content (%/100) 0.107 0.108 0.108 0.108
MD Molecular Weight Dry (lb/lb-mole) 29.45 29.44 29.44 29.44
MA Molecular Weight Wet (lb/lb-mole) 28.23 28.20 28.20 28.21
VS Gas Velocity (ft/sec) 93.1 94.2 93.9 93.8
FACFM Gas Flow (acfm) 7802 7894 7870 7855
FDSCFM Gas Flow (dscfm) 2996 3033 3020 3016
FWSCFM Gas Flow (wscfm) 3358 3402 3387 3382
FKWSCFH Gas Flow (kwscfh) 201 204 203 203
FKWSCFM Gas Flow (kwscfm) 3 3 3 3
lb/hr Gas Flow (lb/hr) 14759 14942 14877 14860
Fo Fo (unitless)1.767 1.787 1.785 1.780
wet O2 (%vw)7.8 7.8 7.8 7.8
wet CO2 (%vw)6.2 6.1 6.1 6.1
wet NOX (ppmvw)57.241 51.022 51.022 53.095
15 NOX (ppmvd @ 15% O2)31.025 27.776 27.799 28.867
lb/hr NOX (lb/hr)1.375 1.242 1.237 1.284 2.09
g/bhp-hr NOX (g/bhp-hr)0.497 0.448 0.444 0.463 1.0
wet CO (ppmvw) 12.591 12.488 12.488 12.522
15 CO (ppmvd @ 15% O2)6.824 6.798 6.804 6.809
lb/hr CO (lb/hr) 0.184 0.185 0.184 0.184 2.09
g/bhp-hr CO (g/bhp-hr)0.067 0.067 0.066 0.066 2.0
dry NMEOC (ppmvd as C3H8)36.100 38.200 36.900 37.067
15 NMEOC (ppmvd as C3H8 @ 15% O2)17.473 18.550 17.933 17.985
lb/hr NMEOC (lb/hr as C3H8)0.742 0.795 0.764 0.767 2.51
g/bhp-hr NMEOC (g/bhp-hr as C3H8)0.268 0.287 0.274 0.276 0.7
Permit Limits
Field Reference Method Data
Reference Method Calculations
Page 1 of 1

1

Emissions Test Report
Prepared for: Uinta Wax Operating, LLC
Prepared by: Aaron Medina
Test Date: November 7, 2024
ECG Project Number: ECG-2024-4548
Regulatory Information
Facility Name: Zager Compressor Station Target Parameter(s): NOx, CO, and VOC as NMNEHC
Location: Duchesne County, UT Regulatory Citation: 40 CFR 60, Subpart JJJJ
Coordinates: 40.1152353, -110.063884 R307-401-8
Permit Number: DAQE-AN161690003-24 Sampling Analyzers: MKS2030 Serial # 18605049
Test Results Summary
Pollutant JJJJ
Limits
R307-401-8
Limits Emitted Compliant/
Not Compliant
Unit Number Make/Model
CO (lb/hr)N/A 2.0900 0.9618
CO (tpy)N/A N/A 4.2129
CO (g/bhp-hr)2.0000 N/A 0.3448
Rich/Lean Burn BHP CO (ppmvd@15%O2)N/A N/A 34.1572
NOx (lb/hr)N/A 2.0900 1.1125
NOx (tpy)N/A N/A 4.8728
Serial Number Date of Manufacture NOx (g/bhp-hr)1.0000 N/A 0.3988
NOx (ppmvd@15%O2)N/A N/A 24.0537
NMNEHC (lb/hr)N/A 2.5100 1.0915
Engine Hours Load %NMNEHC (tpy)N/A N/A 4.7807
NMNEHC (g/bhp-hr)0.7000 N/A 0.3913
NMNEHC (ppmvd@15%O2)N/A N/A 24.6117110591.7
Compliant
Compliant
JEF01582 3/9/2012
Lean 1380
312107 Caterpillar G3516B Compliant
Engine Info

• Testing was completed in accordance with the accepted protocol with no deviations.
• The engine was tested at the highest achievable capacity based on gas availability.

2

Contact Information
Test Location Test Company

Uinta Wax Operating, LLC Alliance Technical Group, LLC
Zager Compressor Station 701 W Commerce St.
Duchesne County, UT Clinton, OK 73601
40.1152353, -110.063884

Primary Facility Contact Company Contact
Karen Pratt Tyler Frey
Regulatory Manager Director, Oil & Gas
Uinta Wax Operating, LLC [e-mail]
5128 Apache Plume Road (570)-428-2133
Fort Worth, TX 76109
720-990-9927
[e-mail] Cody Kuban
Midcon Operations Manager
[e-mail]
(817)-845-4679

3

Alliance Technical Group, LLC (Alliance) has completed the source testing described in this report. Results apply only to
the source(s) tested and operating condition(s) for the specified test date(s) and time(s) 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 part without written consent from the customer.

To the best of my knowledge the source test report has been checked for completeness, and the results presented
herein are accurate, error-free, legible, and representative of the actual emissions measured during testing.

Date: 11/15/2024
Stephen Bulebosh
Technical Services Writer
Alliance Technical Group, LLC

To the best of my knowledge the source test report has been checked for completeness, and the results presented
herein are accurate, error-free, legible, and representative of the actual emissions measured during testing.

Date:

Karen Pratt
Regulatory Manager
Uinta Wax Operating, LLC

To the best of my knowledge the source test report has been checked for completeness, and the results presented
herein are accurate, error-free, legible, and representative of the actual emissions measured during testing.

Date: 11/18/2024

Aaron Medina
Project Coordinator
Alliance Technical Group, LLC

11/15/2024

4

Table of Contents

1. Introduction……………………………………………………………………………………………………………….….5

2. Source Description…………………………………………………………………………………………………….….5

3. Operating Parameters…………………………………………………………………………………………………..5

4. Sampling and Analytical Procedures….………………………………………………………………….….……5

4.1 Sample and Velocity Traverses- US EPA Methods 1 and 2……………………………… 5

4.2 Oxygen Determination- US EPA Method 3A.........……………………………………………6

4.3 Gas Dilution Certification US EPA Method 205.……………………………….………………6

4.4 Moisture Determination- US EPA Method 320…………………………………………………6

4.5 NOx Determination- US EPA Method 320…………………………………………………………6

4.6 CO Determination- US EPA Method 320………………………………………………………….6

4.7 NMNEHC Determination- US EPA Method 320……………………………………………….7

4.8 HCHO Determination- US EPA Method 320 …………………………………….…………….7

4.9 CO2 Determination- US EPA Method 320……………………………………….……………….7

5. QA/QC Procedures and Data Reduction…………………………………………………….………………….7

6. Conclusion……………………………………………………………………………………………….……………………7

Appendices
A. Test Run Data
B. QA/QC Summary Tables and Data
C. Calibration Gas Certificates
D. Exhaust Flow Measurements
E. Sample Point Location & Reference Measurement
F. Example Calculations
G. Raw Data

5

1 Introduction
Alliance Technical Group, LLC (Alliance) has been contracted by Uinta Wax Operating, LLC to provide
emissions testing on one (1) engine located at the Zager Compressor Station in Duchesne County, UT. The
purpose of the testing was to demonstrate compliance with emission limitations contained in the facility’s
air permit, 40 CFR 60, Subpart JJJJ, and R307-401-8. There are emission limitations for oxides of nitrogen
(NOx), carbon monoxide (CO), and volatile organic compounds (VOC) as non-methane non-ethane
hydrocarbons (NMNEHC).
Testing was conducted in accordance with an approved test protocol from the UT Source Testing Manual
and United States Environmental Protection Agency (US EPA) test methods. Testing for the engine
occurred November 7, 2024. Aaron Medina of Alliance performed the emissions testing.
2 Source Description
One natural gas-fired reciprocating internal combustion engine (RICE) was tested at the Zager Compressor
Station. The source consists of one (1) engine used to compress natural gas into pipelines. The engine
model is one (1) Caterpillar G3516B engine rated at 1380 BHP @ 1400 RPM. The engine is a 4-stroke, lean-
burn gas-fired engine with oxidation catalyst.
3 Operating Parameters
Three (3) 60- minute test runs were performed. Subpart JJJJ requires testing to be conducted at 90-100%
load, or the highest achievable, based on representative performance of the unit. The engine was tested
at the highest achievable capacity based on gas availability. An attempt to place an artificial load on the
engine would have required reconfigurations outside of normal operating conditions, posing possible
operational and safety risks.
The following engine, fuel and ambient parameters were collected during the test, per test run.
• Engine BHP
• Engine exhaust flow
• Engine speed
• Compressor Suction and Discharge Pressures
• Ambient Temperature and Relative Humidity
• Barometric Pressures

4 Sampling and Analytical Procedures
4.1 Sample and Velocity Traverses- US EPA Methods 1 and 2
The sampling locations were evaluated in accordance with US EPA Reference Test Method 1. The
upstream and downstream distances were measured and equated to equivalent diameters to confirm
compliance with US EPA Reference Test Method 1.
Full velocity traverses were conducted in accordance with US 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 S-type pitot tube and manometer. The stack gas temperature was
measured with a K-type thermocouple and pyrometer. Velocity measurements were taken at the
minimum number of traverse points based on Figure 1-2 in US EPA Reference Test Method 1.

6

Instrumental sampling was conducted at three traverse points passing through the centroidal area of the
duct; therefore, a stratification check was not needed. The certification page for the sampling probe can
be referenced In Appendix E.
4.2 Oxygen Determination- US EPA Method 3A
Concentrations of O2 in the exhaust stack were analyzed using an M&C PMA 22 (Ranger Analytical)
oxygen analyzer. The instrument measures the paramagnetic susceptibility of the sample gas by means of
a magneto-dynamic type measuring cell. The measuring cell of the analyzers consists of a dumbbell of
diamagnetic material, which is temperature controlled electronically at 50 degrees Celsius. The higher the
oxygen concentration, the greater the dumbbell is deflected from its rest position. The deflection is
detected by an optical system connected to an amplifier. Surrounding the dumbbell is a coil of wire. A
current is passed through this coil to return the dumbbell to its original position. The current applied is
linearly proportional to the percent oxygen concentration in the sample gas. The concentration was
displayed on a digital panel meter.
4.3 Gas Dilution Certification- US EPA Method 205
A calibration gas dilution system field check was conducted in accordance with US EPA Reference Method
205. Multiple dilution rates and total gas flow rates were utilized to force the dilution system to perform
two dilutions on each mass flow controller. The diluted calibration gases were sent directly to the
analyzer, and the analyzer response recorded in an electronic field data sheet. The analyzer response
agreed within 2% of the actual diluted gas concentration. A second Protocol 1 calibration gas, with a
cylinder concentration within 10% of one of the gas divider settings described above, was introduced
directly to the analyzer, and the analyzer response recorded in an electronic field data sheet. The cylinder
concentration and the analyzer response agreed within 2%. These steps were repeated three (3) times.
4.4 Moisture Determination- US EPA Method 320
The stack gas moisture content was measured using a MKS 2030 FTIR multi-gas analyzer following US EPA
Method 320. The FTIR uses an infrared spectral-reference library that has been validated against the on-
line US EPA library or against NIST traceable gas mixtures. A slipstream sample of exhaust gas was
analyzed hot/wet during the entire duration of each test run. An averaging time of 60 seconds was
observed.
4.5 NOx Determination- US EPA Method 320
NOx emissions were measured using a MKS 2030 FTIR multi-gas analyzer following US EPA Method 320.
The FTIR uses an infrared spectral-reference library that has been validated against the on-line US EPA
library or against NIST traceable gas mixtures. A slipstream sample of exhaust gas was analyzed hot/wet
during the entire duration of each test run. An averaging time of 60 seconds was observed.
4.6 CO Determination- US EPA Method 320
CO emissions were measured using a MKS 2030 FTIR multi-gas analyzer following US EPA Method 320. The
FTIR uses an infrared spectral-reference library that has been validated against the on-line US EPA library
or against NIST traceable gas mixtures. A slipstream sample of exhaust gas was analyzed hot/wet during
the entire duration of each test run. An averaging time of 60 seconds was observed.

7

4.7 NMNEHC Determination- US EPA Method 320
NMNEHC emissions were measured using a MKS 2030 FTIR multi-gas analyzer following US EPA Method
320. The FTIR uses an infrared spectral-reference library that has been validated against the on-line US
EPA library or against NIST traceable gas mixtures. A slipstream sample of exhaust gas was analyzed
hot/wet during the entire duration of each test run. An averaging time of 60 seconds was observed.
4.8 HCHO Determination- US EPA Method 320
HCHO emissions were measured using a MKS 2030 FTIR multi-gas analyzer following US EPA Method 320.
The FTIR uses an infrared spectral-reference library that has been validated against the on-line US EPA
library or against NIST traceable gas mixtures. A slipstream sample of exhaust gas was analyzed hot/wet
during the entire duration of each test run. An averaging time of 60 seconds was observed.
4.9 CO2 Determination- US EPA Method 320
CO2 emissions were measured using a MKS 2030 FTIR multi-gas analyzer following US EPA Method 320.
The FTIR uses an infrared spectral-reference library that has been validated against the on-line US EPA
library or against NIST traceable gas mixtures. A slipstream sample of exhaust gas was analyzed hot/wet
during the entire duration of each test run. An averaging time of 60 seconds was observed.
5 QA/QC Procedures and Data Reduction
Specific quality assurance and quality control (QA/QC) procedures were followed during this test program
to ensure the production of useful and valid data.
1. Analyzer calibration and linearity checks were performed at least once each test day. Analyzer response
for CO, O2, and CO2 was set using the zero and high-level span gases. Subsequent response to the mid-
level QC gases was within 2.0% of the span.
2. Drift checks were conducted by introducing zero and high-level span gases into the analyzer at the
beginning and end of each test run. Drift was within 3% of the span value for each test run.
3. Daily leak checks, sample line bias checks and response time checks were conducted.
4. Bias checks are performed before and after each test run using the low and mid-level span gases.
All data and calculations were made using computer spreadsheets. Calculated data was validated by an
independent check. A predetermined input data set with known expected output values was entered into
each spreadsheet to confirm proper function. In addition, all calculations were spot checked for accuracy
and completeness on-site by the field scientist.
6 Conclusion
Alliance has conducted emission testing on one (1) engine located at the Zager Compressor Station for the
purpose of demonstrating compliance with emission limitations contained in the facility’s permit, Subpart
JJJJ, and R307-401-8. Testing was conducted for NOx, CO, and VOC as NMNEHC. The determined emission
rates for the testing event are below the emission limitations in the facility’s permit, 40 CFR 60, Subpart
JJJJ, and R307-401-8 as applicable.
Appendix A. Test Run Data
8

Station:Zager CS Make/Model:Caterpillar G3516B
Serial Number:JEF01582 Rated HP:1380
Unit Number:312107 Rated Speed:1400
Collected By:Aaron Medina Date:November 7, 2024
1 2 3 Average
11/7/2024 11/7/2024 11/7/2024
7:10 AM 8:15 AM 9:22 AM
8:11 AM 9:16 AM 10:23 AM
79.0 67.0 54.0 66.7
19.0 25.0 29.0 24.3
30.48 30.49 30.47 30.48
91.8 91.5 91.7 91.7
184281 183511 183349 183714
1267 1263 1266 1265
1350 1347 1343 1347
139.5 139.8 140.2 139.8
37.6 37.8 38.1 37.8
799.0 800.0 801.0 800.0
787.0 788.0 790.0 788.3
-12.0 -12.0 -11.0 -11.7
493.0 493.0 493.0 493.0
801.0 804.0 808.0 804.3
8.38 8.48 8.50 8.45
72.0 71.9 72.3 72.1
50.8 51.0 50.4 50.7
56.3 50.8 48.7 51.9
0.9642 0.9583 0.9630 0.9618
4.2231 4.1973 4.2181 4.2129
0.3452 0.3442 0.3450 0.3448
33.9344 34.1411 34.3960 34.1572
1.1176 1.1165 1.1035 1.1125
4.8953 4.8902 4.8331 4.8728
0.4001 0.4010 0.3954 0.3988
23.9487 24.2176 23.9949 24.0537
1.1868 1.0664 1.0214 1.0915
5.1980 4.6706 4.4736 4.7807
0.4249 0.3830 0.3659 0.3913
26.5312 24.1320 23.1718 24.6117
ΔT Across the Catalyst (°F)
N/AΔP Across the Catalyst ("H2O)
Calculations
VOC As NMNEHC (tpy)
VOC As NMNEHC (g/bhp-hr)
VOC As NMNEHC (ppmvd@15%O2)
CO (PPM)
VOC As NMNEHC (lbs/hr)
CO (ppmvd@15%O2)
NOx (lbs/hr)
NOx (tpy)
NOx (g/bhp-hr)
NOx (ppmvd@15%O2)
VOC As NMNEHC (PPM)
CO (lbs/hr)
CO (tpy)
CO (g/bhp-hr)
Suction Pressure (PSIG)
Discharge Pressure (PSIG)
Concentrations
O2 (%vd)
NOx (PPM)
Exhaust Flow (scfh)
Current Power (BHP)
Current Speed (RPM)
Air Manifold Temperature (°F)
Air Manifold Pressure (PSIA)
Catalyst Outlet Temperature (°F)
Catalyst Inlet Temperature (°F)
Ambient Conditions
Rel Hum (%)
Ambient Air Temp (°F)
Barometric Pressure ("Hg)
Engine Operating Conditions
Calculated Load (%)
Engine Operating Conditions & Test Results

Run #
Date
Time Start
Time End

Appendix A. Test Run Data
9

Appendix B. QA/QC Summary Tables and Data
Sampling Analyzer M&C Serial #14040029
10

Calibration, Bias, and Drift
Actual Actual
Initial Final Initial Final Upscale Low
Test Drift Check Drift Check Average Drift Check Drift Check Average Value Value
Run (%)(%)(%)(%)(%)(%) (%) (%)
1st 8.000 7.810 7.905 0.010 -0.020 -0.005 8.000 0.000
2nd 7.810 7.790 7.800 -0.020 -0.030 -0.025 8.000 0.000
3rd 7.790 7.810 7.800 -0.030 -0.030 -0.030 8.000 0.000
Post O2
Upscale Low
Analyzer Calibration Summary

Initial Initial Final Final Initial Initial Final Final Upscale Low
Test Response Bias Response Bias Drift Response Bias Response Bias Drift Response Response Span
Run (%) (%*) (%) (%*) (%*) (%) (%*) (%) (%*) (%*) (%) (%) (%)
1st 8.000 0.0 7.810 1.2 1.2 0.010 0.1 -0.020 0.1 0.2 8.000 0.000 16.000
2nd 7.810 1.2 7.790 1.3 0.1 -0.020 0.1 -0.030 0.2 0.1 8.000 0.000 16.000
3rd 7.790 1.3 7.810 1.2 0.1 -0.030 0.2 -0.030 0.2 0.0 8.000 0.000 16.000
*Percent of span
Post O2
Upscale Low
System Calibration, Bias, and Drift Data
Calibration Error Check
Sampling Analyzer M&C Serial #14040029
11

Bias Corrections
1st 2nd 3rd
Measured 8.28 8.27 8.29 8.28
Corrected 8.38 8.48 8.50 8.45
Test Run
Average
Post O2 (%)
Example calculation of Post O2 for 1st test run
Nomenclature:
CGas -Average effluent gas concentration adjusted for bias,
units of ppmvd or %, "Corrected" value in above table
CAvg -Average unadjusted gas concentration indicated by analyzer,
units of ppmvd or %, "Measured" value in above table
CO -Average of initial and final system calibration bias check
responses for low-level calibration gas, units of ppmvd or %,
from "Analyzer Calibration Summary" table
CM -Average of initial and final sytem calibration bias check
responses for upscale calibration gas, units of ppmvd or %,
from "Analyzer Calibration Summary" table
CMA -Concentration of upscale calibration gas, units of ppmvd or %,
from "Analyzer Calibration Summary" table
Calculation:
CGas ==
=%
8.00
CM - CO 7.905 - -0.005
8.38
CAvg - CO CMA 8.28 - -0.005
Sampling Analyzer M&C Serial #14040029
12

Span =16.000 %
Actual Analyzer
Calibration Calibration Absolute Calibration
Value Response Difference Error
Gas Range (%)(%)(%)(% of Span)
Low 0.000 0.000 0.000 0.0
Mid 8.000 8.000 0.000 0.0
High 16.000 16.010 0.010 0.1
Post O2
Applies to Test Run(s): 1, 2, 3
Analyzer Calibration Error Check(s)
Sampling Analyzer MKS2030 Serial #18605049
13

FTIR Quality Assurance Checks

Single Beam Analysis

Peak Analysis

Sampling Analyzer MKS2030 Serial #18605049
14

Noise Evaluation Analysis

Standard Deviation Measurement

Sampling Analyzer MKS2030 Serial #18605049
15

Sampling Analyzer MKS2030 Serial #18605049
16

Sampling Analyzer MKS2030 Serial #18605049
17

Date:11/7/2024
Target Concentration Actual Reading Deviation Response Time Start Stop
100.24 0.2%36 38
101.86 1.9%20 26
104.71 4.7%20 26
97.03 -3.0%20 26
13
97.21 -2.8%30 32
Target Concentration Actual Reading Deviation Response Time Start Stop
100.25 0.3%58 60
101.61 1.6%42 45
104.5 4.5%42 45
95.49 -4.5%42 45
96.72 -3.3%50 54
Post-Test Direct
Target Concentration Actual Reading Deviation Response Time Start Stop
100.06 0.1%21 23
100
99.34 -0.7%4 8
102.02 2.0%4 8
100.76 0.8%4 8
95.94 -4.1%12 17
Ethylene
100
100
100
100
100
Nitric Oxide
100
Nitric Oxide
Run a 2-3 Scans to Show a Good Zero
Zero
Acetaldehyde 100
Zero
100
Propane
Acetaldehyde
Calibration Checks
Run a 2-3 Scans to Show a Good Zero
Ethylene 100
100
Pre-Test Direct
Pre-Test System
Carbon Monoxide
Propane
100Acetaldehyde
100
100
Ethylene
Carbon Monoxide
Nitric Oxide
Propane 100
100Carbon Monoxide
Sampling Analyzer MKS2030 Serial #18605049
18

Date:Document 1.3
Cylinder Concentrations
Carbon Monoxide 2979
Nitric Oxide 2865
Propane 3039
Acetaldehyde 1001
SF6 4.977 5.05
Stack Concentrations Pre Spike Post Spike Pre Spike Post Spike
Stack CO Concentration 64.54 64.3
Stack NO Concentration 37.01 38.19
Stack Propane Concentration 22.79 25.8
Stack Acetaldehyde Concentration -3.07 -4.04
Stack SF6 Concentration -0.015 -0.015 -0.015 -0.015
Spike Scan Number 6 44 6 44
Spiked Concentrations Spike 1 Spike 2 Spike 3 Spike 4 Spike 5 Spike 6 Spike 7 Average Spike 1 Spike 2 Spike 3 Spike 4 Spike 5 Spike 6 Spike 7 Average
Stack + CO Concentration 272.02 273.32 275.66 276.85 276.81 278.18 278.64 275.93
Stack + NO Concentration 249.80 253.38 254.61 255.66 256.51 257.36 258.55 255.12
Stack + Propane Concentration 234.80 235.51 237.75 237.76 239.73 240.48 240.98 238.14
Stack + Acetaldehyde Concentration 64.62 65.33 66.28 66.56 66.73 66.77 66.68 66.14
Stack + SF6 Concentration 0.377 0.382 0.377 0.385 0.384 0.386 0.388 0.383 0.407 0.408 0.403 0.411 0.406 0.410 0.408 0.408
Spike Scan Number 14 15 16 17 18 19 20 27 28 29 30 31 32 33
Dilution Percentage
Dilution from SF6 7.57% 7.68% 7.57% 7.74% 7.72% 7.76% 7.80% 7.69% 8.06% 8.08% 7.98% 8.14% 8.04% 8.12% 8.08% 8.07%
Percent Recovery
Carbon Monoxide 95.34% 94.83% 96.62% 95.47% 95.65% 95.73% 95.51% 95.59%
Nitric Oxide 99.43% 99.73% 101.35% 99.96% 100.51% 100.40% 100.42% 100.26%
Propane 93.45% 92.61% 94.62% 92.83% 93.83% 93.67% 93.43% 93.49%
Acetaldehyde 83.00% 83.70% 86.01% 84.63% 85.93% 85.11% 85.43% 84.83%
Response Time: 15 seconds
Sample Flow Rate: 5 lpm
Percent Recovery Calculations
Spiking Flow Rate: 0.5 lpm
11/7/2024
Spike Scan Number
Sampling Analyzer M&C Serial #14040029
19

Date:11/7/2024
Validation Cal Gas:Concentration: 12.47%
Reading Deviation
Check 1 12.48% -0.08%
Check 2 12.47% 0.00%
Check 3 12.48% -0.08%
Avg 12.48%
Deviation -0.05%
Diluted Cal Gas:Concentration: 80.00%
Target: 16.00%
Reading Deviation
Check 1 16.00% 0.00%
Check 2 16.00% 0.00%
Check 3 15.99% 0.06%
Avg 16.00%
Deviation 0.02%
Concentration: 80.00%
Target: 8.00%
Reading Deviation
Check 1 8.01% -0.13%
Check 2 8.01% -0.13%
Check 3 8.00% 0.00%
Avg 8.01%
Deviation -0.08%
Calibrator Validation
Oxygen
Oxygen
Sampling Analyzer Teledyne T700 Serial #1218
20

Sampling Analyzer Teledyne T700 Serial #1218
21

Sampling Analyzer Teledyne T700 Serial #1218
22

Appendix C. Calibration Gas Certificates
23

Appendix C. Calibration Gas Certificates
24

Appendix C. Calibration Gas Certificates
25

Appendix C. Calibration Gas Certificates
26

Appendix C. Calibration Gas Certificates
27

Appendix C. Calibration Gas Certificates
28

Appendix D. Exhaust Flow Measurements
29

Location
Unit Number
Project No.
Parameter(s)
Date Pitot ID Evidence of
damage?
Evidence of
mis-alignment?
Calibration or
Repair required?
11/7/24 A09AD no no no
Date Probe or
Thermocouple ID
Reference
Temp. (°F)
Indicated
Temp. (°F)Difference Criteria
11/7/24 E9092019169 32.0 32.3 0.1%
Date Barometric
Pressure
Evidence of
damage?
Reading
Verified
Calibration or
Repair required?
11/7/24 Weather Station NA NA NA
Weather Station Location
NA
Zager CS
312107
ECG-2024-4548
--
± 1.5 % (absolute)

Location
Unit Number
Project No.
Date
Vertical
Circular
17.00 in
1.00 in
16.00 in
1.40 ft2
2
1
120.0 in
7.5 (must be > 0.5)
53.0 in
3.3 (must be > 2)
16
16
Sampled From Centroid?No
Type of Pitot Tube Used:S-type
2 3 4 5 6 7 8 9 10 11 12
1 14.6 --6.7 --4.4 --3.2 --2.6 --2.1 1 3.2 0.51 1.51
2 85.4 --25.0 --14.6 --10.5 --8.2 --6.7 2 10.5 1.68 2.68
3 -- --75.0 --29.6 --19.4 --14.6 --11.8 3 19.4 3.10 4.10
4 -- --93.3 --70.4 --32.3 --22.6 --17.7 4 32.3 5.17 6.17
5 -- -- -- --85.4 --67.7 --34.2 --25.0 5 67.7 10.83 11.83
6 -- -- -- --95.6 --80.6 --65.8 --35.6 6 80.6 12.90 13.90
7 -- -- -- -- -- --89.5 --77.4 --64.4 7 89.5 14.32 15.32
8 -- -- -- -- -- --96.8 --85.4 --75.0 8 96.8 15.49 16.49
9 -- -- -- -- -- -- -- --91.8 --82.3 9 -- -- --
10 -- -- -- -- -- -- -- --97.4 --88.2 10 -- -- --
11 -- -- -- -- -- -- -- -- -- --93.3 11 -- -- --
12 -- -- -- -- -- -- -- -- -- --97.9 12 -- -- --
Distance
from
outside
of port
LOCATION OF TRAVERSE POINTS Traverse
Point
% of
Diameter
Distance
from
inside
wall
Number of traverse points on a diameter
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:
Zager CS
312107
ECG-2024-4548
11/07/24
Stack Parameters
Duct Orientation:
Duct Design:
Distance from Far Wall to Outside of Port:
Nipple Length:
Depth of Duct:

Appendix D. Exhaust Flow Measurements
30

Location
Unit Number
Project No.
Date
A =120 in.
B =53 in.
Depth of Duct =16 in.
Stack Diagram
Cross Sectional Area
Zager CS
312107
ECG-2024-4548
11/07/24
Stack Parameters
Upstream Disturbance
Downstream Disturbance
B
A

Appendix D. Exhaust Flow Measurements
31

Location
Unit Number
Project No.
Date
Sample Point Angle (ΔP=0)
1 0
2 3
3 2
4 3
5 0
6 1
7 2
8 0
9 2
10 0
11 1
12 3
13 2
14 0
15 2
16 2
Average 1.4
Zager CS
312107
ECG-2024-4548
11/7/24
Cyclonic Flow Check

Appendix D. Exhaust Flow Measurements
32

Location
Unit Number
Project No.
Δ P
(in. WC)
Ts
(°F)
Δ P
(in. WC)
Ts
(°F)
Δ P
(in. WC)
Ts
(°F)
1.24 774 1.13 775 1.24 777
1.19 775 1.18 775 1.16 777
1.17 774 1.23 776 1.20 776
1.22 774 1.24 776 1.13 776
1.20 775 1.20 776 1.18 777
1.25 775 1.19 775 1.23 777
1.19 776 1.18 774 1.20 778
1.17 775 1.15 774 1.17 778
1.21 776 1.18 775 1.19 778
1.24 776 1.22 775 1.16 777
1.19 775 1.24 776 1.21 777
1.21 774 1.18 776 1.23 776
1.17 774 1.14 775 1.17 776
1.14 775 1.20 776 1.14 777
1.19 775 1.22 776 1.24 778
1.21 776 1.17 775 1.20 778
Average
Square Root of ΔP, (in. WC)1/2 (ΔP)1/2 1.092
Average ΔP, in. WC (ΔP)1.19
Pitot Tube Coefficient (Cp)0.840
Barometric Pressure, in. Hg (Pb)30.48
Static Pressure, in. WC (Pg)0.91
Stack Pressure, in. Hg (Ps)30.55
Average Temperature, °F (Ts)775.8
Average Temperature, °R (Ts)1235.4
Measured Moisture Percent (BWSmsd%)10.7
Measured Moisture Fraction (BWSmsd)0.107
Moisture Fraction @ Saturation (BWSsat)1.000
Moisture Fraction (BWS)0.107
O2 Concentration, %(O2)8.3
CO2 Concentration, %(CO2)7.0
Molecular Weight, lb/lb-mole (dry)(Md)29.45
Molecular Weight, lb/lb-mole (wet)(Ms)28.22
Velocity, ft/sec (Vs)93.9
VFR at stack conditions, acfm (Qa)7,867
VFR at standard conditions, scfh (Qsw)205,826
VFR at standard conditions, scfm (Qsw)3,430
VFR at standard conditions, dscfh (Qsd)183,714
VFR at standard conditions, dscfm (Qsd)3,062
184,281 183,511 183,349
3,071 3,059 3,056
3,440 3,427 3,425
206,385 205,615 205,479
7,883 7,856 7,862
94.1 93.8 93.8
28.23 28.23 28.22
29.45 29.46 29.45
7.0 7.0 7.0
8.3 8.3 8.3
0.107 0.108 0.108
1.000 1.000 1.000
0.107 0.108 0.108
10.7 10.8 10.8
1234.6 1235.0 1236.7
774.9 775.3 777.1
30.55 30.55 30.55
0.89 0.93 0.91
30.48 30.48 30.48
0.840 0.840 0.840
1.20 1.19 1.19
1.095 1.091 1.091
11
12
13
14
15
16
5
6
7
8
9
10
Traverse Point
1
2
3
4
Leak Check Pass Pass Pass
Status VALID VALID VALID
Date 11/7/24 11/7/24 11/7/24
Zager CS
312107
ECG-2024-4548
Run No.1 2 3

Appendix E. Sample Point Location & Reference Measurement
33

Appendix E. Sample Point Location & Reference Measurement
34

Appendix F. Example Calculations
35

Example calculations for 1st test run using exhaust flow rate (e.g., EPA Method 2)
Nomenclature:
Qd -Exhaust flow rate, dry basis, units of SCFH; JJJJ: units of SCMH
PercentO2 -Measured dry concentration of oxygen in stack exhaust, post-emissions control
equipment, bias-corrected, units of %
PPMVD -Measured dry concentration of pollutant (by volume) in stack exhaust, post-emissions
control equipment, bias-corrected if appropriate, units of ppmvd
MW -Molecular weight of pollutant, units of grams/mole
L -385.5 SCF/lb-mole is the volume of 1 mole of ideal gas at 68°F & 14.696 psia
GramsPerLb -453.5924 grams in one pound (units conversion factor)
BHP -Engine horsepower observed during a test run, units of BHP
Lbs/hr -Mass emission rate of pollutant
Tons/Year -Mass emission rate of pollutant
g/BHP-hr -Horsepower-specific mass emission rate of pollutant
ppmAt15O2 -Measured dry concentration of pollutant (by volume) in stack exhaust adjusted to 15%
oxygen, units of ppmvd
Lbs/MMBTU -Mass emission rate of pollutant
Note: Lack of significant figures may cause rounding errors between actual calculations and the example
calculations shown.
Exhaust:
Qd =SCFH (user-entry)
=/ 60 =SCFM3071.3500184281.0000
184281.0000

Appendix F. Example Calculations
36

CO Emissions:
Lbs/hr ==
=lbs/hr
Tons/Year ==
=tons/year
g/BHP-hr ==
=g/BHP-hr
ppmAt15O2 =x =x
=ppmvd
385.5
Lbs/hr
Qd
L
72.0
0.9642
20.9 - 15
28.01
20.9 - 8.38
72.0120.9 - 15
20.9 - PercentO2
24
1000000
0.9642
453.5924
1000000
184281.0000PPMVD
BHP
365
20002000
PPMVD
24365
0.9642
4.2231
1267
Lbs/hr
0.3452
MW
GramsPerLb
33.9344
NOx Emissions:
Lbs/hr ==
=lbs/hr
Tons/Year ==
=tons/year
g/BHP-hr ==
=g/BHP-hr
ppmAt15O2 =x =x
=ppmvd
PPMVD
385.5
PPMVD MW 184281.0000 46.0056
L
453.5924
BHP 1267
20.9 - 15
Qd
0.4001
50.8
365
1.1176
10000001000000
1.1176 24
2000
Lbs/hr GramsPerLb 1.1176
2000
4.8953
20.9 - PercentO2 20.9 - 8.38
23.9487
50.82
Lbs/hr 24 365
20.9 - 15
Appendix F. Example Calculations
37

VOC Emissions:
Lbs/hr ==
=lbs/hr
Tons/Year ==
=tons/year
g/BHP-hr ==
=g/BHP-hr
ppmAt15O2 =x =x
=ppmvd
56.3 44.096QdPPMVDMW184281.0000
GramsPerLb
24 365
1.1868
5.1980
Lbs/hr
2000
1000000 L
20.9 - PercentO2 20.9 - 8.38
0.4249
26.5312
2000
1000000
365
453.5924
24
385.5
20.9 - 15
1.1868
56.3 20.9 - 15
BHP 1267
1.1868Lbs/hr
PPMVD
Appendix G. Raw Data
38

**********************************************TestRun1**********************************************

, , Post O2, Post CO, NOx, VOC Dry, , CO, NO, NO2, CO2, Gas, Gas Record, , Dry, Dry, Dry, as Prop, H2O%, Wet, Wet, Wet, Wet, Pres, Temp
ID, Date/Time, (%), (ppm), (ppm), (ppm), (%), (ppm), (ppm), (ppm), (%), (atm), (degC)
-------------------------------------------------------------------------------------------------------------------------------------------
0, 11/07/2024 07:10:18 AM, 8.28, 72.15, 50.89, 61.9, 10.67, 64.45, 37.50, 7.96, 6.22, 0.928, 190.4
1, 11/07/2024 07:11:19 AM, 8.29, 72.09, 50.08, 61.7, 10.67, 64.40, 36.86, 7.87, 6.21, 0.927, 190.4
2, 11/07/2024 07:12:19 AM, 8.28, 71.96, 51.55, 61.2, 10.66, 64.29, 38.08, 7.97, 6.22, 0.926, 190.4
3, 11/07/2024 07:13:19 AM, 8.29, 71.94, 49.97, 61.6, 10.65, 64.28, 36.76, 7.89, 6.21, 0.927, 190.4
4, 11/07/2024 07:14:19 AM, 8.31, 71.86, 50.10, 61.3, 10.65, 64.21, 36.89, 7.87, 6.21, 0.926, 190.4
5, 11/07/2024 07:15:19 AM, 8.29, 71.98, 50.20, 61.4, 10.66, 64.31, 36.92, 7.92, 6.22, 0.926, 190.4
6, 11/07/2024 07:16:19 AM, 8.30, 71.72, 49.89, 61.6, 10.65, 64.08, 36.66, 7.92, 6.21, 0.926, 190.4
7, 11/07/2024 07:17:19 AM, 8.30, 71.84, 49.65, 60.7, 10.65, 64.19, 36.50, 7.87, 6.21, 0.926, 190.4
8, 11/07/2024 07:18:19 AM, 8.29, 71.94, 49.56, 60.8, 10.66, 64.27, 36.44, 7.84, 6.21, 0.925, 190.4
9, 11/07/2024 07:19:19 AM, 8.29, 71.91, 50.34, 60.6, 10.67, 64.24, 37.03, 7.93, 6.22, 0.926, 190.4 10, 11/07/2024 07:20:19 AM, 8.29, 71.80, 50.11, 60.4, 10.66, 64.15, 36.90, 7.87, 6.22, 0.925, 190.4
11, 11/07/2024 07:21:19 AM, 8.30, 71.79, 49.96, 60.2, 10.67, 64.14, 36.76, 7.87, 6.22, 0.925, 190.4 12, 11/07/2024 07:22:19 AM, 8.30, 71.73, 50.53, 59.9, 10.65, 64.09, 37.28, 7.86, 6.21, 0.925, 190.4
13, 11/07/2024 07:23:19 AM, 8.26, 71.82, 50.31, 59.7, 10.67, 64.16, 36.98, 7.97, 6.22, 0.924, 190.4 14, 11/07/2024 07:24:19 AM, 8.26, 71.71, 50.49, 59.3, 10.68, 64.05, 37.20, 7.90, 6.23, 0.924, 190.4
15, 11/07/2024 07:25:19 AM, 8.29, 71.69, 50.24, 58.8, 10.68, 64.04, 36.98, 7.89, 6.22, 0.924, 190.4 16, 11/07/2024 07:26:19 AM, 8.28, 71.75, 50.71, 58.8, 10.70, 64.08, 37.26, 8.03, 6.24, 0.924, 190.4
17, 11/07/2024 07:27:19 AM, 8.30, 71.99, 50.66, 59.1, 10.70, 64.29, 37.24, 8.00, 6.24, 0.924, 190.4 18, 11/07/2024 07:28:19 AM, 8.29, 71.94, 49.99, 58.3, 10.67, 64.26, 36.70, 7.95, 6.23, 0.924, 190.4
19, 11/07/2024 07:29:19 AM, 8.27, 72.08, 50.84, 58.5, 10.70, 64.37, 37.41, 7.99, 6.24, 0.924, 190.4
20, 11/07/2024 07:30:19 AM, 8.28, 72.21, 49.51, 58.9, 10.69, 64.50, 36.29, 7.93, 6.24, 0.923, 190.4
21, 11/07/2024 07:31:19 AM, 8.29, 72.17, 51.15, 57.7, 10.72, 64.44, 37.62, 8.05, 6.26, 0.923, 190.4
22, 11/07/2024 07:32:19 AM, 8.31, 72.24, 51.27, 57.6, 10.71, 64.50, 37.76, 8.02, 6.26, 0.923, 190.4
23, 11/07/2024 07:33:19 AM, 8.27, 72.33, 50.01, 57.7, 10.70, 64.59, 36.72, 7.94, 6.26, 0.923, 190.4
24, 11/07/2024 07:34:19 AM, 8.27, 72.21, 50.78, 57.5, 10.71, 64.48, 37.37, 7.97, 6.27, 0.924, 190.7
25, 11/07/2024 07:35:19 AM, 8.29, 72.37, 50.70, 56.3, 10.77, 64.57, 37.21, 8.03, 6.29, 0.927, 191.7
26, 11/07/2024 07:36:19 AM, 8.29, 72.43, 51.08, 55.8, 10.82, 64.60, 37.47, 8.09, 6.30, 0.929, 192.3
27, 11/07/2024 07:37:19 AM, 8.29, 72.46, 50.54, 55.7, 10.82, 64.62, 37.05, 8.03, 6.31, 0.930, 192.2
28, 11/07/2024 07:38:19 AM, 8.29, 72.51, 51.29, 55.7, 10.80, 64.68, 37.67, 8.08, 6.31, 0.930, 191.9 29, 11/07/2024 07:39:19 AM, 8.28, 72.57, 51.08, 54.8, 10.79, 64.73, 37.45, 8.12, 6.30, 0.930, 191.5
30, 11/07/2024 07:40:19 AM, 8.29, 72.47, 50.90, 56.0, 10.75, 64.68, 37.36, 8.07, 6.30, 0.929, 190.5 31, 11/07/2024 07:41:19 AM, 8.30, 72.50, 50.72, 55.4, 10.74, 64.71, 37.24, 8.04, 6.29, 0.928, 190.3
32, 11/07/2024 07:42:19 AM, 8.29, 72.48, 51.68, 55.3, 10.75, 64.69, 37.67, 8.46, 6.30, 0.927, 190.3 33, 11/07/2024 07:43:19 AM, 8.26, 72.40, 50.48, 55.2, 10.73, 64.63, 37.02, 8.04, 6.28, 0.928, 190.2
34, 11/07/2024 07:44:19 AM, 8.28, 72.33, 51.15, 55.6, 10.73, 64.57, 37.51, 8.15, 6.29, 0.927, 190.2 35, 11/07/2024 07:45:19 AM, 8.29, 72.40, 51.18, 55.1, 10.72, 64.64, 37.57, 8.13, 6.29, 0.926, 190.2
36, 11/07/2024 07:46:19 AM, 8.27, 72.20, 51.41, 54.4, 10.73, 64.46, 37.79, 8.10, 6.28, 0.926, 190.3 37, 11/07/2024 07:47:19 AM, 8.30, 72.26, 51.34, 54.6, 10.74, 64.50, 37.71, 8.12, 6.29, 0.925, 190.3
38, 11/07/2024 07:48:19 AM, 8.30, 72.13, 50.75, 55.1, 10.72, 64.40, 37.26, 8.04, 6.29, 0.925, 190.3
39, 11/07/2024 07:49:19 AM, 8.29, 72.38, 51.22, 54.3, 10.73, 64.62, 37.61, 8.11, 6.28, 0.924, 190.3
40, 11/07/2024 07:50:19 AM, 8.28, 72.24, 51.11, 55.1, 10.71, 64.50, 37.46, 8.18, 6.27, 0.924, 190.3
41, 11/07/2024 07:51:19 AM, 8.29, 72.00, 50.63, 54.6, 10.70, 64.29, 37.18, 8.03, 6.27, 0.924, 190.3
42, 11/07/2024 07:52:19 AM, 8.29, 71.97, 50.92, 53.1, 10.73, 64.24, 37.30, 8.16, 6.28, 0.926, 191.2
43, 11/07/2024 07:53:19 AM, 8.28, 72.11, 51.62, 52.7, 10.80, 64.32, 37.83, 8.21, 6.29, 0.928, 192.1
44, 11/07/2024 07:54:19 AM, 8.29, 72.10, 51.01, 53.1, 10.79, 64.32, 37.37, 8.14, 6.28, 0.929, 191.7
45, 11/07/2024 07:55:19 AM, 8.28, 71.93, 51.30, 53.5, 10.77, 64.19, 37.58, 8.19, 6.28, 0.929, 191.2
46, 11/07/2024 07:56:19 AM, 8.27, 71.89, 51.65, 53.3, 10.74, 64.17, 37.86, 8.25, 6.28, 0.929, 190.5
47, 11/07/2024 07:57:19 AM, 8.26, 71.90, 50.62, 54.0, 10.73, 64.19, 37.05, 8.14, 6.28, 0.929, 190.4 48, 11/07/2024 07:58:19 AM, 8.25, 71.95, 51.29, 53.5, 10.73, 64.23, 37.57, 8.21, 6.27, 0.928, 190.2
49, 11/07/2024 07:59:19 AM, 8.28, 71.91, 50.69, 53.3, 10.73, 64.20, 37.08, 8.16, 6.27, 0.928, 190.2 50, 11/07/2024 08:00:19 AM, 8.29, 72.01, 50.73, 53.8, 10.74, 64.27, 37.06, 8.22, 6.27, 0.928, 190.1
51, 11/07/2024 08:01:19 AM, 8.26, 71.74, 51.50, 53.0, 10.75, 64.03, 37.70, 8.26, 6.28, 0.927, 190.1 52, 11/07/2024 08:02:19 AM, 8.28, 71.90, 50.80, 53.1, 10.75, 64.17, 37.15, 8.19, 6.28, 0.926, 190.1
53, 11/07/2024 08:03:19 AM, 8.28, 71.59, 51.37, 52.9, 10.75, 63.90, 37.64, 8.21, 6.27, 0.926, 190.2 54, 11/07/2024 08:04:19 AM, 8.27, 71.67, 51.27, 52.7, 10.75, 63.96, 37.56, 8.19, 6.27, 0.925, 190.2
55, 11/07/2024 08:05:19 AM, 8.29, 71.56, 51.60, 52.2, 10.76, 63.86, 37.84, 8.21, 6.27, 0.925, 190.3 56, 11/07/2024 08:06:19 AM, 8.29, 71.70, 51.57, 51.8, 10.76, 63.99, 37.76, 8.26, 6.28, 0.925, 190.4
57, 11/07/2024 08:07:19 AM, 8.25, 71.49, 50.52, 52.4, 10.75, 63.81, 36.98, 8.12, 6.27, 0.925, 190.3 58, 11/07/2024 08:08:19 AM, 8.27, 71.64, 51.94, 52.8, 10.76, 63.94, 38.09, 8.26, 6.28, 0.925, 190.3
59, 11/07/2024 08:09:19 AM, 8.27, 71.72, 51.00, 52.4, 10.74, 64.02, 37.37, 8.16, 6.27, 0.925, 190.3
60, 11/07/2024 08:10:19 AM, 8.27, 71.46, 51.76, 51.4, 10.76, 63.77, 37.96, 8.23, 6.28, 0.926, 190.7
61, 11/07/2024 08:11:19 AM, 8.29, 71.70, 51.34, 51.6, 10.76, 63.99, 37.66, 8.16, 6.28, 0.925, 190.6
<end>
, AverageMeasuredValues, 8.28, 72.01, 50.82, 56.3, 10.72, 64.30, 37.30, 8.07, 6.26, 0.926, 190.6

Miscellaneous:
LoggingMode, Raw
LoggingInterval (seconds), 60
SamplingInterval (seconds), 2 TestRunInterval (minutes), 61
TestRunStartTime, 11/07/2024 07:10:19 AM TestRunEndTime, 11/07/2024 08:11:19 AM
ThcWetSpan, N/A DateTimeCompleted, 11/7/2024 8:11:19.922 AM, VVJWhKrOKPFAU0FG040yu0gqcS9N76h2AQ933Ngp4yI=

Appendix G. Raw Data
39

**********************************************TestRun2**********************************************

, , Post O2, Post CO, NOx, VOC Dry, , CO, NO, NO2, CO2, Gas, Gas Record, , Dry, Dry, Dry, as Prop, H2O%, Wet, Wet, Wet, Wet, Pres, Temp
ID, Date/Time, (%), (ppm), (ppm), (ppm), (%), (ppm), (ppm), (ppm), (%), (atm), (degC)
-------------------------------------------------------------------------------------------------------------------------------------------
0, 11/07/2024 08:15:56 AM, 8.29, 71.62, 51.51, 51.4, 10.73, 63.93, 38.06, 7.92, 6.26, 0.925, 190.2
1, 11/07/2024 08:16:56 AM, 8.25, 71.21, 51.67, 51.5, 10.76, 63.55, 38.06, 8.05, 6.28, 0.924, 190.2
2, 11/07/2024 08:17:56 AM, 8.28, 71.46, 51.95, 51.7, 10.76, 63.77, 38.20, 8.15, 6.27, 0.924, 190.2
3, 11/07/2024 08:18:56 AM, 8.26, 71.89, 50.05, 52.2, 10.75, 64.16, 36.66, 8.02, 6.27, 0.923, 190.2
4, 11/07/2024 08:19:56 AM, 8.28, 71.59, 51.02, 51.3, 10.74, 63.90, 37.41, 8.13, 6.26, 0.924, 190.2
5, 11/07/2024 08:20:56 AM, 8.26, 71.58, 51.54, 51.2, 10.74, 63.89, 37.91, 8.10, 6.27, 0.923, 190.3
6, 11/07/2024 08:21:56 AM, 8.29, 71.43, 52.29, 50.8, 10.76, 63.75, 38.50, 8.16, 6.28, 0.922, 190.3
7, 11/07/2024 08:22:56 AM, 8.26, 71.52, 50.00, 51.5, 10.73, 63.85, 36.56, 8.07, 6.26, 0.922, 190.3
8, 11/07/2024 08:23:56 AM, 8.27, 71.50, 51.49, 51.2, 10.75, 63.82, 37.80, 8.15, 6.27, 0.922, 190.3
9, 11/07/2024 08:24:56 AM, 8.27, 71.58, 51.48, 50.9, 10.75, 63.89, 37.76, 8.19, 6.27, 0.922, 190.3 10, 11/07/2024 08:25:56 AM, 8.27, 71.69, 51.74, 51.6, 10.77, 63.97, 37.91, 8.26, 6.28, 0.922, 190.3
11, 11/07/2024 08:26:56 AM, 8.26, 71.55, 50.78, 51.5, 10.76, 63.85, 37.22, 8.10, 6.28, 0.922, 190.6 12, 11/07/2024 08:27:56 AM, 8.28, 71.51, 51.60, 50.7, 10.78, 63.80, 37.77, 8.27, 6.28, 0.924, 190.9
13, 11/07/2024 08:28:56 AM, 8.26, 71.60, 50.86, 50.8, 10.77, 63.88, 37.21, 8.17, 6.27, 0.923, 190.7 14, 11/07/2024 08:29:56 AM, 8.24, 71.64, 51.43, 50.7, 10.77, 63.92, 37.70, 8.19, 6.28, 0.923, 190.4
15, 11/07/2024 08:30:56 AM, 8.28, 71.69, 51.26, 51.3, 10.76, 63.98, 37.52, 8.22, 6.27, 0.922, 190.3 16, 11/07/2024 08:31:56 AM, 8.27, 71.67, 50.95, 50.9, 10.74, 63.97, 37.29, 8.18, 6.27, 0.922, 190.2
17, 11/07/2024 08:32:56 AM, 8.26, 71.78, 51.29, 50.8, 10.75, 64.07, 37.60, 8.17, 6.28, 0.922, 190.2 18, 11/07/2024 08:33:56 AM, 8.27, 71.68, 51.65, 51.4, 10.75, 63.98, 37.88, 8.22, 6.27, 0.921, 190.2
19, 11/07/2024 08:34:56 AM, 8.24, 71.71, 51.06, 51.0, 10.76, 64.00, 37.40, 8.17, 6.28, 0.921, 190.2
20, 11/07/2024 08:35:56 AM, 8.27, 71.76, 50.71, 51.1, 10.77, 64.04, 37.09, 8.17, 6.28, 0.921, 190.2
21, 11/07/2024 08:36:56 AM, 8.27, 71.91, 50.86, 51.3, 10.77, 64.17, 37.19, 8.19, 6.28, 0.920, 190.2
22, 11/07/2024 08:37:56 AM, 8.25, 71.71, 50.64, 50.9, 10.75, 64.01, 37.10, 8.10, 6.28, 0.921, 190.2
23, 11/07/2024 08:38:56 AM, 8.28, 71.71, 52.49, 50.0, 10.76, 63.99, 38.57, 8.27, 6.29, 0.920, 190.2
24, 11/07/2024 08:39:56 AM, 8.26, 71.59, 51.03, 50.7, 10.75, 63.89, 37.32, 8.22, 6.28, 0.920, 190.2
25, 11/07/2024 08:40:56 AM, 8.26, 71.98, 51.58, 50.9, 10.76, 64.24, 37.85, 8.18, 6.28, 0.920, 190.2
26, 11/07/2024 08:41:56 AM, 8.26, 71.75, 51.00, 51.1, 10.76, 64.03, 37.30, 8.22, 6.28, 0.920, 190.2
27, 11/07/2024 08:42:56 AM, 8.26, 71.92, 51.67, 50.7, 10.78, 64.17, 37.91, 8.19, 6.29, 0.920, 190.3
28, 11/07/2024 08:43:56 AM, 8.27, 71.81, 51.33, 50.9, 10.77, 64.08, 37.66, 8.15, 6.28, 0.920, 190.2 29, 11/07/2024 08:44:56 AM, 8.27, 71.76, 51.72, 50.5, 10.77, 64.04, 37.91, 8.24, 6.28, 0.920, 190.3
30, 11/07/2024 08:45:56 AM, 8.28, 71.84, 49.96, 51.3, 10.75, 64.12, 36.55, 8.04, 6.28, 0.919, 190.3 31, 11/07/2024 08:46:56 AM, 8.26, 72.00, 51.57, 50.6, 10.78, 64.24, 37.80, 8.22, 6.28, 0.919, 190.3
32, 11/07/2024 08:47:56 AM, 8.26, 71.90, 52.02, 49.9, 10.75, 64.17, 38.17, 8.26, 6.27, 0.919, 190.2 33, 11/07/2024 08:48:56 AM, 8.26, 71.82, 51.12, 50.7, 10.77, 64.09, 37.44, 8.18, 6.29, 0.919, 190.3
34, 11/07/2024 08:49:56 AM, 8.27, 71.84, 51.13, 50.6, 10.76, 64.11, 37.43, 8.20, 6.27, 0.919, 190.3 35, 11/07/2024 08:50:56 AM, 8.24, 71.84, 51.74, 50.1, 10.74, 64.12, 38.00, 8.18, 6.28, 0.918, 190.2
36, 11/07/2024 08:51:56 AM, 8.26, 71.83, 51.48, 50.0, 10.74, 64.12, 37.80, 8.15, 6.26, 0.918, 190.2 37, 11/07/2024 08:52:56 AM, 8.26, 71.86, 50.62, 50.5, 10.73, 64.15, 37.02, 8.16, 6.27, 0.918, 190.2
38, 11/07/2024 08:53:56 AM, 8.29, 71.87, 50.77, 50.8, 10.74, 64.16, 37.16, 8.16, 6.27, 0.918, 190.2
39, 11/07/2024 08:54:56 AM, 8.28, 71.94, 50.91, 50.4, 10.75, 64.20, 37.32, 8.11, 6.28, 0.917, 190.2
40, 11/07/2024 08:55:56 AM, 8.28, 72.06, 51.33, 50.9, 10.74, 64.32, 37.63, 8.19, 6.27, 0.917, 190.2
41, 11/07/2024 08:56:56 AM, 8.27, 71.92, 51.41, 50.1, 10.74, 64.20, 37.73, 8.16, 6.27, 0.917, 190.2
42, 11/07/2024 08:57:56 AM, 8.28, 72.17, 50.19, 50.9, 10.75, 64.41, 36.70, 8.09, 6.28, 0.917, 190.2
43, 11/07/2024 08:58:56 AM, 8.26, 72.30, 50.00, 50.8, 10.74, 64.53, 36.54, 8.09, 6.27, 0.917, 190.2
44, 11/07/2024 08:59:56 AM, 8.29, 72.26, 50.58, 50.4, 10.76, 64.48, 37.02, 8.11, 6.29, 0.917, 190.2
45, 11/07/2024 09:00:56 AM, 8.28, 71.96, 50.78, 50.1, 10.74, 64.23, 37.21, 8.11, 6.28, 0.917, 190.3
46, 11/07/2024 09:01:56 AM, 8.27, 72.17, 51.50, 50.0, 10.75, 64.41, 37.76, 8.21, 6.28, 0.916, 190.2
47, 11/07/2024 09:02:56 AM, 8.30, 72.09, 51.07, 50.4, 10.74, 64.35, 37.42, 8.17, 6.28, 0.916, 190.2 48, 11/07/2024 09:03:56 AM, 8.32, 72.45, 50.24, 51.6, 10.73, 64.67, 36.73, 8.12, 6.28, 0.916, 190.2
49, 11/07/2024 09:04:56 AM, 8.27, 72.39, 50.03, 50.6, 10.72, 64.62, 36.59, 8.07, 6.28, 0.916, 190.2 50, 11/07/2024 09:05:56 AM, 8.26, 72.02, 51.21, 50.2, 10.74, 64.28, 37.55, 8.16, 6.28, 0.916, 190.2
51, 11/07/2024 09:06:56 AM, 8.30, 72.07, 50.46, 51.0, 10.72, 64.34, 36.91, 8.14, 6.28, 0.916, 190.2 52, 11/07/2024 09:07:56 AM, 8.28, 72.21, 49.86, 50.4, 10.73, 64.47, 36.42, 8.09, 6.28, 0.917, 190.2
53, 11/07/2024 09:08:56 AM, 8.29, 72.17, 49.63, 51.0, 10.73, 64.42, 36.21, 8.09, 6.27, 0.917, 190.2 54, 11/07/2024 09:09:56 AM, 8.27, 72.31, 50.51, 51.0, 10.74, 64.54, 36.84, 8.25, 6.27, 0.917, 190.2
55, 11/07/2024 09:10:56 AM, 8.26, 72.05, 49.48, 50.9, 10.73, 64.32, 36.03, 8.13, 6.27, 0.918, 190.2 56, 11/07/2024 09:11:56 AM, 8.26, 72.24, 50.04, 50.4, 10.73, 64.48, 36.54, 8.12, 6.27, 0.917, 190.2
57, 11/07/2024 09:12:56 AM, 8.28, 72.32, 50.96, 50.1, 10.73, 64.56, 37.28, 8.21, 6.29, 0.917, 190.2 58, 11/07/2024 09:13:56 AM, 8.27, 72.09, 50.58, 51.2, 10.73, 64.35, 36.87, 8.28, 6.27, 0.917, 190.2
59, 11/07/2024 09:14:56 AM, 8.29, 72.07, 50.03, 50.2, 10.72, 64.34, 36.48, 8.18, 6.27, 0.917, 190.2
60, 11/07/2024 09:15:56 AM, 8.27, 72.12, 50.48, 49.7, 10.72, 64.40, 36.85, 8.22, 6.27, 0.917, 190.1
61, 11/07/2024 09:16:56 AM, 8.28, 72.26, 50.20, 50.3, 10.73, 64.50, 36.60, 8.22, 6.27, 0.916, 190.2
<end>
, AverageMeasuredValues, 8.27, 71.87, 50.98, 50.8, 10.75, 64.15, 37.34, 8.16, 6.28, 0.919, 190.3

Miscellaneous:
LoggingMode, Raw
LoggingInterval (seconds), 60
SamplingInterval (seconds), 2 TestRunInterval (minutes), 61
TestRunStartTime, 11/07/2024 08:15:56 AM TestRunEndTime, 11/07/2024 09:16:57 AM
ThcWetSpan, N/A DateTimeCompleted, 11/7/2024 9:16:57.796 AM, m53ILZ75P+oKiemfMlUm0o90b/8RG2xKiQozmzE1j9s=

Appendix G. Raw Data
40

**********************************************TestRun3**********************************************

, , Post O2, Post CO, NOx, VOC Dry, , CO, NO, NO2, CO2, Gas, Gas Record, , Dry, Dry, Dry, as Prop, H2O%, Wet, Wet, Wet, Wet, Pres, Temp
ID, Date/Time, (%), (ppm), (ppm), (ppm), (%), (ppm), (ppm), (ppm), (%), (atm), (degC)
-------------------------------------------------------------------------------------------------------------------------------------------
0, 11/07/2024 09:22:19 AM, 8.31, 72.36, 50.17, 50.7, 10.71, 64.61, 36.86, 7.94, 6.27, 0.917, 190.2
1, 11/07/2024 09:23:19 AM, 8.27, 72.42, 51.19, 49.4, 10.75, 64.63, 37.64, 8.05, 6.29, 0.918, 190.6
2, 11/07/2024 09:24:19 AM, 8.31, 72.14, 50.64, 49.0, 10.81, 64.34, 37.07, 8.09, 6.28, 0.921, 191.6
3, 11/07/2024 09:25:19 AM, 8.31, 72.31, 50.38, 48.9, 10.82, 64.48, 36.76, 8.16, 6.28, 0.924, 192.1
4, 11/07/2024 09:26:19 AM, 8.27, 72.29, 49.69, 49.3, 10.84, 64.45, 36.12, 8.19, 6.27, 0.925, 192.3
5, 11/07/2024 09:27:19 AM, 8.31, 72.17, 50.72, 48.9, 10.82, 64.36, 36.92, 8.31, 6.27, 0.926, 192.1
6, 11/07/2024 09:28:19 AM, 8.30, 72.29, 50.66, 49.6, 10.79, 64.49, 36.86, 8.34, 6.27, 0.925, 191.3
7, 11/07/2024 09:29:19 AM, 8.27, 71.97, 50.43, 49.2, 10.75, 64.23, 36.74, 8.27, 6.27, 0.925, 190.7
8, 11/07/2024 09:30:19 AM, 8.27, 72.36, 50.34, 49.5, 10.73, 64.59, 36.68, 8.26, 6.27, 0.924, 190.4
9, 11/07/2024 09:31:19 AM, 8.30, 72.21, 50.62, 50.0, 10.73, 64.46, 36.91, 8.28, 6.26, 0.924, 190.4 10, 11/07/2024 09:32:19 AM, 8.28, 71.97, 50.75, 49.5, 10.73, 64.25, 37.02, 8.28, 6.26, 0.923, 190.4
11, 11/07/2024 09:33:19 AM, 8.28, 72.07, 50.51, 49.5, 10.73, 64.33, 36.78, 8.31, 6.26, 0.922, 190.3 12, 11/07/2024 09:34:19 AM, 8.30, 72.21, 49.78, 50.1, 10.71, 64.47, 36.17, 8.27, 6.25, 0.922, 190.3
13, 11/07/2024 09:35:19 AM, 8.29, 72.19, 50.27, 49.9, 10.72, 64.45, 36.59, 8.29, 6.25, 0.921, 190.3 14, 11/07/2024 09:36:19 AM, 8.30, 72.23, 49.98, 49.3, 10.71, 64.50, 36.32, 8.31, 6.26, 0.921, 190.3
15, 11/07/2024 09:37:19 AM, 8.29, 72.10, 51.78, 48.8, 10.73, 64.36, 37.84, 8.38, 6.27, 0.921, 190.3 16, 11/07/2024 09:38:19 AM, 8.27, 72.12, 49.87, 49.6, 10.70, 64.41, 36.28, 8.25, 6.25, 0.920, 190.3
17, 11/07/2024 09:39:19 AM, 8.28, 72.10, 50.48, 49.7, 10.69, 64.39, 36.76, 8.33, 6.25, 0.920, 190.4 18, 11/07/2024 09:40:19 AM, 8.27, 72.15, 49.59, 50.1, 10.68, 64.45, 36.01, 8.29, 6.24, 0.920, 190.4
19, 11/07/2024 09:41:19 AM, 8.30, 72.10, 51.59, 48.6, 10.71, 64.38, 37.70, 8.37, 6.26, 0.920, 190.4
20, 11/07/2024 09:42:19 AM, 8.31, 72.12, 50.38, 49.3, 10.69, 64.41, 36.72, 8.27, 6.26, 0.920, 190.3
21, 11/07/2024 09:43:19 AM, 8.28, 72.04, 49.71, 49.5, 10.68, 64.35, 36.14, 8.25, 6.24, 0.920, 190.4
22, 11/07/2024 09:44:19 AM, 8.29, 71.89, 51.63, 48.8, 10.72, 64.19, 37.74, 8.36, 6.25, 0.919, 190.4
23, 11/07/2024 09:45:19 AM, 8.31, 72.24, 50.10, 49.8, 10.69, 64.52, 36.51, 8.23, 6.25, 0.919, 190.4
24, 11/07/2024 09:46:19 AM, 8.29, 72.25, 50.33, 48.6, 10.70, 64.52, 36.70, 8.24, 6.25, 0.919, 190.3
25, 11/07/2024 09:47:19 AM, 8.29, 72.07, 50.27, 49.2, 10.70, 64.36, 36.64, 8.25, 6.25, 0.919, 190.4
26, 11/07/2024 09:48:19 AM, 8.30, 72.07, 50.14, 48.8, 10.69, 64.36, 36.49, 8.29, 6.25, 0.919, 190.4
27, 11/07/2024 09:49:19 AM, 8.29, 72.04, 50.97, 49.0, 10.68, 64.34, 37.21, 8.32, 6.25, 0.919, 190.4
28, 11/07/2024 09:50:19 AM, 8.32, 71.94, 50.54, 49.2, 10.69, 64.25, 36.78, 8.37, 6.25, 0.919, 190.4 29, 11/07/2024 09:51:19 AM, 8.29, 72.16, 50.94, 48.7, 10.70, 64.44, 37.08, 8.40, 6.25, 0.918, 190.4
30, 11/07/2024 09:52:19 AM, 8.30, 72.35, 50.54, 48.9, 10.69, 64.62, 36.82, 8.31, 6.25, 0.918, 190.3 31, 11/07/2024 09:53:19 AM, 8.31, 72.44, 50.88, 48.5, 10.70, 64.69, 37.11, 8.33, 6.26, 0.918, 190.3
32, 11/07/2024 09:54:19 AM, 8.31, 72.74, 49.57, 49.3, 10.69, 64.96, 36.04, 8.23, 6.25, 0.918, 190.3 33, 11/07/2024 09:55:19 AM, 8.31, 72.61, 50.76, 49.1, 10.72, 64.82, 36.98, 8.34, 6.26, 0.918, 190.3
34, 11/07/2024 09:56:19 AM, 8.26, 72.71, 49.54, 49.6, 10.69, 64.93, 35.93, 8.31, 6.25, 0.918, 190.3 35, 11/07/2024 09:57:19 AM, 8.32, 72.35, 51.34, 48.3, 10.71, 64.60, 37.48, 8.37, 6.26, 0.918, 190.3
36, 11/07/2024 09:58:19 AM, 8.30, 72.60, 48.69, 49.3, 10.68, 64.85, 35.30, 8.19, 6.24, 0.918, 190.3 37, 11/07/2024 09:59:19 AM, 8.30, 72.42, 50.46, 48.0, 10.71, 64.67, 36.79, 8.26, 6.26, 0.918, 190.3
38, 11/07/2024 10:00:19 AM, 8.30, 72.57, 50.16, 48.7, 10.70, 64.81, 36.54, 8.26, 6.26, 0.918, 190.4
39, 11/07/2024 10:01:19 AM, 8.31, 72.33, 50.38, 48.6, 10.70, 64.59, 36.71, 8.28, 6.25, 0.918, 190.3
40, 11/07/2024 10:02:19 AM, 8.29, 72.53, 50.00, 48.9, 10.69, 64.78, 36.43, 8.23, 6.25, 0.917, 190.3
41, 11/07/2024 10:03:19 AM, 8.29, 72.31, 50.69, 48.1, 10.70, 64.57, 36.93, 8.34, 6.25, 0.917, 190.3
42, 11/07/2024 10:04:19 AM, 8.28, 72.43, 50.25, 48.6, 10.69, 64.69, 36.60, 8.28, 6.25, 0.917, 190.4
43, 11/07/2024 10:05:19 AM, 8.29, 72.40, 50.09, 48.1, 10.74, 64.63, 36.38, 8.33, 6.25, 0.920, 191.3
44, 11/07/2024 10:06:19 AM, 8.30, 72.44, 50.36, 47.3, 10.80, 64.62, 36.53, 8.40, 6.26, 0.924, 192.4
45, 11/07/2024 10:07:19 AM, 8.29, 72.55, 50.10, 47.2, 10.82, 64.71, 36.33, 8.35, 6.26, 0.927, 192.9
46, 11/07/2024 10:08:19 AM, 8.32, 72.48, 50.54, 47.3, 10.82, 64.64, 36.64, 8.43, 6.26, 0.928, 192.6
47, 11/07/2024 10:09:19 AM, 8.30, 72.29, 50.86, 47.4, 10.76, 64.52, 36.94, 8.45, 6.25, 0.928, 191.5 48, 11/07/2024 10:10:19 AM, 8.29, 72.28, 49.12, 48.8, 10.69, 64.55, 35.49, 8.37, 6.23, 0.927, 190.7
49, 11/07/2024 10:11:19 AM, 8.29, 72.39, 50.74, 48.2, 10.68, 64.66, 36.88, 8.44, 6.24, 0.926, 190.4 50, 11/07/2024 10:12:19 AM, 8.28, 72.23, 50.61, 47.5, 10.69, 64.51, 36.81, 8.39, 6.24, 0.926, 190.2
51, 11/07/2024 10:13:19 AM, 8.30, 72.33, 50.63, 47.9, 10.68, 64.61, 36.79, 8.43, 6.24, 0.925, 190.2 52, 11/07/2024 10:14:19 AM, 8.31, 72.30, 51.02, 47.5, 10.69, 64.57, 37.11, 8.46, 6.23, 0.924, 190.2
53, 11/07/2024 10:15:19 AM, 8.31, 72.35, 50.26, 48.0, 10.68, 64.62, 36.43, 8.46, 6.23, 0.924, 190.2 54, 11/07/2024 10:16:19 AM, 8.30, 72.35, 50.52, 47.5, 10.69, 64.62, 36.73, 8.39, 6.23, 0.923, 190.2
55, 11/07/2024 10:17:19 AM, 8.31, 72.39, 50.95, 47.3, 10.70, 64.65, 37.10, 8.40, 6.23, 0.922, 190.2 56, 11/07/2024 10:18:19 AM, 8.28, 72.38, 50.34, 47.4, 10.69, 64.64, 36.54, 8.42, 6.24, 0.922, 190.3
57, 11/07/2024 10:19:19 AM, 8.30, 72.50, 50.77, 47.2, 10.69, 64.75, 36.84, 8.50, 6.24, 0.921, 190.3 58, 11/07/2024 10:20:19 AM, 8.31, 72.35, 50.93, 47.0, 10.70, 64.61, 37.05, 8.43, 6.24, 0.920, 190.3
59, 11/07/2024 10:21:19 AM, 8.29, 72.34, 50.56, 47.1, 10.70, 64.60, 36.77, 8.38, 6.23, 0.920, 190.3
60, 11/07/2024 10:22:19 AM, 8.30, 72.30, 50.41, 47.9, 10.68, 64.58, 36.64, 8.39, 6.23, 0.920, 190.3
61, 11/07/2024 10:23:19 AM, 8.28, 72.53, 50.43, 47.3, 10.69, 64.78, 36.74, 8.29, 6.24, 0.920, 190.3
<end>
, AverageMeasuredValues, 8.29, 72.29, 50.43, 48.7, 10.72, 64.55, 36.72, 8.31, 6.25, 0.921, 190.6

Miscellaneous:
LoggingMode, Raw
LoggingInterval (seconds), 60
SamplingInterval (seconds), 2 TestRunInterval (minutes), 61
TestRunStartTime, 11/07/2024 09:22:19 AM TestRunEndTime, 11/07/2024 10:23:20 AM
ThcWetSpan, N/A DateTimeCompleted, 11/7/2024 10:23:20.537 AM, xh+J/A+NfLmep5+uNriMNpMtcQSImDFOWMRzv6fOxy0=

1

Emissions Test Report
Prepared for: Uinta Wax Operating, LLC
Prepared by: Aaron Medina
Test Date: November 6, 2024
ECG Project Number: ECG-2024-4548
Regulatory Information
Facility Name: Zager Compressor Station Target Parameter(s): NOx, CO, and VOC as NMNEHC
Location: Duchesne County, UT Regulatory Citation: 40 CFR 60, Subpart JJJJ
Coordinates: 40.1152353, -110.063884 R307-401-8
Permit Number: DAQE-AN161690003-24 Sampling Analyzers: MKS2030 Serial # 18605049
Test Results Summary
Pollutant JJJJ
Limits
R307-401-8
Limits Emitted Compliant/
Not Compliant
Unit Number Make/Model
CO (lb/hr)N/A 2.0900 0.1852
CO (tpy)N/A N/A 0.8113
CO (g/bhp-hr)2.0000 N/A 0.0668
Rich/Lean Burn BHP CO (ppmvd@15%O2)N/A N/A 6.8073
NOx (lb/hr)N/A 2.0900 1.2894
NOx (tpy)N/A N/A 5.6476
Serial Number Date of Manufacture NOx (g/bhp-hr)1.0000 N/A 0.4649
NOx (ppmvd@15%O2)N/A N/A 28.8585
NMNEHC (lb/hr)N/A 2.5100 0.7705
Engine Hours Load %NMNEHC (tpy)N/A N/A 3.3748
NMNEHC (g/bhp-hr)0.7000 N/A 0.2777
NMNEHC (ppmvd@15%O2)N/A N/A 17.9852610991.2
Compliant
Compliant
JEF02100 1/1/2023
Lean 1380
312153 Caterpillar G3516B Compliant
Engine Info

• Testing was completed in accordance with the accepted protocol with no deviations.
• The engine was tested at the highest achievable capacity based on gas availability.

2

Contact Information
Test Location Test Company

Uinta Wax Operating, LLC Alliance Technical Group, LLC
Zager Compressor Station 701 W Commerce St.
Duchesne County, UT Clinton, OK 73601
40.1152353, -110.063884

Primary Facility Contact Company Contact
Karen Pratt Tyler Frey
Regulatory Manager Director, Oil & Gas
Uinta Wax Operating, LLC [e-mail]
5128 Apache Plume Road (570)-428-2133
Fort Worth, TX 76109
720-990-9927
[e-mail] Cody Kuban
Midcon Operations Manager
[e-mail]
(817)-845-4679

3

Alliance Technical Group, LLC (Alliance) has completed the source testing described in this report. Results apply only to
the source(s) tested and operating condition(s) for the specified test date(s) and time(s) 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 part without written consent from the customer.

To the best of my knowledge the source test report has been checked for completeness, and the results presented
herein are accurate, error-free, legible, and representative of the actual emissions measured during testing.

Date: 11/15/2024
Stephen Bulebosh
Technical Services Writer
Alliance Technical Group, LLC

To the best of my knowledge the source test report has been checked for completeness, and the results presented
herein are accurate, error-free, legible, and representative of the actual emissions measured during testing.

Date:

Karen Pratt
Regulatory Manager
Uinta Wax Operating, LLC

To the best of my knowledge the source test report has been checked for completeness, and the results presented
herein are accurate, error-free, legible, and representative of the actual emissions measured during testing.

Date: 11/18/2024

Aaron Medina
Project Coordinator
Alliance Technical Group, LLC

11/15/2024

4

Table of Contents

1. Introduction……………………………………………………………………………………………………………….….5

2. Source Description…………………………………………………………………………………………………….….5

3. Operating Parameters…………………………………………………………………………………………………..5

4. Sampling and Analytical Procedures….………………………………………………………………….….……5

4.1 Sample and Velocity Traverses- US EPA Methods 1 and 2……………………………… 5

4.2 Oxygen Determination- US EPA Method 3A.........……………………………………………6

4.3 Gas Dilution Certification US EPA Method 205.……………………………….………………6

4.4 Moisture Determination- US EPA Method 320…………………………………………………6

4.5 NOx Determination- US EPA Method 320…………………………………………………………6

4.6 CO Determination- US EPA Method 320………………………………………………………….6

4.7 NMNEHC Determination- US EPA Method 320……………………………………………….7

4.8 HCHO Determination- US EPA Method 320 …………………………………….…………….7

4.9 CO2 Determination- US EPA Method 320……………………………………….……………….7

5. QA/QC Procedures and Data Reduction…………………………………………………….………………….7

6. Conclusion……………………………………………………………………………………………….……………………7

Appendices
A. Test Run Data
B. QA/QC Summary Tables and Data
C. Calibration Gas Certificates
D. Exhaust Flow Measurements
E. Sample Point Location & Reference Measurement
F. Example Calculations
G. Raw Data

5

1 Introduction
Alliance Technical Group, LLC (Alliance) has been contracted by Uinta Wax Operating, LLC to provide
emissions testing on one (1) engine located at the Zager Compressor Station in Duchesne County, UT. The
purpose of the testing was to demonstrate compliance with emission limitations contained in the facility’s
air permit, 40 CFR 60, Subpart JJJJ, and R307-401-8. There are emission limitations for oxides of nitrogen
(NOx), carbon monoxide (CO), and volatile organic compounds (VOC) as non-methane non-ethane
hydrocarbons (NMNEHC).
Testing was conducted in accordance with an approved test protocol from the UT Source Testing Manual
and United States Environmental Protection Agency (US EPA) test methods. Testing for the engine
occurred November 6, 2024. Aaron Medina of Alliance performed the emissions testing.
2 Source Description
One (1) natural gas-fired reciprocating internal combustion engine (RICE) was tested at the Zager
Compressor Station. The source consists of one (1) engine used to compress natural gas into pipelines.
The engine model is one (1) Caterpillar G3516B engine rated at 1380 BHP @ 1400 RPM. The engine is a 4-
stroke, lean-burn gas-fired engine with oxidation catalyst.
3 Operating Parameters
Three (3) 60- minute test runs were performed. Subpart JJJJ requires testing to be conducted at 90-100%
load, or the highest achievable, based on representative performance of the unit. The engine was tested
at the highest achievable capacity based on gas availability. An attempt to place an artificial load on the
engine would have required reconfigurations outside of normal operating conditions, posing possible
operational and safety risks.
The following engine, fuel and ambient parameters were collected during the test, per test run.
• Engine BHP
• Engine exhaust flow
• Engine speed
• Compressor Suction and Discharge Pressures
• Ambient Temperature and Relative Humidity
• Barometric Pressures

4 Sampling and Analytical Procedures
4.1 Sample and Velocity Traverses- US EPA Methods 1 and 2
The sampling locations were evaluated in accordance with US EPA Reference Test Method 1. The
upstream and downstream distances were measured and equated to equivalent diameters to confirm
compliance with US EPA Reference Test Method 1.
Full velocity traverses were conducted in accordance with US 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 S-type pitot tube and manometer. The stack gas temperature was
measured with a K-type thermocouple and pyrometer. Velocity measurements were taken at the
minimum number of traverse points based on Figure 1-2 in US EPA Reference Test Method 1.

6

Instrumental sampling was conducted at three traverse points passing through the centroidal area of the
duct; therefore, a stratification check was not needed. The certification page for the sampling probe can
be referenced In Appendix E.
4.2 Oxygen Determination- US EPA Method 3A
Concentrations of O2 in the exhaust stack were analyzed using an M&C PMA 22 (Ranger Analytical)
oxygen analyzer. The instrument measures the paramagnetic susceptibility of the sample gas by means of
a magneto-dynamic type measuring cell. The measuring cell of the analyzers consists of a dumbbell of
diamagnetic material, which is temperature controlled electronically at 50 degrees Celsius. The higher the
oxygen concentration, the greater the dumbbell is deflected from its rest position. The deflection is
detected by an optical system connected to an amplifier. Surrounding the dumbbell is a coil of wire. A
current is passed through this coil to return the dumbbell to its original position. The current applied is
linearly proportional to the percent oxygen concentration in the sample gas. The concentration was
displayed on a digital panel meter.
4.3 Gas Dilution Certification- US EPA Method 205
A calibration gas dilution system field check was conducted in accordance with US EPA Reference Method
205. Multiple dilution rates and total gas flow rates were utilized to force the dilution system to perform
two dilutions on each mass flow controller. The diluted calibration gases were sent directly to the
analyzer, and the analyzer response recorded in an electronic field data sheet. The analyzer response
agreed within 2% of the actual diluted gas concentration. A second Protocol 1 calibration gas, with a
cylinder concentration within 10% of one of the gas divider settings described above, was introduced
directly to the analyzer, and the analyzer response recorded in an electronic field data sheet. The cylinder
concentration and the analyzer response agreed within 2%. These steps were repeated three (3) times.
4.4 Moisture Determination- US EPA Method 320
The stack gas moisture content was measured using a MKS 2030 FTIR multi-gas analyzer following US EPA
Method 320. The FTIR uses an infrared spectral-reference library that has been validated against the on-
line US EPA library or against NIST traceable gas mixtures. A slipstream sample of exhaust gas was
analyzed hot/wet during the entire duration of each test run. An averaging time of 60 seconds was
observed.
4.5 NOx Determination- US EPA Method 320
NOx emissions were measured using a MKS 2030 FTIR multi-gas analyzer following US EPA Method 320.
The FTIR uses an infrared spectral-reference library that has been validated against the on-line US EPA
library or against NIST traceable gas mixtures. A slipstream sample of exhaust gas was analyzed hot/wet
during the entire duration of each test run. An averaging time of 60 seconds was observed.
4.6 CO Determination- US EPA Method 320
CO emissions were measured using a MKS 2030 FTIR multi-gas analyzer following US EPA Method 320. The
FTIR uses an infrared spectral-reference library that has been validated against the on-line US EPA library
or against NIST traceable gas mixtures. A slipstream sample of exhaust gas was analyzed hot/wet during
the entire duration of each test run. An averaging time of 60 seconds was observed.

7

4.7 NMNEHC Determination- US EPA Method 320
NMNEHC emissions were measured using a MKS 2030 FTIR multi-gas analyzer following US EPA Method
320. The FTIR uses an infrared spectral-reference library that has been validated against the on-line US
EPA library or against NIST traceable gas mixtures. A slipstream sample of exhaust gas was analyzed
hot/wet during the entire duration of each test run. An averaging time of 60 seconds was observed.
4.8 HCHO Determination- US EPA Method 320
HCHO emissions were measured using a MKS 2030 FTIR multi-gas analyzer following US EPA Method 320.
The FTIR uses an infrared spectral-reference library that has been validated against the on-line US EPA
library or against NIST traceable gas mixtures. A slipstream sample of exhaust gas was analyzed hot/wet
during the entire duration of each test run. An averaging time of 60 seconds was observed.
4.9 CO2 Determination- US EPA Method 320
CO2 emissions were measured using a MKS 2030 FTIR multi-gas analyzer following US EPA Method 320.
The FTIR uses an infrared spectral-reference library that has been validated against the on-line US EPA
library or against NIST traceable gas mixtures. A slipstream sample of exhaust gas was analyzed hot/wet
during the entire duration of each test run. An averaging time of 60 seconds was observed.
5 QA/QC Procedures and Data Reduction
Specific quality assurance and quality control (QA/QC) procedures were followed during this test program
to ensure the production of useful and valid data.
1. Analyzer calibration and linearity checks were performed at least once each test day. Analyzer response
for CO, O2, and CO2 was set using the zero and high-level span gases. Subsequent response to the mid-
level QC gases was within 2.0% of the span.
2. Drift checks were conducted by introducing zero and high-level span gases into the analyzer at the
beginning and end of each test run. Drift was within 3% of the span value for each test run.
3. Daily leak checks, sample line bias checks and response time checks were conducted.
4. Bias checks are performed before and after each test run using the low and mid-level span gases.
All data and calculations were made using computer spreadsheets. Calculated data was validated by an
independent check. A predetermined input data set with known expected output values was entered into
each spreadsheet to confirm proper function. In addition, all calculations were spot checked for accuracy
and completeness on-site by the field scientist.
6 Conclusion
Alliance has conducted emission testing on one (1) engine located at the Zager Compressor Station for the
purpose of demonstrating compliance with emission limitations contained in the facility’s permit, Subpart
JJJJ, and R307-401-8. Testing was conducted for NOx, CO, and VOC as NMNEHC. The determined emission
rates for the testing event are below the emission limitations in the facility’s permit, 40 CFR 60, Subpart
JJJJ, and R307-401-8 as applicable.
Appendix A. Test Run Data
8

Station:Zager CS Make/Model:Caterpillar G3516B
Serial Number:JEF02100 Rated HP:1380
Unit Number:312153 Rated Speed:1400
Collected By:Aaron Medina Date:November 6, 2024
1 2 3 Average
11/6/2024 11/6/2024 11/6/2024
2:29 PM 3:35 PM 4:40 PM
3:30 PM 4:36 PM 5:41 PM
28.0 28.0 33.0 29.7
40.0 39.0 36.0 38.3
30.15 30.16 30.20 30.17
90.9 91.1 91.6 91.2
180076 182896 182128 181700
1254 1257 1264 1258
1362 1361 1358 1360
139.6 139.6 139.6 139.6
37.2 38.1 38.3 37.9
825.0 825.0 826.0 825.3
809.0 811.0 813.0 811.0
-16.0 -14.0 -13.0 -14.3
488.0 490.0 492.0 490.0
918.0 927.0 937.0 927.3
8.71 8.75 8.76 8.74
14.1 14.0 14.0 14.0
64.1 57.2 57.2 59.5
36.1 38.2 36.9 37.1
0.1838 0.1863 0.1855 0.1852
0.8052 0.8160 0.8126 0.8113
0.0665 0.0672 0.0666 0.0668
6.8002 6.8081 6.8137 6.8073
1.3767 1.2476 1.2439 1.2894
6.0298 5.4646 5.4483 5.6476
0.4980 0.4502 0.4464 0.4649
31.0053 27.7567 27.8136 28.8585
0.7436 0.7992 0.7687 0.7705
3.2570 3.5004 3.3671 3.3748
0.2690 0.2884 0.2759 0.2777
17.4725 18.5498 17.9333 17.9852
Engine Operating Conditions & Test Results

Run #
Date
Time Start
Time End
Ambient Conditions
Rel Hum (%)
Ambient Air Temp (°F)
Barometric Pressure ("Hg)
Engine Operating Conditions
Calculated Load (%)
Exhaust Flow (scfh)
Current Power (BHP)
Current Speed (RPM)
Air Manifold Temperature (°F)
Air Manifold Pressure (PSIA)
Catalyst Outlet Temperature (°F)
Catalyst Inlet Temperature (°F)
Suction Pressure (PSIG)
Discharge Pressure (PSIG)
Concentrations
O2 (%vd)
NOx (PPM)
NOx (g/bhp-hr)
NOx (ppmvd@15%O2)
VOC As NMNEHC (PPM)
CO (lbs/hr)
CO (tpy)
CO (g/bhp-hr)
CO (PPM)
VOC As NMNEHC (lbs/hr)
CO (ppmvd@15%O2)
NOx (lbs/hr)
NOx (tpy)
Calculations
VOC As NMNEHC (tpy)
VOC As NMNEHC (g/bhp-hr)
VOC As NMNEHC (ppmvd@15%O2)
ΔT Across the Catalyst (°F)
N/AΔP Across the Catalyst ("H2O)
Appendix A. Test Run Data
9

Appendix B. QA/QC Summary Tables and Data
Sampling Analyzer M&C Serial #14040029
10

Calibration, Bias, and Drift
Actual Actual
Initial Final Initial Final Upscale Low
Test Drift Check Drift Check Average Drift Check Drift Check Average Value Value
Run (%)(%)(%)(%)(%)(%) (%) (%)
1st 7.800 7.790 7.795 0.020 0.040 0.030 8.000 0.000
2nd 7.790 7.790 7.790 0.040 0.030 0.035 8.000 0.000
3rd 7.790 7.800 7.795 0.030 0.020 0.025 8.000 0.000
Post O2
Upscale Low
Analyzer Calibration Summary

Initial Initial Final Final Initial Initial Final Final Upscale Low
Test Response Bias Response Bias Drift Response Bias Response Bias Drift Response Response Span
Run (%) (%*) (%) (%*) (%*) (%) (%*) (%) (%*) (%*) (%) (%) (%)
1st 7.800 1.2 7.790 1.3 0.1 0.020 0.2 0.040 0.3 0.1 7.990 -0.010 16.000
2nd 7.790 1.3 7.790 1.3 0.0 0.040 0.3 0.030 0.3 0.1 7.990 -0.010 16.000
3rd 7.790 1.3 7.800 1.2 0.1 0.030 0.3 0.020 0.2 0.1 7.990 -0.010 16.000
*Percent of span
Post O2
Upscale Low
System Calibration, Bias, and Drift Data
Calibration Error Check
Sampling Analyzer M&C Serial #14040029
11

Bias Corrections
1st 2nd 3rd
Measured 8.48 8.52 8.53 8.51
Corrected 8.71 8.75 8.76 8.74
Post O2 (%)
Test Run
Average

Example calculation of Post O2 for 1st test run
Nomenclature:
CGas -Average effluent gas concentration adjusted for bias,
units of ppmvd or %, "Corrected" value in above table
CAvg -Average unadjusted gas concentration indicated by analyzer,
units of ppmvd or %, "Measured" value in above table
CO -Average of initial and final system calibration bias check
responses for low-level calibration gas, units of ppmvd or %,
from "Analyzer Calibration Summary" table
CM -Average of initial and final sytem calibration bias check
responses for upscale calibration gas, units of ppmvd or %,
from "Analyzer Calibration Summary" table
CMA -Concentration of upscale calibration gas, units of ppmvd or %,
from "Analyzer Calibration Summary" table
Calculation:
CGas ==
=%
8.00
CM - CO 7.795 - 0.03
8.71
CAvg - CO CMA 8.48 - 0.03
Sampling Analyzer M&C Serial #14040029
12

Span =16.000 %
Actual Analyzer
Calibration Calibration Absolute Calibration
Value Response Difference Error
Gas Range (%)(%)(%)(% of Span)
Low 0.000 -0.010 0.010 0.1
Mid 8.000 7.990 0.010 0.1
High 16.000 16.010 0.010 0.1
Post O2
Applies to Test Run(s): 1, 2, 3
Analyzer Calibration Error Check(s)
Sampling Analyzer MKS2030 Serial #18605049
13

FTIR Quality Assurance Checks

Single Beam Analysis

Peak Analysis

Sampling Analyzer MKS2030 Serial #18605049
14

Noise Evaluation Analysis

Standard Deviation Measurement

Sampling Analyzer MKS2030 Serial #18605049
15

Sampling Analyzer MKS2030 Serial #18605049
16

Sampling Analyzer MKS2030 Serial #18605049
17

Date:11/6/2024
Target Concentration Actual Reading Deviation Response Time Start Stop
100.005 0.0%40 42
99.93 -0.1%20 26
101.46 1.5%20 26
98.65 -1.3%20 26
13
96.29 -3.7%30 36
Target Concentration Actual Reading Deviation Response Time Start Stop
99.92 -0.1%59 61
99.81 -0.2%46 48
102.34 2.3%46 48
97.67 -2.3%46 48
95.97 -4.0%52 55
Post-Test Direct
Target Concentration Actual Reading Deviation Response Time Start Stop
99.33 -0.7%22 24
100
101.89 1.9%6 10
104.38 4.4%6 10
95.8 -4.2%6 10
96.95 -3.1%14 18
Ethylene
100
100
100
100
100
Nitric Oxide
100
Nitric Oxide
Run a 2-3 Scans to Show a Good Zero
Zero
Acetaldehyde 100
Zero
100
Propane
Acetaldehyde
Calibration Checks
Run a 2-3 Scans to Show a Good Zero
Ethylene 100
100
Pre-Test Direct
Pre-Test System
Carbon Monoxide
Propane
100Acetaldehyde
100
100
Ethylene
Carbon Monoxide
Nitric Oxide
Propane 100
100Carbon Monoxide
Sampling Analyzer MKS2030 Serial #18605049
18

Date:Document 1.3
Cylinder Concentrations
Carbon Monoxide 2979
Nitric Oxide 2865
Propane 3039
Acetaldehyde 1001
SF6 4.977 5.05
Stack Concentrations Pre Spike Post Spike Pre Spike Post Spike
Stack CO Concentration 13.17 12.86
Stack NO Concentration 60.85 55.41
Stack Propane Concentration 12.6 11.55
Stack Acetaldehyde Concentration -4.1 -3.93
Stack SF6 Concentration -0.01 -0.02 -0.01 -0.02
Spike Scan Number 7 45 7 45
Spiked Concentrations Spike 1 Spike 2 Spike 3 Spike 4 Spike 5 Spike 6 Spike 7 Average Spike 1 Spike 2 Spike 3 Spike 4 Spike 5 Spike 6 Spike 7 Average
Stack + CO Concentration 211.94 212.63 213.18 213.54 213.62 213.97 214.50 213.34
Stack + NO Concentration 242.03 256.68 256.19 246.87 250.96 255.48 251.47 251.38
Stack + Propane Concentration 213.42 212.28 214.63 216.57 216.39 216.67 217.06 215.29
Stack + Acetaldehyde Concentration 59.16 59.40 59.59 59.38 59.52 59.62 59.85 59.50
Stack + SF6 Concentration 0.343 0.338 0.339 0.346 0.348 0.342 0.347 0.343 0.359 0.367 0.359 0.358 0.357 0.366 0.358 0.361
Spike Scan Number 14 15 16 17 18 19 20 30 31 32 33 34 35 36
Dilution Percentage
Dilution from SF6 6.89% 6.79% 6.81% 6.95% 6.99% 6.87% 6.97% 6.90% 7.11% 7.27% 7.11% 7.09% 7.07% 7.25% 7.09% 7.14%
Percent Recovery
Carbon Monoxide 97.41% 99.09% 99.07% 97.35% 96.86% 98.62% 97.52% 97.99%
Nitric Oxide 95.25% 102.15% 101.72% 96.51% 97.68% 100.77% 98.09% 98.88%
Propane 96.50% 97.32% 98.12% 97.12% 96.51% 98.24% 97.07% 97.27%
Acetaldehyde 87.84% 86.16% 88.48% 88.43% 88.90% 86.73% 89.13% 87.95%
Response Time: 15 seconds
Sample Flow Rate: 5 lpm
Percent Recovery Calculations
Spiking Flow Rate: 0.5 lpm
11/6/2024
Spike Scan Number
Sampling Analyzer M&C Serial #14040029
19

Date:11/6/2024
Validation Cal Gas:Concentration: 12.47%
Reading Deviation
Check 1 12.46% 0.08%
Check 2 12.47% 0.00%
Check 3 12.46% 0.08%
Avg 12.46%
Deviation 0.05%
Diluted Cal Gas:Concentration: 80.00%
Target: 16.00%
Reading Deviation
Check 1 16.00% 0.00%
Check 2 16.01% -0.06%
Check 3 16.00% 0.00%
Avg 16.00%
Deviation -0.02%
Concentration: 80.00%
Target: 8.00%
Reading Deviation
Check 1 8.00% 0.00%
Check 2 8.00% 0.00%
Check 3 7.99% 0.13%
Avg 8.00%
Deviation 0.04%
Calibrator Validation
Oxygen
Oxygen
Sampling Analyzer Teledyne T700 Serial #1218
20

Sampling Analyzer Teledyne T700 Serial #1218
21

Sampling Analyzer Teledyne T700 Serial #1218
22

Appendix C. Calibration Gas Certificates
23

Appendix C. Calibration Gas Certificates
24

Appendix C. Calibration Gas Certificates
25

Appendix C. Calibration Gas Certificates
26

Appendix C. Calibration Gas Certificates
27

Appendix C. Calibration Gas Certificates
28

Appendix D. Exhaust Flow Measurements
29

Location
Unit Number
Project No.
Parameter(s)
Date Pitot ID Evidence of
damage?
Evidence of
mis-alignment?
Calibration or
Repair required?
11/6/24 A09AD no no no
Date Probe or
Thermocouple ID
Reference
Temp. (°F)
Indicated
Temp. (°F)Difference Criteria
11/6/24 E9092019169 32.0 32.1 0.0%
Date Barometric
Pressure
Evidence of
damage?
Reading
Verified
Calibration or
Repair required?
11/6/24 Weather Station NA NA NA
Weather Station Location
NA
Zager CS
312153
ECG-2024-4548
--
± 1.5 % (absolute)

Location
Unit Number
Project No.
Date
Vertical
Circular
17.00 in
1.00 in
16.00 in
1.40 ft2
2
1
120.0 in
7.5 (must be > 0.5)
62.5 in
3.9 (must be > 2)
16
16
Sampled From Centroid?No
Type of Pitot Tube Used:S-type
2 3 4 5 6 7 8 9 10 11 12
1 14.6 --6.7 --4.4 --3.2 --2.6 --2.1 1 3.2 0.51 1.51
2 85.4 --25.0 --14.6 --10.5 --8.2 --6.7 2 10.5 1.68 2.68
3 -- --75.0 --29.6 --19.4 --14.6 --11.8 3 19.4 3.10 4.10
4 -- --93.3 --70.4 --32.3 --22.6 --17.7 4 32.3 5.17 6.17
5 -- -- -- --85.4 --67.7 --34.2 --25.0 5 67.7 10.83 11.83
6 -- -- -- --95.6 --80.6 --65.8 --35.6 6 80.6 12.90 13.90
7 -- -- -- -- -- --89.5 --77.4 --64.4 7 89.5 14.32 15.32
8 -- -- -- -- -- --96.8 --85.4 --75.0 8 96.8 15.49 16.49
9 -- -- -- -- -- -- -- --91.8 --82.3 9 -- -- --
10 -- -- -- -- -- -- -- --97.4 --88.2 10 -- -- --
11 -- -- -- -- -- -- -- -- -- --93.3 11 -- -- --
12 -- -- -- -- -- -- -- -- -- --97.9 12 -- -- --
Distance
from
outside
of port
LOCATION OF TRAVERSE POINTS Traverse
Point
% of
Diameter
Distance
from
inside
wall
Number of traverse points on a diameter
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:
Zager CS
312153
ECG-2024-4548
11/06/24
Stack Parameters
Duct Orientation:
Duct Design:
Distance from Far Wall to Outside of Port:
Nipple Length:
Depth of Duct:

Appendix D. Exhaust Flow Measurements
30

Location
Unit Number
Project No.
Date
A =120 in.
B =62.5 in.
Depth of Duct =16 in.
Stack Diagram
Cross Sectional Area
Zager CS
312153
ECG-2024-4548
11/06/24
Stack Parameters
Upstream Disturbance
Downstream Disturbance
B
A

Appendix D. Exhaust Flow Measurements
31

Location
Unit Number
Project No.
Date
Sample Point Angle (ΔP=0)
1 2
2 1
3 0
4 3
5 2
6 2
7 0
8 1
9 2
10 1
11 3
12 2
13 3
14 1
15 0
16 2
Average 1.6
Zager CS
312153
ECG-2024-4548
11/6/24
Cyclonic Flow Check

Appendix D. Exhaust Flow Measurements
32

Location
Unit Number
Project No.
Δ P
(in. WC)
Ts
(°F)
Δ P
(in. WC)
Ts
(°F)
Δ P
(in. WC)
Ts
(°F)
1.21 780 1.24 777 1.25 779
1.14 779 1.18 778 1.14 779
1.16 779 1.20 777 1.18 779
1.08 780 1.16 777 1.11 780
1.17 780 1.08 778 1.08 780
1.13 781 1.14 778 1.17 779
1.08 780 1.20 779 1.23 780
1.23 779 1.22 779 1.20 780
1.15 779 1.14 778 1.25 781
1.20 780 1.12 778 1.17 780
1.18 780 1.19 777 1.14 779
1.21 779 1.25 777 1.19 779
1.17 778 1.23 777 1.23 778
1.24 779 1.25 778 1.17 779
1.01 778 1.20 778 1.20 779
1.17 779 1.18 777 1.15 780
Average
Square Root of ΔP, (in. WC)1/2 (ΔP)1/2 1.083
Average ΔP, in. WC (ΔP)1.17
Pitot Tube Coefficient (Cp)0.840
Barometric Pressure, in. Hg (Pb)30.15
Static Pressure, in. WC (Pg)1.06
Stack Pressure, in. Hg (Ps)30.23
Average Temperature, °F (Ts)778.8
Average Temperature, °R (Ts)1238.5
Measured Moisture Percent (BWSmsd%)10.4
Measured Moisture Fraction (BWSmsd)0.104
Moisture Fraction @ Saturation (BWSsat)1.000
Moisture Fraction (BWS)0.104
O2 Concentration, %(O2)8.5
CO2 Concentration, %(CO2)6.8
Molecular Weight, lb/lb-mole (dry)(Md)29.43
Molecular Weight, lb/lb-mole (wet)(Ms)28.25
Velocity, ft/sec (Vs)93.7
VFR at stack conditions, acfm (Qa)7,850
VFR at standard conditions, scfh (Qsw)202,736
VFR at standard conditions, scfm (Qsw)3,379
VFR at standard conditions, dscfh (Qsd)181,700
VFR at standard conditions, dscfm (Qsd)3,028
180,076 182,896 182,128
3,001 3,048 3,035
3,355 3,397 3,384
201,314 203,829 203,064
7,799 7,885 7,866
93.1 94.1 93.9
28.23 28.26 28.25
29.44 29.43 29.43
6.9 6.8 6.8
8.4 8.5 8.5
0.106 0.103 0.103
1.000 1.000 1.000
0.106 0.103 0.103
10.6 10.3 10.3
1239.0 1237.4 1239.1
779.4 777.7 779.4
30.23 30.23 30.23
1.02 1.07 1.08
30.15 30.15 30.15
0.840 0.840 0.840
1.16 1.19 1.18
1.076 1.089 1.085
11
12
13
14
15
16
5
6
7
8
9
10
Traverse Point
1
2
3
4
Leak Check Pass Pass Pass
Status VALID VALID VALID
Date 11/6/24 11/6/24 11/6/24
Zager CS
312153
ECG-2024-4548
Run No.1 2 3

Appendix E. Sample Point Location & Reference Measurement
33

Appendix E. Sample Point Location & Reference Measurement
34

Appendix F. Example Calculations
35

Example calculations for 1st test run using exhaust flow rate (e.g., EPA Method 2)
Nomenclature:
Qd -Exhaust flow rate, dry basis, units of SCFH; JJJJ: units of SCMH
PercentO2 -Measured dry concentration of oxygen in stack exhaust, post-emissions control
equipment, bias-corrected, units of %
PPMVD -Measured dry concentration of pollutant (by volume) in stack exhaust, post-emissions
control equipment, bias-corrected if appropriate, units of ppmvd
MW -Molecular weight of pollutant, units of grams/mole
L -385.5 SCF/lb-mole is the volume of 1 mole of ideal gas at 68°F & 14.696 psia
GramsPerLb -453.5924 grams in one pound (units conversion factor)
BHP -Engine horsepower observed during a test run, units of BHP
Lbs/hr -Mass emission rate of pollutant
Tons/Year -Mass emission rate of pollutant
g/BHP-hr -Horsepower-specific mass emission rate of pollutant
ppmAt15O2 -Measured dry concentration of pollutant (by volume) in stack exhaust adjusted to 15%
oxygen, units of ppmvd
Lbs/MMBTU -Mass emission rate of pollutant
Note: Lack of significant figures may cause rounding errors between actual calculations and the example
calculations shown.
Exhaust:
Qd =SCFH (user-entry)
=/ 60 =SCFM
180076.0000
180076.0000 3001.2667

Appendix F. Example Calculations
36

CO Emissions:
Lbs/hr ==
=lbs/hr
Tons/Year ==
=tons/year
g/BHP-hr ==
=g/BHP-hr
ppmAt15O2 =x =x
=ppmvd6.8002
Lbs/hr
0.0665
MW
GramsPerLb
BHP
365
20002000
PPMVD
24365
0.1838
0.8052
1254
0.1838
453.5924
1000000
180076.0000PPMVD
24
1000000
28.01
20.9 - 8.71
14.0520.9 - 15
20.9 - PercentO2
20.9 - 15
385.5
Lbs/hr
Qd
L
14.1
0.1838
NOx Emissions:
Lbs/hr ==
=lbs/hr
Tons/Year ==
=tons/year
g/BHP-hr ==
=g/BHP-hr
ppmAt15O2 =x =x
=ppmvd
Lbs/hr 24 365
20.9 - 15 64.06
20.9 - PercentO2 20.9 - 8.71
31.0053
2000
Lbs/hr GramsPerLb 1.3767
2000
6.0298
64.1
365
1.3767
10000001000000
1.3767 24
Qd
0.4980
BHP 1254
20.9 - 15
453.5924
385.5
PPMVD MW 180076.0000 46.0056
L
PPMVD
Appendix F. Example Calculations
37

VOC Emissions:
Lbs/hr ==
=lbs/hr
Tons/Year ==
=tons/year
g/BHP-hr ==
=g/BHP-hr
ppmAt15O2 =x =x
=ppmvd
PPMVD 36.1 20.9 - 15
BHP 1254
0.7436Lbs/hr
24
385.5
20.9 - 15
0.7436
2000
1000000
365
453.5924
17.4725
1000000 L
20.9 - PercentO2 20.9 - 8.71
0.2690
GramsPerLb
24 365
0.7436
3.2570
Lbs/hr
2000
36.1 44.096QdPPMVDMW180076.0000
Appendix G. Raw Data
38

**********************************************TestRun1**********************************************

, , Post O2, Post CO, NOx, VOC Dry, , CO, NO, NO2, CO2, Gas, Gas Record, , Dry, Dry, Dry, as Prop, H2O%, Wet, Wet, Wet, Wet, Pres, Temp
ID, Date/Time, (%), (ppm), (ppm), (ppm), (%), (ppm), (ppm), (ppm), (%), (atm), (degC)
-------------------------------------------------------------------------------------------------------------------------------------------
0, 11/06/2024 02:29:51 PM, 8.39, 14.38, 73.65, 33.4, 10.76, 12.83, 54.95, 10.78, 6.14, 0.938, 190.6
1, 11/06/2024 02:30:51 PM, 8.38, 14.42, 73.69, 33.6, 10.70, 12.88, 55.04, 10.77, 6.14, 0.938, 190.6
2, 11/06/2024 02:31:51 PM, 8.41, 14.43, 73.93, 33.4, 10.73, 12.89, 55.17, 10.82, 6.14, 0.938, 190.7
3, 11/06/2024 02:32:51 PM, 8.43, 14.34, 73.39, 33.8, 10.60, 12.82, 54.91, 10.71, 6.14, 0.938, 190.8
4, 11/06/2024 02:33:51 PM, 8.44, 14.28, 73.20, 33.3, 10.48, 12.79, 54.79, 10.74, 6.15, 0.940, 191.1
5, 11/06/2024 02:34:51 PM, 8.43, 14.26, 73.28, 33.5, 10.51, 12.76, 54.68, 10.90, 6.16, 0.940, 191.3
6, 11/06/2024 02:35:51 PM, 8.43, 14.26, 73.08, 33.3, 10.51, 12.76, 54.62, 10.78, 6.16, 0.942, 191.6
7, 11/06/2024 02:36:51 PM, 8.43, 14.22, 72.94, 33.2, 10.58, 12.71, 54.47, 10.75, 6.16, 0.942, 191.7
8, 11/06/2024 02:37:51 PM, 8.42, 14.13, 71.85, 33.8, 10.52, 12.64, 53.71, 10.58, 6.16, 0.944, 191.7
9, 11/06/2024 02:38:51 PM, 8.43, 14.30, 73.08, 33.5, 10.53, 12.79, 54.63, 10.75, 6.15, 0.944, 191.4 10, 11/06/2024 02:39:51 PM, 8.42, 14.28, 72.91, 33.8, 10.52, 12.77, 54.49, 10.75, 6.16, 0.943, 191.1
11, 11/06/2024 02:40:51 PM, 8.42, 14.25, 72.89, 33.7, 10.51, 12.75, 54.48, 10.75, 6.15, 0.943, 190.8 12, 11/06/2024 02:41:51 PM, 8.43, 14.16, 74.14, 32.8, 10.51, 12.67, 55.41, 10.94, 6.15, 0.943, 190.7
13, 11/06/2024 02:42:51 PM, 8.42, 14.24, 73.03, 33.7, 10.55, 12.74, 54.59, 10.73, 6.14, 0.943, 190.6 14, 11/06/2024 02:43:51 PM, 8.41, 14.22, 72.92, 33.8, 10.52, 12.72, 54.58, 10.68, 6.14, 0.942, 190.5
15, 11/06/2024 02:44:51 PM, 8.42, 14.27, 73.64, 33.6, 10.51, 12.77, 54.99, 10.91, 6.15, 0.942, 190.6 16, 11/06/2024 02:45:51 PM, 8.41, 14.16, 73.53, 33.6, 10.49, 12.67, 54.90, 10.92, 6.14, 0.942, 190.6
17, 11/06/2024 02:46:51 PM, 8.43, 14.12, 73.25, 33.5, 10.49, 12.64, 54.71, 10.86, 6.14, 0.942, 190.6 18, 11/06/2024 02:47:51 PM, 8.42, 14.12, 72.84, 33.7, 10.48, 12.64, 54.36, 10.85, 6.14, 0.942, 190.6
19, 11/06/2024 02:48:51 PM, 8.42, 14.21, 73.84, 33.9, 10.53, 12.71, 55.05, 11.02, 6.15, 0.942, 190.5
20, 11/06/2024 02:49:51 PM, 8.43, 14.23, 72.65, 34.0, 10.52, 12.73, 54.15, 10.85, 6.14, 0.942, 190.6
21, 11/06/2024 02:50:51 PM, 8.43, 14.08, 73.31, 34.0, 10.49, 12.60, 54.57, 11.04, 6.15, 0.942, 190.8
22, 11/06/2024 02:51:51 PM, 8.41, 14.09, 74.24, 33.4, 10.54, 12.61, 55.17, 11.25, 6.15, 0.942, 191.0
23, 11/06/2024 02:52:51 PM, 8.42, 14.17, 74.86, 33.3, 10.54, 12.67, 55.62, 11.35, 6.15, 0.942, 191.0
24, 11/06/2024 02:53:51 PM, 8.42, 14.05, 73.58, 33.6, 10.53, 12.57, 54.64, 11.20, 6.15, 0.941, 190.9
25, 11/06/2024 02:54:51 PM, 8.44, 14.16, 73.42, 33.6, 10.54, 12.67, 54.58, 11.09, 6.15, 0.942, 190.9
26, 11/06/2024 02:55:51 PM, 8.46, 13.99, 68.40, 35.0, 10.50, 12.52, 50.99, 10.22, 6.12, 0.942, 190.8
27, 11/06/2024 02:56:51 PM, 8.48, 13.98, 65.56, 35.7, 10.48, 12.52, 48.99, 9.70, 6.11, 0.941, 190.8
28, 11/06/2024 02:57:51 PM, 8.49, 13.95, 61.86, 36.9, 10.45, 12.49, 46.32, 9.08, 6.11, 0.941, 190.8 29, 11/06/2024 02:58:51 PM, 8.50, 13.91, 60.65, 37.5, 10.43, 12.46, 45.45, 8.87, 6.10, 0.941, 190.7
30, 11/06/2024 02:59:51 PM, 8.51, 14.01, 56.83, 38.3, 10.42, 12.55, 42.77, 8.13, 6.09, 0.940, 190.8 31, 11/06/2024 03:00:51 PM, 8.51, 13.90, 56.81, 38.3, 10.46, 12.44, 42.70, 8.17, 6.08, 0.940, 190.9
32, 11/06/2024 03:01:51 PM, 8.52, 13.90, 56.67, 38.3, 10.48, 12.44, 42.55, 8.19, 6.09, 0.940, 190.9 33, 11/06/2024 03:02:51 PM, 8.53, 13.89, 55.98, 38.3, 10.45, 12.44, 42.09, 8.05, 6.08, 0.940, 190.9
34, 11/06/2024 03:03:51 PM, 8.52, 13.84, 56.71, 37.9, 10.40, 12.40, 42.66, 8.15, 6.09, 0.941, 191.1 35, 11/06/2024 03:04:51 PM, 8.51, 13.89, 56.56, 38.2, 10.42, 12.44, 42.51, 8.16, 6.08, 0.941, 191.5
36, 11/06/2024 03:05:51 PM, 8.53, 13.93, 56.20, 38.6, 10.41, 12.48, 42.30, 8.06, 6.07, 0.942, 191.3 37, 11/06/2024 03:06:51 PM, 8.53, 13.91, 55.70, 38.5, 10.41, 12.46, 41.97, 7.93, 6.08, 0.942, 190.9
38, 11/06/2024 03:07:51 PM, 8.53, 13.92, 56.57, 38.8, 10.40, 12.47, 42.58, 8.11, 6.07, 0.942, 190.8
39, 11/06/2024 03:08:51 PM, 8.53, 13.89, 56.36, 38.1, 10.40, 12.45, 42.39, 8.11, 6.07, 0.942, 190.6
40, 11/06/2024 03:09:51 PM, 8.50, 13.90, 56.34, 38.2, 10.40, 12.45, 42.35, 8.14, 6.07, 0.941, 190.6
41, 11/06/2024 03:10:51 PM, 8.51, 13.99, 57.52, 37.7, 10.43, 12.53, 43.25, 8.27, 6.08, 0.941, 190.7
42, 11/06/2024 03:11:51 PM, 8.53, 14.03, 56.20, 38.0, 10.42, 12.57, 42.30, 8.04, 6.08, 0.941, 190.7
43, 11/06/2024 03:12:51 PM, 8.54, 13.95, 55.69, 38.5, 10.37, 12.51, 41.92, 8.00, 6.08, 0.942, 190.7
44, 11/06/2024 03:13:51 PM, 8.52, 13.90, 55.60, 38.4, 10.35, 12.46, 41.89, 7.97, 6.08, 0.942, 191.1
45, 11/06/2024 03:14:51 PM, 8.53, 13.78, 55.97, 38.2, 10.32, 12.36, 42.13, 8.06, 6.09, 0.944, 191.5
46, 11/06/2024 03:15:51 PM, 8.52, 13.93, 56.62, 37.9, 10.35, 12.49, 42.62, 8.14, 6.10, 0.944, 191.6
47, 11/06/2024 03:16:51 PM, 8.53, 13.92, 56.55, 37.5, 10.36, 12.47, 42.55, 8.14, 6.08, 0.945, 191.7 48, 11/06/2024 03:17:51 PM, 8.56, 13.85, 55.56, 38.3, 10.37, 12.41, 41.82, 7.98, 6.08, 0.945, 191.6
49, 11/06/2024 03:18:51 PM, 8.54, 13.98, 56.10, 37.6, 10.36, 12.53, 42.27, 8.02, 6.08, 0.946, 191.4 50, 11/06/2024 03:19:51 PM, 8.53, 14.00, 56.16, 38.1, 10.34, 12.55, 42.25, 8.10, 6.08, 0.946, 191.3
51, 11/06/2024 03:20:51 PM, 8.54, 13.85, 55.76, 38.0, 10.34, 12.42, 41.95, 8.05, 6.07, 0.946, 191.1 52, 11/06/2024 03:21:51 PM, 8.54, 13.86, 56.26, 38.2, 10.33, 12.43, 42.39, 8.06, 6.06, 0.946, 190.9
53, 11/06/2024 03:22:51 PM, 8.51, 13.85, 56.31, 38.3, 10.35, 12.42, 42.40, 8.08, 6.07, 0.946, 190.7 54, 11/06/2024 03:23:51 PM, 8.54, 13.80, 56.86, 38.0, 10.35, 12.37, 42.78, 8.19, 6.06, 0.945, 190.7
55, 11/06/2024 03:24:51 PM, 8.53, 13.90, 56.75, 38.0, 10.34, 12.46, 42.70, 8.19, 6.07, 0.945, 190.5 56, 11/06/2024 03:25:51 PM, 8.51, 13.89, 57.14, 38.2, 10.36, 12.45, 43.00, 8.23, 6.07, 0.944, 190.4
57, 11/06/2024 03:26:51 PM, 8.53, 13.98, 57.44, 37.9, 10.40, 12.53, 43.16, 8.31, 6.07, 0.944, 190.4 58, 11/06/2024 03:27:51 PM, 8.54, 13.93, 56.64, 38.5, 10.43, 12.47, 42.56, 8.17, 6.06, 0.944, 190.4
59, 11/06/2024 03:28:51 PM, 8.52, 13.96, 56.62, 38.4, 10.49, 12.49, 42.47, 8.21, 6.07, 0.944, 190.4
60, 11/06/2024 03:29:51 PM, 8.52, 13.91, 57.69, 37.9, 10.39, 12.47, 43.37, 8.33, 6.08, 0.943, 190.5
61, 11/06/2024 03:30:51 PM, 8.51, 13.98, 57.79, 37.5, 10.42, 12.52, 43.41, 8.36, 6.08, 0.942, 190.5
<end>
, AverageMeasuredValues, 8.48, 14.05, 64.06, 36.1, 10.46, 12.58, 47.99, 9.37, 6.11, 0.942, 190.9

Miscellaneous:
LoggingMode, Raw
LoggingInterval (seconds), 60
SamplingInterval (seconds), 2 TestRunInterval (minutes), 61
TestRunStartTime, 11/06/2024 02:29:51 PM TestRunEndTime, 11/06/2024 03:30:51 PM
ThcWetSpan, N/A DateTimeCompleted, 11/6/2024 3:30:51.948 PM, 8rP1cDIa4Oeqq21XZN24SCCPCmND3ho7pL3bEWHVP0M=

Appendix G. Raw Data
39

**********************************************TestRun2**********************************************

, , Post O2, Post CO, NOx, VOC Dry, , CO, NO, NO2, CO2, Gas, Gas Record, , Dry, Dry, Dry, as Prop, H2O%, Wet, Wet, Wet, Wet, Pres, Temp
ID, Date/Time, (%), (ppm), (ppm), (ppm), (%), (ppm), (ppm), (ppm), (%), (atm), (degC)
-------------------------------------------------------------------------------------------------------------------------------------------
0, 11/06/2024 03:35:00 PM, 8.53, 13.96, 57.10, 38.1, 9.69, 12.61, 43.35, 8.21, 6.14, 0.942, 190.7
1, 11/06/2024 03:36:00 PM, 8.52, 14.02, 57.87, 38.3, 10.13, 12.60, 43.57, 8.44, 6.12, 0.941, 190.7
2, 11/06/2024 03:37:00 PM, 8.53, 13.92, 57.16, 37.7, 10.28, 12.49, 42.99, 8.29, 6.10, 0.941, 190.6
3, 11/06/2024 03:38:00 PM, 8.53, 13.97, 56.81, 38.0, 10.43, 12.51, 42.63, 8.26, 6.09, 0.940, 190.6
4, 11/06/2024 03:39:00 PM, 8.53, 13.99, 56.69, 38.8, 10.38, 12.54, 42.62, 8.18, 6.09, 0.940, 190.6
5, 11/06/2024 03:40:00 PM, 8.53, 14.07, 57.55, 38.3, 10.42, 12.61, 43.17, 8.39, 6.09, 0.941, 190.6
6, 11/06/2024 03:41:00 PM, 8.52, 13.99, 56.96, 38.4, 10.43, 12.53, 42.77, 8.25, 6.09, 0.940, 190.6
7, 11/06/2024 03:42:00 PM, 8.51, 13.99, 57.36, 38.2, 10.33, 12.55, 43.05, 8.38, 6.11, 0.940, 190.7
8, 11/06/2024 03:43:00 PM, 8.53, 13.97, 56.21, 38.3, 10.33, 12.53, 42.23, 8.17, 6.09, 0.940, 190.7
9, 11/06/2024 03:44:00 PM, 8.53, 14.00, 56.35, 38.1, 10.35, 12.55, 42.35, 8.18, 6.09, 0.940, 190.7 10, 11/06/2024 03:45:00 PM, 8.52, 14.04, 56.73, 38.1, 10.39, 12.58, 42.55, 8.28, 6.09, 0.940, 190.7
11, 11/06/2024 03:46:00 PM, 8.49, 13.94, 57.29, 38.3, 10.48, 12.48, 42.96, 8.33, 6.09, 0.940, 190.7 12, 11/06/2024 03:47:00 PM, 8.52, 14.03, 57.85, 38.2, 10.56, 12.54, 43.30, 8.44, 6.09, 0.939, 190.7
13, 11/06/2024 03:48:00 PM, 8.52, 14.10, 57.49, 38.3, 10.58, 12.61, 43.05, 8.36, 6.09, 0.939, 190.7 14, 11/06/2024 03:49:00 PM, 8.52, 14.00, 56.64, 38.3, 10.50, 12.53, 42.45, 8.25, 6.08, 0.939, 190.7
15, 11/06/2024 03:50:00 PM, 8.51, 14.04, 56.75, 38.1, 10.61, 12.55, 42.55, 8.17, 6.09, 0.938, 190.7 16, 11/06/2024 03:51:00 PM, 8.51, 14.08, 57.94, 38.3, 10.52, 12.60, 43.37, 8.47, 6.08, 0.939, 190.7
17, 11/06/2024 03:52:00 PM, 8.53, 14.06, 58.45, 38.8, 10.56, 12.58, 43.72, 8.55, 6.09, 0.938, 190.7 18, 11/06/2024 03:53:00 PM, 8.52, 13.94, 57.43, 38.9, 10.53, 12.47, 43.04, 8.35, 6.10, 0.939, 190.7
19, 11/06/2024 03:54:00 PM, 8.51, 14.04, 57.71, 38.2, 10.57, 12.56, 43.27, 8.34, 6.11, 0.938, 190.7
20, 11/06/2024 03:55:00 PM, 8.52, 13.97, 57.89, 38.4, 10.51, 12.50, 43.38, 8.42, 6.10, 0.939, 190.7
21, 11/06/2024 03:56:00 PM, 8.53, 14.04, 56.46, 38.5, 10.49, 12.56, 42.37, 8.17, 6.10, 0.938, 190.7
22, 11/06/2024 03:57:00 PM, 8.52, 13.98, 56.10, 38.6, 10.47, 12.52, 42.13, 8.10, 6.09, 0.938, 190.7
23, 11/06/2024 03:58:00 PM, 8.52, 13.96, 57.78, 38.1, 10.42, 12.50, 43.33, 8.43, 6.10, 0.938, 190.8
24, 11/06/2024 03:59:00 PM, 8.51, 14.00, 56.68, 38.5, 10.38, 12.55, 42.55, 8.24, 6.10, 0.938, 190.8
25, 11/06/2024 04:00:00 PM, 8.52, 14.06, 57.81, 38.4, 10.37, 12.60, 43.36, 8.46, 6.10, 0.938, 190.8
26, 11/06/2024 04:01:00 PM, 8.53, 13.93, 56.98, 38.6, 10.39, 12.48, 42.77, 8.30, 6.10, 0.938, 190.8
27, 11/06/2024 04:02:00 PM, 8.52, 13.95, 57.20, 38.2, 10.48, 12.49, 42.94, 8.27, 6.09, 0.938, 190.8
28, 11/06/2024 04:03:00 PM, 8.53, 14.08, 56.95, 38.6, 10.54, 12.60, 42.68, 8.27, 6.08, 0.938, 190.7 29, 11/06/2024 04:04:00 PM, 8.52, 14.04, 56.40, 38.1, 10.53, 12.57, 42.31, 8.15, 6.09, 0.938, 190.7
30, 11/06/2024 04:05:00 PM, 8.52, 14.06, 56.84, 38.3, 10.41, 12.60, 42.63, 8.30, 6.09, 0.938, 190.7 31, 11/06/2024 04:06:01 PM, 8.51, 14.14, 57.60, 38.0, 10.38, 12.68, 43.25, 8.37, 6.11, 0.938, 190.7
32, 11/06/2024 04:07:01 PM, 8.54, 14.14, 57.25, 38.1, 10.34, 12.67, 42.92, 8.41, 6.11, 0.939, 190.7 33, 11/06/2024 04:08:01 PM, 8.51, 14.00, 56.75, 38.0, 10.40, 12.54, 42.58, 8.26, 6.10, 0.939, 190.7
34, 11/06/2024 04:09:01 PM, 8.51, 14.04, 57.27, 38.6, 10.47, 12.57, 42.90, 8.38, 6.09, 0.939, 190.7 35, 11/06/2024 04:10:01 PM, 8.53, 14.04, 56.81, 38.4, 10.51, 12.57, 42.63, 8.21, 6.08, 0.940, 190.7
36, 11/06/2024 04:11:01 PM, 8.53, 14.04, 56.64, 38.2, 10.47, 12.57, 42.42, 8.29, 6.09, 0.940, 190.7 37, 11/06/2024 04:12:01 PM, 8.53, 13.84, 57.18, 38.3, 10.44, 12.40, 42.82, 8.40, 6.09, 0.941, 190.7
38, 11/06/2024 04:13:01 PM, 8.53, 14.07, 56.64, 38.0, 10.46, 12.60, 42.49, 8.23, 6.08, 0.940, 190.8
39, 11/06/2024 04:14:01 PM, 8.52, 14.11, 56.45, 38.5, 10.38, 12.65, 42.32, 8.28, 6.10, 0.941, 190.7
40, 11/06/2024 04:15:01 PM, 8.51, 14.06, 57.66, 37.7, 10.30, 12.62, 43.24, 8.48, 6.10, 0.941, 190.7
41, 11/06/2024 04:16:01 PM, 8.52, 13.98, 57.99, 38.1, 10.29, 12.55, 43.50, 8.53, 6.11, 0.941, 190.8
42, 11/06/2024 04:17:01 PM, 8.51, 14.04, 57.08, 38.1, 10.23, 12.61, 42.85, 8.40, 6.11, 0.941, 190.8
43, 11/06/2024 04:18:01 PM, 8.53, 13.93, 57.77, 37.9, 10.17, 12.52, 43.39, 8.51, 6.11, 0.941, 190.8
44, 11/06/2024 04:19:01 PM, 8.53, 14.05, 57.28, 38.0, 10.26, 12.61, 43.01, 8.40, 6.11, 0.941, 190.8
45, 11/06/2024 04:20:01 PM, 8.52, 14.06, 57.26, 38.0, 10.46, 12.59, 42.87, 8.40, 6.09, 0.941, 190.8
46, 11/06/2024 04:21:01 PM, 8.54, 14.03, 57.22, 37.9, 10.49, 12.56, 42.83, 8.38, 6.09, 0.940, 190.8
47, 11/06/2024 04:22:01 PM, 8.53, 14.00, 57.14, 38.1, 10.46, 12.54, 42.84, 8.33, 6.09, 0.940, 190.8 48, 11/06/2024 04:23:01 PM, 8.53, 13.97, 56.39, 37.8, 10.43, 12.52, 42.28, 8.23, 6.10, 0.940, 190.8
49, 11/06/2024 04:24:01 PM, 8.52, 14.03, 57.58, 37.7, 10.46, 12.56, 43.12, 8.44, 6.10, 0.940, 190.8 50, 11/06/2024 04:25:01 PM, 8.54, 14.07, 56.98, 38.0, 10.50, 12.59, 42.70, 8.30, 6.10, 0.940, 190.8
51, 11/06/2024 04:26:01 PM, 8.54, 14.09, 56.36, 37.8, 10.31, 12.63, 42.29, 8.25, 6.11, 0.940, 190.8 52, 11/06/2024 04:27:01 PM, 8.53, 14.10, 57.40, 38.0, 10.27, 12.65, 43.07, 8.43, 6.11, 0.940, 190.8
53, 11/06/2024 04:28:01 PM, 8.52, 14.01, 57.55, 38.0, 10.22, 12.58, 43.20, 8.46, 6.11, 0.940, 190.9 54, 11/06/2024 04:29:01 PM, 8.50, 14.03, 57.56, 37.9, 10.22, 12.60, 43.22, 8.46, 6.10, 0.941, 190.9
55, 11/06/2024 04:30:01 PM, 8.52, 13.99, 58.59, 37.7, 10.34, 12.54, 43.93, 8.61, 6.10, 0.940, 190.9 56, 11/06/2024 04:31:01 PM, 8.51, 14.02, 57.47, 38.3, 10.38, 12.56, 43.05, 8.46, 6.10, 0.940, 190.9
57, 11/06/2024 04:32:01 PM, 8.53, 14.08, 57.14, 37.6, 10.36, 12.62, 42.86, 8.36, 6.10, 0.939, 190.8 58, 11/06/2024 04:33:01 PM, 8.52, 14.06, 56.84, 37.7, 10.28, 12.61, 42.66, 8.34, 6.10, 0.939, 190.8
59, 11/06/2024 04:34:01 PM, 8.52, 14.06, 57.03, 38.0, 10.24, 12.62, 42.82, 8.36, 6.10, 0.938, 190.6
60, 11/06/2024 04:35:01 PM, 8.53, 14.00, 56.90, 37.8, 10.21, 12.57, 42.76, 8.33, 6.11, 0.939, 190.7
61, 11/06/2024 04:36:01 PM, 8.52, 14.00, 56.89, 38.0, 10.23, 12.57, 42.70, 8.37, 6.09, 0.939, 190.7
<end>
, AverageMeasuredValues, 8.52, 14.02, 57.16, 38.2, 10.39, 12.57, 42.89, 8.34, 6.10, 0.940, 190.7

Miscellaneous:
LoggingMode, Raw
LoggingInterval (seconds), 60
SamplingInterval (seconds), 2 TestRunInterval (minutes), 61
TestRunStartTime, 11/06/2024 03:35:00 PM TestRunEndTime, 11/06/2024 04:36:01 PM
ThcWetSpan, N/A DateTimeCompleted, 11/6/2024 4:36:01.363 PM, gWORiPLD+7+rG1QYsycKYEfpVl7uhH2pf7GLmJq2D6Y=

Appendix G. Raw Data
40

**********************************************TestRun3**********************************************

, , Post O2, Post CO, NOx, VOC Dry, , CO, NO, NO2, CO2, Gas, Gas Record, , Dry, Dry, Dry, as Prop, H2O%, Wet, Wet, Wet, Wet, Pres, Temp
ID, Date/Time, (%), (ppm), (ppm), (ppm), (%), (ppm), (ppm), (ppm), (%), (atm), (degC)
-------------------------------------------------------------------------------------------------------------------------------------------
0, 11/06/2024 04:40:08 PM, 8.54, 13.83, 56.78, 38.3, 9.20, 12.55, 43.08, 8.47, 6.18, 0.939, 190.7
1, 11/06/2024 04:41:08 PM, 8.53, 13.99, 57.05, 38.2, 9.85, 12.62, 42.94, 8.49, 6.14, 0.939, 190.8
2, 11/06/2024 04:42:08 PM, 8.52, 14.04, 56.87, 37.9, 10.22, 12.60, 42.52, 8.53, 6.11, 0.938, 190.8
3, 11/06/2024 04:43:08 PM, 8.52, 13.95, 57.23, 37.9, 10.12, 12.54, 42.98, 8.46, 6.11, 0.938, 190.7
4, 11/06/2024 04:44:08 PM, 8.52, 13.93, 57.92, 37.5, 10.09, 12.52, 43.50, 8.57, 6.12, 0.939, 190.6
5, 11/06/2024 04:45:08 PM, 8.52, 14.06, 57.64, 37.3, 10.17, 12.63, 43.20, 8.58, 6.12, 0.938, 190.7
6, 11/06/2024 04:46:08 PM, 8.53, 14.08, 57.12, 37.8, 10.27, 12.63, 42.82, 8.44, 6.10, 0.940, 191.0
7, 11/06/2024 04:47:08 PM, 8.54, 14.00, 56.89, 37.7, 10.32, 12.56, 42.66, 8.37, 6.09, 0.941, 191.5
8, 11/06/2024 04:48:08 PM, 8.54, 14.07, 57.48, 37.2, 10.38, 12.61, 43.04, 8.48, 6.09, 0.942, 191.7
9, 11/06/2024 04:49:08 PM, 8.54, 14.05, 58.01, 37.3, 10.47, 12.58, 43.33, 8.60, 6.09, 0.942, 191.6 10, 11/06/2024 04:50:08 PM, 8.52, 14.08, 56.01, 38.0, 10.56, 12.60, 41.91, 8.19, 6.06, 0.943, 191.3
11, 11/06/2024 04:51:08 PM, 8.53, 14.05, 57.11, 37.6, 10.58, 12.56, 42.65, 8.42, 6.06, 0.943, 191.3 12, 11/06/2024 04:52:08 PM, 8.54, 14.12, 57.05, 37.4, 10.65, 12.62, 42.59, 8.38, 6.08, 0.943, 191.2
13, 11/06/2024 04:53:08 PM, 8.53, 14.15, 57.15, 37.5, 10.61, 12.65, 42.66, 8.43, 6.07, 0.943, 191.2 14, 11/06/2024 04:54:08 PM, 8.54, 14.12, 55.61, 37.8, 10.49, 12.64, 41.64, 8.14, 6.07, 0.943, 191.2
15, 11/06/2024 04:55:08 PM, 8.54, 13.97, 57.06, 37.6, 10.27, 12.53, 42.78, 8.42, 6.08, 0.944, 191.0 16, 11/06/2024 04:56:08 PM, 8.54, 14.00, 57.26, 37.4, 10.34, 12.55, 42.88, 8.45, 6.08, 0.944, 190.9
17, 11/06/2024 04:57:08 PM, 8.56, 14.09, 56.88, 37.3, 10.50, 12.61, 42.53, 8.38, 6.08, 0.944, 191.3 18, 11/06/2024 04:58:08 PM, 8.54, 14.14, 56.76, 37.1, 10.43, 12.67, 42.49, 8.35, 6.08, 0.943, 191.2
19, 11/06/2024 04:59:08 PM, 8.54, 14.04, 57.57, 37.3, 10.45, 12.58, 43.04, 8.51, 6.08, 0.943, 191.0
20, 11/06/2024 05:00:08 PM, 8.54, 13.99, 56.95, 37.4, 10.39, 12.54, 42.63, 8.40, 6.07, 0.943, 190.8
21, 11/06/2024 05:01:08 PM, 8.53, 14.11, 56.24, 37.3, 10.33, 12.65, 42.12, 8.31, 6.08, 0.944, 190.7
22, 11/06/2024 05:02:08 PM, 8.54, 14.06, 57.51, 37.2, 10.33, 12.61, 43.05, 8.53, 6.08, 0.943, 190.5
23, 11/06/2024 05:03:08 PM, 8.54, 14.02, 56.51, 36.9, 10.35, 12.57, 42.29, 8.38, 6.08, 0.942, 190.4
24, 11/06/2024 05:04:08 PM, 8.52, 14.01, 57.10, 37.6, 10.34, 12.56, 42.74, 8.45, 6.07, 0.942, 190.5
25, 11/06/2024 05:05:08 PM, 8.52, 14.11, 57.18, 37.2, 10.35, 12.65, 42.80, 8.46, 6.08, 0.942, 190.5
26, 11/06/2024 05:06:08 PM, 8.54, 14.05, 57.61, 36.8, 10.33, 12.60, 43.12, 8.53, 6.08, 0.941, 190.5
27, 11/06/2024 05:07:08 PM, 8.52, 14.05, 57.19, 36.7, 10.37, 12.60, 42.82, 8.44, 6.07, 0.941, 190.5
28, 11/06/2024 05:08:08 PM, 8.53, 13.97, 57.04, 36.8, 10.34, 12.53, 42.73, 8.41, 6.08, 0.941, 190.7 29, 11/06/2024 05:09:08 PM, 8.52, 14.00, 56.82, 36.4, 10.23, 12.57, 42.58, 8.42, 6.08, 0.941, 190.7
30, 11/06/2024 05:10:08 PM, 8.52, 14.02, 57.15, 36.6, 10.18, 12.59, 42.88, 8.45, 6.07, 0.941, 190.6 31, 11/06/2024 05:11:08 PM, 8.54, 13.99, 57.31, 36.6, 10.21, 12.56, 43.00, 8.45, 6.08, 0.940, 190.6
32, 11/06/2024 05:12:08 PM, 8.53, 13.97, 57.35, 36.5, 10.27, 12.54, 42.99, 8.47, 6.07, 0.939, 190.7 33, 11/06/2024 05:13:08 PM, 8.52, 14.00, 57.64, 36.4, 10.23, 12.57, 43.22, 8.52, 6.09, 0.940, 190.8
34, 11/06/2024 05:14:08 PM, 8.52, 14.01, 58.44, 36.6, 10.35, 12.56, 43.78, 8.61, 6.09, 0.939, 190.8 35, 11/06/2024 05:15:08 PM, 8.52, 13.99, 57.24, 36.4, 10.32, 12.54, 42.82, 8.51, 6.07, 0.940, 190.7
36, 11/06/2024 05:16:08 PM, 8.52, 13.86, 57.23, 36.4, 10.28, 12.44, 42.92, 8.43, 6.08, 0.940, 190.6 37, 11/06/2024 05:17:08 PM, 8.52, 13.94, 57.80, 36.4, 10.33, 12.50, 43.27, 8.56, 6.07, 0.940, 190.6
38, 11/06/2024 05:18:08 PM, 8.51, 13.98, 57.46, 36.3, 10.23, 12.55, 43.04, 8.54, 6.08, 0.939, 190.6
39, 11/06/2024 05:19:08 PM, 8.52, 13.99, 57.60, 36.5, 10.22, 12.56, 43.15, 8.56, 6.08, 0.939, 190.5
40, 11/06/2024 05:20:08 PM, 8.54, 13.97, 57.39, 37.1, 10.22, 12.54, 43.03, 8.49, 6.07, 0.939, 190.5
41, 11/06/2024 05:21:08 PM, 8.52, 13.96, 57.11, 36.7, 10.21, 12.53, 42.80, 8.48, 6.08, 0.938, 190.6
42, 11/06/2024 05:22:08 PM, 8.51, 14.01, 57.66, 36.4, 10.26, 12.58, 43.24, 8.51, 6.08, 0.938, 190.6
43, 11/06/2024 05:23:08 PM, 8.52, 13.87, 57.43, 36.1, 10.32, 12.44, 43.01, 8.50, 6.08, 0.939, 190.7
44, 11/06/2024 05:24:08 PM, 8.53, 14.00, 57.67, 36.3, 10.27, 12.57, 43.23, 8.52, 6.08, 0.939, 190.6
45, 11/06/2024 05:25:08 PM, 8.51, 14.06, 56.93, 36.5, 10.32, 12.61, 42.64, 8.42, 6.08, 0.939, 190.6
46, 11/06/2024 05:26:08 PM, 8.53, 14.07, 56.53, 36.8, 10.37, 12.61, 42.35, 8.32, 6.07, 0.938, 190.7
47, 11/06/2024 05:27:08 PM, 8.52, 14.04, 56.84, 36.3, 10.42, 12.58, 42.53, 8.39, 6.06, 0.938, 190.8 48, 11/06/2024 05:28:08 PM, 8.54, 14.03, 57.09, 36.9, 10.50, 12.55, 42.69, 8.41, 6.06, 0.938, 190.8
49, 11/06/2024 05:29:08 PM, 8.52, 14.07, 57.24, 35.9, 10.59, 12.58, 42.76, 8.42, 6.06, 0.938, 190.9 50, 11/06/2024 05:30:08 PM, 8.53, 14.16, 58.64, 36.2, 10.66, 12.65, 43.71, 8.68, 6.07, 0.938, 190.9
51, 11/06/2024 05:31:08 PM, 8.51, 14.09, 57.86, 36.0, 10.62, 12.60, 43.19, 8.52, 6.07, 0.939, 190.9 52, 11/06/2024 05:32:08 PM, 8.51, 14.05, 57.89, 36.4, 10.57, 12.56, 43.25, 8.53, 6.08, 0.938, 190.8
53, 11/06/2024 05:33:08 PM, 8.54, 14.00, 57.54, 36.2, 10.48, 12.53, 43.04, 8.47, 6.08, 0.939, 190.8 54, 11/06/2024 05:34:08 PM, 8.53, 13.97, 56.75, 36.0, 10.43, 12.51, 42.44, 8.40, 6.07, 0.939, 190.8
55, 11/06/2024 05:35:08 PM, 8.53, 14.00, 56.93, 36.2, 10.47, 12.53, 42.60, 8.37, 6.07, 0.939, 190.8 56, 11/06/2024 05:36:08 PM, 8.53, 13.98, 57.14, 35.8, 10.49, 12.52, 42.67, 8.47, 6.06, 0.940, 190.8
57, 11/06/2024 05:37:08 PM, 8.53, 14.07, 57.18, 35.9, 10.54, 12.59, 42.72, 8.43, 6.07, 0.940, 190.7 58, 11/06/2024 05:38:08 PM, 8.53, 14.10, 57.33, 36.0, 10.52, 12.62, 42.86, 8.44, 6.06, 0.940, 190.7
59, 11/06/2024 05:39:08 PM, 8.54, 13.98, 57.59, 36.1, 10.45, 12.52, 43.10, 8.47, 6.08, 0.939, 190.8
60, 11/06/2024 05:40:08 PM, 8.54, 14.09, 57.33, 36.1, 10.50, 12.61, 42.82, 8.49, 6.07, 0.939, 190.8
61, 11/06/2024 05:41:08 PM, 8.53, 14.06, 57.57, 35.9, 10.53, 12.58, 43.00, 8.51, 6.07, 0.939, 190.8
<end>
, AverageMeasuredValues, 8.53, 14.02, 57.23, 36.9, 10.35, 12.57, 42.85, 8.46, 6.08, 0.940, 190.8

Miscellaneous:
LoggingMode, Raw
LoggingInterval (seconds), 60
SamplingInterval (seconds), 2 TestRunInterval (minutes), 61
TestRunStartTime, 11/06/2024 04:40:08 PM TestRunEndTime, 11/06/2024 05:41:09 PM
ThcWetSpan, N/A DateTimeCompleted, 11/6/2024 5:41:09.380 PM, 6cgGWlAVO6hKufHEkNs2+RcH3khfHyr8RHUO2VqIGZQ=