DAQ-2024-011214

1

DAQC-1045-24
Site ID 10210 (B4)

MEMORANDUM

TO: STACK TEST FILE – KINDER MORGAN ALTAMONT, LLC – West Compressor
Station

THROUGH: Harold Burge, Major Source Compliance Section Manager

FROM: Robert Sirrine, Environmental Scientist

DATE: October 10, 2024

SUBJECT: Location: Altamont, Duchesne County, UT
Contact: Erin Dunman 303-914-7605
Tester: Emissions Testing Group, Nathan Liebmann 713-420-3664
Source: Engine CE-2
FRS ID #: UT0000004901300040
Permit# 1300040005 dated November 30, 2022
Action Code: TR
Subject: Review of stack test report received October 1, 2024

On October 1, 2024, the DAQ received a test report for the emissions testing of compressor engine CE-2, a
new initial start-up replacement engine, operating at the Kinder Morgan Altamont, LLC West Gas Processing
Plant located near Altamont, Duchesne County, UT. Testing was performed August 8, 2024, to determine
compliance with 40 CFR 60 Subpart JJJJ and proposed DAQ Permit changes for NOx, CO, and VOC emission
limits.

Source Test Date RM/Pollutant DAQ Result Tester Result Limit

CE-2 8/8/24 7/NOX 0.05 lb/hr 0.05 lb/hr 2.27 lb/hr***
2 ppmvd* 2 ppmvd* 82 ppmvd*
0. g/BHP-Hr 0. g/BHP-Hr 1.0 g/bhp-hr

10/CO 0.20 lb/hr 0.20 lb/hr 1.48 lb/hr***
10 ppmvd* 10 ppmvd* 270 ppmvd*
0.1 g/BHP-Hr 0.1 g/BHP-Hr 0.65 g/bhp-hr

**/VOC 0.08 lb/hr^ 0.05 lb/hr^ 0.23 lb/hr^***
3 ppmvd* 3 ppmvd* 60 ppmvd*
0.0 g/BHP-Hr 0.0 g/BHP-Hr 0.7 g/bhp-hr

*@15% Oxygen **ASTM D6348-03, *** Proposed permit emission limits, ^VOC as propane +
CH2O

2

DEVIATIONS: None noted.

CONCLUSION: The stack test emissions report appears to be acceptable. VOC as
propane and total VOC plus CH2O was determined using method
ASTM D6348-03. All stipulated QA/QC requirements appear to have
been met as determined by a review of the report and entering the
VOC data into the Excel spreadsheet minus calibration bias check.
The lb/hr limits are proposed for a modified permit and in the review
process. The ppmdv @15% O2 and g/bhp-hr limits are contained in
40 CFR 60 Subpart JJJJ. The emissions test report appears to be
acceptable.

RECOMMENDATION: CE-2 should be considered to have been in compliance with the NOx,
CO, and VOC applicable emissions limits at the time of the test.

HPV: No.

ATTACHMENTS: Stack test report for CE-2 received October 1, 2024.
DAQ generated Excel spreadsheets.

_________________________________________________________________________________

FedEx 2800 8070 2322

Harold Burge, Manager
Major Source Compliance Section
Utah Division of Air Quality
195 North 1950 West, 4th Floor
Salt Lake City, UT

Re: Kinder Morgan Altamont LLC
Altamont West Compressor Station, Title V Permit 1300040005
Engine CE-2 Emission Test Report

Dear Mr. Burge,

As required by 40 CFR Part 60, Subpart JJJJ, Standards of Performance for Stationary Spark Ignition Internal
Combustion Engines, Kinder Morgan Altamont LLC conducted compliance emission testing on engine CE-2 at
Altamont West Compressor Station to demonstrate compliance with applicable emission limits. The compliance
testing was conducted on August 8, 2024 and followed Emission Test Protocol dated June 24, 2024. Attached is a
report from the test for your review. As demonstrated in the attached report, Engine CE-2 tested below the
applicable emission standards specified in 40 CFR 60 subpart JJJJ.

Testing was conducted while the source was operating at the rate and/or conditions specified in the applicable
approval order, operating permit, or federal regulation. During testing, the source combusted fuels, used raw
materials, and maintained process conditions representative of normal operations, and operated under such other
relevant conditions specified by the Director.

Based on information and belief formed after reasonable inquiry, the statements and information contained in the
report are true, accurate, and complete.

Please contact Nathan Liebmann at [phone] or via email at [e-mail] if you
have any technical questions related to the attached emission test report. You may contact Erin Dunman at (303)
914-7605 or via email at [e-mail] with other questions related to air permit compliance
for this facility.

Sincerely,

Don Perkins
Director, Operation

Enclosures – Emissions Test Report

cc: Mechanical Testing File # 24-215

Director, EPA Region VIII
Office of Enforcement, Compliance and Environmental Justice
(mail Code 8ENF)
1595 Wynkoop Street
Denver, CO 80202-1129
Electronic Submittal

_________________________________________________________________________________

FedEx 2800 8070 2322

Harold Burge, Manager
Major Source Compliance Section
Utah Division of Air Quality
195 North 1950 West, 4th Floor
Salt Lake City, UT

Re: Kinder Morgan Altamont LLC
Altamont West Compressor Station, Title V Permit 1300040005
Engine CE-2 Emission Test Report

Dear Mr. Burge,

As required by 40 CFR Part 60, Subpart JJJJ, Standards of Performance for Stationary Spark Ignition Internal
Combustion Engines, Kinder Morgan Altamont LLC conducted compliance emission testing on engine CE-2 at
Altamont West Compressor Station to demonstrate compliance with applicable emission limits. The compliance
testing was conducted on August 8, 2024 and followed Emission Test Protocol dated June 24, 2024. Attached is a
report from the test for your review. As demonstrated in the attached report, Engine CE-2 tested below the
applicable emission standards specified in 40 CFR 60 subpart JJJJ.

Testing was conducted while the source was operating at the rate and/or conditions specified in the applicable
approval order, operating permit, or federal regulation. During testing, the source combusted fuels, used raw
materials, and maintained process conditions representative of normal operations, and operated under such other
relevant conditions specified by the Director.

Based on information and belief formed after reasonable inquiry, the statements and information contained in the
report are true, accurate, and complete.

Please contact Nathan Liebmann at [phone] or via email at [e-mail] if you
have any technical questions related to the attached emission test report. You may contact Erin Dunman at (303)
914-7605 or via email at [e-mail] with other questions related to air permit compliance
for this facility.

Sincerely,

Don Perkins
Director, Operation

Enclosures – Emissions Test Report

cc: Mechanical Testing File # 24-215

Director, EPA Region VIII
Office of Enforcement, Compliance and Environmental Justice
(mail Code 8ENF)
1595 Wynkoop Street
Denver, CO 80202-1129
Electronic Submittal
REV 41 04/2024
Emissions Testing Group
1001 Louisiana St., Suite 1000
Houston, TX 77002
Emissions Test Report
One (1) Waukesha L7042 GSI Natural Gas Fired Engine
Unit C-2
Title V Operating Permit Number: 1300040005
Emissions Testing Group File # 24-215
Test Date: August 8, 2024
Kinder Morgan Altamont, LLC
West Compressor Station
Duchesne County, UT
Date: September 30, 2024
Prepared
for:
State of Utah Department on
Environmental Quality (UDEQ)
Division of Air Quality (DAQ)
Prepared
by:
Nathan Liebmann
Emissions Testing Group
[phone]
Reviewed
by:
Johndunn Johnston
Emissions Testing Group
[phone]
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Table of Contents
TABLE OF CONTENTS .................................................................................................................................................................... I
INTRODUCTION ............................................................................................................................................................................... 1
FACILITY INFORMATION .......................................................................................................................................................... 2
EMISSIONS GROUP INFORMATION ....................................................................................................................................... 2
TEST SUMMARY .............................................................................................................................................................................. 3
RESULTS ......................................................................................................................................................................................... 3
EMISSIONS SAMPLING PROCESS ............................................................................................................................................. 4
PROCESS DESCRIPTION ............................................................................................................................................................. 4
EMISSIONS TEST VEHICLE ....................................................................................................................................................... 4
SAMPLING SYSTEM .................................................................................................................................................................... 4
GENERAL TESTING PROCEDURE ............................................................................................................................................ 6
EPA REFERENCE AND ASTM METHODS .............................................................................................................................. 6
METHOD 1 ..................................................................................................................................................................................... 6
METHOD 3A .................................................................................................................................................................................. 6
METHOD 4 ..................................................................................................................................................................................... 6
METHOD 7E .................................................................................................................................................................................. 7
METHOD 10 ................................................................................................................................................................................... 7
METHOD 19 ................................................................................................................................................................................... 7
ASTM D6348 ............................................................................................................................................................................... 7
INSTRUMENT CHECKS AND CALIBRATIONS ..................................................................................................................... 8
EPA PROTOCOL GASES (40CFR60, APPENDIX A – M7E.7.1) .................................................................................................... 8
INTERFERENCE RESPONSE (40CFR60, APPENDIX A – M7E.8.2.7) .............................................................................................. 8
ANALYZER CALIBRATION ERROR TEST (40CFR60, APPENDIX A – M7E.8.2.3) ......................................................................... 8
NO2 TO NO CONVERSION EFFICIENCY (40CFR60, APPENDIX A – M7E.8.2.4) .......................................................................... 8
SAMPLE LINE LEAK CHECK .......................................................................................................................................................... 8
RESPONSE TIME TEST (40CFR60, APPENDIX A – M7E.8.2.6) .................................................................................................... 9
SYSTEM BIAS CHECK (40CFR60, APPENDIX A – M7E.8.2.5 & M7E.8.5) .................................................................................. 9
VOC AND CH2O DETERMINATION............................................................................................................................................. 10
EMISSIONS TESTING ................................................................................................................................................................. 12
SAMPLE LOCATION AND SET-UP ................................................................................................................................................. 12
DETERMINATION OF STRATIFICATION (40CFR60, APPENDIX A – M7E.8.1.2) ......................................................................... 12
FUEL GAS ANALYSIS ................................................................................................................................................................... 12
COMPLIANCE TEST RUNS ............................................................................................................................................................ 12
CALCULATIONS ............................................................................................................................................................................ 13
CONCENTRATION CORRECTION .......................................................................................................................................... 13
EPA F-FACTOR ............................................................................................................................................................................ 14
15% OXYGEN CORRECTION ................................................................................................................................................... 14
MASS EMISSION CALCULATIONS, METHOD 19 ............................................................................................................... 15
ASTM D6348 EQUATIONS ........................................................................................................................................................ 16
MINIMUM DETECTABLE CONCENTRATION ................................................................................................................................. 16
REFERENCE CELL ABSORPTION PATH LENGTH .......................................................................................................................... 17
SAMPLE CELL ABSORPTION PATH LENGTH ................................................................................................................................ 18
ANALYTE SPIKING ....................................................................................................................................................................... 18
WET – DRY POLLUTANT CONCENTRATION CORRECTION .......................................................................................................... 20
VOC CALCULATIONS BY RESPONSE FACTORS ........................................................................................................................... 20
APPENDIX ......................................................................................................................................................................................... 21

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REV 41 04/2024
List of Figures
Figure 1: Sample System Schematic ............................................................................................................................ 5
List of Tables
Table 1: Engine Detail ......................................................................................................................................................................... 1
Table 2: Emission Units and Requirements..................................................................................................................................... 1
Table 3: Emission Unit & Summary Results for C-2 ..................................................................................................................... 3
Table 4: Available Instrumentation .................................................................................................................................................. 5
Table 5: Unit Conversion Factors ................................................................................................................................................... 15
List of Equations
Equation 1: Bias Correction Calculation ....................................................................................................................................... 13
Equation 2: EPA Fuel Specific Fd factor ....................................................................................................................................... 14
Equation 3: Emissions Corrected to 15% Oxygen ....................................................................................................................... 14
Equation 4: Mass Emission Rate (lb/hr) ........................................................................................................................................ 15
Equation 5: Mass Emission Rate (g/bhp-hr) ................................................................................................................................. 15
Equation 6: Noise Limited Minimum Detectable Concentration #1 ......................................................................................... 16
Equation 7: Analytical Minimum Detectable Concentration #2 ................................................................................................ 16
Equation 8: Analytical Minimum Detectable Concentration #3 ................................................................................................ 17
Equation 9: Reference Cell Path Length ........................................................................................................................................ 17
Equation 10: Sample Cell Path Length .......................................................................................................................................... 18
Equation 11: Dilution Factor ........................................................................................................................................................... 18
Equation 12: Expected Spike Concentration ................................................................................................................................. 19
Equation 13: Spike Recovery, Percent ........................................................................................................................................... 19
Equation 14: Moisture Corrected Concentration ......................................................................................................................... 20
Equation 15: VOC as Methane by Response Factors .................................................................................................................. 20
Equation 16: VOC as Propane ........................................................................................................................................................ 20
Equation 17: Total VOC for Approval Order Permit Limits ..................................................................................................... 20

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Introduction
The Company’s Emissions Testing Group (ETG) conducted source emissions testing at the
Kinder Morgan Altamont, LLC West Compressor Station in fulfillment of the State of Utah
Department of Environmental Quality (UDEQ) Title V Operating Permit Number
1300040005. The purpose of this test is to demonstrate compliance with permitted emission
limits and 40CFR60 Subpart JJJJ for the unit listed below.
Table 1 and Table 2 present the emission units and species that were measured during
the testing along with applicable permit limits. All testing was conducted in accordance with
Environmental Protection Agency (EPA) test methods as described in 40CFR60, Appendix
A, and the test protocol dated June 24, 2024.
Concentrations of Volatile Organic Compounds (VOC) and Formaldehyde (CH2O) were
determined using an FTIR following ASTM D6348 as allowed by 40CFR60 Subpart JJJJ.
Non-methane non-ethane VOC is reported on a propane basis. Formaldehyde emissions
are excluded for the purpose of compliance demonstration with 40CFR60 Subpart JJJJ
standards (VOC) but are included for the purpose of compliance with VOC permit limits
(Total VOC).
Unit C-2 was tested on August 8, 2024. Nathan Liebmann and David Wilhite conducted
the tests.
Table 1: Engine Detail
Unit Name Serial
Number Manufacturer Model Catalyst
Type Type Horsepower MFG
Date
C-2 WAU-1698043 Waukesha L7042 GSI NSCR 4SRB 1,030 10/2023
Table 2: Emission Units and Requirements
Unit Name Emission
Species
Applicable
Test Method Applicable Limits Permit Basis
C-2
NOX EPA Method 7E
2.0 g/bhp-hr Proposed Permit Limit 2.27 lb/hr
1.0 g/bhp-hr
or
82 ppmvd @ 15% O2
40CFR60 Subpart JJJJ
CO EPA Method 10
0.65 g/bhp-hr Proposed Permit Limit 1.48 lb/hr
2.0 g/bhp-hr
or
270 ppmvd @ 15% O2
40CFR60 Subpart JJJJ
VOC ASTM D6348
0.7 g/bhp-hr
or
60 ppmvd @ 15% O2
40CFR60 Subpart JJJJ
Total VOC ASTM D6348 0.23 lb/hr Proposed Permit Limit

2
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FACILITY INFORMATION
Facility: Kinder Morgan Altamont, LLC
West Compressor Station
Duchesne County, UT
GPS Coordinates:
LAT 40.318830 LONG -110.394830
Contact: Erin Dunman
Air Compliance
1667 Cole Blvd, Suite 300
Lakewood, CO 80401
[e-mail]
[phone]

EMISSIONS GROUP INFORMATION
Facility: Emissions Testing Group
1001 Louisiana St., Suite 1000
Houston, TX 77002
Contact: Nathan Liebmann
Emissions Testing Group
[e-mail]
[phone]

3
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Test Summary
The exhaust gases from the unit were sampled continuously for three (3) runs at the
highest achievable operating load. There were no starts, stops, upsets or malfunctions
that occurred of process, control equipment, or monitoring equipment during testing.
Summaries of results from the unit are presented in Table 3. The three run average
below shows that the unit tested below the emission limits. Detailed summaries of the
test results are included in the APPENDIX.
RESULTS
Table 3: Emission Unit & Summary Results for C-2

82
2.27
1.0
270
1.48
0.65
60
0.7
0.23
O2 (% Bias Corrected)0.08
7,797
0.09
89.4
Fuel Flow (SCFH)
Average
3
0.0 0.0
CO
89.7
08/08/24
0.19
0.10
0.20
NOX (LB/HR)
NOX (ppmvd @ 15% O2)
0.080.06
O20.09
0.0
Date
Run 3Run 2
Horsepower
11
1
Time
Parameter Run 1
Emissions Summary For Emissions Test Report - C-2
1
0.0
13:31
Speed (RPM)
12:1010:49
CO (g/BHP-HR)
0.040.06
Permit
Limits
7,800
921
7,785
89.3Load (%)
951
88.9
7,759
924
952953
916 920
952
0.10
0.0
NOX 2
0.0
0.04 0.05
10
NOX (g/BHP-HR)
2
10
0.10
CO (ppmvd @ 15% O2)
CO (LB/HR)0.21
10
0.20
3
VOC
0.0
VOC (ppmvd @ 15% O2)3
VOC (g/BHP-HR)0.0
VOC + CH2O
0.080.08 0.08
3
VOC + CH2O (LB/HR)0.08

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Emissions Sampling Process
PROCESS DESCRIPTION
The Waukesha L7042 GSI (1,030 hp) reciprocating compressor engine is a four stroke,
rich burn, natural gas fired internal combustion engine, equipped with an NSCR, driving
gas compressors. The energy released during the combustion process drives gas
compressors, raising the pressure of the incoming gas from an initial “suction” state to
a more compressed “discharge” state.
EMISSIONS TEST VEHICLE
The ETG has conducted emission tests on reciprocating engines and turbines for many
years. This testing experience has enabled the ETG to design and assemble an accurate
and versatile emissions test vehicle (ETV). The ETV is one of three environmentally
controlled box trailers housing all analyzers, computers and auxiliary equipment.
A Data Acquisition Control System (DACS) scans instrument outputs and the data is
transferred to a computer for analysis and storage. The computer monitors the readings in
real-time and outputs the data averages to a video monitor and the hard drive. The readings
are recorded and represented in Central Standard Time (CST) due to our headquarters
located in Houston, Texas.
SAMPLING SYSTEM
Continuous analyzers were used to determine the oxides of nitrogen (NOx), carbon
monoxide (CO), non-methane, non-ethane, excluding/including formaldehyde volatile
organic compounds (VOC) and oxygen (O2) emission concentrations. Available
instrumentation and analyzers are listed in Table 4. Brand names and specific models are
for reference only and instruments of equal nominal performance may be substituted from
time to time.
Exhaust gas enters the system through a stainless-steel probe and a 3-way sample valve
assembly. The sample is transported via a heat-traced Teflon sample line through a
stainless steel sample pump and into a minimum contact condenser specially designed to
dry the sample. The sample is then passed through 3/8" Teflon tubing to a Balston
Microfiber coalescing filter and then to the sample manifold. The sample manifold is
maintained at a constant pressure by means of a pressure bypass regulator. Stainless steel
needle valves control the sample flow to each analyzer. See Figure 1 for the flow
schematic.
For the FTIR analyzer, the exhaust gas is brought into the trailer through the same stainless
steel probe and 3-way sample valve, however, it is next directed through a heated sample
line to the FTIR hotbox where the temperature, pressure and flow rate are kept constant by
way of a pressure regulator, temperature controller and needle-valve flow meter until the
sample enters the analyzer. After the sample has passed through the analyzer, it is purged
outside of the trailer. See Figure 1 for the flow schematic.

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Figure 1: Sample System Schematic
Table 4: Available Instrumentation
Parameters Manufacturer Model Detection Principle Range
NOx Thermo Fisher Scientific 42i Thermal reduction of NO2 to NO.
Chemiluminescent reaction of NO with O3
Variable to
10,000 ppm
CO Teledyne T300M NDIR with Gas Filter Correlation Variable to
10,000 ppm
VOC / CH2O MAX iR Fourier Transform Infrared Spectroscopy
O2 Servomex 4900 Paramagnetic 0 to 25%
Barometric
Pressure Rosemount 3051 20 – 31 “Hg
Wet/Dry
Temperature
Humidity
Vaisala Model HMP 233 -40 °F to 140 °F
0% - 100%

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General Testing Procedure
EPA Reference methods as described in 40CFR60, Appendix A, and ASTM D6348
designations were followed in the conduct of this testing. Calibration and test
procedures were detailed under their respective sections of the emissions test protocol
dated 6/24/2025. All emission species were measured post-catalyst.
Concentrations of NOx were determined by the procedure described in 40CFR60,
Appendix A, Method 7E. Concentrations of CO were determined by the procedure
described in 40CFR60, Appendix A, Method 10. Dilution concentration of exhaust
oxygen was determined by the procedure described in 40CFR60, Appendix A, Method
3A. Determination of exhaust effluent flow and mass emission rates were determined
by the procedure in 40CFR60, Appendix A, Method 19.
Compliance with VOC and CH2O were determined using an FTIR following ASTM
D6348 as allowed by 40CFR60 Subpart JJJJ.
EPA REFERENCE AND ASTM METHODS
METHOD 1
“Sample and Velocity Traverses for Stationary Sources” The objective of Method 1 is
to determine the selection of sampling ports and traverse points for a representative velocity
measurement. Method 1 entails selecting sampling ports at least two stack diameters
downstream and a half diameter upstream from any flow disturbance. Based on the
upstream and downstream measurements of a flow disturbance, a selection of minimum
traverse points was selected. Method 1 was performed on the engine. A diagram is found
in the APPENDIX.
METHOD 3A
“Determination of Oxygen and Carbon Dioxide Concentrations in Emissions from
Stationary Sources (Instrumental Analyzer Procedure)” The objective of Method 3A is
to determine the O2 concentrations from the source. Method 3A entails extraction of a gas
sample from a stationary source and routing the sample through a conditioning system to
an analyzer for the measurement of O2 in percent. Method 3A testing was performed on
the engine for the determination of O2. The calibration error, system bias and system drift
data were within the tolerances of the method. The previously mentioned data and the
testing data were recorded on a DACS. Calibrations and test results are found in the
APPENDIX.
METHOD 4
“Determination of Moisture Content in Stack Gases” The objective of Method 4 is to
determine the moisture content of stack gas. Section 16.3 of this method allows the use of
an FTIR as an acceptable alternative to determine stack gas moisture.

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METHOD 7E
“Determination of Nitrogen Oxides Emissions from Stationary Sources (Instrumental
Analyzer Procedure)” The objective of Method 7E testing is to determine the NOx
concentration from the source. Method 7E entails extraction of a gas sample from a
stationary source and routing the sample through a conditioning system to an analyzer for
the measurement of NOx (NO and NO2) in ppmvd. Method 7E testing was performed on
the engine for the determination of NOx. The calibration error, system bias and system drift
data were within the tolerances of the method. The previously mentioned data and the
testing data were recorded on a DACS. This data and test results are found in the
APPENDIX along with NOx converter check results and calibration gas certificates.
METHOD 10
“Determination of Carbon Monoxide Emissions from Stationary Sources
(Instrumental Analyzer Procedure)” The objective of Method 10 is to determine the CO
concentrations from the source. Method 10 entails extraction of a gas sample from a
stationary source and routing the sample through a conditioning system to an analyzer for
the measurement of CO in ppmvd. Method 10 testing was performed on the engine for the
determination of CO. The calibration error, system bias and system drift data were within
the tolerances of the method. The previously mentioned data and the testing data were
recorded on a DACS. Calibrations and test results are found in the APPENDIX.
METHOD 19
“Determination of Sulfur Dioxide Removal Efficiency and Particulate Matter, Sulfur
Dioxide, and Nitrogen Oxide Emission Rates” The objective of Method 19 testing is to
determine the emissions exhaust flow. Method 19 entails a NOx emission rate determined
by an Oxygen-Based F-Factor on a dry basis. An F-Factor is the ratio of gas volume of the
products of combustion to the heat content of the fuel. Method 19 testing was performed
on the engine for the determination of NOx emission rates. The NOx pollutant
concentration, dry F-Factor and percent of dry Oxygen concentration were collected and
calculated for the method. Test results are found in the APPENDIX along with the emission
rate formulas found in Equation 4 and Equation 5. 1
ASTM D6348
“Determination of Gaseous Compounds by Extractive Direct Interface Fourier
Transform Infrared (FTIR) Spectroscopy” The objective of ASTM D6348 is to determine
the VOC and CH2O concentrations from the source. ASTM D6348 entails extraction of a
gas sample from a stationary source and routing the sample through a heated system to an
FTIR for measurement. ASTM D6348 testing was performed on the engine for the
determination of VOC and CH2O in ppmvd. The acetaldehyde/tracer spike, recovery
analysis and minimum detectible concentration for VOC and CH2O were within the
tolerances of the method. The previously mentioned data and the testing data were
recorded on FTIR software. Calibrations and test results are found in the APPENDIX.

1 The same exhaust flow calculation was used for CO, VOC and Total VOC.

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INSTRUMENT CHECKS AND CALIBRATIONS
The following instrument checks and calibrations guarantee the integrity of our sampling
system and the accuracy of our data.
EPA PROTOCOL GASES (40CFR60, APPENDIX A – M7E.7.1)
Calibration sheets for EPA Protocol 1 calibration gases are included in the APPENDIX.
INTERFERENCE RESPONSE (40CFR60, APPENDIX A – M7E.8.2.7)
Vendor instrument data concerning interference response in the NOx, CO and O2 analyzers
are included in the APPENDIX.
ANALYZER CALIBRATION ERROR TEST (40CFR60, APPENDIX A – M7E.8.2.3)
The measurement system was first prepared for use. Each analyzer was set to the
correct response and that response was recorded by the data acquisition system. A
calibration curve was established to convert each analyzer’s response to equivalent
gas concentrations as introduced to each analyzer. Then zero, mid and high
calibration gases were introduced without adjustment to the analyzers and their
responses was recorded. These linearity checks were performed daily, and these
responses were considered acceptable within +/- 2 percent of the span. This curve
remained unchanged throughout the test. The analyzer calibration checks (linearity)
sheets are included in the APPENDIX.
NO2 TO NO CONVERSION EFFICIENCY (40CFR60, APPENDIX A – M7E.8.2.4)
An NO2 to NO conversion efficiency test was performed on the day of testing following the
procedure described in 40CFR60, Appendix A, Method 7E Section 8.2.4.1. The results of
the conversion efficiency test are included in the APPENDIX.
SAMPLE LINE LEAK CHECK
The sample line was leak checked before and after the test by closing the calibration valve
assembly while the sample pump is operating. Once the maximum vacuum is reached
(approximately 12 - 15 inches of mercury) the valve on the pressure side of the pump is
closed (See Figure 1) thus sealing off the vacuum section of the sampling system. The
leak tests for each unit were considered acceptable if the vacuum gauge reading drops by
an amount less than 1 inch of mercury over a period of 1 minute. The results of the sample
line leak checks are included in the APPENDIX.

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RESPONSE TIME TEST (40CFR60, APPENDIX A – M7E.8.2.6)
Before sampling began, it was determined the mid-level calibration gas best approximated
the emissions and was the more appropriate gas to be used as the upscale gas. A response
time test was performed by first introducing the zero gas into the sample system at the outlet
of the probe until all readings are stable. The calibration valve was then switched to sample
the upscale gas at the outlet of the probe until a stable reading is obtained, within 95% of
the certified value of the upscale gas. The upscale response time was then recorded. Next,
the low-level gas was introduced in the same manner as the upscale gas. Once a stable
reading is noted, within 5% of the certified value of the upscale gas, the downscale response
time was recorded.
This process was completed once per analyzer to determine upscale and downscale
responses. The greater of the upscale or downscale response was classified as the
response time and all test points were monitored for a period of time at least twice the
response time. The results of the response time tests are included in the APPENDIX.
SYSTEM BIAS CHECK (40CFR60, APPENDIX A – M7E.8.2.5 & M7E.8.5)
Before sampling began, the upscale gas was determined as mentioned in the Response
Time Test section. The system bias check was conducted once prior to and once following
the test runs of the series and consists of first introducing the NOx analyzer’s upscale gas
directly at the analyzer. The analyzer was allowed to stabilize and the reading noted. The
same gas was then introduced at the probe, passing through the entire sample train to the
analyzer and the reading noted. The resulting readings indicate any bias attributed to the
sample train. This process was repeated with the NOX analyzer’s low gas. The bias check
was acceptable if the direct gas reading of the analyzer is within +/- 5% of the complete
sample train reading of the analyzer [per 7E.13.2].
This same procedure was repeated for CO and O2 analyzers. Sample system bias check
forms are included in the APPENDIX.
Bias checks before and after each test run of the series are used to determine a zero and
span drift for the NOx, CO and O2 analyzers. The zero and span drift for the test run period
was less than +/- 3 percent of the span value for each of the analyzers [per 7E.13.3]. The
system bias (drift) checks sheet for each test are included in the APPENDIX.

10
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VOC and CH2O Determination
VOC and CH2O were determined using ASTM D6348. The instrumentation for this test
program was an MAX-iR FTIR analyzer. To determine compliance with the emission
standard the, FTIR was used to measure the pollutant concentration on a wet basis then
convert the concentration to a dry basis using the FTIR moisture determined during the run.

Target Analytes include but are not limited to:

➢ Acetaldehyde(CH3CHO)2
➢ Carbon Tetraflouride (CF4)3
➢ Water (H2O)
➢ Carbon Dioxide (CO2)
➢ Ethylene (Ethene) (C2H4)4
➢ Acetylene (Ethyne) (C2H2)
➢ Propylene (Propene) (C3H6)
➢ Propane (C3H8)
➢ Butane (C4H10)
➢ Formaldehyde (CH2O)

Data Quality Objectives

Accuracy: The accuracy of the measurements were ensured by performing analyte
spiking, prior to the test series, in which spike recoveries met +/- 30% of predicted value
(see ASTM D6348 EQUATIONS section below).
Precision: The precision of the measurements were ensured by consecutive Calibration
Transfer Standard (CTS) analysis, performed prior to and following the test series, in
which measured values met +/- 5% of certified value.
Test Runs: Three test runs, each 60 minutes in duration were collected

The QA/QC checks outlined below were performed on the analyzer.

2 Acetaldehyde was used as a surrogate for VOC and CH2O during spike and recoveries.
3 CF4 was used as a tracer gas for acetaldehyde spiking.
4 Ethylene was utilized as a Calibration Transfer Standard (CTS).

11
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Pre-test Analysis

➢ Minimum Detectable Concentration (MDC) was determined by calculating
the parameters outlined in Annex A-2 of Method ASTM D6348.
➢ Instrument noise-limited (MDC#1)
➢ Analytical algorithm error (MDC#2)
➢ Analytical algorithm error (MDC#3)
➢ Response time was determined as required in Section 11 of Method ASTM
D6348.
➢ The time required for the residual gases to fall to 5% of their original value
was determined.
➢ Analyte spiking was employed for determining the effectiveness of the
sampling and analytical system for transporting and quantifying the target
analytes. This technique followed procedures outlined in Annex A-5 of
Method ASTM D6348.
➢ System performance parameters were determined following procedures
outlined in Annex A-6 of Method ASTM D6348.
➢ Noise Equivalent Analysis (NEA)
➢ Line Position
➢ Resolution
➢ Linearity
➢ A commercially prepared spectral library was utilized for quantification of
collected sample spectra. As such, the resolution, line position and
apodization function used for the reference spectra were the same for field
spectral data.

Field Sampling & Analysis

➢ One pre-test spike recovery analysis was performed.
➢ A sample system flow schematic is included in Figure 1.

Post-test Analysis

Following data collection, the following checks was performed again for verification
against pre-test values:
➢ NEA
➢ Line Position
➢ Resolution
➢ Additional, a spectral comparison were performed, for each test run, as
identified in Annex A-8 of Method ASTM D6348

12
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EMISSIONS TESTING
SAMPLE LOCATION AND SET-UP
A single point probe consisting of 3/8 inch stainless tubing open at one end was used
to collect the sample. The sampling point was placed at least two stack diameters
downstream and a half diameter upstream from any flow disturbance (40CFR60,
Appendix A, Mtd 1, 11.1.1) to ensure a high integrity sample from the engine’s exhaust.
DETERMINATION OF STRATIFICATION (40CFR60, APPENDIX A – M7E.8.1.2)
A stratification check was performed on unit C-2 using the sample probe. Three points
on a line passing through the centroidal area were used, spaced at 16.7%, 50.0% and
83.3% of the measurement line. The sampling time was at least twice the system
response time at each traverse point.
In order to ascertain the presence or absence of stratification on engines with circular stacks,
exhaust concentrations of O2 were measured at three points on a line passing through the
centroidal area of the exhaust stack. The mean concentrations were used to determine the
amount of stratification.
The concentration at each traverse point differs from the mean concentration for all traverse
points by no more than ± 0.3% difference of mean concentration, the gas stream was
considered unstratified and samples were collected from a single point that most closely
matches the mean.
FUEL GAS ANALYSIS
A fuel gas sample was taken during the testing. The sample was analyzed by a
pipeline gas chromatograph. This analysis gives the actual specific gravity and BTU
so that fuel flow and mass emissions are accurately calculated. The test summary for
the analysis is included in the APPENDIX.
COMPLIANCE TEST RUNS
The exhaust gas from the engine was sampled continuously to determine NOx, CO,
VOC, CH2O and O2 concentrations for three (3) individual sixty (60) minute test runs
@ ≥ 90% of highest achievable load. The load developed was dependent on the
pipeline conditions available during the day of the test.
Other important parameters such as compressor suction and discharge pressures,
engine speed and ambient conditions were monitored during the test.
The data acquisition system scanned the analyzers every second during the test run,
and computer averaged the outputs every ten seconds. A summary of the data, with
each test run averaged is given in the APPENDIX.

13
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Calculations

CONCENTRATION CORRECTION
Emission concentration corrections required in 40CFR60, Appendix A, Method 7E were
calculated by using the bias check zero and span values from before and after the test. The
equation is as follows:
𝐴𝑎𝑎𝑟=(𝐴̅−𝐴𝑜)𝐴𝑙𝑎
𝐴𝑙−𝐴𝑜

Equation 1: Bias Correction Calculation

Nomenclature:
𝐴𝑎𝑎𝑟: Effluent gas concentration (ppmvd)
𝐴̅: Average gas concentration indicated by analyzer (ppmvd)
𝐴𝑜: Average of initial & final system calibration bias check responses for the zero
gas (ppmv)
𝐴𝑙: Average of initial & final system calibration bias check responses for the span
gas (ppmv)
𝐴𝑙𝑎: Actual concentration of the upscale calibration gas (ppmv)

14
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EPA F-FACTOR
A fuel specific Fd factor was calculated as described in EPA Method 19, “Determination of
Sulfur Dioxide Removal Efficiency and Particulate, Sulfur Dioxide and Nitrogen Oxides
Emission Rates from Electric Utility Steam Generators” for natural gas. Equation 2 was
used to determine the EPA fuel specific Fd factor.
𝐴𝑎=[(3.64 ∙𝐴𝑟𝑟%)+(1.53 ∙𝐴𝑟𝑟%)+(0.14 ∙𝐿2𝑟𝑟%)−(0.46 ∙𝐿2𝑟𝑟%)]
𝐴𝐴𝐿
𝜌𝐴𝑟𝑎𝑙𝐴𝑎𝑟

Equation 2: EPA Fuel Specific Fd factor
Nomenclature:
𝐴𝑎: Fuel specific F-factor (dscf/MMBTU)
𝐴𝑟𝑟%: Hydrogen weight percent
𝐴𝑟𝑟%: Carbon weight percent
𝐿2𝑟𝑟%: Nitrogen weight percent
𝐿2𝑟𝑟%: Oxygen weight percent
𝐴𝐴𝐿: Heating value of the fuel (BTU/dscf)
𝜌𝐴𝑟𝑎𝑙𝐴𝑎𝑟: Density of the fuel gas (lb/scf)
15% OXYGEN CORRECTION
The measured concentration of NOX was corrected to 15% O2 as set forth in 40CFR60,
Appendix A, Method 7E.
𝐿𝐿𝑋=𝐿𝐿𝑋 𝑜𝑎𝑟× (5.9
20.9 −%𝐿2
)
Equation 3: Emissions Corrected to 15% Oxygen
Nomenclature:
𝐿𝐿𝑋: Corrected emission concentration (ppmvd) 5
𝐿𝐿𝑋𝑜𝑎𝑟: Observed emission concentration (ppmvd)
%𝐿2: Observed O2 concentration (%)

5 The same formula is used for CO, VOC and Total VOC

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MASS EMISSION CALCULATIONS, METHOD 19
The F-factor Method and guidance from Part 75 was used to calculate mass emission rates
(lb/hr) and (g/bhp-hr) for NOX, CO, CH2O and VOC. Equation 4 and Equation 5 were
used to determine the mass emission rates.
𝐴𝑙=𝐴𝑎× 𝐴𝑎× 20.9
(20.9−%𝑂2)× 𝐿�× 𝐴𝐴𝑉
106
Equation 4: Mass Emission Rate (lb/hr)
𝐴𝑙=𝐴𝑎× 𝐴𝑎× 20.9
(20.9−%𝑂2)× 𝐿�× 𝐴𝐴𝑉
106 × 453.6
𝐴𝐴𝑂
Equation 5: Mass Emission Rate (g/bhp-hr)
Nomenclature:
𝐴𝑙: Pollutant emission rates (lb/hr and g/bhp-hr)
𝐴𝑎: Pollutant concentration (lb/scf)
𝐴𝑎: Fuel specific F-factor for dry Cd measurement (dscf/MMBTU)
%𝐿2: Oxygen concentration in percent, measured on a dry basis
𝐿�: Fuel rate from calibrated AGA compliant meter (scfh)
𝐴𝐴𝐿: Heating value of the fuel (BTU/scf)
𝐴𝐴𝐿: Brake horsepower

The conversion factors in Table 5 were used to correct the pollutant concentration in ppm
to lb/scf:
Table 5: Unit Conversion Factors
To Convert from: To Multiply by:
ppm NOX lb/scf 1.194 x 10-7
ppm CO lb/scf 7.268 x 10-8
ppm C3H8 lb/scf 1.1444 x 10-7
ppm CH2O lb/scf 7.7895 x 10-8

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ASTM D6348 EQUATIONS
MINIMUM DETECTABLE CONCENTRATION
𝐿𝐴𝐴#1 =𝐿𝐴𝐴𝑟𝑙𝑟𝑙
𝐿𝐴𝐴𝑟𝑙𝑟𝑙∗𝐴𝑟𝑎𝑎∗𝐿𝑟𝑎𝑎
𝐿𝑎𝑎𝑙𝑙

Equation 6: Noise Limited Minimum Detectable Concentration #1
Nomenclature:
𝐿𝐴𝐴#1: Noise limited minimum detectable concentration for analyte m (ppm)
𝐿𝐴𝐴: RMS noise for analyte m
𝐿𝐴𝐴: Root mean square absorbance value obtained on the reference spectrum
𝐴𝑟𝑎𝑎: Concentration used in generating the reference spectra for analyte m (ppm)
𝐿𝑟𝑎𝑎: Path length used in generating the reference spectra for analyte m (ppm)
𝐿𝑎𝑎𝑙𝑙: Path length of the cell used to perform the measurements (m)

𝐿𝐴𝐴#2 =3 ∗√1
𝐿∑(𝐴𝑎𝑟𝑎𝑙−𝐴𝑜𝑙)2
𝑜
𝑜=1

Equation 7: Analytical Minimum Detectable Concentration #2
Nomenclature:
𝐿𝐴𝐴#2: Analytical algorithm error minimum detectable concentration for analyte m
(ppm)
𝐿: Number of sample spectra used
𝐴𝑎𝑟𝑎: Average concentration for analyte m representing the analytical bias (ppm)
𝐴𝑜: Concentration results produced by the analytical algorithm for the analyte m
on spectra P of the set (ppm)

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𝐿𝐴𝐴#3 =𝐿𝐴𝐴𝑟𝑙𝑟𝑙
𝐿𝐴𝐴𝑟𝑙𝑟𝑙∗𝐴𝑟𝑎𝑎∗𝐿𝑟𝑎𝑎
𝐿𝑎𝑎𝑙𝑙

Equation 8: Analytical Minimum Detectable Concentration #3
Nomenclature:
𝐿𝐴𝐴#3: Analytical algorithm error minimum detectable concentration for analyte m
(ppm)
𝐿𝐴𝐴: Residual equivalent absorbance for analyte m
𝐿𝐴𝐴: Root mean square absorbance value obtained on the reference spectrum
𝐴𝑟𝑎𝑎: Concentration used in generating the reference spectra for analyte m (ppm)
𝐿𝑟𝑎𝑎: Path length used in generating the reference spectra for analyte m (ppm)
𝐿𝑎𝑎𝑙𝑙: Path length of the cell used to perform the measurements (m)

REFERENCE CELL ABSORPTION PATH LENGTH
𝐿𝑟=𝐿𝑎(𝐿𝑟
𝐿𝑎
)(𝐿𝑎
𝐿𝑟
)(𝐴𝑎
𝐴𝑟
)(𝐴𝑟
𝐴𝑎
)
Equation 9: Reference Cell Path Length
Nomenclature:
𝐿𝑟: Reference cell absorption path length (m)
𝐿𝑎: Fundamental CTS absorption path length (m)
𝐿𝑟: Absolute temperature of reference CTS gas (R)
𝐿𝑎: Absolute temperature of fundamental CTS gas (R)
𝐿𝑟: Absolute pressure of reference CTS gas (torr)
𝐿𝑎: Absolute pressure of fundamental CTS gas (torr)
𝐴𝑟: Concentration of reference CTS gas (torr)
𝐴𝑎: Concentration of fundamental CTS gas (torr)
(𝐴𝑟
𝐴𝑓
): Ratio of reference CTS absorbance to the fundamental CTS absorbance,
determined by classical least squares

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SAMPLE CELL ABSORPTION PATH LENGTH
𝐿𝑟=𝐿𝑟(𝐿𝑟
𝐿𝑟
)(𝐿𝑟
𝐿𝑟
)(𝐴𝑟
𝐴𝑟
)(𝐴𝑟
𝐴𝑟
)
Equation 10: Sample Cell Path Length
Nomenclature:
𝐿𝑟: Sample cell absorption path length (m)
𝐿𝑟: Reference CTS absorption path length (m)
𝐿𝑟: Absolute temperature of sample CTS gas (R)
𝐿𝑟: Absolute temperature of reference CTS gas (R)
𝐿𝑟: Absolute pressure of sample CTS gas (torr)
𝐿𝑟: Absolute pressure of reference CTS gas (torr)
𝐴𝑟: Concentration of sample CTS gas (torr)
𝐴𝑟: Concentration of reference CTS gas (torr)
(𝐴𝑟
𝐴𝑟
): Ratio of sample CTS absorbance to the reference CTS absorbance,
determined by classical least squares

ANALYTE SPIKING
𝐴𝐴=𝐿𝑟𝑎𝑐𝑒𝑟−𝑅𝑂𝐴𝐾𝐴
𝐿𝑟𝑎𝑐𝑒𝑟−𝐴𝐴𝑅𝐴𝐴𝑅

Equation 11: Dilution Factor
Nomenclature:
𝐴𝐴: Dilution factor of the spike gas
𝐿𝑟𝑎𝑐𝑒𝑟−𝑅𝑂𝐴𝐾𝐴: Diluted tracer concentration measured in a spiked sample (ppm)
𝐿𝑟𝑎𝑐𝑒𝑟−𝐴𝐴𝑅𝐴𝐴𝑅: Tracer concentration measured directly in undiluted spike gas (ppm)

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𝐴𝑎𝑟𝑜=𝐿𝑎�ℎ𝑙+𝐴𝐿
Equation 12: Expected Spike Concentration
Nomenclature:
𝐴𝑎𝑟𝑜: Expected spike concentration of the analyte (ppm)
𝐿𝑎: Concentration of the analytes in the unspiked samples (ppm)
𝐿𝑎�ℎ𝑙: Concentration of analytes in spiked sample effluent accounting for dilution
(ppm); Udil = Ua x (1 - DF)
𝐴𝑟: Certified concentration of the calibration standard for the analyte (ppm)
𝐴𝐿 CS = Cs x DF
𝐴𝐴: Dilution factor of the spike gas

𝐿=𝐴𝑜𝑎𝑟
𝐴𝑎𝑟𝑜
× 100
Equation 13: Spike Recovery, Percent
Nomenclature:
𝐿: Percent spike recovery (%)
𝐴𝑜𝑎𝑟: Observed spike concentration of the analyte (ppm)
𝐴𝑎𝑟𝑜: Expected spike concentration of the analyte (ppm)

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WET – DRY POLLUTANT CONCENTRATION CORRECTION
𝐴𝑎=𝐴𝑙𝑎𝑎𝑟
1 −(%𝐴2𝐿
100 )

Equation 14: Moisture Corrected Concentration
Nomenclature:
𝐴𝑎: Corrected pollutant concentration on a dry basis (ppmvd)
𝐴𝑙𝑎𝑎𝑟: Measured pollutant concentration on a wet basis (ppmvw)
%𝐴2𝐿: Measured effluent moisture concentration (%)

VOC CALCULATIONS BY RESPONSE FACTORS
𝐿𝐿𝐴=
ethylene (ethene) 1.9 × 𝑐12 +
acetylene (ethyne) 2.4 × 𝑐13 +
propane 3 × 𝑐14 +
propylene (propene) 2.85 × 𝑐15 +
butane 4 × 𝑐16
Equation 15: VOC as Methane by Response Factors6
Nomenclature:
𝑐12 ethylene (ethene) (ppmvw)
𝑐13 acetylene (ethyne) (ppmvw)
𝑐14 propane (ppmvw)
𝑐15 propylene (propene) (ppmvw)
𝑐16 butane (ppmvw)
𝐿𝐿𝐴 𝑎𝑟 𝑙𝑟𝑙𝑙𝑎𝑙𝑒=𝐿𝐿𝐴 𝑎𝑟 𝑙𝑒𝑟ℎ𝑎𝑙𝑒/3
Equation 16: VOC as Propane
𝐿𝑙𝑟𝑎𝑙 𝐿𝐿𝐴=𝐿𝐿𝐴 𝑎𝑟 𝑙𝑟𝑙𝑙𝑎𝑙𝑒+𝐴𝐴2𝐿
Equation 17: Total VOC for Approval Order Permit Limits7

6 Using FID response factors, with ethylene, acetylene, propylene weighted down when below 0 ppm, and straight
readings for propane and butane.
7 Used for: ppmvd @ 15% O2, lb/hr or g/hp-hr.
REV 41 04/2024
APPENDIX


Kinder Morgan Altamont, LLC
West Compressor Station
Unit C-2
SECTION 1: DETAILED EMISSIONS SUMMARY .......................................................................................... 23
EMISSIONS TEST SUMMARY ................................................................................................................................. 24
OPERATING DATA ................................................................................................................................................. 26
SECTION 2: GENERAL INFORMATION........................................................................................................... 30
RELEVANT CORRESPONDENCE ............................................................................................................................. 31
FUEL GAS ANALYSIS ............................................................................................................................................ 45
STACK DIAGRAM .................................................................................................................................................. 47
CALIBRATION GAS CERTIFICATES ........................................................................................................................ 49
SECTION 3: INSTRUMENT CHECKS AND CALIBRATION ........................................................................ 58
LEAK CHECK ......................................................................................................................................................... 60
STRATIFICATION CHECK ....................................................................................................................................... 62
NO2 TO NO CONVERTER CHECK FORM ............................................................................................................... 64
RESPONSE TIME TEST ........................................................................................................................................... 66
INTERFERENCE RESPONSE CERTIFICATES............................................................................................................. 68
LINEARITY CHECK (CALIBRATION ERROR) FORMS ............................................................................................. 82
SYSTEM INTEGRITY (BIAS CHECK) FORMS .......................................................................................................... 86
ANALYZER DRIFT FORMS ..................................................................................................................................... 88
BIAS CORRECTION CALCULATIONS...................................................................................................................... 92
FTIR VOC SUMMARY .......................................................................................................................................... 94
FTIR VOC AND MDC/CTS SUMMARIES ............................................................................................................ 96
VALIDATION TEST SUMMARY AND QA/QC A8 .................................................................................................. 98
FTIR PRE-TEST QA/QC ..................................................................................................................................... 106
SPECTRAL REFERENCE ........................................................................................................................................ 125
SECTION 4: RAW TEST DATA ......................................................................................................................... 136
UNIT C-2 O2 NOX AND CO ................................................................................................................................. 137
UNIT C-2 FTIR NM/NE VOC AND FORMALDEHYDE ....................................................................................... 155
LAST PAGE OF REPORT .................................................................................................................................... 160
........................................................................................................................................................................................
22

SECTION 1: DETAILED EMISSIONS SUMMARY
23

EMISSIONS TEST SUMMARY
24
Date: 8-Aug-24 Company:RPM
Station:BHP
Unit:btu/dscf
Mfr/Model:btu/dscf
Mfg Date:
SN:
Catalyst Type:
- Recorded Value - Calculated Value
VOC (ppmvd)9.36
CO (LB/HR)
H2O (%)
3VOC (ppmvd @ 15% O2)
17.33
0.08
7.59
VOC + CH2O (ppmvd)
7.70
0.09
0.21
7.62
8,702
CO (g/BHP-HR)
VOC (g/BHP-HR)
5.16
0.0
AGA LDHV :
0.01
0.06
5.18
4.67
Engine Operating Parameters
0.0
17.71
4.71
0.04
35.78
NOX (LB/HR)
NOX (g/BHP-HR)
EPA UDHV :
Rated BHP:
Rated RPM:
10/2023
VOC as CH4 (ppmvw)22.78
Exhaust Flow (DSCFH) - Method 19
0.08
NOX (ppmvd Raw Measured Dry)
1
CO2 (% Dry)
0.13
0.06
48.8
0.05
5.33
0.04
2
5.95
3
0.19
Exhaust Flow (WACFM) - Method 19 4,869
Air Flow (WSCFM) - Method 19
Heat Rate (BTU/HP-HR)
Emissions Concentrations & Calculated Mass Emissions
8,516
9.19
VOC as C3H8 (ppmvw)
9.37
1
0.0
9.19
880880
8,528
46.6
27.3
80Fuel Gas Temperature (oF)
Fuel Gas Differential Pressure ("H2O)
880
7,759
75,343
7,797
Exhaust Flow (LB/HR) - Method 19
7,800
4,893
Barometric Pressure ("Hg)
78
Air Manifold Pressure ("Hg) RIGHT
Air Manifold Temperature (oF)
81
7.52
4,895
74
73,872
21.0
29.8
120
48.7
Compressor Suction Pressure (PSIG)
51.5
262
26.8
73,913
75,552
23.70
5,6305,608
76
23.70
75,677
28.5
73,586
77
23.70
20.7
48.1
Lube Oil Pressure (PSIG)51.7
31.4
Panel Fuel Flow (SCFH)
Ambient Temperature (oF)
8,497
8,702EPA Fuel F-Factor, O2 Basis (DSCF/MMBTU)
Ambient Relative Humidity (%)
Absolute Humidity (Grains/LB)
4,885
8,522
5,622
73,790
52.1
78
14.6
13.8 14.0 13.9
603.1
23.70
880
8,7028,702
7,785
265
122122
264
13.9
183
174174
20.8
79
174
86.2
602.3
85.8
20.7
Exhaust Temperature (oF)
264Compressor Discharge Temperature (oF)
14.6
29.5
14.5
30.0
14.7
Jacket Water Outlet Temperature (oF)
86.0
Air Manifold Pressure (PSIG)
Air Manifold Pressure ("Hg)
Fuel Gas Static Pressure (PSIG)
29.9
601.4
916
89.7
951 953 952
Run
Actual Torque (%)
Load (%)
599.0
1,111
Air Manifold Pressure (PSIG) RIGHT 14.7
1
10:49
2
12:10
183
51.6
14.6
AVERAGE
93.8
Speed (RPM)
89.3
78.0
1,1121,111
Lube Oil Outlet Temperature (oF)174
29.7
Compressor Discharge Pressure (PSIG)
924 921
25.5 25.3 25.3
88.9
77.8
25.4
89.4
Ignition Timing (oBTDC)
77.8
93.4 94.3 93.9
77.8
Turbo Exhaust Outlet Temperature (oF)
182
29.8
14.6
14.7
29.7
Ambient Conditions
29.9
122
182
86.0
1,109
5,627
75,635
952
Altamont
West
C-2
Waukesha L7042 GSI
NSCR
1,000
1,030
1,111
Flow Measurements
Compressor
Calculated Torque (%)
3
13:31
Panel Horsepower
1,006
920
Time
2
34.33
34.11
0.10
3
0.00
0.00
6.59NOX (ppmvd Bias Corrected)
NOX (ppmvd @ 15% O2)
35.68
35.98
10
0.20
10
0.0
37.83
10
CO (ppmvd Bias Corrected)
CO (ppmvd @ 15% O2)11
35.46
0.10
CH2O (ppmvd)
0.20
CH2O (ppmvw)
37.46
0.01
0.08
0.10
0.00
3
9.22
17.40
0.00
0.00
9.25
23.10
0.08
0.00.0
9.22
0.0
9.26
0.0
O2 (% Raw Measured Dry)0.15
0.09
0.12
CO2 (% Raw Measured Wet)
12.05
0.12
0.08O2 (% Bias Corrected)
9.96
12.05
9.92
12.05 12.05
0.08
9.95 9.94
22.91
7.64
WAU-1698043
17.48
22.85
0.00
CO (ppmvd Raw Measured Dry)
VOC + CH2O (LB/HR)
25

OPERATING DATA

26
Company:
Station:
Unit:
Mfr/Model:
SN:
Rated RPM:
Rated BHP:
Date:
ENGINE PARAMETERS
TIME (CST)
ENGINE SPEED RPM 950 952 952 952 952
PANEL BHP 927 918 907 910 916
ENGINE TIMING BTDC 25.4 25.3 25.7 25.5 25.5
ACTUAL TORQUE % 79.0 79.0 77.0 77.0 78.0
FUEL GAS STATIC PRESSURE PSIG 85.7 85.4 86.0 86.0 85.8
FUEL GAS DIFF PRESSURE "H2O 21.2 21.1 20.3 20.3 20.7
FUEL GAS TEMP oF 78 77 78 78 78
PANEL FUEL GAS FLOW SCFH 7,870 7,824 7,662 7,679 7,759
UNIT SUCTION PRESSURE PSI 14.1 14.0 13.5 13.4 13.8
UNIT DISCHARGE PRESSURE PSI 603.0 604.0 602.0 600.0 602.3
UNIT DISCHARGE TEMP oF 262 262 262 262 262
AIR MANIFOLD PRESSURE PSI 14.6 14.5 14.3 14.4 14.5
AIR MANIFOLD PRESSURE RIGHT PSI 14.8 14.8 14.5 14.5 14.6
AIR MANIFOLD TEMP oF 120 120 120 120 120
LUBE OIL OUTLET TEMP oF 174 175 174 174 174
LUBE OIL PRESSURE PSI 50.0 52.0 52.2 52.2 51.6
JACKET H2O OUTLET TEMP oF 182 182 181 181 182
TURBO EXH OUT TEMP oF 1,110 1,110 1,108 1,108 1,109
EXHAUST STACK TEMP oF 880
C-2
1,000
1,030
Altamont
West
Waukesha L7042 GSI
WAU-1698043
8-Aug-24
RUN 1
10:49
AVERAGE
880
27
ENGINE PARAMETERS
TIME (CST)
ENGINE SPEED RPM
PANEL BHP
ENGINE TIMING BTDC
ACTUAL TORQUE %
FUEL GAS STATIC PRESSURE PSIG
FUEL GAS DIFF PRESSURE "H2O
FUEL GAS TEMP oF
PANEL FUEL GAS FLOW SCFH
UNIT SUCTION PRESSURE PSI
UNIT DISCHARGE PRESSURE PSI
UNIT DISCHARGE TEMP oF
AIR MANIFOLD PRESSURE PSI
AIR MANIFOLD PRESSURE RIGHT PSI
AIR MANIFOLD TEMP oF
LUBE OIL OUTLET TEMP oF
LUBE OIL PRESSURE PSI
JACKET H2O OUTLET TEMP oF
TURBO EXH OUT TEMP oF
EXHAUST STACK TEMP oF
Company:
Station:
Unit:
Mfr/Model:
SN:
Rated RPM:
Rated BHP:
Date:
949 952 952 952 951
922 925 926 922 924
25.5 25.2 25.1 25.2 25.3
77.0 78.0 78.0 78.0 77.8
86.5 86.1 86.2 86.0 86.2
20.9 21.1 20.9 21.1 21.0
81 81 80 80 81
7,810 7,806 7,785 7,799 7,800
14.0 14.0 14.0 14.0 14.0
600.3 601.0 602.0 609.0 603.1
262 266 266 264 265
14.5 14.5 14.6 14.7 14.6
14.7 14.7 14.7 14.8 14.7
122 122 123 122 122
174 174 174 174 174
50.0 52.0 52.0 52.0 51.5
183 182 182 183 183
1,110 1,112 1,112 1,110 1,111
880
8-Aug-24
12:10
RUN 2 AVERAGE
West
Altamont
1,000
WAU-1698043
Waukesha L7042 GSI
C-2
1,030
880
28
ENGINE PARAMETERS
TIME (CST)
ENGINE SPEED RPM
PANEL BHP
ENGINE TIMING BTDC
ACTUAL TORQUE %
FUEL GAS STATIC PRESSURE PSIG
FUEL GAS DIFF PRESSURE "H2O
FUEL GAS TEMP oF
PANEL FUEL GAS FLOW SCFH
UNIT SUCTION PRESSURE PSI
UNIT DISCHARGE PRESSURE PSI
UNIT DISCHARGE TEMP oF
AIR MANIFOLD PRESSURE PSI
AIR MANIFOLD PRESSURE RIGHT PSI
AIR MANIFOLD TEMP oF
LUBE OIL OUTLET TEMP oF
LUBE OIL PRESSURE PSI
JACKET H2O OUTLET TEMP oF
TURBO EXH OUT TEMP oF
EXHAUST STACK TEMP oF
Company:
Station:
Unit:
Mfr/Model:
SN:
Rated RPM:
Rated BHP:
Date:
953 953 952 952 953
918 914 926 925 921
25.3 25.4 25.2 25.4 25.3
77.0 78.0 78.0 78.0 77.8
86.0 85.9 86.1 85.9 86.0
21.0 20.7 21.0 20.1 20.7
80 80 80 80 80
7,800 7,761 7,807 7,820 7,797
13.9 13.8 14.0 14.0 13.9
600.0 598.0 601.0 597.0 599.0
264 264 264 264 264
14.6 14.6 14.5 14.8 14.6
14.6 14.6 14.7 14.8 14.7
122 123 122 122 122
174 174 174 174 174
52.0 52.1 52.0 52.2 52.1
182 183 183 183 183
1,110 1,112 1,112 1,112 1,112
880
AVERAGERUN 3
13:31
Altamont
West
8-Aug-24
Waukesha L7042 GSI
1,030
WAU-1698043
C-2
1,000
880
29

SECTION 2: GENERAL INFORMATION

30

RELEVANT CORRESPONDENCE

31
_________________________________________________________________________________
FedEx 2766 2427 7169
July 2, 2024
Harold Burge, Manager
Major Source Compliance Section Utah Division of Air Quality
195 North 1950 West, 4th Floor
Salt Lake City, UT 84116
Re: Kinder Morgan Altamont LLC
Altamont West Compressor Station, Title V Permit 1300040005
Compliance Test Notification and Emission Test Protocol, Engine CE-2 Dear Mr. Burge,

Kinder Morgan Altamont LLC (Kinder Morgan) is submitting this written notification to conduct initial
performance testing following the replacement of compressor engine CE-2 at its West Compressor
Station located in Duchesne County, Utah. Startup of the new unit occurred on June 29, 2024. The
engine is considered new, non-certified engines subject to 40 CFR Part 60, Subpart JJJJ, Standards of
Performance for Stationary Spark Ignition Internal Combustion Engines. This testing is being performed
within 180 days of startup as indicated in the Emissions Reduction Project notification submitted June
24, 2024 to Utah Division of Air Quality (UDAQ) and will satisfy the initial performance testing
requirements per 40 CFR 60.4243(a)(2)(ii).

The compliance testing will be conducted during the week of August 5, 2024 if agreed upon by the Utah Division
of Air Quality. Attached is an Emission Test Protocol to be used during the emission testing for your review and
approval.

Please contact me at [phone] or via email at [e-mail] if you have any
questions regarding this letter. Please contact Nathan Liebmann at [phone] or via email at
[e-mail] if you have any technical questions related to the attached emission
test protocol.

Sincerely,

Erin Dunman Environmental Engineer

Enclosures Emissions Test Protocol
cc: Emissions Testing Group File # 24-215

32
REV 41 04/2024

Emissions Testing Group 1001 Louisiana St., Suite 1000 Houston, TX 77002

Title V Operating Permit Number: 1300040005
Emissions Testing Group File # 24-215
Scheduled Test Date: Week of August 5, 2024

Date: June 24, 2024
Prepared
for:
State of Utah Department on
Environmental Quality (UDEQ)
Division of Air Quality (DAQ) Prepared
by:
Nathan Liebmann
Emissions Testing Group
[phone]
Reviewed
by:
Johndunn Johnston
Emissions Testing Group
[phone]

I
REV 41 04/2024

TABLE OF CONTENTS .............................................................................................................................................. I
INTRODUCTION ........................................................................................................................................................ 1
FACILITY INFORMATION .................................................................................................................................... 2 EMISSIONS GROUP INFORMATION .................................................................................................................. 2
EMISSIONS SAMPLING PROCESS ...................................................................................................................... 3
PROCESS DESCRIPTION ....................................................................................................................................... 3
EMISSIONS TEST VEHICLE.................................................................................................................................. 3
SAMPLING SYSTEM............................................................................................................................................... 3
GENERAL TESTING PROCEDURE ...................................................................................................................... 5
EPA REFERENCE AND ASTM METHODS ........................................................................................................ 5
METHOD 1 ............................................................................................................................................................... 5
METHOD 3A ............................................................................................................................................................ 5
METHOD 4 ............................................................................................................................................................... 6
METHOD 7E ............................................................................................................................................................. 6
METHOD 10 ............................................................................................................................................................. 6
METHOD 19 ............................................................................................................................................................. 6
ASTM D6348 ......................................................................................................................................................... 7
INSTRUMENT CHECKS AND CALIBRATIONS ............................................................................................... 7
EPA PROTOCOL GASES (40CFR60, APPENDIX A M7E.7.1) .............................................................................. 7
INTERFERENCE RESPONSE (40CFR60, APPENDIX A M7E.8.2.7) ....................................................................... 7 ANALYZER CALIBRATION ERROR TEST (40CFR60, APPENDIX A M7E.8.2.3) ................................................. 7 NO2 TO NO CONVERSION EFFICIENCY (40CFR60, APPENDIX A M7E.8.2.4) ................................................... 7 SAMPLE LINE LEAK CHECK .................................................................................................................................... 8 RESPONSE TIME TEST (40CFR60, APPENDIX A M7E.8.2.6) .............................................................................. 8
SYSTEM BIAS CHECK (40CFR60, APPENDIX A M7E.8.2.5 & M7E.8.5) ........................................................... 8
VOC AND CH2O DETERMINATION ........................................................................................................................ 9
EMISSIONS TESTING ........................................................................................................................................... 11
SAMPLE LOCATION AND SET-UP .......................................................................................................................... 11
DETERMINATION OF STRATIFICATION (40CFR60, APPENDIX A M7E.8.1.2) .................................................. 11
FUEL GAS ANALYSIS ............................................................................................................................................ 11
COMPLIANCE TEST RUNS ..................................................................................................................................... 12
TEST REPORT ......................................................................................................................................................... 12
CALCULATIONS ...................................................................................................................................................... 13
CONCENTRATION CORRECTION .................................................................................................................... 13
EPA F-FACTOR ...................................................................................................................................................... 14
15% OXYGEN CORRECTION ............................................................................................................................. 14
MASS EMISSION CALCULATIONS, METHOD 19 ......................................................................................... 15
ASTM D6348 EQUATIONS .................................................................................................................................. 16
MINIMUM DETECTABLE CONCENTRATION .......................................................................................................... 16
REFERENCE CELL ABSORPTION PATH LENGTH ................................................................................................... 17
SAMPLE CELL ABSORPTION PATH LENGTH ......................................................................................................... 18
ANALYTE SPIKING ................................................................................................................................................ 18 WET DRY POLLUTANT CONCENTRATION CORRECTION .................................................................................. 20 VOC CALCULATIONS BY RESPONSE FACTORS .................................................................................................... 20
33

ii
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Figure 1: Sample System Schematic ........................................................................................................................... 4

Table 1: Engine Detail .................................................................................................................................................. 1
Table 2: Emission Units and Requirements .............................................................................................................. 1
Table 3: Available Instrumentation ............................................................................................................................ 4
Table 4: Unit Conversion Factors ............................................................................................................................. 15

Equation 1: Bias Correction Calculation ................................................................................................................. 13
Equation 2: EPA Fuel Specific Fd factor ................................................................................................................. 14 Equation 3: Emissions Corrected to 15% Oxygen ................................................................................................. 14 Equation 4: Mass Emission Rate (g/bhp-hr) ........................................................................................................... 15 Equation 5: Mass Emission Rate (lb/hr) .................................................................................................................. 15 Equation 6: Noise Limited Minimum Detectable Concentration #1 ................................................................... 16 Equation 7: Analytical Minimum Detectable Concentration #2 .......................................................................... 16 Equation 8: Analytical Minimum Detectable Concentration #3 .......................................................................... 17
Equation 9: Reference Cell Path Length ................................................................................................................. 17
Equation 10: Sample Cell Path Length .................................................................................................................... 18
Equation 11: Dilution Factor ..................................................................................................................................... 18
Equation 12: Expected Spike Concentration .......................................................................................................... 19
Equation 13: Spike Recovery, Percent ..................................................................................................................... 19
Equation 14: Moisture Corrected Concentration .................................................................................................. 20
Equation 15: VOC as Methane by Response Factors ............................................................................................ 20
Equation 16: VOC as Propane .................................................................................................................................. 20
Equation 17: Total VOC for Approval Order Permit Limits .............................................................................. 20

1
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(ETG) will be conducting source emissions
testing at the Kinder Morgan Altamont, LLC West Compressor Station in fulfillment of the
State of Utah Department of Environmental Quality (UDEQ) Title V Operating Permit Number 1300040005. The purpose of this test is to demonstrate compliance with
40CFR60 Subpart JJJJ for the unit listed below.
Table 1 and Table 2 present the emission units and species to be measured during the
testing along with applicable permit limits. All testing will be conducted in accordance with Environmental Protection Agency (EPA) test methods as described in 40CFR60, Appendix
A, and this test protocol.
Concentrations of Volatile Organic Compounds (VOC) will be determined using an FTIR
following ASTM D6348 as allowed by 40CFR60 Subpart JJJJ. Non-methane non-ethane
VOC will be reported on a propane basis. Formaldehyde emissions will be excluded for the
purpose of compliance demonstration with 40CFR60 Subpart JJJJ Standards (VOC) but
included for the purpose of compliance with VOC permit limits (Total VOC).
The testing is tentatively scheduled for the week of August 5th, 2024, if agreed upon by the
State of Utah Division of Air Quality (DAQ). The ETG will provide as much notice as possible to any changes in this schedule.
Table 1: Engine Detail
Unit Name Serial Number Manufacturer Model Catalyst Type Type Horsepower MFG Date
C-2 WAU-1698043 Waukesha L7042 GSI NSCR 4SRB 1,030 10/2023
Table 2: Emission Units and Requirements
Unit Name Emission
Species
Applicable
Test Method Applicable Limits Permit Basis
C-2
NOX EPA Method 7E
1.0 g/bhp-hr Proposed Permit Limit 2.27 lb/hr
1.0 g/bhp-hr
or
82 ppmvd @ 15% O2
40CFR60 Subpart JJJJ
CO EPA Method 10
0.65 g/hp-hr Proposed Permit Limit 1.48 lb/hr
2.0 g/bhp-hr
or
270 ppmvd @ 15% O2
40CFR60 Subpart JJJJ
VOC ASTM D6348
0.7 g/bhp-hr
or
60 ppmvd @ 15% O2
40CFR60 Subpart JJJJ
Total VOC ASTM D6348 0.23 lb/hr Proposed Permit Limit
34

2
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Facility: Kinder Morgan Altamont, LLC
West Compressor Station
Duchesne County, UT
GPS Coordinates:
LAT 40.318830 LONG -110.394830
Contact: Erin Dunman
Air Compliance
1667 Cole Blvd, Suite 300
Lakewood, CO 80401
[e-mail]
[phone]

Facility: Emissions Testing Group
1001 Louisiana St., Suite 1000
Houston, TX 77002
Contact: Nathan Liebmann
Emissions Testing Group
[e-mail] [phone]

3
REV 41 04/2024

The Waukesha L7042 GSI (1,030 hp) reciprocating compressor engine is a four stroke,
rich burn, natural gas fired internal combustion engine, equipped with an NSCR, driving
gas compressors. The energy released during the combustion process drives gas
state.

The ETG has conducted emission tests on reciprocating engines and turbines for many
years. This testing experience has enabled the ETG to design and assemble an accurate and versatile emissions test vehicle (ETV). The ETV is one of three environmentally
controlled box trailers housing all analyzers, computers and auxiliary equipment.
A Data Acquisition Control System (DACS) scans instrument outputs and the data is
transferred to a computer for analysis and storage. The computer monitors the readings in
real-time and outputs the data averages to a video monitor and the hard drive. The readings
are recorded and represented in Central Standard Time (CST) due to our headquarters
located in Houston, Texas.

Continuous analyzers will be used to determine the oxides of nitrogen (NOx), carbon
monoxide (CO), non-methane, non-ethane, excluding formaldehyde volatile organic
compounds (VOC) and oxygen (O2) emission concentrations. Available instrumentation
and analyzers are listed in Table 3. Brand names and specific models are for reference
only and instruments of equal nominal performance may be substituted from time to time.
Exhaust gas enters the system through a stainless-steel probe and a 3-way sample valve assembly. The sample is transported via a heat-traced Teflon sample line through a
stainless-steel sample pump and into a minimum contact condenser specially designed to
dry the sample. The sample is then passed through 3/8" Teflon tubing to a Balston
Microfiber coalescing filter and then to the sample manifold. The sample manifold is
maintained at a constant pressure by means of a pressure bypass regulator. Stainless steel needle valves control the sample flow to each analyzer. See Figure 1 for the flow
schematic.
For the FTIR analyzer, the exhaust gas is brought into the trailer through the same stainless-
steel probe and 3-way sample valve, however, it is next directed through a heated sample
line to the FTIR hotbox where the temperature, pressure and flow rate are kept constant by
way of a pressure regulator, temperature controller and needle-valve flow meter until the
sample enters the analyzer. After the sample has passed through the analyzer, it is purged outside of the trailer. See Figure 1 for the flow schematic.
35

4
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Figure 1: Sample System Schematic
Table 3: Available Instrumentation
Parameters Manufacturer Model Detection Principle Range
NOx Thermo Fisher Scientific / Teledyne 42i / T200H Thermal reduction of NO2 to NO. Chemiluminescent reaction of NO with O3 Variable to 10,000 ppm
CO Thermo Fisher Scientific /
Teledyne 48i / T300M NDIR with Gas Filter Correlation Variable to
10,000 ppm
VOC / CH2O MKS / MAX MultiGas 2030
/ iR Fourier Transform Infrared Spectroscopy
O2 Servomex 1440 / 4900 Paramagnetic 0 to 25%
Barometric
Pressure Rosemount 3051 20
Wet/Dry Temperature Humidity Vaisala Model HMP 233 -40 °F to 140 °F
0% - 100%

5
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EPA Reference methods as described in 40CFR60, Appendix A, and ASTM D6348
designations will be followed in the conduct of this testing. Calibration and test
procedures are detailed under their respective sections of this protocol. All emission species will be measured post-catalyst.
Concentrations of NOx will be determined by the procedure described in 40CFR60,
Appendix A, Method 7E. Concentrations of CO will be determined by the procedure
described in 40CFR60, Appendix A, Method 10. Dilution concentration of exhaust
oxygen will be determined by the procedure described in 40CFR60, Appendix A,
Method 3A. Determination of exhaust effluent flow and mass emission rates will be
determined by the procedure in 40CFR60, Appendix A, Method 19.
Concentrations of VOC and CH2O will be determined using an FTIR following ASTM
D6348 as allowed by 40CFR60 Subpart JJJJ.
As with any field-based laboratory procedures, circumstances or complications may from time to time require unforeseen adjustments or accommodations which will affect
the data collection process, but not materially affect the quantified data any changes
so required shall employ best possible engineering judgment to conform as closely to
the letter of the Reference Methods as possible. Additionally, any substantial deviation
from the protocol which might materially affect the quantified outcome of the test shall
be discussed with the State of Utah Division of Air Quality (DAQ) prior to completion of
any affected test and shall be documented in the ensuing report.

METHOD 1
for Stationary The objective of Method 1 is
to determine the selection of sampling ports and traverse points for a representative velocity
measurement. Method 1 entails selecting sampling ports at least two stack diameters downstream and a half diameter upstream from any flow disturbance. Based on the
upstream and downstream measurements of a flow disturbance, a selection of minimum
traverse points will be selected. Method 1 will be performed on the engine. A diagram will
be found in the test report APPENDIX.
METHOD 3A
Oxygen and Carbon Dioxide Concentrations in Emissions from
Stationary Sources (Instrumental Analyzer Procedure) The objective of Method 3A is
to determine the O2 concentrations from the source. Method 3A entails extraction of a gas
sample from a stationary source and routing the sample through a conditioning system to
an analyzer for the measurement of O2 in percent. Method 3A testing will be performed on
the engine for the determination of O2. The calibration error, system bias and system drift data will be within the tolerances of the method. The previously mentioned data and the
testing data will be recorded on a DACS. Calibrations and test results will be found in the
test report APPENDIX.
36

6
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METHOD 4
The objective of Method 4 is to
determine the moisture content of stack gas. Section 16.3 of this method allows the use of
an FTIR as an acceptable alternative to determine stack gas moisture.
METHOD 7E
Analyzer Procedure The objective of Method 7E testing is to determine the NOx
concentration from the source. Method 7E entails extraction of a gas sample from a stationary source and routing the sample through a conditioning system to an analyzer for
the measurement of NOx (NO and NO2) in ppmvd. Method 7E testing will be performed on
the engine for the determination of NOx. The calibration error, system bias and system drift
data will be within the tolerances of the method. The previously mentioned data and the
testing data will be recorded on a DACS. This data and test results will be found in the test
report APPENDIX along with NOx converter check results and calibration gas certificates.
METHOD 10
(Instrumental Analyzer Procedure) The objective of Method 10 is to determine the CO
concentrations from the source. Method 10 entails extraction of a gas sample from a
stationary source and routing the sample through a conditioning system to an analyzer for the measurement of CO in ppmvd. Method 10 testing will be performed on the engine for
the determination of CO. The calibration error, system bias and system drift data will be
within the tolerances of the method. The previously mentioned data and the testing data
will be recorded on a DACS. Calibrations and test results will be found in the test report
APPENDIX.
METHOD 19
rmination of Sulfur Dioxide Removal Efficiency and Particulate Matter, Sulfur
Dioxide, and Nitrogen Oxide Emission Rates The objective of Method 19 testing is to
determine the emissions exhaust flow. Method 19 entails a NOx emission rate determined
by an Oxygen-Based F-Factor on a dry basis. An F-Factor is the ratio of gas volume of the
products of combustion to the heat content of the fuel. Method 19 testing will be performed on the engine for the determination of NOx emission rates if a calibrated fuel meter is used.
The NOx pollutant concentration, dry F-Factor and percent of dry Oxygen concentration will
be collected and calculated for the method. Test results will be found in the test report
APPENDIX along with the emission rate formulas found in Equation 4 and Equation 5. 1

1 The same exhaust flow calculation will be used for CO, VOC and Total Voc.

7
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ASTM D6348
Transform Infrared (FTIR) The objective of ASTM D6348 is to determine
the VOC and CH2O concentrations from the source. ASTM D6348 entails extraction of a
gas sample from a stationary source and routing the sample through a heated system to an
FTIR for measurement. ASTM D6348 testing will be performed on the engine for the
determination of VOC and CH2O in ppmvw. The acetaldehyde/tracer spike, recovery
analysis and minimum detectible concentration for VOC and CH2O will be within the tolerances of the method. The previously mentioned data and the testing data will be
recorded on FTIR software. Calibrations and test results will be found in the test report
APPENDIX.

The following instrument checks and calibrations guarantee the integrity of our sampling system and the accuracy of our data.
EPA PROTOCOL GASES (40CFR60, APPENDIX A M7E.7.1)
Calibration sheets for EPA Protocol 1 calibration gases will be available at the test site and will be included in the test report APPENDIX.
INTERFERENCE RESPONSE (40CFR60, APPENDIX A M7E.8.2.7)
Vendor instrument data concerning interference response in the NOx, CO and O2 analyzers will be included in the test report APPENDIX.
ANALYZER CALIBRATION ERROR TEST (40CFR60, APPENDIX A M7E.8.2.3)
The measurement system will be first prepared for use. Each analyzer will be set to the correct response and that response will be recorded by the data acquisition system.
A
equivalent gas concentrations as introduced to each analyzer. Then zero, mid and
high calibration gases will be introduced without adjustment to the analyzers and their
responses will be recorded. These linearity checks will be performed daily, and these
responses will be considered acceptable if they are within +/- 2 percent of the span.
This curve will remain unchanged throughout the test. The analyzer calibration checks
(linearity) sheets will be included in the test report APPENDIX.
NO2 TO NO CONVERSION EFFICIENCY (40CFR60, APPENDIX A M7E.8.2.4)
An NO2 to NO conversion efficiency test will be performed on the day of testing following
the procedure described in 40CFR60, Appendix A, Method 7E Section 8.2.4.1. The results
of the conversion efficiency test will be included in the test report APPENDIX.

37

8
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SAMPLE LINE LEAK CHECK
The sample line is leak checked before and after the test by closing the calibration valve
assembly while the sample pump is operating. Once the maximum vacuum is reached
(approximately 12 - 15 inches of mercury) the valve on the pressure side of the pump is
closed (See Figure 1) thus sealing off the vacuum section of the sampling system. The
leak tests for each unit will be considered acceptable if the vacuum gauge reading drops by
an amount less than 1 inch of mercury over a period of 1 minute. The results of the sample
line leak checks will be included in the test report APPENDIX.
RESPONSE TIME TEST (40CFR60, APPENDIX A M7E.8.2.6)
Before sampling begins, it will be determined if the high-level or mid-level calibration gas
best approximates the emissions, and the more appropriate gas will be used as the upscale
gas. A response time test will be performed by first introducing the zero gas into the sample
system at the outlet of the probe until all readings are stable. The calibration valve will then
be switched to sample the upscale gas at the outlet of the probe until a stable reading is
obtained, within 95% of the certified value of the upscale gas. The upscale response time
will be recorded. Next, the low-level gas will be introduced in the same manner as the upscale gas. Once a stable reading is noted, within 5% of the certified value of the upscale
gas, the downscale response time will be recorded.
This process will be completed once per analyzer to determine upscale and downscale
responses. The greater of the upscale or downscale response will be classified as the response time and all test points will be monitored for a period of time at least twice the
response time. The results of the response time tests will be included in the test report
APPENDIX.
SYSTEM BIAS CHECK (40CFR60, APPENDIX A M7E.8.2.5 & M7E.8.5)
Before sampling begins, the upscale gas is determined as mentioned in the Response Time
Test section. The system bias check is conducted once prior to and once following the test runs of the series and consists of first introducing the NOx
at the analyzer. The analyzer is allowed to stabilize, and the reading noted. The same gas
is introduced at the probe, passing through the entire sample train to the analyzer and the reading noted. The resulting readings indicate any bias attributed to the sample train. This
process is repeated with the NOX low gas. The bias check is acceptable if the
direct gas reading of the analyzer is within +/- 5% of the complete sample train reading of
the analyzer [per 7E.13.2].
This same procedure is repeated for CO and O2 analyzers. Sample system bias check
forms will be included in the test report APPENDIX.
Bias checks before and after each test run of the series will be used to determine a low and
upscale drift for the NOx, CO and O2 analyzers. The zero and upscale drift for the test run
period is less than +/- 3 percent of the span value for each of the analyzers [per 7E.13.3].
The system bias (drift) checks sheet for each test will be included in the test report
APPENDIX.

9
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VOC AND CH2O DETERMINATION
VOC and CH2O concentrations will be determined using ASTM D6348. The
instrumentation for this test program is an MKS MultiGas 2030 or MAX-iR FTIR analyzer.
To determine compliance with the emission standard, the FTIR will be used to measure the
pollutant concentration on a wet basis then convert the concentration and exhaust flow to a
dry basis using the FTIR moisture determined during the run.

Target Analytes include but are not limited to: Acetaldehyde (CH3CHO)2 Sulfur Hexafluoride (SF6), Carbon Tetraflouride (CF4) or Ethane (C2H6)3 Water (H2O) Carbon Dioxide (CO2) Ethylene (Ethene) (C2H4)4 Acetylene (Ethyne) (C2H2) Propylene (Propene) (C3H8O2)
Propane (C3H8)
Butane (C4H10)
Formaldehyde (CH2O)

Data Quality Objectives

Accuracy: The accuracy of the measurements will be ensured by performing analyte
spiking, prior to the test series, in which spike recoveries will meet +/- 30% of predicted
value (see ASTM D6348 EQUATIONS section below). Precision: The precision of the measurements will be ensured by consecutive Calibration Transfer Standard (CTS) analysis, performed prior to and following the test series, in which measured values will meet +/- 5% of certified value. Test Runs: Three test runs, each 60 minutes in duration will be collected
The QA/QC checks outlined below will be performed on the analyzer.

2 Acetaldehyde will be used as a surrogate for VOC and CH2O during spike and recoveries.
3 SF6, CF4 or C2H6 will be used as a tracer gas for acetaldehyde spiking.
4 Ethylene will be utilized as a Calibration Transfer Standard (CTS).
38

10
REV 41 04/2024
Pre-test Analysis:

Minimum Detectable Concentration (MDC) will be determined by
calculating the parameters outlined in Annex A-2 of Method ASTM D6348.
Instrument noise-limited (MDC#1)
Analytical algorithm error (MDC#2)
Analytical algorithm error (MDC#3) Response time will be determined as required in Section 11 of Method ASTM D6348. The time required for the residual gases to fall to 5% of their original value will be determined. Analyte spiking will be employed for determining the effectiveness of the sampling and analytical system for transporting and quantifying the target
analytes. This technique will follow procedures outlined in Annex A-5 of
Method ASTM D6348.
System performance parameters will be determined following procedures
outlined in Annex A-6 of Method ASTM D6348.
Noise Equivalent Analysis (NEA)
Line Position
Resolution
Linearity
A commercially prepared spectral library will be utilized for quantification
of collected sample spectra. As such, the resolution, line position and apodization function used for the reference spectra will be the same for field spectral data. Field Sampling & Analysis
One pre-test spike recovery analysis will be performed.
A sample system flow schematic is included in Figure 1.

Post-test Analysis

Following data collection, the following checks will be performed again for verification against pre-test values: NEA Line Position Resolution Additional, a spectral comparison will be performed, for each test run, as identified in Annex A-8 of Method ASTM D6348

11
REV 41 04/2024

SAMPLE LOCATION AND SET-UP
A single point probe consisting of 3/8 inch stainless tubing open at one end will be used
to collect the sample. The sampling point in the exhaust stack will be at least eight
stack diameters downstream from any disturbance and at least two stack diameters
upstream from any disturbances as specified in Method 1, 40CFR60, Appendix A. If these criteria cannot be met, the sample probe will be placed at least two stack
diameters downstream and a half diameter upstream from any flow disturbance
(40CFR60, Appendix A, Mtd 1, 11.1.1) or as needed to ensure a high integrity sample
from the engine s exhaust.
DETERMINATION OF STRATIFICATION (40CFR60, APPENDIX A M7E.8.1.2)
A stratification check will be performed on unit C-2 using the sample probe. Three
points on a line passing through the centroidal area will be used, spaced at 16.7%,
50.0% and 83.3% of the measurement line. The sampling time will be at least twice
the system response time at each traverse point.
In order to ascertain the presence or absence of stratification on engines with circular stacks, exhaust concentrations of O2 or other analytes will be measured at three points on a line
passing through the centroidal area of the exhaust duct. The mean concentrations will be
used to determine the amount of stratification. If the concentration at each traverse point differs from the mean concentration for all traverse points by no more than: (a) ± 5.0% of
the mean concentration; or (b) ± 0.3% difference of mean concentration; whichever is less
restrictive), the gas stream will be considered unstratified and samples will be collected from
a single point that most closely matches the mean. If the 5.0% or 0.3% criterion is not met,
but the concentration at each traverse point differs from the mean concentration for all traverse points by no more than: (a) ± 10.0% of the mean; or (b) ± 0.5% difference of mean
concentration (whichever is less restrictive), the gas stream will be considered minimally
stratified, and samples will be taken from three points, spaced at 16.7%, 50.0% and 83.3%
of the measurement line. If the gas stream is found to be stratified because the 10.0% or
0.5% criterion for a 3-point test is not met, twelve traverse points will be utilized for the test, in accordance with Table 1-1 or Table 1-2 of 40CFR60 Appendix A, Method 1.
FUEL GAS ANALYSIS
A fuel gas sample will be taken during the testing. The sample will be analyzed by a
pipeline gas chromatograph. This analysis will give the actual specific gravity and BTU
so that fuel flow and mass emissions can be accurately calculated. The analysis will
be included in the test report APPENDIX.

39

12
REV 41 04/2024
COMPLIANCE TEST RUNS
The exhaust gas from the engine will be sampled continuously to determine NOx, CO,
VOC, CH2O and O2 concentrations for three (3) individual sixty (60) minute test runs
@ of rated (or of highest achievable) load. It would be inaccurate to
estimate the anticipated production capacity of the engines prior to the day of testing due to
the variability in daily pipeline conditions.
Other important parameters such as compressor suction and discharge pressures, engine speed and ambient conditions will be monitored during the test.
The data acquisition system will scan the analyzers every second during the test run.
The computer will average the outputs every ten seconds and the raw data will be
included in the report. A summary of the data, with each test run averaged, will be given in the test report APPENDIX.
Any emissions limit exceedance will be reported in accordance with permit and
applicable regulatory requirements. If there is an emission limit exceedance, a twenty
(20) minute run will be recorded in as found state. After the twenty-minute run,
unit will be shut down and the test will be re-scheduled.
TEST REPORT
The compliance test report will be submitted to the UDEQ within 60 days of test completion.
The ETG will express test results with the same level of precision (values past the decimal
place) as the permit limits are expressed. The test report will follow the general outline of this test protocol. Data summaries, raw data, calibration sheets, gas analysis, operating
parameters and other relevant information will be contained in the test report APPENDIX.

13
REV 41 04/2024

Emission concentration corrections required in 40CFR60, Appendix A, Method 7E will be
calculated by using the bias check low and upscale values from before and after the test.
The equation is as follows:

Equation 1: Bias Correction Calculation Nomenclature:
: Average effluent gas concentration adjusted for bias (ppmvd)
Average unadjusted gas concentration indicated by data recorder for the test
run (ppmvd)
: Average of initial & final system calibration bias check responses for the low
calibration gas (ppmv)
: Average of initial & final system calibration bias check responses for the
upscale calibration gas (ppmv)
: Actual concentration of the upscale calibration gas (ppmv)

40

14
REV 41 04/2024

of Sulfur Dioxide Removal Efficiency and Particulate, Sulfur Dioxide and Nitrogen Oxides
Equation 2 will be
used to determine the EPA fuel specific Fd factor.

Equation 2: EPA Fuel Specific Fd factor
Nomenclature:
: Fuel specific F-factor (dscf/MMBTU)
: Hydrogen weight percent
: Carbon weight percent
: Nitrogen weight percent
: Oxygen weight percent
: Heating value of the fuel (BTU/dscf)
: Density of the fuel gas (lb/scf)

The measured concentration of NOX will be corrected to 15% O2 as set forth in 40CFR60,
Appendix A, Method 7E.

Equation 3: Emissions Corrected to 15% Oxygen
Nomenclature:
: Corrected emission concentration (ppmvd) 5
: Observed emission concentration (ppmvd)
: Observed O2 concentration (%)

5 The same formula is used for CO and VOC.

15
REV 41 04/2024

The F-factor Method and guidance from Part 75 will be used to calculate mass emission
rates in (g/bhp-hr) for NOX, CO and VOC. Equation 4 and Equation 5 will be used to
determine the mass emission rates.

Equation 4: Mass Emission Rate (g/bhp-hr)

Equation 5: Mass Emission Rate (lb/hr)

Nomenclature:
: Pollutant emission rates (g/bhp-hr)
: Pollutant concentration (lb/scf)
: Fuel specific F-factor for dry Cd measurement (dscf/MMBTU)
: Oxygen concentration in percent, measured on a dry basis
: Fuel rate from calibrated AGA compliant meter (scfh)
: Heating value of the fuel (BTU/scf)
: Brake horsepower

The conversion factors in Table 4 will be used to correct the pollutant concentration in ppm
to lb/scf:
Table 4: Unit Conversion Factors
To Convert from: To Multiply by:
ppm NOX lb/scf 1.194 x 10-7
ppm CO lb/scf 7.268 x 10-8
ppm C3H8 lb/scf 1.1444 x 10-7
ppm CH2O lb/scf 7.7895 x 10-8

41

16
REV 41 04/2024

MINIMUM DETECTABLE CONCENTRATION

Equation 6: Noise Limited Minimum Detectable Concentration #1
Nomenclature:
: Noise limited minimum detectable concentration for analyte m (ppm)
: RMS noise for analyte m
: Root mean square absorbance value obtained on the reference spectrum
: Concentration used in generating the reference spectra for analyte m (ppm)
: Path length used in generating the reference spectra for analyte m (ppm)
: Path length of the cell used to perform the measurements (m)

Equation 7: Analytical Minimum Detectable Concentration #2
Nomenclature:
: Analytical algorithm error minimum detectable concentration for analyte m (ppm)
: Number of sample spectra used
: Average concentration for analyte m representing the analytical bias (ppm)
: Concentration results produced by the analytical algorithm for the analyte m
on spectra P of the set (ppm)

17
REV 41 04/2024

Equation 8: Analytical Minimum Detectable Concentration #3
Nomenclature:
: Analytical algorithm error minimum detectable concentration for analyte m
(ppm)
: Residual equivalent absorbance for analyte m
: Root mean square absorbance value obtained on the reference spectrum
: Concentration used in generating the reference spectra for analyte m (ppm)
: Path length used in generating the reference spectra for analyte m (ppm)
: Path length of the cell used to perform the measurements (m)

REFERENCE CELL ABSORPTION PATH LENGTH

Equation 9: Reference Cell Path Length
Nomenclature:
: Reference cell absorption path length (m)
: Fundamental CTS absorption path length (m)
: Absolute temperature of reference CTS gas (R)
: Absolute temperature of fundamental CTS gas (R)
: Absolute pressure of reference CTS gas (torr)
: Absolute pressure of fundamental CTS gas (torr)
: Concentration of reference CTS gas (torr)
: Concentration of fundamental CTS gas (torr)
: Ratio of reference CTS absorbance to the fundamental CTS absorbance,
determined by classical least squares

42

18
REV 41 04/2024
SAMPLE CELL ABSORPTION PATH LENGTH

Equation 10: Sample Cell Path Length
Nomenclature:
: Sample cell absorption path length (m)
: Reference CTS absorption path length (m)
: Absolute temperature of sample CTS gas (R)
: Absolute temperature of reference CTS gas (R)
: Absolute pressure of sample CTS gas (torr)
: Absolute pressure of reference CTS gas (torr)
: Concentration of sample CTS gas (torr)
: Concentration of reference CTS gas (torr)
: Ratio of sample CTS absorbance to the reference CTS absorbance,
determined by classical least squares

ANALYTE SPIKING

Equation 11: Dilution Factor
Nomenclature:
: Dilution factor of the spike gas
: Diluted tracer concentration measured in a spiked sample (ppm)
: Tracer concentration measured directly in undiluted spike gas (ppm)

19
REV 41 04/2024

Equation 12: Expected Spike Concentration
Nomenclature:
: Expected spike concentration of the analyte (ppm)
: Concentration of the analytes in the unspiked samples (ppm)
: Concentration of analytes in spiked sample effluent accounting for dilution
(ppm); Udil = Ua x (1 - DF)
: Certified concentration of the calibration standard for the analyte (ppm)
CS = Cs x DF
: Dilution factor of the spike gas

Equation 13: Spike Recovery, Percent
Nomenclature:
: Percent spike recovery (%)
: Observed spike concentration of the analyte (ppm)
: Expected spike concentration of the analyte (ppm)

43

20
REV 41 04/2024
WET DRY POLLUTANT CONCENTRATION CORRECTION

Equation 14: Moisture Corrected Concentration
Nomenclature:
: Corrected pollutant concentration on a dry basis (ppmvd)
: Measured pollutant concentration on a wet basis (ppmvw)
: Measured effluent moisture concentration (%)
VOC CALCULATIONS BY RESPONSE FACTORS

ethylene (ethene)
acetylene (ethyne)
propane
propylene (propene)
butane
Equation 15: VOC as Methane by Response Factors6

Nomenclature:
ethylene (ethene) (ppmvw)
acetylene (ethyne) (ppmvw)
propane (ppmvw)
propylene (propene) (ppmvw)
butane (ppmvw)

Equation 16: VOC as Propane

Equation 17: Total VOC for Approval Order Permit Limits7

6 Using FID response factors, with ethylene, acetylene, propylene weighted down when below 0 ppm, and straight
readings for propane and butane.
7 Used for: ppmvd @ 15% O2, lb/hr or g/hp-hr.
44

FUEL GAS ANALYSIS
45
Station:
Unit:
Date:
GAS COMPOSITION (Based on AGA standard conditions of 14.73 psia and 60 F)
Constituent Mol. Fraction MW weighted MW DENSITY Weighted Density
NITROGEN 0.0034 28.0134 0.0966 0.07399 0.00026
CARBON DIOX.0.0078 44.01 0.3431 0.11624 0.00091 METHANE 0.8714 16.04315 13.9805 0.04237 0.03692 ETHANE 0.0940 30.0703 2.8275 0.07942 0.00747
PROPANE 0.0197 44.0975 0.8695 0.11647 0.00230
I-BUTANE 0.0012 58.1246 0.0703 0.15352 0.00019 N-BUTANE 0.0020 58.1246 0.1167 0.15352 0.00031 I-PENTANE 0.0002 72.1518 0.0123 0.19057 0.00003
N-PENTANE 0.0002 72.1518 0.0131 0.19057 0.00003
HEXANE +0.0000 95.958 0.0010 0.32000 0.00000
1.0000 18.3304 18.3304 0.04841
Upper Dry Heat Value 1,113 btu/dscf
Low Dry Heat Value 1,006 btu/dscf
Specific Gravity 0.6343
DENSITY 0.0484 lb/cf
Total Carbons 1.141126972 Total H 4.244154
Constituent LHV ideal LHV(i) ideal LHV(i) real HHV ideal HHV(i) ideal HHV(i) real
NITROGEN 0.00 0.00 0 0 CARBON DIOX.0.00 0.00 0 0 METHANE 911.5 794.31 796.41 1012 881.88716 884.22 ETHANE 1622.4 152.55 152.95 1773.7 166.7774636 167.22 PROPANE 2320.3 45.75 45.87 2522.1 49.7307678 49.86 I-BUTANE 3007.3 3.64 3.65 3260.5 3.9419445 3.95 N-BUTANE 3017.8 6.06 6.08 3270.1 6.5663608 6.58 I-PENTANE 3707.6 0.63 0.63 4011.1 0.681887 0.68 N-PENTANE 3715.5 0.67 0.67 4018.2 0.7272942 0.73 HEXANE +4900.5 0.05 0.05 5288.8 0.052888 0.05
LHV real 1006.31 HHV real 1113.30
Constituent SG SG(i) ideal b b(i)
NITROGEN 0.96723 0.003334042 0.0044 1.51668E-05 CARBON DIOX.1.51955 0.011847931 0.0197 0.000153601 Compressibility METHANE 0.55392 0.482702506 0.0116 0.010108588 0.997364398 ETHANE 1.03824 0.097623631 0.0239 0.002247269 PROPANE 1.52256 0.030021838 0.0344 0.000678299 I-BUTANE 2.00684 0.00242627 0.0458 5.53722E-05 N-BUTANE 2.00684 0.004029735 0.0478 9.59824E-05 I-PENTANE 2.49115 0.000423496 0.0581 0.000009877 N-PENTANE 2.49115 0.000450898 0.0631 1.14211E-05 HEXANE +3.3127 0.000033127 0.0802 0.000000802
SG real 0.634305764 0.013376379
8.46546E-07
GAS COMPOSITION (Based on EPA standard conditions of 14.696 psia and 68 F)
Constituent Mol. Fraction MW weighted MW
NITROGEN 0.0034 28.0134 0.0966
CARBON DIOX.0.0078 44.01 0.3431 METHANE 0.8714 16.04315 13.9805 Carbon Wt. % : 74.773203 ETHANE 0.0940 30.0703 2.8275 Hydrogen Wt. % : 23.338907 PROPANE 0.0197 44.0975 0.8695 Oxygen Wt. % : 1.361096 I-BUTANE 0.0012 58.1246 0.0703 Nitrogen Wt. % : 0.526786 N-BUTANE 0.0020 58.1246 0.1167 100.0000 I-PENTANE 0.0002 72.1518 0.0123 N-PENTANE 0.0002 72.1518 0.0131 HEXANE +0.0000 95.958 0.00101.0000 MW 18.3304
Upper Dry Heat Value 1,111 btu/dscf Mole Weight 18.3304Low Dry Heat Value 1,008 btu/dscf EPA F-Factor (calc)8,702 dscf/MMbtuSpecific Gravity 0.6343Density0.0486 lb/scf
Total Carbons 1.1411 Total H 4.2442
Constituent LHV ideal LHV(i) ideal LHV(i) real HHV ideal HHV(i) ideal HHV(i) real
NITROGEN 0.00 0.00 0 0 CARBON DIOX.0.00 0.00 0 0 METHANE 913 795.62 797.72 1010 880.1443 882.47 ETHANE 1624 152.70 153.10 1769.6 166.3919488 166.83 PROPANE 2322 45.79 45.91 2516.1 49.6124598 49.74 I-BUTANE 3010 3.64 3.65 3251.9 3.9315471 3.94 N-BUTANE 3020 6.06 6.08 3262.3 6.5506984 6.57 I-PENTANE 3711 0.63 0.63 4000.9 0.680153 0.68 N-PENTANE 3718 0.67 0.67 4008.9 0.7256109 0.73 HEXANE +4904 0.05 0.05 5278 0.05278 0.05
LHV real 1007.81 HHV real 1111.02
Constituent SG SG(i) ideal b b(i)
NITROGEN 0.96723 0.003334042 0.0044 1.51668E-05 CARBON DIOX.1.51955 0.011847931 0.0197 0.000153601 Compressibility METHANE 0.55392 0.482702506 0.0116 0.010108588 0.997364398 ETHANE 1.03824 0.097623631 0.0239 0.002247269 PROPANE 1.52256 0.030021838 0.0344 0.000678299 I-BUTANE 2.00684 0.00242627 0.0458 5.53722E-05 N-BUTANE 2.00684 0.004029735 0.0478 9.59824E-05 I-PENTANE 2.49115 0.000423496 0.0581 0.000009877 N-PENTANE 2.49115 0.000450898 0.0631 1.14211E-05 HEXANE +3.3127 0.000033127 0.0802 0.000000802
SG real 0.634305764 0.013376379
West
C-2
8-Aug-24
46

STACK DIAGRAM

47
2.00
6.67
Stack Diameters Upstream:
Stack Diameters Downstream:
Test Sample
Port
Waukesha L7042 GSI Unit
C-2
Co
m
p
r
e
s
s
o
r

B
u
i
l
d
i
n
g
40”
Catalyst
24"
80"
35'
Exhaust Gas
"
Stack Diameter at
Sample Location:
H
V
12"
1 2 3
48

CALIBRATION GAS CERTIFICATES

49
Analyzed By Certified ByCourtney Zielke Henry Koung
Z:0
Z:0
Z:0
R:0
R:0
R:0
C:0
C:0
C:0
Mean Test Assay:UOM:%%
Conc:0
Conc:0
Conc:0
Second Analysis Data:Date
Z:0
Z:0
Z:0
R:7.01
R:7.02
R:7.03
C:5.034
C:5.054
C:5.054
Mean Test Assay:5.04UOM:%%
Conc:5.03
Conc:5.05
Conc:5.05
First Analysis Data:Date 09/26/2022
08/29/2022
5.04 %
Horiba VIA-510 S/N 20C194WK
NDIR
5 %
Component:Carbon dioxide
Requested Concentration:
Analytical Method:
Instrument Used:
Certified Concentration:
Last Multipoint Calibration:
Reference Standard:NTRM / DT0030310
Traceable to: NTRM#DT0030296 / 190702 / DT0030296
SRM Concentration / Uncertainty:7.011 / ±0.058
Concentration / Uncertainty:
Expiration Date:
7.011 % ±0.058 %
SRM Expiration Date:
1.Type / Cylinder #:
SRM # / Sample # / Cylinder #:
01/27/2027
01/27/2027
Z:0
Z:0
Z:0
R:0
R:0
R:0
C:0
C:0
C:0
Mean Test Assay:UOM:%%
Conc:0
Conc:0
Conc:0
Second Analysis Data:Date
Z:0
Z:0
Z:0
R:9.875
R:9.884
R:9.881
C:5.056
C:5.06
C:5.059
Mean Test Assay:5.06UOM:%%
Conc:5.05
Conc:5.06
Conc:5.06
First Analysis Data:Date 09/26/2022
08/30/2022
5.06 %
Siemens Oxymat 6E S/N 7MB20211AA000CA1
Paramagnetic
5 %
Component:Oxygen
Requested Concentration:
Analytical Method:
Instrument Used:
Certified Concentration:
Last Multipoint Calibration:
Reference Standard:NTRM / DT0010262
Traceable to:NTRM / 170701 / DT0010262
SRM Concentration / Uncertainty:9.875% / ±0.040%
Concentration / Uncertainty:
Expiration Date:
9.875 % ±0.040 %
SRM Expiration Date:
2.Type / Cylinder #:
SRM # / Sample # / Cylinder #:
11/18/2022
11/18/2022
Certification Information:
This cylinder was certified according to the 2012 EPA Traceability Protocol, Document #EPA-600/R-12/531, using Procedure G1. Uncertainty above is expressed as absolute expanded
uncertainty at a level of confidence of approximately 95% with a coverage factor k = 2. Do Not Use this Standard if Pressure is less than 100 PSIG.
Expiration Date: 09/26/2030Certification Date: 09/26/2022 Term: 96 Months
CO2 responses have been corrected for Oxygen IR Broadening effect.
Analytical Data:(R=Reference Standard, Z=Zero Gas, C=Gas Candidate)
Expiration Date:09/26/2030 NIST Traceable
Cylinder Number:CC145597 Expanded Uncertainty
5.04 %Carbon dioxide ± 0.05 %
5.06 %Oxygen ± 0.03 %
Balance Nitrogen
Certified Concentration ProSpec EZ Cert
Information contained herein has been prepared at your request by qualified experts within Linde Gas & Equipment Inc. While we believe that the information is accurate within the limits of the
analytical methods employed and is complete to the extent of the specific analyses performed, we make no warranty or representation as to the suitability of the use of the information for any purpose.
The information is offered with the understanding that any use of the information is at the sole discretion and risk of the user. In no event shall the liability of Linde Gas & Equipment Inc. , arising out
of the use of the information contained herein exceed the fee established for providing such information.
Linde Gas & Equipment Inc.
5700 S. Alameda Street
Los Angeles CA 90058
Tel: [phone]
Fax: [phone]
PGVP ID: F22022
DocNumber:
CERTIFICATE OF ANALYSIS / EPA PROTOCOL GAS
Customer PO Number:
Customer & Order Information
80190356
Linde Order Number:72185536
Part Number:EV NICDOXE40-AS
Lot Number:70086225503
Fill Date:09/12/2022
Cylinder Style & Outlet:AS
Cylinder Pressure and Volume:2000 psig 140 ft3
CGA 580LGEPKG HOUSTON TX HP
10205 SWEETWATER LN
HOUSTON TX 77037-1240
514216
Certificate Issuance Date:09/28/2022
50
Analyzed By Certified ByMike Monnette Lloyd Knapp
Z:0
Z:0
Z:0
R:0
R:0
R:0
C:0
C:0
C:0
Mean Test Assay:UOM:ppm %
Conc:0
Conc:0
Conc:0
Second Analysis Data:Date
Z:0
Z:0
Z:0
R:19.7
R:19.7
R:19.7
C:10.75
C:10.77
C:10.76
Mean Test Assay:10.9UOM:ppm %
Conc:10.9
Conc:10.9
Conc:10.9
First Analysis Data:Date 02/15/2024
01/26/2024
10.9 %
MKS 2031
FTIR
11.0 %
Component:Carbon dioxide
Requested Concentration:
Analytical Method:
Instrument Used:
Certified Concentration:
Last Multipoint Calibration:
Reference Standard:GMIS / DT0032871
Traceable to:PRM# FF276163 / PRM# FF276163 /
FF276163SRM Concentration / Uncertainty:20.008% / ±0.028%
Concentration / Uncertainty:
Expiration Date:
20.01 % ±0.04 %
SRM Expiration Date:
1.Type / Cylinder #:
SRM # / Sample # / Cylinder #:
04/01/2020
01/02/2028
Z:0
Z:0
Z:0
R:0
R:0
R:0
C:0
C:0
C:0
Mean Test Assay:UOM:%%
Conc:0
Conc:0
Conc:0
Second Analysis Data:Date
Z:0
Z:0
Z:0
R:22.59
R:22.6
R:22.6
C:11
C:11
C:11
Mean Test Assay:11UOM:%%
Conc:11
Conc:11
Conc:11
First Analysis Data:Date 02/15/2024
02/08/2024
11.00 %
Servomex 575
Paramagnetic
11.0 %
Component:Oxygen
Requested Concentration:
Analytical Method:
Instrument Used:
Certified Concentration:
Last Multipoint Calibration:
Reference Standard:GMIS / CC320467
Traceable to:2659a / 71-D-04 / CAL015785
SRM Concentration / Uncertainty:20.72% / ±0.043%
Concentration / Uncertainty:
Expiration Date:
22.59 % ±0.05 %
SRM Expiration Date:
2.Type / Cylinder #:
SRM # / Sample # / Cylinder #:
08/23/2021
07/26/2029
Certification Information:
This cylinder was certified according to the 2012 EPA Traceability Protocol, Document #EPA-600/R-12/531, using Procedure G1. Uncertainty above is expressed as absolute expanded
uncertainty at a level of confidence of approximately 95% with a coverage factor k = 2. Do Not Use this Standard if Pressure is less than 100 PSIG.
Expiration Date: 02/15/2032Certification Date: 02/15/2024 Term: 96 Months
O2 responses have been corrected for CO2 interference.
Analytical Data:(R=Reference Standard, Z=Zero Gas, C=Gas Candidate)
Expiration Date:02/15/2032 NIST Traceable
Cylinder Number:CC221621 Expanded Uncertainty
10.9 %Carbon dioxide ± 0.1 %
11.00 %Oxygen ± 0.04 %
Balance Nitrogen
Certified Concentration ProSpec EZ Cert
Information contained herein has been prepared at your request by qualified experts within Linde Gas & Equipment Inc. While we believe that the information is accurate within the limits of the
analytical methods employed and is complete to the extent of the specific analyses performed, we make no warranty or representation as to the suitability of the use of the information for any purpose.
The information is offered with the understanding that any use of the information is at the sole discretion and risk of the user. In no event shall the liability of Linde Gas & Equipment Inc. , arising out
of the use of the information contained herein exceed the fee established for providing such information. 1 Of 1
Linde Gas & Equipment Inc.
6055 Brent Drive
Toledo OH 43611
Tel: [phone]
Fax: [phone]
PGVP ID: F12024
DocNumber:
CERTIFICATE OF ANALYSIS / EPA PROTOCOL GAS
Customer PO Number:
Customer & Order Information
80714384
Linde Order Number:72702330
Part Number:NI CD11O3E-AS
Lot Number:700014024D6
Fill Date:01/24/2024
Cylinder Style & Outlet:AS
Cylinder Pressure and Volume:2000 psig 140 ft3
CGA 590LGEPKG HOUSTON TX HP
10205 SWEETWATER LN
HOUSTON TX 77037-1240
566613
Certificate Issuance Date:02/16/2024
51
Analyzed By Certified ByNelson Ma Muneeb Abdelrahman
Z:0
Z:0
Z:0
R:256
R:256
R:256
C:196
C:196.2
C:196.2
Mean Test Assay:196UOM:ppm ppm
Conc:196
Conc:196
Conc:196
Second Analysis Data:Date 09/06/2023
Z:0
Z:0
Z:0
R:256
R:256
R:256
C:196.3
C:196.4
C:196.2
Mean Test Assay:196UOM:ppm ppm
Conc:196
Conc:196
Conc:196
First Analysis Data:Date 08/30/2023
08/25/2023
196 ppm
Thermo Electron 42i-HL S/N 1030545087
Chemiluminescence
195 ppm
Component:Nitric oxide
Requested Concentration:
Analytical Method:
Instrument Used:
Certified Concentration:
Last Multipoint Calibration:
Reference Standard:GMIS / DT0010509
Traceable to:1685b / 43-L-11 / CAL017304
SRM Concentration / Uncertainty:243.9 ppm / ±1.1 ppm
Concentration / Uncertainty:
Expiration Date:
256 ppm ±1 ppm
SRM Expiration Date:
1.Type / Cylinder #:
SRM # / Sample # / Cylinder #:
05/09/2020
05/07/2028
Z:0
Z:0
Z:0
R:256
R:256
R:256
C:196.4
C:196.4
C:196.6
Mean Test Assay:196UOM:ppm ppm
Conc:196
Conc:196
Conc:197
Second Analysis Data:Date 09/06/2023
Z:0
Z:0
Z:0
R:256
R:256
R:256
C:196.5
C:196.6
C:196.4
Mean Test Assay:197UOM:ppm ppm
Conc:197
Conc:197
Conc:196
First Analysis Data:Date 08/30/2023
08/25/2023
196 ppm
Thermo Electron 42i-HL S/N 1030545087
Chemiluminescence
195 ppm
Component:Nitric oxide (as NOx)
Requested Concentration:
Analytical Method:
Instrument Used:
Certified Concentration:
Last Multipoint Calibration:
Reference Standard:GMIS / DT0010509
Traceable to:1685b / 43-L-11 / CAL017304
SRM Concentration / Uncertainty:243.9 ppm / ±1.1 ppm
Concentration / Uncertainty:
Expiration Date:
256 ppm ±1 ppm
SRM Expiration Date:
2.Type / Cylinder #:
SRM # / Sample # / Cylinder #:
05/09/2020
05/09/2028
Certification Information:
This cylinder was certified according to the 2012 EPA Traceability Protocol, Document #EPA-600/R-12/531, using Procedure G1. Uncertainty above is expressed as absolute expanded
uncertainty at a level of confidence of approximately 95% with a coverage factor k = 2. Do Not Use this Standard if Pressure is less than 100 PSIG.
Expiration Date: 09/06/2031Certification Date: 09/06/2023 Term: 96 Months
Analytical Data:(R=Reference Standard, Z=Zero Gas, C=Gas Candidate)
Expiration Date:09/06/2031 NIST Traceable
Cylinder Number:SA4172 Expanded Uncertainty
196 ppm Nitric oxide ± 1 ppm
196 ppm Nitric oxide (as NOx)± 1 ppm
Balance Nitrogen
Certified Concentration ProSpec EZ Cert
Information contained herein has been prepared at your request by qualified experts within Linde Gas & Equipment Inc. While we believe that the information is accurate within the limits of the
analytical methods employed and is complete to the extent of the specific analyses performed, we make no warranty or representation as to the suitability of the use of the information for any purpose.
The information is offered with the understanding that any use of the information is at the sole discretion and risk of the user. In no event shall the liability of Linde Gas & Equipment Inc. , arising out
of the use of the information contained herein exceed the fee established for providing such information.Page 1 of 1
Linde Gas & Equipment Inc.
5700 S. Alameda Street
Los Angeles CA 90058
Tel: [phone]
Fax: [phone]
PGVP ID: F22023
DocNumber:
CERTIFICATE OF ANALYSIS / EPA PROTOCOL GAS
Customer PO Number:
Customer & Order Information
80537947
Linde Order Number:72528169
Part Number:NI NO195Z3E-AS
Lot Number:70086323607
Fill Date:08/24/2023
Cylinder Style & Outlet:AS
Cylinder Pressure and Volume:2000 psig 144 ft3
CGA 660LGEPKG HOUSTON TX HP
10205 SWEETWATER LN
HOUSTON TX 77037-1240
555168
Certificate Issuance Date:09/06/2023
52
53
54
Analyzed By Certified ByMike Monnette Edward E Zucal
Z:0
Z:0
Z:0
R:0
R:0
R:0
C:0
C:0
C:0
Mean Test Assay:UOM:ppm ppm
Conc:0
Conc:0
Conc:0
Second Analysis Data:Date
Z:0
Z:0
Z:0
R:250.3
R:250.4
R:250.3
C:199
C:200
C:199
Mean Test Assay:199UOM:ppm ppm
Conc:199
Conc:200
Conc:199
First Analysis Data:Date 07/01/2022
06/23/2022
199 ppm
Horiba VIA 510
NDIR
195 ppm
Component:Carbon monoxide
Requested Concentration:
Analytical Method:
Instrument Used:
Certified Concentration:
Last Multipoint Calibration:
Reference Standard:GMIS / EB0020579
Traceable to:2636a / 57-F-15 / FF30792
SRM Concentration / Uncertainty:247.1 ppm / ±0.5 ppm
Concentration / Uncertainty:
Expiration Date:
250.3 ppm ±0.7 ppm
SRM Expiration Date:
1.Type / Cylinder #:
SRM # / Sample # / Cylinder #:
03/26/2018
03/16/2026
Certification Information:
This cylinder was certified according to the 2012 EPA Traceability Protocol, Document #EPA-600/R-12/531, using Procedure G1. Uncertainty above is expressed as absolute expanded
uncertainty at a level of confidence of approximately 95% with a coverage factor k = 2. Do Not Use this Standard if Pressure is less than 100 PSIG.
Expiration Date: 07/01/2030Certification Date: 07/01/2022 Term: 96 Months
Analytical Data:(R=Reference Standard, Z=Zero Gas, C=Gas Candidate)
Expiration Date:07/01/2030 NIST Traceable
Cylinder Number:CC129799 Expanded Uncertainty
199 ppm Carbon monoxide ± 1 ppm
Balance Nitrogen
Certified Concentration ProSpec EZ Cert
Information contained herein has been prepared at your request by qualified experts within Linde Gas & Equipment Inc. While we believe that the information is accurate within the limits of the
analytical methods employed and is complete to the extent of the specific analyses performed, we make no warranty or representation as to the suitability of the use of the information for any purpose.
The information is offered with the understanding that any use of the information is at the sole discretion and risk of the user. In no event shall the liability of Linde Gas & Equipment Inc. , arising out
of the use of the information contained herein exceed the fee established for providing such information.Page 1 of 1
Linde Gas & Equipment Inc.
6055 Brent Drive
Toledo OH 43611
Tel: [phone]
Fax: [phone]
PGVP ID: F12022
DocNumber:
CERTIFICATE OF ANALYSIS / EPA PROTOCOL GAS
Customer PO Number:
Customer & Order Information
80104847
Linde Order Number:72101136
Part Number:NI CO195ZE-AS
Lot Number:700012173D1
Fill Date:06/22/2022
Cylinder Style & Outlet:AS
Cylinder Pressure and Volume:2000 psig 145 ft3
CGA 350LGEPKG HOUSTON TX HP
10205 SWEETWATER LN
HOUSTON TX 77037-1240
477957
Certificate Issuance Date:07/01/2022
55
Analyzed By Certified ByMike Monnette Edward E Zucal
Z:0
Z:0
Z:0
R:0
R:0
R:0
C:0
C:0
C:0
Mean Test Assay:UOM:ppm ppm
Conc:0
Conc:0
Conc:0
Second Analysis Data:Date
Z:0
Z:0
Z:0
R:1000
R:1000
R:1000
C:447
C:448
C:448
Mean Test Assay:448UOM:ppm ppm
Conc:447
Conc:448
Conc:448
First Analysis Data:Date 09/21/2022
08/25/2022
448 ppm
Horiba VA-3000
NDIR
450 ppm
Component:Carbon monoxide
Requested Concentration:
Analytical Method:
Instrument Used:
Certified Concentration:
Last Multipoint Calibration:
Reference Standard:GMIS / ND24313
Traceable to:1681b / 1-K-42 / CAL015913
SRM Concentration / Uncertainty:983.5 / ±3.0 PPM
Concentration / Uncertainty:
Expiration Date:
1000 ppm ±3 ppm
SRM Expiration Date:
1.Type / Cylinder #:
SRM # / Sample # / Cylinder #:
09/26/2021
02/01/2029
Certification Information:
This cylinder was certified according to the 2012 EPA Traceability Protocol, Document #EPA-600/R-12/531, using Procedure G1. Uncertainty above is expressed as absolute expanded
uncertainty at a level of confidence of approximately 95% with a coverage factor k = 2. Do Not Use this Standard if Pressure is less than 100 PSIG.
Expiration Date: 09/21/2030Certification Date: 09/21/2022 Term: 96 Months
Analytical Data:(R=Reference Standard, Z=Zero Gas, C=Gas Candidate)
Expiration Date:09/21/2030 NIST Traceable
Cylinder Number:SA11711 Expanded Uncertainty
448 ppm Carbon monoxide ± 2 ppm
Balance Nitrogen
Certified Concentration ProSpec EZ Cert
Information contained herein has been prepared at your request by qualified experts within Linde Gas & Equipment Inc. While we believe that the information is accurate within the limits of the
analytical methods employed and is complete to the extent of the specific analyses performed, we make no warranty or representation as to the suitability of the use of the information for any purpose.
The information is offered with the understanding that any use of the information is at the sole discretion and risk of the user. In no event shall the liability of Linde Gas & Equipment Inc. , arising out
of the use of the information contained herein exceed the fee established for providing such information.Page 1 of 1
Linde Gas & Equipment Inc.
6055 Brent Drive
Toledo OH 43611
Tel: [phone]
Fax: [phone]
PGVP ID: F12022
DocNumber:
CERTIFICATE OF ANALYSIS / EPA PROTOCOL GAS
Customer PO Number:
Customer & Order Information
80190362
Linde Order Number:72185538
Part Number:NI CO450E-AS
Lot Number:700012243F4
Fill Date:08/31/2022
Cylinder Style & Outlet:AS
Cylinder Pressure and Volume:2000 psig 145 ft3
CGA 350LGEPKG HOUSTON TX HP
10205 SWEETWATER LN
HOUSTON TX 77037-1240
503698
Certificate Issuance Date:09/21/2022
56
Key to Analytical Techniques:
Reference Analytical Instrument - Analytical Principle
1 Agilent 7890B - Gas Chromatography with FID
2 Agilent 7890B - Gas Chromatography with TCD
3 N/A - By Difference of Other Components
Component
Requested
Concentration
(Molar)
Certified
Concentration
(Molar)
Analytical
Reference
Analytical
Uncertainty
Acetaldehyde 100 ppm 105 ppm 1 ± 1 %
Tetrafluoromethane 10 ppm 9.95 ppm 2 ± 1 %
Nitrogen 99.989 %99.988505 %3 N/A
AS
138 ft3
CGA 350
Fill Date:1/15/2024
1/18/2024Analysis Date:
Cylinder Style:
Valve Outlet Connection:
Cylinder Volume:
Filling Method:Gravimetric
Cylinder Pressure @ 70 F:2000 psig
Cylinder Number(s):CC410283
Analyst:Shannon Lochte QA Reviewer:Ronnie Popularas
The gas calibration cylinder standard prepared by Linde Gas & Equipment Inc. is considered a certified standard. It is prepared by gravimetric, volumetric, or partial pressure techniques. The
calibration standard provided is certified against Linde Gas & Equipment Inc. Reference Materials which are traceable to the International System of Units (SI) through either weights traceable to the
National Institute of Standards and Technology (NIST) or Measurement Canada, or through NIST Standard Reference Materials or equivalent where available.
Note: All expressions for concentration (e.g., % or ppm) are for gas phase, by mole unless otherwise noted. Analytical uncertanity is expressed as a Relative % unless otherwise noted.
IMPORTANT
The information contained herein has been prepared at your request by personnel within Linde Gas & Equipment Inc. While we believe the information is accurate within the limits of the analytical
methods employed and is complete to the extent of the specific analyses performed, we make no warranty or representation as to the suitability of the use of the information for any particular purpose.
The information is offered with the understanding that any use of the information is at the sole discretion and risk of the user. In no event shall liability of Linde Gas & Equipment Inc. arising out of the
use of the information contained herein exceed the fee established for providing such information.
Page 1 of 1
Linde Gas & Equipment Inc.
ISO 9001 Registered
37256 Highway 30
Geismar, LA 70734
Tel: [phone]
Fax: [phone]
Customer & Order Information:
LGEPKG HOUSTON TX HP
10205 SWEETWATER LN,
HOUSTON, TX 77037-1240
DocNumber:730993
1/19/2024
Certificate Issuance Date:
72673643Linde Order Number:
70340 4015 3CLot Number:
NI AY100H1ZP-ASPart Number:
Customer Reference:KM-CH3CHOCF4-100-10
Certification Date:
1/19/2024
Customer PO Number:80685286
CERTIFICATE OF ANALYSIS
Primary Standard
Expiration Date:1/18/2025
57
Key to Analytical Techniques:
Reference Analytical Instrument - Analytical Principle
1 Varian 450-GC - Gas Chromatography with FID
Component
Requested
Concentration
(Molar)
Certified
Concentration
(Molar)
Analytical
Reference
Analytical
Uncertainty
Ethylene 100 ppm 100 ppm 1 ± 2%
Air Balance Balance
AS
141.7 ft3
CGA 590
Fill Date:7/25/2023
7/25/2023Analysis Date:
Cylinder Style:
Valve Outlet Connection:
Cylinder Volume:
Filling Method:Gravimetric
Cylinder Pressure @ 70 F:2000 psig
Cylinder Number(s):XC005335B
Certifier:Luis Salgado QA Reviewer:Luiz Petraccone
The gas calibration cylinder standard prepared by Linde Gas & Equipment Inc. is considered a certified standard. It is prepared by gravimetric, volumetric, or partial pressure techniques. The
calibration standard provided is certified against Linde Gas & Equipment Inc. Reference Materials which are traceable to the International System of Units (SI) through either weights traceable to the
National Institute of Standards and Technology (NIST) or Measurement Canada, or through NIST Standard Reference Materials or equivalent where available.
Note: All expressions for concentration (e.g., % or ppm) are for gas phase, by mole unless otherwise noted. Analytical uncertanity is expressed as a Relative % unless otherwise noted.
IMPORTANT
The information contained herein has been prepared at your request by personnel within Linde Gas & Equipment Inc. While we believe the information is accurate within the limits of the analytical
methods employed and is complete to the extent of the specific analyses performed, we make no warranty or representation as to the suitability of the use of the information for any particular purpose.
The information is offered with the understanding that any use of the information is at the sole discretion and risk of the user. In no event shall liability of Linde Gas & Equipment Inc. arising out of the
use of the information contained herein exceed the fee established for providing such information.
Linde Gas & Equipment Inc.
10205 Sweetwater Ln
Houston, TX 77037
Tel: [phone]
Fax: [phone]
Customer & Order Information:
KINDER MORGAN
4445 SCENIC RIVERS DRIVE OIL FIELD 568Z,
SUGARLAND, TX 77479
DocNumber:693607
7/25/2023
Certificate Issuance Date:
12450733Linde Order Number:
70017320602Lot Number:
AI EY100C-ASPart Number:
Certification Date:
7/25/2023
CERTIFICATE OF ANALYSIS
Certified Standard
Expiration Date:7/25/2028
58

SECTION 3: INSTRUMENT CHECKS AND
CALIBRATION

59

LEAK CHECK

60
Station
Unit
Date
minute
" Hg
" Hg
minute
" Hg
" Hg
SAMPLE LINE LEAK CHECK
-13
-13
Pass
Time of Day
-13Final Vacuum
Post-test Leak Check
Initial Vacuum
West
8-Aug-24
C-2
1
-13
15:07:00
Pre-test Leak Check
Final Vacuum
Duration
Pass
Time of Day
Initial Vacuum
Duration 1
8:53:00
61

STRATIFICATION CHECK

62
Station:
Unit:
Date:
Location Time O2 (%)Diff of Mean (%)
Port 1 Point 1 10:13:00 0.18 0.01
Port 1 Point 2 10:18:00 0.17 0.00
Port 1 Point 3 10:23:00 0.16 0.01
Mean: 0.17 0.01
0.01%
2Point Used:
STRATIFICATION CHECK (7E.8.1.2)
Difference of mean is less than 0.3%: Single sampling point
Highest Stratification:
8-Aug-24
C-2
West
63

NO2 TO NO CONVERTER CHECK FORM

64
Station Analyzer
Unit S/N
Date Analyzer
S/N
42.78 ppm
46.0 ppm
93.00 %
Time NOx (ppm)
08/08/2024 08:49:15 43.16
08/08/2024 08:49:25 42.81
08/08/2024 08:49:35 42.89
08/08/2024 08:49:45 42.61
08/08/2024 08:49:55 42.64
08/08/2024 08:50:05 42.59
Average 42.78
NO2 Calibration Gas Cylinder Value
Pass
Percent Conversion = (Response / Cylinder Value) * 100
NO2 - NO CONVERTER CHECK (7E.8.2.4)
West Thermo 42i
C-2 12112011862
Percent Conversion
8-Aug-24
NOx Response
M&C CG-2PV
0
NO2 Cylinder Number EB0058646
65

RESPONSE TIME TEST

66
Station:West
Unit:C-2
Date:8-Aug-24
129 seconds
Servomex 4900
S/N:200151
Mid Gas Concentration:5.06
Analyzer Span Setting:11.00
Upscale Response: 74 seconds
Low Response: 65 seconds
Thermo 42i
S/N:12112011862
Mid Gas Concentration:196
Analyzer Span Setting:465
Upscale Response: 129 seconds
Low Response: 106 seconds
Teledyne T300M
S/N:491
Mid Gas Concentration:199
Analyzer Span Setting:448
Upscale Response: 68 seconds
Low Response: 63 seconds
Response Time Check
CO Analyzer:
O2 Analyzer:
Slowest Average Time =
NOx Analyzer:
67

INTERFERENCE RESPONSE CERTIFICATES

68
69
70
71
72
73
74
75
76
77
www.thermofisher.com

Thermo Scientific Model 42 NO-NO2-NOx Analyzer
Potential Interference Gas Responses
Acceptance Criteria found in Section 13.4 of Method 7E is the sum of responses must
not be greater than 2.5% of the analyzer calibration span value.
1NH3 interferent results shown for the Model 42iHL was not used in calculation of interference
response check because it is a known interferent with an approximate 1 ppm to 1 ppm positive
bias in analyzers using stainless steel NO2to NO converters. Thermo recommends that NOx
analyzers with stainless steel NO2 to NO converters must use a NH3 scrubber when testing
sources with potential NH3 in the flue gas.
This document is subject to change without notice.
Potential Interferent Model 42iLS Model 42iHL
Test
Gas
Concentration NO NO2 NOx NO NO2 NOx
CO2 5.20% 0.001 0.004 0.004 0.001 0.003 0.004
CO2 15.60% 0 0.003 0.003 0.001 0.004 0.005
H2O 1.00% 0 0 0 0.003 0.001 0.004
NO 15 ppm 14.9 0.1 15 15 -0.06 14.99
NO2 15 ppm 1.1 14 15 0.4 14.6 15
N2O 10 ppm 0 0 0 0 0 0
CO 50 ppm 0 0 0 0 0 0
SO2 21 ppm -0.01 0 -0.01 0.007 0 0.007
CH4 50 ppm 0 0 0 0 0 0
HCl 10 ppm 0 0.006 0.006 0 0.004 0.004
NH3
1 10 ppm 0 0 0 0.17 8.9 9.1
Sum of Responses 0.011 0.01 0.02 0.011 0.009 0.02
Span Value 160 152 160 160 152 160
% of Calibration Span 0.01% 0.01% 0.01% 0.01% 0.01% 0.01%
78

Teledyne T200H and T300M Interference Check

Below is the factory interference check for the Teledyne T200H and T300M as well as other Teledyne analyzers as
allowed in EPA Method 7E, Section 8.2.7…You may also meet the interference check requirement if the instrument
manufacturer performs this or a similar check on an analyzer of the same make and model of the analyzer that you use
and provides you with documented results.

The prefix “M” and the suffix “E” are no longer used in the Teledyne lexicon to designate their analyzers. The
“M” stood for model and the “E” saw for the “E” series which has been upgrade to the “T” series.

79
80
81

LINEARITY CHECK (CALIBRATION ERROR) FORMS

82
Station:West Date:8-Aug-24 Analyzer:Servomex 4900
Unit:C-2 Serial No.:200151
Mfr/Model:Waukesha L7042 GSI Span Value:11.00
SCAN 8:31:00
SCAN 8:45:00
SCAN 8:38:00
5.06 0.01
Initial Analyzer Response Difference
(Initial -Final)
0.18%
High CC221621
O2 Analyzer
Linearity Check
Percent
Difference
Zero 200007446706
Mid CC145597
Gas Cylinder Number
0.00 0.020.02
Cylinder
Value (%)
11.00 0.05
0.09%5.05
0.45%10.95
% 𝐷𝑖𝑓𝑓𝑒𝑟𝑒𝑛𝑐𝑒 ൌ 𝐴𝑏𝑠𝑜𝑙𝑢𝑡𝑒 𝐷𝑖𝑓𝑓𝑒𝑟𝑒𝑛𝑐𝑒
𝑆𝑝𝑎𝑛 𝑉𝑎𝑙𝑢𝑒ൈ 100
83
Station:West Date:8-Aug-24 Analyzer:Thermo 42i
Unit:C-2 Serial No.:12112011862
Mfr/Model:Waukesha L7042 GSI Span Value:465
SCAN 8:31:00
SCAN 8:45:00
SCAN 8:38:00
Linearity Check
Difference
(Initial -Final)
Percent
Difference
Cylinder
Value (ppm)Initial Analyzer Response
NOx Analyzer
0.16%SA4172
DT0036787 465.33
0.00 0.00 0.00%
0.74
0.00
465
196 196.74
0.07%
Gas Cylinder Number
Zero
High
Mid
Purge Air
0.33
% 𝐷𝑖𝑓𝑓𝑒𝑟𝑒𝑛𝑐𝑒 ൌ 𝐴𝑏𝑠𝑜𝑙𝑢𝑡𝑒 𝐷𝑖𝑓𝑓𝑒𝑟𝑒𝑛𝑐𝑒
𝑆𝑝𝑎𝑛 𝑉𝑎𝑙𝑢𝑒ൈ 100
84
Station:West Date:8-Aug-24 Analyzer:Teledyne T300M
Unit:C-2 Serial No.:491
Mfr/Model:Waukesha L7042 GSI Span Value:448
SCAN 8:31:00
SCAN 8:45:00
SCAN 8:38:00
Difference
(Initial -Final)
Percent
Difference
0.11 0.02%
Gas Cylinder Number
0.00 -0.11
Initial Analyzer Response
CO Analyzer
Linearity Check
Cylinder
Value (ppm)
Zero Purge Air
448 0.67
0.09%199.40
0.15%447.33
Mid CC129799 199 0.40
High SA11711
% 𝐷𝑖𝑓𝑓𝑒𝑟𝑒𝑛𝑐𝑒 ൌ 𝐴𝑏𝑠𝑜𝑙𝑢𝑡𝑒 𝐷𝑖𝑓𝑓𝑒𝑟𝑒𝑛𝑐𝑒
𝑆𝑝𝑎𝑛 𝑉𝑎𝑙𝑢𝑒ൈ 100
85

SYSTEM INTEGRITY (BIAS CHECK) FORMS

86
Station:Unit:Date:
8:31:00 8:45:00 8:31:00 8:45:00
ppm ppm ppm ppm
8:57:00 9:00:00 14:35:00 14:40:00
ppm ppm ppm ppm
%% %%
8:31:00 8:45:00 8:31:00 8:45:00
ppm ppm ppm ppm
9:03:00 8:57:00 14:43:00 14:35:00
ppm ppm ppm ppm
%% %%
8:31:00 8:45:00 8:31:00 8:45:00
ppm ppm ppm ppm
8:57:00 9:03:00 14:35:00 14:43:00
ppm ppm ppm ppm
%% %%
Pass
Scan Time Scan Time
Pass
199.40
Scan Time
0.00 196.74
1.04
Po
s
t
-
t
e
s
t

N
O
x

An
a
l
y
z
e
r
Scan Time
Scan Time Scan Time
0.58 191.90
Pass Pass
0.00
Pass
0.00
Pr
e
-
t
e
s
t

N
O
x

A
n
a
l
y
z
e
r
Pass
Scan Time
1.48 192.47
Calibration gas through
complete calibration
system (lt)
Scan Time Scan Time
0.00 196.74
Calibration gas through
complete sampling system
(lc)
Scan Time
Pass
Pr
e
-
t
e
s
t

C
O

A
n
a
l
y
z
e
r
-0.11
Pass
0.02 5.05
Pass Pass Pass
0.33
Po
s
t
-
t
e
s
t

O
2

A
n
a
l
y
z
e
r
Scan Time Scan Time
Pr
e
-
t
e
s
t

O
2

A
n
a
l
y
z
e
r
Calibration gas through
complete calibration
system (lt)
Scan Time Scan Time
Calibration gas through
complete sampling system
(lc)
Pass
System Calibration Bias 0.36 0.00
0.06 5.05
12112011862
465
Scan Time
0.02 5.05
0.02 5.05
Scan TimeScan Time Scan Time
System Calibration Bias 0.00 0.35
Scan Time Scan Time
0.01
0.12
-0.11
System Calibration Bias 0.32 0.92
Calibration gas through
complete sampling system
(lc)
Calibration gas through
complete calibration
system (lt)
Scan Time
-0.10 197.83
Scan Time
197.93
Scan Time
199.40
-0.05
Po
s
t
-
t
e
s
t

C
O

A
n
a
l
y
z
e
r
Scan Time
Sample Line Integrity Check
NOX Analyzer:
Serial Number:
Span:
Low Response Upscale Response Upscale ResponseLow Response
Span:
Serial Number:
O2 Analyzer:Servomex 4900
200151
11.00 Span:
Serial Number:
CO Analyzer:Teledyne T300M
West 8-Aug-24C-2
491
448
Thermo 42i
87

ANALYZER DRIFT FORMS

88
Station:West Date:Analyzer:Servomex 4900
Unit:C-2 Serial No.:200151
Mfr/Model:Waukesha L7042 GSI Span Value:11.00
SCAN 8:57:00 SCAN 11:54:00
SCAN 9:00:00 SCAN 11:58:00
SCAN 11:54:00 SCAN 13:14:00
SCAN 11:58:00 SCAN 13:18:00
SCAN 13:14:00 SCAN 14:35:00
SCAN 13:18:00 SCAN 14:40:00Ru
n

3
Low 200007446706 0.00
Upscale CC145597 5.06
0.04 0.36%0.06 0.02
0.04 0.36%5.01 5.05
Ru
n

2
Low 200007446706 0.00 0.00 0.00%0.06 0.06
Upscale CC145597 5.06 0.00 0.00%5.01 5.01
Absolute
Difference Percent Drift
Ru
n

1
Low 200007446706 0.00 0.00 0.00%0.06 0.06
Upscale CC145597 5.06 0.04 0.36%5.05 5.01
O2 Analyzer
Zero and Calibration Data
8-Aug-24
Gas Cylinder Number
Cylinder
Value (%)
Initial Analyzer
Response
Final Analyzer
Response
% 𝐷𝑖𝑓𝑓𝑒𝑟𝑒𝑛𝑐𝑒 ൌ 𝐴𝑏𝑠𝑜𝑙𝑢𝑡𝑒 𝐷𝑖𝑓𝑓𝑒𝑟𝑒𝑛𝑐𝑒
𝑆𝑝𝑎𝑛 𝑉𝑎𝑙𝑢𝑒ൈ 100
𝐴𝑏𝑠𝑜𝑙𝑢𝑡𝑒 𝐷𝑖𝑓𝑓𝑒𝑟𝑒𝑛𝑐𝑒 ൌ 𝐹𝑖𝑛𝑎𝑙 െ 𝐼𝑛𝑖𝑡𝑖𝑎𝑙
89
Station:West Date:Analyzer:Thermo 42i
Unit:C-2 Serial No.:12112011862
Mfr/Model:Waukesha L7042 GSI Span Value:465
SCAN 9:03:00 SCAN 12:01:00
SCAN 8:57:00 SCAN 11:54:00
SCAN 12:01:00 SCAN 13:22:00
SCAN 11:54:00 SCAN 13:14:00
SCAN 13:22:00 SCAN 14:43:00
SCAN 13:14:00 SCAN 14:35:00
.
Gas Cylinder Number
Cylinder
Value (ppm)
Initial Analyzer
Response
8-Aug-24
Final Analyzer
Response
Absolute
Difference Percent Drift
NOx Analyzer
Zero and Calibration Data
SA4172
Ru
n

1
Ru
n

2
Ru
n

3
0.01%0.55 0.58
Upscale 196 0.42 0.09%191.48 191.90
Low Purge Air 0.00 0.03
0.03%Low Purge Air 0.00 0.15
Low
Upscale
Upscale 196 0.49 0.11%191.97 191.48
0.17%
0.11%
SA4172
Purge Air
0.50
0.00
196
1.48
192.47SA4172
0.70
191.97
0.78
0.70 0.55
% 𝐷𝑖𝑓𝑓𝑒𝑟𝑒𝑛𝑐𝑒 ൌ 𝐴𝑏𝑠𝑜𝑙𝑢𝑡𝑒 𝐷𝑖𝑓𝑓𝑒𝑟𝑒𝑛𝑐𝑒
𝑆𝑝𝑎𝑛 𝑉𝑎𝑙𝑢𝑒ൈ 100
𝐴𝑏𝑠𝑜𝑙𝑢𝑡𝑒 𝐷𝑖𝑓𝑓𝑒𝑟𝑒𝑛𝑐𝑒 ൌ 𝐹𝑖𝑛𝑎𝑙 െ 𝐼𝑛𝑖𝑡𝑖𝑎𝑙
90
Station:West Date:Analyzer:Teledyne T300M
Unit:C-2 Serial No.:491
Mfr/Model:Waukesha L7042 GSI Span Value:448
SCAN 8:57:00 SCAN 11:54:00
SCAN 9:03:00 SCAN 12:01:00
SCAN 11:54:00 SCAN 13:14:00
SCAN 12:01:00 SCAN 13:22:00
SCAN 13:14:00 SCAN 14:35:00
SCAN 13:22:00 SCAN 14:43:00Ru
n

3
Low Purge Air 0.00
Upscale CC129799 199
0.23 0.05%0.18 -0.05
1.01 0.23%196.92 197.93
Ru
n

2
Low Purge Air 0.00 0.02 0.00%0.20 0.18
Upscale CC129799 199 1.09 0.24%195.83 196.92
Absolute
Difference Percent Drift
Ru
n

1
Low Purge Air 0.00 0.30 0.07%-0.10 0.20
Upscale CC129799 199 2.00 0.45%197.83 195.83
CO Analyzer
Zero and Calibration Data
8-Aug-24
Gas Cylinder Number
Cylinder
Value (ppm)
Initial Analyzer
Response
Final Analyzer
Response
% 𝐷𝑖𝑓𝑓𝑒𝑟𝑒𝑛𝑐𝑒 ൌ 𝐴𝑏𝑠𝑜𝑙𝑢𝑡𝑒 𝐷𝑖𝑓𝑓𝑒𝑟𝑒𝑛𝑐𝑒
𝑆𝑝𝑎𝑛 𝑉𝑎𝑙𝑢𝑒ൈ 100
𝐴𝑏𝑠𝑜𝑙𝑢𝑡𝑒 𝐷𝑖𝑓𝑓𝑒𝑟𝑒𝑛𝑐𝑒 ൌ 𝐹𝑖𝑛𝑎𝑙 െ 𝐼𝑛𝑖𝑡𝑖𝑎𝑙
91

BIAS CORRECTION CALCULATIONS

92
Station:West Unit:
Mfr/Model: Waukesha L7042 GSI Date:
123AVERAGE
0.15 0.12 0.12 0.13
0.06 0.06 0.04 0.05
5.03 5.01 5.03 5.02
5.06 5.06 5.06 5.06
0.09 0.06 0.08 0.08
7.52 5.18 5.16 5.95
1.09 0.63 0.57 0.76
192.22 191.73 191.69 191.88
196 196 196 196
6.59 4.67 4.71 5.33
37.46 35.46 34.11 35.68
0.05 0.19 0.07 0.10
196.83 196.38 197.43 196.88
199 199 199 199
37.83 35.78 34.33 35.98
CO Average Upscale Gas Bias (Cm)
CO Calibration Gas Concentration (Cma)
CO Corrected PPM (Cgas)
NOX Average Upscale Gas Bias (Cm)
NOX Calibration Gas Concentration (Cma)
NOX Corrected PPM (Cgas)
CO Measured PPM (Cbar)
CO Average Low Gas Bias (Co)
** NOx LOWER DETECTION LIMIT REACHED: NOx = 50 ppb
*** CO LOWER DETECTION LIMIT REACHED: CO = 40 ppb
* O2 LOWER DETECTION LIMIT REACHED: O2 = 0 %
Bias Correction Calculations
C-2
8-Aug-24
Run
O2 Measured PPM (Cbar)
O2 Average Low Gas Bias (Co)
O2 Average Upscale Gas Bias (Cm)
O2 Calibration Gas Concentration (Cma)
O2 Corrected PPM (Cgas)
NOX Measured PPM (Cbar)
NOX Average Low Gas Bias (Co)
93

FTIR VOC SUMMARY

94
Date
Company
Station
Sample Spectra Test Summary
11.3.3 ~~~~~~~~~~~~
11.3.3 ~ -0.005 0.000 0.008 0.000 0.003 0.017 -0.001 -0.167 -0.017 0.006 0.004
11.3.4 ~~~~~~100.676 ~~~~~
11.3.5 (A5)~ 105.306 9.981 -0.238 ~~~~~~~~
11.3.2.2 (A4.5)39~~~~~101.228 ~~~~~
~41 104.500 9.979 -0.259 ~~~~~~~~
11.3.5 (A5)~ 0.364 -0.012 -0.712 17.880 9.894 0.732 10.545 -0.658 0.539 -0.054 -0.018
11.3.5 (A5)~ 7.890 0.728 -0.680 16.536 9.210 0.872 5.926 -0.829 0.613 -0.328 -0.199
11.3.6 44 -0.016 0.000 0.013 0.001 -0.001 0.001 -0.015 -0.054 -0.040 0.018 0.005
11.3.5 (A5)~ 0.359 -0.016 -0.869 16.934 10.016 0.736 8.598 0.447 0.447 0.088 -0.035
11.3.9 ~ 0.472 -0.032 -0.830 17.705 9.921 0.650 8.523 -0.470 0.714 -0.142 0.012
11.3.9 ~ 0.397 -0.012 -0.781 17.332 9.963 0.697 8.370 -0.583 0.578 -0.061 -0.016
11.3.9 ~ 0.385 -0.014 -0.766 17.399 9.954 0.709 8.378 -0.560 0.591 -0.063 -0.013
11.4 ~~~~~~100.608 ~~~~~
~ ~ 104.544 9.960 -0.271 ~~~~~~~~
~ ~~~~~~101.138 ~~~~~
~~ 0.140 -0.003 0.014 0.038 0.002 0.159 -0.041 -0.141 -0.005 -0.078 -0.003
Acetaldehyde/CF4 Spike and Recovery Analysis
File Name
Effluent
Prespike
(Ua1)
Effluent
Postspike
(Ua2)
Ua
(ppm)
CF4 Direct
(ppm)
Dilution
Factor
Udil
(ppm)
C2H4O
Direct
(ppm)
Cs
(ppm)
Ce
(ppm)
Co
(ppm)
C2H4O
Recovery
Dry 0.443 0.432 0.437 9.981 0.087 0.399 105.306 9.197 9.597 9.453 98.51%
CF4 Spike
(ppm)
0.872
Post Baseline Effluent
System Zero
Run 1
CTS Direct
Run 2
Run 3
System Zero
CTS System
Acetaldehyde System
Analyte Spike
CTS System
Acetaldehyde System
CTS Direct
FTIR Analyzer
C3H6
8-Aug-24
Altamont
West
Pre Baseline Effluent
CF4
001193
C-2
CH2OC3H8C4H10
Unit
ASTM Reference Response
Time (sec)C2H4ODescription
Background
NEA
Acetaldehyde Direct
C2H4H2OCO2 C2H2C2H6
95

FTIR VOC AND MDC/CTS SUMMARIES

96
DateCompany
Station
Minimum Detectible Concentration & Calibration Transfer Standard
C2H4OCF4 C2H6 H2OCO2C2H4 CH2O
Run 1 avg 2.2261 0.7200 3.2443 0.6014 0.4944 3.2657 0.8814 100.00 100.676 0.68%
Run 2 avg 2.1814 0.6520 3.1443 0.5924 0.4940 3.2702 0.8663 100.00 100.608 0.61%
Run 3 avg 2.1886 0.6572 3.1525 0.5935 0.4942 3.2723 0.8664REArms2.2002 0.6838 3.1843 0.5963 0.4943 3.2699 0.8719Cref109.0110 103.4390 10.4670 11.0590 4.3582 97.7800 15.1300
REFrms 110.4400 99.9570 10.3630 11.0844 4.3363 97.1490 15.0880Lref 100.68 101.228 0.55%Lcell 100.68 101.138 0.46%MDC#3 2.1791 0.7100 3.2271 0.5970 0.4985 3.3022 0.8773
Minimum Detectible Concentration for NM NE VOC Constitutes
C2H4 C3H6 C3H8 C4H10
3.2657 5.6732 2.1365 0.6790
3.2702 5.6640 2.0938 0.67093.2723 5.6743 2.0976 0.6725
3.2699 5.6713 2.1110 0.674697.7800 19.5490 10.8040 23.815097.1490 19.6090 10.8990 23.9470
3.3022 5.6730 2.0996 0.6731
NM NE VOC Equation
C2H4 C3H6 C3H8 C4H10 CH2O
0.65 -0.47 0.71 -0.14 0.011.24 -1.34 2.14 -0.57 0.00
0.70 -0.58 0.58 -0.06 -0.021.32 -1.66 1.73 -0.24 0.000.71 -0.56 0.59 -0.06 -0.01
1.35 -1.60 1.77 -0.25 0.00
1.9 2.85 3 4 0.15
RF - Response multiplied the FID Response Factors
Minimum
Detectible
Concentration
CTS Direct
(ppm)
Measured
(ppm)
Error
(%)
MKS FID Response Factors 2.4
R - Average response of the raw data
Run 3 R 8.38 22.85
RF 20.11 22.85
Run 2 R 8.37 22.78
RF 20.09 22.77
Run 1 R 8.52 23.10RF 20.45 23.10
C2H2Constituant (ppmvw)Target Analyte (m)Summed NM NE VOC
(ppmvw)
Lcell 9.827
Minimum
Detectible
Concentration
14.9464REArms15.0129
MDC#3 14.5905
9.860 Pre-Test System
9.827 Post-Test System
MDC Target Analyte (m)
C2H2
Residual
(ppmvw)
Run 1 avg 14.9360
Run 2 avg
Cref 9.8750REFrms10.1950Lref 9.860
15.1040Run 3 avg
Residual
(ppmvw)
Pre-Test DirectPost-Test Direct
MDC Target Analyte (m)CTS Certified
(ppm)
Measured
(ppm)
Error
(%)
8-Aug-24 Unit C-2Altamont West FTIR Analyzer 001193
97

VALIDATION TEST SUMMARY AND QA/QC A8

98
Date 8-Aug-24 Unit C-2
Company Altamont
Station West FTIR Analyzer 001193
FTIR Instrument Make Model Serial
~MAX iR 001193
Instrument Checks Reading Specification Pass or Fail
Signal Intensity 0.09 > 0.04 Absorbance PASS
Detector Linearity 0.000 < 0.001 PASS
Instrument Resolution 1.03 1.04 +/- 0.04 cm-1 PASS
Instrument Frequency Precision 3133.071 3133.068 +/- 0.020 cm-1 PASS
Original Laser Fequency 15799.225 ~~
Calculated Laser Fequency 15799.208 ~~
Instrument Laser Fequency Shift 0.02 ±0.08 cm-1 PASS
Direct Calibrations Reading Specification Pass or Fail
Ethylene (C2H4) - CTS 0.68% ± 5% Certified Value PASS
Acetaldehyde (C2H4O)0.29% ± 10% Certified Value PASS
System Response Times Reading Specification Pass or Fail
CTS ≥ 95% of Full Scale 0.65 < 5 minutes PASS
System CTS 0.55%±5% Direct CTS PASS
Minimum Detectable Concentrations Calculated MDC #3 Units ~
Ethylene (C2H4)3.3022 ppm~
Acetylene (C2H2)14.5905 ppm~
Propylene (C3H6)5.6730 ppm~
Propane (C3H8)2.0996 ppm~
Butane (C4H10)0.6731 ppm~
Formaldehyde (CH2O)0.8773 ppm~
Spike Compound % Spike Recovery Specification Pass or Fail
Acetaldehyde (C2H4O)98.51% 70 - 130%PASS
Run Validation: Automated vs. Manual Target Analyte Specification Pass or Fail
Test Run #1 Average Spectrum Ethylene (C2H4)±20%PASS
Test Run #1 Outlier Spectrum Ethylene (C2H4)±20%PASS
Test Run #2 Average Spectrum Ethylene (C2H4)±20%PASS
Test Run #2 Outlier Spectrum Ethylene (C2H4)±20%PASS
Test Run #3 Average Spectrum Ethylene (C2H4)±20%PASS
Test Run #3 Outlier Spectrum Ethylene (C2H4)±20%PASS
Test Run #1 Average Spectrum Formaldehyde (CH2O)±20%PASS
Test Run #1 Outlier Spectrum Formaldehyde (CH2O)±20%PASS
Test Run #2 Average Spectrum Formaldehyde (CH2O)±20%PASS
Test Run #2 Outlier Spectrum Formaldehyde (CH2O)±20%PASS
Test Run #3 Average Spectrum Formaldehyde (CH2O)±20%PASS
Test Run #3 Outlier Spectrum Formaldehyde (CH2O)±20%PASS
Validation Summary Table
99
8-Aug-24 Unit
Altamont
West FTIR Analyzer
Appendix A8: QA/QC Procedures
A8.2-A8.3: System Performance Verification - Dry Ambient Air
Pre-Test Post-Test
3131 to 3135 3131 to 3135
3133.071 3133.071
3133.068 3133.068
1.032 1.010
1.048 1.048
0.29% 0.30%
-1.53% -3.63%
A8.4: Spectral Comparison of Difference Spectrum - Effluent
H2O Ethylene CH2O
Manual (ppm)17.316 0.749 -0.011
Auto (ppm)17.315 0.645 -0.010
Error (%)0.00%16.21%6.65%
Manual (ppm)19.211 0.531 0.029
Auto (ppm)19.212 0.473 0.032
Error (%)0.00%12.33%-8.98%
Manual (ppm)17.418 0.824 -0.005
Auto (ppm)17.419 0.697 -0.005
Error (%)-0.01%18.30%-2.84%
Manual (ppm)18.586 0.504 0.029
Auto (ppm)18.588 0.454 0.034
Error (%)-0.01%11.07%-14.00%
Manual (ppm)17.747 0.843 -0.006
Auto (ppm)17.745 0.709 -0.006
Error (%)0.01%18.93%-4.15%
Manual (ppm)18.267 0.602 0.030
Auto (ppm)18.268 0.502 0.033
Error (%)-0.01%19.98%-8.45%
Av
e
r
a
g
e
Analysis Region
Sample Spectra Line Position (Freq)
Reference Spectra Line Position (Freq)
Sample Spectral Resolution (FWHM)
Pre-test Spectral Resolution (FWHM)
Line Position Shift
Resolution Shift
Date
Company
Station
C-2
001193
Run 1
Run 2
Run 3
Ou
t
l
i
e
r
Av
e
r
a
g
e
Ou
t
l
i
e
r

A
v
e
r
a
g
e
Ou
t
l
i
e
r
cm-1
cm-1
cm-1
cm-1
cm-1
100
2024-08-08 Altamont West C-2 FTIR 001193 - A8 QA/QC
SNR

101
Pre-Test Water Band

Post-Test Water Band

102
Altamont West C-2 FTIR 001193 Run 1 Average

Altamont West C-2 FTIR 001193 Run 1 Outliner
103
Altamont West C-2 FTIR 001193 Run 2 Average

Altamont West C-2 FTIR 001193 Run 2 Outliner

104
Altamont West C-2 FTIR 001193 Run 3 Average

Altamont West C-2 FTIR 001193 Run 3 Outliner

105

FTIR PRE-TEST QA/QC

106
Test Run No. 1 20
Test Run Duration 1.00 hrs 10
1.00 min
Compound Formula Interferants Expected Concentration MDC#1 MDC#2 MDC#3 Accuracy Precision
Acetaldehyde C2H4OH2O 0 to 50 ppm CH2O 0.3805 0.5005 46.5407 +/- 30% ~
Carbon Dioxide CO2 ~5 to 15%0.0034 0.0114 0.0538 ~ ~
Ethane C2H6 CO2 ~0.0154 0.0436 0.2321 ~ ~
Ethylene C2H4 CO2 ~0.0427 0.1544 0.4380 ~ +/- 5%
Formaldehyde CH2OH2O 0 to 100 ppm 0.0161 0.4093 0.2234 +/- 30% ~
Propane C3H8 H2O 0 to 10 ppm 0.0627 0.1751 0.3703 +/- 30% ~
Water H2O ~ 5 to 20% 0.0050 0.0335 0.0399 ~ ~
Appendix A1: Test Plan Requirements - MAX-iR SN 01193 ZnSe DTGS
Background Scans
Sample Scans
Spectral Averaging Time
107
Appendix A2: Minimum Detectable Concentration (Pretest) - MAX-iR SN 01193 ZnSe DTGS
Conc (ppm) Resid (ppm) Conc (ppm) Resid (ppm) Conc (ppm) Resid (ppm) Conc (ppm) Resid (ppm) Conc (ppm) Resid (ppmb) Conc (ppm) Resid (ppm) Conc (ppm) Resid (ppm)
NEA_0000020.LAB 1 0.2870 1.6620 0.0027 0.0365 0.0025 0.0558 -0.0475 0.3125 0.0128 0.1407 0.0164 0.0902 0.0032 0.0284NEA_0000021.LAB 2 0.2910 1.8176 0.0006 0.0379 0.0038 0.0557 -0.0157 0.3344 -0.0119 0.1299 -0.1105 0.0800 0.0033 0.0284
NEA_0000022.LAB 3 0.3420 2.0692 0.0022 0.0352 0.0114 0.0566 -0.0132 0.3371 0.0119 0.1375 -0.0356 0.0864 -0.0076 0.0210
NEA_0000023.LAB 4 0.3542 2.2187 -0.0064 0.0377 -0.0045 0.0580 -0.0623 0.3615 -0.0103 0.1516 -0.0019 0.0877 -0.0037 0.0258
NEA_0000024.LAB 5 0.3938 2.4540 -0.0039 0.0371 -0.0068 0.0535 -0.0374 0.3541 -0.0121 0.1431 -0.0829 0.0866 -0.0019 0.0222
NEA_0000025.LAB 6 0.4079 2.6137 -0.0012 0.0398 -0.0061 0.0583 -0.0432 0.3346 -0.0067 0.1440 -0.0862 0.0919 -0.0050 0.0330NEA_0000026.LAB 7 0.4488 2.8017 -0.0034 0.0379 0.0286 0.0579 -0.0486 0.3621 -0.0255 0.1466 -0.0371 0.0852 -0.0062 0.0288
NEA_0000027.LAB 8 0.4488 2.8017 -0.0034 0.0379 0.0286 0.0579 -0.0486 0.3621 -0.0255 0.1466 -0.0371 0.0852 -0.0062 0.0288
0.3717 ~ -0.0016 ~0.0072 ~-0.0395 ~-0.0084 ~ -0.0469 ~ -0.0030 ~
0.3764 ~0.0034 ~0.0154 ~0.0426 ~0.0160 ~ 0.0620 ~0.0050 ~
Zero System_0000720.LAB 1 7.2684 48.2103 0.0386 0.0525 -0.0196 0.2579 -0.0913 0.4107 1.5281 0.2242 -0.5760 0.4496 0.2789 0.0416Zero System_0000721.LAB 2 7.1389 47.1498 0.0299 0.0541 -0.0034 0.2366 0.0172 0.4247 1.2605 0.2219 -0.6859 0.3823 0.2613 0.0423
Zero System_0000722.LAB 3 7.0096 46.7148 0.0366 0.0533 -0.0018 0.2338 -0.0146 0.4169 1.1413 0.2335 -0.6313 0.3565 0.2644 0.0424
Zero System_0000723.LAB 4 6.9015 46.0242 0.0320 0.0539 -0.0398 0.2263 -0.0679 0.4119 1.0966 0.2371 -0.5339 0.3393 0.2552 0.0389
Zero System_0000724.LAB 5 6.8416 45.7647 0.0411 0.0523 -0.0112 0.2295 -0.0237 0.4696 1.1371 0.2177 -0.5513 0.3517 0.2527 0.0352
Zero System_0000725.LAB 6 6.7421 45.3487 0.0329 0.0558 0.0026 0.2252 -0.0879 0.4876 1.1224 0.2208 -0.5345 0.3477 0.2479 0.0368Zero System_0000726.LAB 7 6.8608 44.8438 0.0360 0.0524 0.0023 0.2199 -0.0892 0.4306 1.1409 0.2218 -0.4920 0.3550 0.2441 0.0374
Zero System_0000727.LAB 8 6.8206 44.1505 0.0403 0.0545 0.0079 0.2197 -0.1566 0.4371 1.0965 0.2026 -0.6069 0.3376 0.2437 0.0426
~ 46.0258 ~0.0536 ~0.2311 ~0.4361 ~0.2224 ~ 0.3650 ~0.0396
~ 46.0421 ~0.0536 ~0.2314 ~0.4369 ~0.2227 ~ 0.3666 ~0.0397
Pretest MDC#1 0.3805
46.5407
0.0154
0.0538
Propane, C3H8
0.2321 0.4380
Water, H2OEthylene, C2H4
Cref
Average REA
Acetaldehyde, C2H4O
NEARMS
Noise Equivalent
Absorbance (NEA)
Derived from
Appendix A6
REARMS
REFrms
Residual Equivalent
Absorbance (REA)
Derived from Sample
Spectra
157300.000
157064.542
23.668
23.509
6.948
Pretest MDC#3 0.2234 0.3703 0.0399
0.1751 0.0335
Appendix A2 - Pretest: Determination of FTIR Measurement
System Minimum Detectable Concentrations
0.0427 0.0161 0.0627
0.5005 0.0436 0.1544 0.4093Pretest MDC#2
Minimum Detectible
Concentration Lref
Lcell
Average NEA
4.200
108.204 4.200
109.011
Cmave -0.064 1.190 -0.576
500.000 96.499
9.860 9.860 9.860
9.827 9.827 9.827 9.827 9.827
Target Analyte (m)
Carbon Dioxide, CO2
0.036
65639.895
65645.707
9.860
9.827
0.0034
0.0114
Formaldehyde, CH2O
9.860
9.827
0.0050
Ethane
0.256
500.149 96.594
9.860 9.860
-0.008
10
8
Reference
Spectra Date Conc
(ppm)
Path Length
(m)
Conc
(ppm-m)
Resolution
(cm-1)
Temp
(C)
Press
(atm)
Spectral
Region
Appodization
Function
10.073 9.86 99.320 1.0 192.766 1.017
54.995 9.86 542.251 1.0 193.204 1.012
109.011 9.86 1,074.848 1.0 193.120 1.010
6.700 9.86 66.062 1.0 192.194 1.010
8.300 9.86 81.838 1.0 191.919 1.006
16.000 9.86 157.760 1.0 191.862 1.006
51.000 9.86 502.860 1.0 192.428 1.003
127.000 9.86 1,252.220 1.0 192.915 0.996
203.000 9.86 2,001.580 1.0 192.672 0.994
500.000 9.86 4,930.000 1.0 192.395 0.994
9,860.000 9.86 97,219.600 1.0 188.452 0.999
1,952.000 9.86 19,246.720 1.0 188.761 0.999
24,280.000 9.86 239,400.800 1.0 189.894 0.99930,170.000 9.86 297,476.200 1.0 189.326 0.999
35,990.000 9.86 354,861.400 1.0 189.130 0.999
41,740.000 9.86 411,556.400 1.0 189.374 0.999
47,420.000 9.86 467,561.200 1.0 188.699 0.999
53,030.000 9.86 522,875.800 1.0 189.448 0.989
64,060.000 9.86 631,631.600 1.0 189.230 0.989
74,840.000 9.86 737,922.400 1.0 189.575 0.989
85,370.000 9.86 841,748.200 1.0 189.762 0.990
95,660.000 9.86 943,207.600 1.0 189.828 0.990
100,720.000 9.86 993,099.200 1.0 189.586 0.989
110,670.000 9.86 1,091,206.200 1.0 189.329 0.990
120,410.000 9.86 1,187,242.600 1.0 189.377 0.989
129,930.000 9.86 1,281,109.800 1.0 189.140 0.989
139,250.000 9.86 1,373,005.000 1.0 189.607 0.989
148,370.000 9.86 1,462,928.200 1.0 189.283 0.989
157,300.000 9.86 1,550,978.000 1.0 188.722 0.989
166,050.000 9.86 1,637,253.000 1.0 190.028 0.989
172,920.000 9.86 1,704,991.200 1.0 188.967 0.990
192,850.000 9.86 1,901,501.000 1.0 189.378 0.990
207,190.000 9.86 2,042,893.400 1.0 189.134 0.990
10,383.931 9.86 102,385.560 1.0 192.053 1.00620,554.405 9.86 202,666.433 1.0 191.952 1.006
30,517.937 9.86 300,906.859 1.0 192.046 1.006
40,280.780 9.86 397,168.491 1.0 192.079 1.006
51,425.109 9.86 507,051.575 1.0 192.023 1.006
60,773.403 9.86 599,225.754 1.0 192.011 1.006
71,449.890 9.86 704,495.915 1.0 192.004 1.006
80,409.088 9.86 792,833.608 1.0 192.126 1.006
90,645.834 9.86 893,767.923 1.0 192.057 1.006
100,657.156 9.86 992,479.558 1.0 192.020 1.006
110,450.421 9.86 1,089,041.151 1.0 192.004 1.006
120,032.685 9.86 1,183,522.274 1.0 192.144 1.006
130,734.085 9.86 1,289,038.078 1.0 192.032 1.006
141,178.310 9.86 1,392,018.137 1.0 192.104 1.006
150,113.248 9.86 1,480,116.625 1.0 192.094 1.006
160,099.606 9.86 1,578,582.115 1.0 192.097 1.006
171,057.366 9.86 1,686,625.629 1.0 192.018 1.006
180,560.289 9.86 1,780,324.450 1.0 192.037 1.006
190,993.926 9.86 1,883,200.110 1.0 192.036 1.006
200,047.870 9.86 1,972,471.998 1.0 192.073 1.006
211,083.815 9.86 2,081,286.416 1.0 192.200 1.006
220,759.137 9.86 2,176,685.091 1.0 190.090 1.006
230,199.998 9.86 2,269,771.980 1.0 192.080 1.006
240,425.052 9.86 2,370,591.013 1.0 192.165 1.006
254,292.072 9.86 2,507,319.830 1.0 191.952 1.006
49.038 9.86 483.515 1.0 191.820 0.999
96.499 9.86 951.480 1.0 191.779 1.000
104.600 9.86 1,031.356 1.0 191.277 1.009
240.736 9.86 2,373.657 1.0 191.760 0.996
498.823 9.86 4,918.395 1.0 191.777 0.992
776.208 9.86 7,653.411 1.0 191.788 0.992
998.249 9.86 9,842.735 1.0 191.850 0.992
1,498.279 9.86 14,773.031 1.0 191.710 0.993
1,998.913 9.86 19,709.282 1.0 191.693 0.993
2,525.484 9.86 24,901.272 1.0 191.717 0.9923,001.000 9.86 29,589.860 1.0 191.765 0.992
10.804 9.86 203.991 1.0 192.811 1.009
23.668 9.86 305.987 1.0 193.192 1.003
50.261 9.86 305.987 1.0 192.636 1.000
99.411 9.86 305.987 1.0 193.309 0.997
248.573 9.86 407.982 1.0 193.132 0.996
497.300 9.86 509.978 1.0 193.384 0.996
4.200 9.86 41.412 1.0 190.166 1.040
10.500 9.86 103.530 1.0 190.052 1.040
13.800 9.86 136.068 1.0 190.268 1.041
14.700 9.86 144.942 1.0 190.204 1.040
21.000 9.86 207.060 1.0 190.141 1.041
34.500 9.86 340.170 1.0 190.242 1.041
48.300 9.86 476.238 1.0 190.281 1.041
69.000 9.86 680.340 1.0 190.026 1.041
11/18/21Acetaldehyde
1/8/2021Propane
Appendix A3: FTIR Reference Spectra
987.110 to 1,218.434
2,751.511 to 3,074.960 cm-1
Cosine
Cosine
1,088.303 to 1,156.747 cm-1 Cosine
874.700 to 1,134.600 cm-1 Cosine
2,940.000 to 3,064.000 cm-1 Cosine
2858.000 to 3064.000 cm-1Ethane
Water
CO2
1/5/2021
Formaldehyde 2/18/2022
Ethylene
2723.84 to 2935.39 cm-1 Cosine
Cosine
7/7/2021
4/1/2021
6/22/2021
109
Tr 464.427
Ts 464.654
Pr 766.840
Ps 768.938
Cr 104.600
Cs 100.736
Absorbance Ratio As/Ar 0.962
Lr 9.860
Ls 9.827
Measurement System Capabilities Gas Concentration
Path
Length
Response
Time
(min:sec)
Dilution
Factor
Recovery
(%)
System Zero - Moisture Analysis (A4.3)N2 0.55 ~~~~
Path Length (A4.4)C2H4 100.74 9.83 ~~~
Mechanical Response Time (A4.5)C2H4 100.53 ~ 0:42 ~~
Equilibration Response Time (A4.6)C2H4O 103.54 ~ 1:30 ~ ~
Analyte Spike Recovery (A5)C2H4O 8.04 ~ ~ 0.08 88.18%
System Zero (A4.8) Air ~~ 9:32 ~~
9:32 Min:Sec
Appendix A4: Pretest Procedures - MAX-iR SN 01193
Absolute Temperature (K)
Appendix A4.4: Determination of sample cell
absorption path length
0.85 </ (Ts/Tr) >/ 1.15
C2H4
Max. Equil. Time
Quality Control Checks
YES
Absolute Pressure (torr)
Concentration (ppm)
0.85 </ (Pr/Ps) >/ 1.15
|(Ls*Cs)-(Lr*Cr)| </ Factor of 2 YES
YES
Path Length (m)
110
A6.1: NEA
A6.2 & A6.3: Line Position and Resolution - Zero Air
Analysis Region 3130-3137 cm-1
Sample Spectra Line Position (Freq)3133.0660 cm-1
Reference Spectra Line Position (Freq)3133.0680 cm-1
Spectral Resolution (FWHM)1.026 cm-1
Line Position Shift 0.19%
A6.4: Detector Linearity
C2H4 Direct to Cell
Allowed Performance Range -0.1 to +0.1
Appendix A6: System Parameters - MAX-iR SN 01193
See Appendix A2 calculations.
Signal Avg. Below Cut-off (average from 100-500 cm-1)
0.0120
111
Acetaldehyde Spiking (Wet)
File Name
Effluent
Prespike (Ua1)
Effluent
Postspike (Ua2)
Ua
(ppm)
CF4 Direct
(ppm)
CF4 Spike
(ppm)
Dilution
Factor
Udil
(ppm)
C2H4O
Direct
(ppm)
Cs
(ppm)
Ce
(ppm)
Co
(ppm)
Bias
(ppm)Recovery
Spike Rise_0000244.LAB 7.14 -7.38 -0.12 7.87 0.61 0.08 -0.11 101.43 7.91 7.81 9.04 1.24 115.82%
Spike Rise_0000245.LAB 11.04 -6.45 2.29 7.88 0.55 0.07 2.13 101.37 7.02 9.15 11.15 1.99 121.76%
Spike Rise_0000246.LAB 6.72 -4.20 1.26 7.93 0.59 0.07 1.16 102.02 7.59 8.75 8.37 -0.39 95.60%
Spike Rise_0000247.LAB 5.66 -4.85 0.41 7.92 0.55 0.07 0.38 102.53 7.14 7.52 8.82 1.30 117.30%
Spike Rise_0000248.LAB 6.28 -2.32 1.98 7.94 0.64 0.08 1.82 103.05 8.28 10.10 3.87 -6.23 38.33%
Spike Rise_0000249.LAB 10.86 -1.24 4.81 7.91 0.62 0.08 4.43 103.19 8.16 12.58 6.94 -5.64 55.16%
Spike Rise_0000250.LAB 6.80 -0.48 3.16 7.91 0.63 0.08 2.91 103.43 8.25 11.16 8.67 -2.49 77.69%
Spike Rise_0000251.LAB 4.33 -2.13 1.10 7.89 0.60 0.08 1.02 103.45 7.87 8.89 7.44 -1.44 83.76%
Average 7.35 -3.63 1.86 7.91 0.60 0.08 1.72 102.56 7.78 9.50 8.04 -1.46 88.18%
Acetaldehyde Spiking (Dry)
File Name
Effluent
Prespike (Ua1)
Effluent
Postspike (Ua2)
Ua
(ppm)
CF4 Direct
(ppm)
CF4 Spike
(ppm)
Dilution
Factor
Udil
(ppm)
C2H4O
Direct
(ppm)
Cs
(ppm)
Ce
(ppm)
Co
(ppm)
Bias
(ppm)Recovery
Spike Rise_0000244.LAB 8.08 -7.92 0.08 7.87 0.70 0.09 0.07 101.43 9.02 9.10 10.31 1.21 113.32%
Spike Rise_0000245.LAB 12.46 -6.94 2.76 7.88 0.62 0.08 2.54 101.37 7.99 10.53 12.69 2.15 120.44%
Spike Rise_0000246.LAB 7.56 -4.53 1.52 7.93 0.67 0.08 1.39 102.02 8.64 10.03 9.53 -0.50 95.00%
Spike Rise_0000247.LAB 6.37 -5.23 0.57 7.92 0.63 0.08 0.52 102.53 8.13 8.65 10.04 1.39 116.02%
Spike Rise_0000248.LAB 7.08 -2.51 2.28 7.94 0.73 0.09 2.07 103.05 9.43 11.50 4.41 -7.10 38.32%
Spike Rise_0000249.LAB 12.28 -1.34 5.47 7.91 0.71 0.09 4.98 103.19 9.28 14.25 7.90 -6.36 55.40%
Spike Rise_0000250.LAB 7.66 -0.52 3.57 7.91 0.72 0.09 3.25 103.43 9.38 12.63 9.86 -2.77 78.05%
Spike Rise_0000251.LAB 4.87 -2.31 1.28 7.89 0.68 0.09 1.17 103.45 8.95 10.12 8.47 -1.65 83.65%
Average 8.30 -3.91 2.19 7.91 0.68 0.09 2.00 102.56 8.85 10.85 9.15 -1.70 87.53%
Appendix A5: Analyte Spiking (Pretest - Using CO2 Dilution) - MAX-iR SN 01193
11
2
Appendix A7: Verification of Quantification Algorithm
Reference Spectra Date Temp
(C)
Press
(atm)
Certified Conc
(ppm)
Measured
(ppm)
Difference
(ppm)Error (%)
192.766 1.02 10.073 10.073 0.0 0.00
193.204 1.01 54.995 54.710 0.3 0.52
193.120 1.01 109.011 108.204 0.8 0.74
192.194 1.010 6.700 6.814 0.1 1.70
191.919 1.006 8.300 8.408 0.1 1.30
191.862 1.006 16.000 16.217 0.2 1.36
192.428 1.003 51.000 51.479 0.5 0.94
192.915 0.996 127.000 127.179 0.2 0.14
192.672 0.994 203.000 203.000 0.0 0.00
192.395 0.994 500.000 500.149 0.1 0.03
188.45 0.999 9,860.000 9,860.000 0.0 0.00
188.76 0.999 19,502.000 19,505.754 3.8 0.02
189.89 0.999 24,280.000 24,204.761 75.2 0.31
189.33 0.999 30,170.000 30,106.906 63.1 0.21
189.13 0.999 35,990.000 35,923.227 66.8 0.19
189.37 0.999 41,740.000 41,634.856 105.1 0.25
188.70 0.999 47,420.000 47,383.854 36.1 0.08
189.58 0.989 74,840.000 74,609.879 230.1 0.31
189.76 0.990 85,370.000 85,081.256 288.7 0.34
189.83 0.990 95,660.000 95,315.506 344.5 0.36
189.59 0.989 100,720.000 100,398.952 321.0 0.32
189.33 0.990 110,670.000 110,413.447 256.6 0.23
189.38 0.989 120,410.000 120,078.636 331.4 0.28
189.14 0.989 129,930.000 129,645.294 284.7 0.22
189.61 0.989 139,250.000 138,743.294 506.7 0.36
189.28 0.989 148,370.000 147,941.157 428.8 0.29
188.72 0.989 157,300.000 157,064.542 235.5 0.15
190.03 0.989 166,050.000 165,341.700 708.3 0.43
189.38 0.990 192,850.000 192,372.545 477.5 0.25
189.13 0.990 207,190.000 206,839.522 350.5 0.17
192.053 1.006 11,263.830 11,263.830 0.0 0.00
191.952 1.006 22,276.714 22,281.553 4.8 0.02
192.046 1.006 33,046.946 33,047.380 0.4 0.00
192.079 1.006 43,582.457 43,580.011 2.4 0.01
192.023 1.006 55,587.335 55,590.913 3.6 0.01
192.011 1.006 65,639.895 65,645.707 5.8 0.01
192.004 1.006 77,100.693 77,088.583 12.1 0.02
192.126 1.006 86,702.763 86,701.850 0.9 0.00
192.057 1.006 97,655.650 97,662.560 6.9 0.01
192.020 1.006 108,348.912 108,336.922 12.0 0.01
192.004 1.006 118,791.673 118,804.031 12.4 0.01
192.144 1.006 128,992.634 128,967.331 25.3 0.02
192.032 1.006 140,365.426 140,371.768 6.3 0.00
192.104 1.006 151,445.022 151,424.420 20.6 0.01
192.094 1.006 160,907.970 160,893.563 14.4 0.01
192.097 1.006 171,467.551 171,451.275 16.3 0.01
192.018 1.006 183,033.794 183,047.311 13.5 0.01
192.037 1.006 193,047.091 193,053.447 6.4 0.00
192.036 1.006 204,022.604 204,029.830 7.2 0.00
192.073 1.006 213,530.936 213,521.703 9.2 0.00
192.200 1.006 225,101.564 225,030.453 71.1 0.03
190.090 1.006 235,227.806 235,208.951 18.9 0.01
192.080 1.006 245,092.773 245,078.389 14.4 0.01
192.165 1.006 255,759.539 255,698.882 60.7 0.02
191.952 1.006 270,169.349 270,245.511 76.2 0.03
191.820 0.999 49.038 49.038 0.0 0.00
191.779 1.000 96.499 96.594 0.1 0.10
191.760 0.996 240.736 239.975 0.8 0.32
191.777 0.992 498.823 498.855 0.0 0.01
191.788 0.992 776.208 771.089 5.1 0.66
191.850 0.992 998.249 991.585 6.7 0.67
191.710 0.993 1,498.279 1,489.975 8.3 0.55
191.693 0.993 1,998.913 1,987.661 11.3 0.56
191.717 0.992 2,525.484 2,508.699 16.8 0.66
191.765 0.992 3,001.000 2,980.362 20.6 0.69
192.811 1.009 10.804 10.804 0.0 0.00
193.192 1.003 23.668 23.509 0.2 0.67
192.636 1.000 50.261 49.834 0.4 0.85
193.309 0.997 99.411 98.122 1.3 1.30
193.132 0.996 248.573 245.300 3.3 1.32
193.384 0.996 497.300 490.560 6.7 1.36
190.166 1.040 4.200 4.200 0.0 0.00
190.052 1.040 10.500 10.502 0.0 0.02
190.268 1.041 13.800 13.802 0.0 0.01
190.204 1.040 14.700 14.702 0.0 0.01
190.141 1.041 21.000 21.013 0.0 0.06
190.242 1.041 34.500 34.505 0.0 0.01
190.281 1.041 48.300 48.303 0.0 0.01
190.026 1.041 69.000 69.074 0.1 0.11
Formaldehyde 2/18/2022
Ethylene 6/2/2021
Water 4/1/2021
CO2 7/7/2021
Acetaldehyde 11/18/21
Propane 1/8/2021
Ethane 1/5/2021
113
Raw Spectral Data - Pre Test QA/QC - MAX-iR SN 01193
Temp (°C)Pressure
(Atm)
. Date Time Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid
Background - 11.3.3
Background_0000011BKG.LAB 6/5/202406:27:34191.518381.00242620000 0 00000
NEA - 11.3 (A2)
NEA_0000020.LAB 6/5/2024 06:33:45 191.5199 1.0025 0.2870 1.6620 0.0494 0.4926 -0.0095 0.1420 -0.0265 0.0441 0.0027 0.0365
NEA_0000021.LAB 6/5/2024 06:34:38 191.5320 1.0025 0.2910 1.8176 0.0272 0.2299 -0.0014 0.1636 0.0883 0.0391 0.0006 0.0379
NEA_0000022.LAB 6/5/2024 06:35:31 191.5172 1.0025 0.3420 2.0692 0.0374 0.5158 0.0091 0.1597 -0.0296 0.0432 0.0022 0.0352
NEA_0000023.LAB 6/5/2024 06:36:24 191.5170 1.0026 0.3542 2.2187 -0.0022 0.2342 -0.0251 0.1668 -0.0397 0.0410 -0.0064 0.0377
NEA_0000024.LAB 6/5/2024 06:37:16 191.5234 1.0027 0.3938 2.4540 0.0177 0.3175 0.0118 0.1712 0.0583 0.0426 -0.0039 0.0371
NEA_0000025.LAB 6/5/2024 06:38:09 191.5072 1.0027 0.4079 2.6137 0.0216 0.2425 0.0227 0.1493 0.0847 0.0443 -0.0012 0.0398
NEA_0000026.LAB 6/5/2024 06:39:02 191.5384 1.0027 0.4488 2.8017 0.0200 0.3175 -0.0320 0.1623 -0.0933 0.0435 -0.0034 0.0379
NEA_0000027.LAB 6/5/2024 06:39:02 191.5384 1.0027 0.4488 2.8017 0.0200 0.3175 -0.0320 0.1623 -0.0933 0.0435 -0.0034 0.0379
Average 191.5242 1.0026 0.3717 2.3048 0.0239 0.3334 -0.0071 0.1596 -0.0064 0.0427 -0.0016 0.0375
CTS Direct - 11.3.4
CTS_0000030.LAB 6/5/2024 06:40:22 191.4955 1.0117 -1.2558 7.3293 -0.0477 0.7917 -8.0293 34.3775 6.2031 0.7394 0.6132 5.3250
CTS_0000031.LAB 6/5/2024 06:40:38 191.5189 1.0117 -1.2710 7.3721 -0.0170 0.6645 -8.0792 34.4696 6.4567 0.7356 0.6151 5.3449
CTS_0000032.LAB 6/5/2024 06:40:53 191.5395 1.0118 -1.2681 7.3411 -0.0912 0.5909 -8.1737 34.6625 6.4015 0.7310 0.6245 5.3718
CTS_0000033.LAB 6/5/2024 06:41:09 191.5301 1.0118 -1.2444 7.4396 -0.0184 0.7025 -8.0933 34.4661 6.4029 0.7404 0.6156 5.3408
CTS_0000034.LAB 6/5/2024 06:41:25 191.4946 1.0118 -1.2497 7.4744 -0.0591 0.5800 -8.0547 34.6380 6.2875 0.7453 0.6232 5.3707
CTS_0000035.LAB 6/5/2024 06:41:41 191.4787 1.0118 -1.2714 7.5004 -0.0515 0.6066 -8.1337 34.7125 6.4962 0.7251 0.6245 5.3763
CTS_0000036.LAB 6/5/2024 06:41:57 191.4812 1.0118 -1.2550 7.5424 -0.0184 0.6569 -8.0828 34.5527 6.2824 0.7389 0.6243 5.3581
CTS_0000037.LAB 6/5/2024 06:42:13 191.4939 1.0117 -1.1975 7.5754 -0.0657 0.6318 -8.1185 34.4764 6.2733 0.7381 0.6154 5.3425
Average 191.5040 1.0118 -1.2516 7.4468 -0.0461 0.6531 -8.0956 34.5444 6.3504 0.7367 0.6195 5.3538
Acetaldehyde Direct
CH3CHO_0000050.LAB 6/5/2024 06:45:39 191.4683 1.0086 101.4322 9.6652 0.0056 0.6092 0.1075 0.4766 -2.3537 0.8995 -0.1137 0.5504
CH3CHO_0000051.LAB 6/5/2024 06:45:55 191.4811 1.0086 101.3715 9.5894 0.0167 0.5910 0.2621 0.4766 -2.4857 0.9003 -0.1145 0.5478
CH3CHO_0000052.LAB 6/5/2024 06:46:11 191.5157 1.0086 102.0213 9.3433 -0.0349 0.5392 0.2015 0.5367 -2.6251 0.9046 -0.1014 0.5566
CH3CHO_0000053.LAB 6/5/2024 06:46:27 191.5326 1.0086 102.5292 9.2454 -0.0403 0.7347 0.0648 0.4503 -2.6558 0.9097 -0.1002 0.5540
CH3CHO_0000054.LAB 6/5/2024 06:46:43 191.5256 1.0087 103.0516 9.2492 -0.0095 0.8141 0.1945 0.4927 -2.4386 0.9067 -0.0989 0.5525
CH3CHO_0000055.LAB 6/5/2024 06:46:59 191.5125 1.0087 103.1949 9.2655 0.0066 0.5901 0.1766 0.5013 -2.5087 0.9080 -0.0899 0.5610
CH3CHO_0000056.LAB 6/5/2024 06:47:15 191.4821 1.0087 103.4277 9.2668 0.0125 0.5728 0.0987 0.4192 -2.5284 0.9163 -0.1031 0.5574
CH3CHO_0000057.LAB 6/5/2024 06:47:30 191.4758 1.0088 103.4492 9.3749 -0.0431 0.5464 0.2316 0.5289 -2.5083 0.9162 -0.1070 0.5575
Average 191.4992 1.0086 102.5597 9.3750 -0.0108 0.6247 0.1672 0.4853 -2.5130 0.9077 -0.1036 0.5546
Mechanical Response Time - CTS
CTS Response Time_0000083.LAB 6/5/2024 06:56:31 191.5261 1.0018 40.6778 199.3779 -0.5375 17.8047 0.2641 0.3766 0.2532 0.1720 0.0342 0.1036
CTS Response Time_0000084.LAB 6/5/2024 06:56:36 191.5179 1.0018 3.8331 31.9769 -0.7318 30.1260 0.1698 0.5039 -0.2639 0.1830 0.0343 0.1135
CTS Response Time_0000085.LAB 6/5/2024 06:56:41 191.5197 1.0017 9.5877 35.8696 -1.6587 41.5579 -0.8583 3.9968 0.0025 0.2069 0.3821 0.6254
CTS Response Time_0000086.LAB 6/5/2024 06:56:47 191.5089 1.0017 5.7587 33.7580 -1.0825 29.5788 -3.8290 16.9605 3.0198 0.3867 0.4683 2.6322
CTS Response Time_0000087.LAB 6/5/2024 06:56:52 191.4947 1.0017 5.9092 55.6329 -1.2595 35.5741 -5.6077 24.5268 4.2130 0.5552 0.5482 3.8049
CTS Response Time_0000088.LAB 6/5/2024 06:56:57 191.4920 1.0017 4.6534 43.9557 -0.8901 31.2254 -6.5156 28.4424 5.3473 0.6431 0.5801 4.4117
CTS Response Time_0000089.LAB 6/5/2024 06:57:02 191.4765 1.0017 3.3150 34.1557 -0.7144 25.3272 -7.1394 30.8606 5.5231 0.6606 0.5915 4.7813
CTS Response Time_0000090.LAB 6/5/2024 06:57:08 191.4660 1.0017 2.3014 27.4547 -0.6063 20.7715 -7.4531 32.3110 5.8586 0.6854 0.6050 5.0112
CTS Response Time_0000091.LAB 6/5/2024 06:57:13 191.4730 1.0017 1.8275 22.4768 -0.3588 13.4638 -7.7704 32.8533 6.0974 0.6990 0.6016 5.0815
Response Time 0:00:42
CTS System - 11.3.2.2 (A4.5)
CTS System_0000100.LAB 6/5/2024 06:58:48 191.4971 1.0017 0.2636 8.5665 -0.1041 2.4309 -8.0204 34.5194 6.4576 0.7485 0.6381 5.3580
CTS System_0000101.LAB 6/5/2024 06:59:04 191.4889 1.0017 0.2085 8.3929 -0.0825 2.2743 -8.0097 34.4867 6.5027 0.7360 0.6242 5.3472
CTS System_0000102.LAB 6/5/2024 06:59:20 191.5173 1.0017 0.1563 8.2123 -0.1039 2.2765 -8.1296 34.7471 6.4192 0.7330 0.6388 5.3850
CTS System_0000103.LAB 6/5/2024 06:59:36 191.5397 1.0017 0.1753 8.2003 -0.0664 2.0364 -7.9536 34.4856 6.3189 0.7376 0.6117 5.3437
CTS System_0000104.LAB 6/5/2024 06:59:52 191.5382 1.0017 0.1976 8.1358 -0.0305 1.9744 -7.9746 34.3181 6.3563 0.7410 0.6256 5.3221
CTS System_0000105.LAB 6/5/2024 07:00:07 191.5132 1.0017 0.1121 8.0467 -0.0629 1.7994 -7.9546 34.4002 6.3371 0.7431 0.6302 5.3391
CTS System_0000106.LAB 6/5/2024 07:00:23 191.5108 1.0017 0.1227 7.9971 -0.0438 1.7553 -7.9862 34.3725 6.5179 0.7454 0.6261 5.3273
CTS System_0000107.LAB 6/5/2024 07:00:39 191.5118 1.0017 0.1238 7.9370 -0.0586 1.6428 -7.9727 34.3629 6.5614 0.7456 0.6133 5.3297
Average 191.5146 1.0017 0.1700 8.1861 -0.0691 2.0238 -8.0002 34.4616 6.4339 0.7413 0.6260 5.3440
C2H4O
Acetaldehyde
C2H2
Acetylene Ammonia
C4H10
Butane CO2%
Carbon Dioxide
11
4
Raw Spectral Data - Pre Test QA/QC - MAX-iR SN 01193
Temp (°C)Pressure
(Atm)
. Date Time Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid
C2H4O
Acetaldehyde
C2H2
Acetylene Ammonia
C4H10
Butane CO2%
Carbon Dioxide
Equilibration Response Time - Acetaldehyde
Spike Gas - RT_0000115.LAB 6/5/2024 07:01:16 191.5260 1.0018 0.1287 7.9918 -0.0642 1.7188 -8.0929 34.5039 6.1820 0.7415 0.6126 5.3423
Spike Gas - RT_0000116.LAB 6/5/2024 07:01:22 191.5272 1.0018 14.1960 6.9333 -0.1275 2.6080 -6.5132 28.8916 4.9236 0.6431 0.5055 4.4540
Spike Gas - RT_0000117.LAB 6/5/2024 07:01:27 191.5096 1.0018 42.5499 5.6406 -0.0237 1.7356 -4.0152 17.9263 2.3047 0.5887 0.2930 2.7633
Spike Gas - RT_0000118.LAB 6/5/2024 07:01:32 191.5002 1.0017 60.1862 5.1781 -0.0056 1.6162 -2.5001 11.5077 0.4946 0.6337 0.1611 1.7884
Spike Gas - RT_0000119.LAB 6/5/2024 07:01:37 191.4938 1.0017 71.8041 4.8482 0.0034 1.4154 -1.4979 7.7079 -0.2136 0.6954 0.0872 1.2325
Spike Gas - RT_0000120.LAB 6/5/2024 07:01:43 191.4944 1.0017 79.7791 4.8039 0.0314 1.5528 -0.8777 5.0787 -1.0649 0.7877 0.0781 0.8912
Spike Gas - RT_0000121.LAB 6/5/2024 07:01:48 191.4901 1.0017 86.0009 4.6463 -0.1435 2.0321 -0.5751 3.3677 -1.3631 0.8189 0.0365 0.7030
Spike Gas - RT_0000122.LAB 6/5/2024 07:01:53 191.4967 1.0017 89.1686 4.7252 -0.0434 1.4821 -0.4124 2.3289 -1.8969 0.8765 -0.0101 0.6153
Spike Gas - RT_0000123.LAB 6/5/2024 07:01:59 191.5041 1.0017 91.8115 4.8780 -0.0182 1.3601 -0.1983 1.6491 -2.0226 0.8377 -0.0219 0.5805
Spike Gas - RT_0000124.LAB 6/5/2024 07:01:59 191.5041 1.0017 91.8115 4.8780 -0.0182 1.3601 -0.1983 1.6491 -2.0226 0.8377 -0.0219 0.5805
Spike Gas _0000124.LAB 6/5/2024 07:02:15 191.5206 1.0016 95.2621 5.0828 -0.0509 1.2997 0.0882 0.8839 -2.3209 0.8854 -0.0536 0.5428
Spike Gas _0000126.LAB 6/5/2024 07:02:30 191.5314 1.0016 98.2308 5.5236 -0.0464 1.3915 0.2022 0.5595 -2.3405 0.9036 -0.0542 0.5545
Spike Gas _0000127.LAB 6/5/2024 07:02:46 191.5410 1.0016 99.6873 6.0521 -0.0541 1.3874 0.1580 0.4638 -2.3022 0.9026 -0.0657 0.5583
Response Time 0:01:30
Acetaldehyde System
CH3CHO_0000057.LAB 6/5/2024 06:47:30 191.4758 1.0088 103.4492 9.3749 -0.0431 0.5464 0.2316 0.5289 -2.5083 0.9162 -0.1070 0.5575
CH3CHO_0000058.LAB 6/5/2024 06:47:46 191.4753 1.0087 103.3442 9.4669 0.0666 0.6546 0.1435 0.5337 -2.4280 0.9209 -0.0963 0.5576
CH3CHO_0000059.LAB 6/5/2024 06:48:02 191.5035 1.0088 103.6009 9.4940 -0.0566 0.7579 0.1202 0.4557 -2.5255 0.9038 -0.0878 0.5637
CH3CHO_0000060.LAB 6/5/2024 06:48:18 191.5266 1.0088 103.4361 9.5502 0.0486 0.7816 0.1682 0.4950 -2.5176 0.9122 -0.1027 0.5637
CH3CHO_0000061.LAB 6/5/2024 06:48:34 191.5049 1.0087 103.6824 9.5880 -0.0035 0.8220 0.2222 0.5773 -2.3690 0.9286 -0.0963 0.5576
CH3CHO_0000062.LAB 6/5/2024 06:48:50 191.4780 1.0087 103.6751 9.6176 -0.0151 0.6981 0.1162 0.5247 -2.5439 0.9143 -0.0990 0.5546
CH3CHO_0000063.LAB 6/5/2024 06:49:06 191.4719 1.0087 103.5350 9.6818 -0.0202 0.5828 0.1242 0.4929 -2.5256 0.9260 -0.0954 0.5660
CH3CHO_0000064.LAB 6/5/2024 06:49:22 191.4872 1.0087 103.6247 9.6978 0.0417 0.6432 0.1762 0.5128 -2.5303 0.9246 -0.1004 0.5565
Average 191.4904 1.0087 103.5435 9.5589 0.0023 0.6858 0.1628 0.5151 -2.4935 0.9183 -0.0981 0.5596
Pre Baseline Effluent - 11.3.5 (A5)
Pre Base_0000210.LAB 6/5/2024 07:46:32 191.5217 1.0019 7.1434 54.2895 4.6666 11.0835 -1.6945 7.2623 7.5142 3.4446 5.1482 1.3147
Pre Base_0000211.LAB 6/5/2024 07:46:48 191.5332 1.0019 11.0370 44.9746 2.9756 57.1327 -1.7120 7.3098 7.6135 3.4137 5.1945 1.3265
Pre Base_0000212.LAB 6/5/2024 07:47:04 191.5346 1.0019 6.7211 46.6796 4.5546 49.0930 -1.7667 7.4825 7.1095 3.3915 5.3191 1.3618
Pre Base_0000213.LAB 6/5/2024 07:47:20 191.5357 1.0021 5.6619 46.2996 5.6621 10.9748 -1.7678 7.6420 7.3103 3.3922 5.4195 1.3893
Pre Base_0000214.LAB 6/5/2024 07:47:35 191.5355 1.0022 6.2788 45.1314 2.8028 44.1514 -1.8142 7.6696 7.8789 3.4574 5.4092 1.3945
Pre Base_0000215.LAB 6/5/2024 07:47:51 191.5010 1.0019 10.8611 46.1616 2.9695 51.7617 -1.7761 7.6251 8.0538 3.6329 5.4359 1.3915
Pre Base_0000216.LAB 6/5/2024 07:48:07 191.4946 1.0021 6.7996 46.0990 3.3937 47.3740 -1.8501 7.7561 7.7846 3.4613 5.4677 1.4096
Pre Base_0000217.LAB 6/5/2024 07:48:23 191.5182 1.0022 4.3263 46.5325 5.7674 48.1803 -1.8276 7.7639 7.7521 3.4372 5.4895 1.4094
Average 191.5218 1.0020 7.3536 47.0210 4.0990 39.9689 -1.7761 7.5639 7.6271 3.4539 5.3605 1.3747
Analyte Spike - Acetaldehyde
Spike Rise_0000244.LAB 6/5/2024 07:51:55 191.5141 1.0020 9.0433 54.3910 5.0909 65.8147 -1.9192 7.4145 8.6320 3.7175 5.3501 1.3556
Spike Rise_0000245.LAB 6/5/2024 07:52:00 191.5328 1.0020 11.1452 55.9666 5.3972 62.0496 -1.7896 7.4839 8.2966 3.5692 5.3314 1.3693
Spike Rise_0000246.LAB 6/5/2024 07:52:05 191.5354 1.0020 8.3651 55.2714 6.9330 44.4459 -1.8445 7.5056 7.4516 3.5191 5.3493 1.3666
Spike Rise_0000247.LAB 6/5/2024 07:52:11 191.5436 1.0020 8.8189 56.4501 4.8247 87.7903 -1.7299 7.4407 7.4062 3.4741 5.3329 1.3542
Spike Rise_0000248.LAB 6/5/2024 07:52:16 191.5340 1.0020 3.8727 56.8967 5.8198 11.5773 -1.8260 7.5921 7.9946 3.4163 5.3677 1.3813
Spike Rise_0000249.LAB 6/5/2024 07:52:21 191.5350 1.0020 6.9412 57.4736 1.6497 53.8980 -1.7700 7.4937 7.8586 3.3979 5.3391 1.3696
Spike Rise_0000250.LAB 6/5/2024 07:52:26 191.5278 1.0020 8.6731 56.6741 5.4045 11.5940 -1.7933 7.5185 6.7816 3.3699 5.3268 1.3670Spike Rise_0000251.LAB 6/5/2024 07:52:32 191.5190 1.0020 7.4438 57.3185 2.6360 57.1689 -1.7696 7.4115 7.3204 3.3397 5.3707 1.3544
Average 191.5302 1.0020 8.0379 56.3052 4.7195 49.2923 -1.8053 7.4826 7.7177 3.4754 5.3460 1.3647
Post Baseline Effluent - 11.3.5 (A5)
Post Base _0000401.LAB 6/5/2024 08:09:49 191.5399 1.0018 -7.3753 50.1694 7.1258 53.0143 -1.8266 8.8640 6.8221 3.0051 6.4379 1.6304
Post Base _0000403.LAB 6/5/2024 08:10:05 191.5012 1.0017 -6.4503 48.8596 4.2004 8.2240 -1.7790 8.7944 6.6158 3.0283 6.3961 1.6152
Post Base _0000404.LAB 6/5/2024 08:10:21 191.4848 1.0017 -4.2049 48.5635 5.2141 47.2586 -1.9331 8.8120 6.7410 3.0520 6.3800 1.6226
Post Base _0000405.LAB 6/5/2024 08:10:37 191.4986 1.0018 -4.8495 48.6331 3.4076 56.1761 -1.8191 8.7453 6.9296 3.0405 6.3302 1.6010
Post Base _0000406.LAB 6/5/2024 08:10:53 191.5109 1.0018 -2.3229 49.0719 4.7133 8.2616 -1.8518 8.8252 6.7943 3.0618 6.3394 1.6211
Post Base _0000407.LAB 6/5/2024 08:11:09 191.5228 1.0018 -1.2420 47.5442 4.4983 57.8205 -1.8840 8.7821 6.7060 3.0837 6.3422 1.6090
Post Base _0000408.LAB 6/5/2024 08:11:25 191.5205 1.0018 -0.4785 47.3512 4.3528 46.4193 -1.9250 8.7547 6.6870 3.0735 6.3032 1.6067
Post Base _0000409.LAB 6/5/2024 08:11:41 191.5204 1.0018 -2.1286 46.6676 3.7867 8.6366 -1.9300 8.6982 6.9089 3.0470 6.3062 1.5998
Average 191.5124 1.0018 -3.6315 48.3576 4.6624 35.7264 -1.8686 8.7845 6.7756 3.0490 6.3544 1.6132
11
5
Raw Spectral Data - Pre Test QA/QC - MAX-iR SN 01193
Temp (°C)Pressure
(Atm)
. Date Time Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid
C2H4O
Acetaldehyde
C2H2
Acetylene Ammonia
C4H10
Butane CO2%
Carbon Dioxide
System Response Time - Zero
Zero System - RT_0000274.LAB 6/5/2024 07:54:39 191.4916 1.0023 20.8818 59.6324 -3.2868 60.0193 -0.2077 1.1541 4.3878 2.0749 0.5481 0.2558
Zero System - RT_0000358.LAB 6/5/2024 08:02:04 191.5278 1.0022 24.6676 123.3469 -0.7078 25.8637 0.1311 0.4642 1.1658 0.4324 0.0479 0.1322
Zero System - RT_0000359.LAB 6/5/2024 08:02:09 191.5284 1.0022 10.7015 54.9700 -0.7662 28.1995 0.0598 0.4963 0.8505 0.4452 0.0480 0.1252
Zero System - RT_0000360.LAB 6/5/2024 08:02:14 191.5108 1.0023 7.8980 51.9939 -0.4883 17.6421 0.1240 0.5528 1.0152 0.4340 0.0431 0.1316
Zero System - RT_0000361.LAB 6/5/2024 08:02:19 191.5186 1.0023 5.8124 33.7899 -0.6988 26.7185 0.0606 0.5643 0.6747 0.4420 0.0538 0.1453
Zero System - RT_0000362.LAB 6/5/2024 08:02:25 191.5098 1.0023 8.0954 32.3333 -0.6985 25.0447 0.0150 0.4237 0.4307 0.4098 0.0332 0.1204
Zero System - RT_0000363.LAB 6/5/2024 08:02:30 191.5121 1.0023 6.8526 31.3706 -0.6798 28.6275 -0.0440 0.4836 0.8337 0.4183 0.0422 0.1273
Zero System - RT_0000364.LAB 6/5/2024 08:02:35 191.4933 1.0023 6.4430 31.2354 -0.6861 26.2334 0.0808 0.5176 0.8248 0.4033 0.0467 0.1236
Zero System - RT_0000365.LAB 6/5/2024 08:02:41 191.4754 1.0023 6.0230 30.3001 -0.7210 28.3072 -0.0631 0.4495 0.7097 0.4228 0.0509 0.1182
Zero System - RT_0000366.LAB 6/5/2024 08:02:46 191.4769 1.0023 11.2564 54.8002 -0.7185 29.9615 -0.0078 0.5104 0.6713 0.3989 0.0530 0.1219
Zero System - RT_0000367.LAB 6/5/2024 08:02:51 191.4733 1.0023 6.6732 29.2156 -0.6072 25.0248 0.0489 0.4674 0.5531 0.4084 0.0321 0.1228
Zero System - RT_0000368.LAB 6/5/2024 08:02:56 191.4675 1.0023 5.0863 30.5458 -0.3903 18.4878 0.0384 0.4448 0.7941 0.3976 0.0550 0.1229
Zero System - RT_0000369.LAB 6/5/2024 08:03:02 191.4579 1.0022 5.9814 27.6496 -0.7743 28.4003 -0.0258 0.4552 0.7551 0.4104 0.0440 0.1256
Zero System - RT_0000370.LAB 6/5/2024 08:03:07 191.4746 1.0022 6.7879 26.9503 -0.7151 26.6595 0.0394 0.4313 0.6928 0.4084 0.0514 0.1109
Zero System - RT_0000371.LAB 6/5/2024 08:03:12 191.4758 1.0022 7.3751 27.5947 -0.7176 29.3905 0.0476 0.5967 0.8881 0.4065 0.0365 0.1278
Zero System - RT_0000372.LAB 6/5/2024 08:03:18 191.4738 1.0022 5.1194 27.7072 -0.7025 26.2510 0.0581 0.4380 0.5884 0.4067 0.0395 0.1215
Zero System - RT_0000373.LAB 6/5/2024 08:03:23 191.4813 1.0023 5.3608 25.7195 -0.7815 28.2809 0.0204 0.5147 0.4627 0.3814 0.0460 0.1223
Zero System - RT_0000374.LAB 6/5/2024 08:03:28 191.4861 1.0023 10.3090 49.4343 -0.7107 24.5775 0.0047 0.6193 0.8754 0.3790 0.0327 0.1305
Zero System - RT_0000375.LAB 6/5/2024 08:03:34 191.4985 1.0023 9.6081 45.2138 -0.6627 26.9218 0.0556 0.6445 0.7416 0.3713 0.0286 0.1348
Zero System - RT_0000376.LAB 6/5/2024 08:03:39 191.4947 1.0022 5.2868 24.7501 -0.7146 29.3016 0.0848 0.5174 0.3711 0.3808 0.0348 0.1188
Zero System - RT_0000377.LAB 6/5/2024 08:03:44 191.5034 1.0022 5.0517 26.2486 -0.8451 26.0243 0.1277 0.4407 0.5411 0.3811 0.0276 0.1187
Zero System - RT_0000378.LAB 6/5/2024 08:03:49 191.5108 1.0022 11.6614 47.7114 -0.6427 25.4266 0.1220 0.5213 0.5786 0.3736 0.0435 0.1265
Zero System - RT_0000379.LAB 6/5/2024 08:03:55 191.5181 1.0022 10.4467 45.1482 -0.7505 29.4181 -0.0167 0.5271 0.5324 0.3783 0.0505 0.1137
Zero System - RT_0000380.LAB 6/5/2024 08:04:00 191.5023 1.0022 3.6884 27.2877 -0.7563 24.9878 0.0594 0.5778 0.9478 0.3684 0.0515 0.1215
Zero System - RT_0000381.LAB 6/5/2024 08:04:05 191.5055 1.0022 9.0472 38.3268 -0.6749 26.2691 0.0503 0.3832 0.8308 0.3463 0.0674 0.1195
Zero System - RT_0000382.LAB 6/5/2024 08:04:11 191.5052 1.0022 7.0443 35.9298 -0.6811 27.9363 -0.0542 0.5936 0.3762 0.3300 0.0392 0.1228
Response Time 0:09:32
System Zero - 11.3.6
Zero System_0000390.LAB 6/5/2024 08:05:51 191.4972 1.0021 3.6237 33.8117 -0.7417 29.0624 -0.0033 0.2794 0.4564 0.1759 0.0443 0.0805
Zero System_0000391.LAB 6/5/2024 08:06:07 191.4950 1.0021 4.7406 32.7452 -0.7125 27.1855 0.0250 0.3948 0.4510 0.1680 0.0368 0.0831
Zero System_0000392.LAB 6/5/2024 08:06:23 191.5011 1.0021 3.2655 34.2661 -0.7875 26.6903 0.0645 0.2689 0.4046 0.1694 0.0347 0.0716
Zero System_0000393.LAB 6/5/2024 08:06:39 191.4870 1.0021 3.8286 32.2551 -0.7088 23.0466 0.1068 0.2887 0.5742 0.1598 0.0512 0.0649
Zero System_0000394.LAB 6/5/2024 08:06:55 191.4757 1.0021 3.3341 33.0567 -0.7101 24.8881 0.0617 0.2605 0.3718 0.1590 0.0473 0.0643
Zero System_0000395.LAB 6/5/2024 08:07:11 191.4832 1.0021 3.8003 31.9171 -0.7434 23.2127 0.0157 0.3959 0.4382 0.1544 0.0394 0.0802
Zero System_0000396.LAB 6/5/2024 08:07:27 191.5166 1.0021 7.0693 64.2536 -0.7175 25.6559 0.1004 0.3060 0.3169 0.1473 0.0275 0.0745
Zero System_0000397.LAB 6/5/2024 08:07:42 191.5256 1.0021 6.6491 60.1889 -0.7477 28.1390 0.1031 0.3307 0.4557 0.1579 0.0303 0.0758
Average 191.4977 1.0021 4.5389 40.3118 -0.7336 25.9851 0.0592 0.3156 0.4336 0.1615 0.0389 0.0744
REA - Sample Spectra
Zero System_0000720.LAB 6/5/2024 12:47:13 191.4955 0.9986 7.2684 48.2103 -0.7471 22.4353 0.1135 0.1897 0.7295 0.1434 0.0386 0.0525
Zero System_0000721.LAB 6/5/2024 12:47:29 191.5120 0.9986 7.1389 47.1498 -0.6963 25.5153 0.0918 0.1917 0.7522 0.1182 0.0299 0.0541
Zero System_0000722.LAB 6/5/2024 12:47:45 191.5412 0.9986 7.0096 46.7148 -0.6994 22.3413 0.0595 0.1876 0.6489 0.1057 0.0366 0.0533
Zero System_0000723.LAB 6/5/2024 12:48:01 191.5391 0.9986 6.9015 46.0242 -0.6981 21.7064 0.0937 0.1997 0.6300 0.1183 0.0320 0.0539
Zero System_0000724.LAB 6/5/2024 12:48:17 191.5139 0.9985 6.8416 45.7647 -0.6912 22.2174 0.1108 0.2176 0.6395 0.1209 0.0411 0.0523
Zero System_0000725.LAB 6/5/2024 12:48:33 191.5065 0.9985 6.7421 45.3487 -0.6995 23.0172 0.1292 0.2328 0.6935 0.1089 0.0329 0.0558
Zero System_0000726.LAB 6/5/2024 12:48:49 191.5027 0.9985 6.8608 44.8438 -0.7492 27.3755 0.1175 0.1802 0.6502 0.1068 0.0360 0.0524
Zero System_0000727.LAB 6/5/2024 12:49:05 191.5048 0.9985 6.8206 44.1505 -0.7079 26.0760 0.1034 0.2134 0.5240 0.1043 0.0403 0.0545
Average 191.5145 0.9986 6.9479 46.0258 -0.7111 23.8355 0.1024 0.2016 0.6585 0.1158 0.0359 0.0536
11
6
Raw Spectral Data - Pre Test QA
.DateTime
Background - 11.3.3
Background_0000011BKG.LAB 6/5/2024 06:27:34
NEA - 11.3 (A2)
NEA_0000020.LAB 6/5/2024 06:33:45
NEA_0000021.LAB 6/5/2024 06:34:38
NEA_0000022.LAB 6/5/2024 06:35:31
NEA_0000023.LAB 6/5/2024 06:36:24
NEA_0000024.LAB 6/5/2024 06:37:16
NEA_0000025.LAB 6/5/2024 06:38:09
NEA_0000026.LAB 6/5/2024 06:39:02
NEA_0000027.LAB 6/5/2024 06:39:02
Average
CTS Direct - 11.3.4
CTS_0000030.LAB 6/5/2024 06:40:22
CTS_0000031.LAB 6/5/2024 06:40:38
CTS_0000032.LAB 6/5/2024 06:40:53
CTS_0000033.LAB 6/5/2024 06:41:09
CTS_0000034.LAB 6/5/2024 06:41:25
CTS_0000035.LAB 6/5/2024 06:41:41
CTS_0000036.LAB 6/5/2024 06:41:57
CTS_0000037.LAB 6/5/2024 06:42:13
Average
Acetaldehyde Direct
CH3CHO_0000050.LAB 6/5/2024 06:45:39
CH3CHO_0000051.LAB 6/5/2024 06:45:55
CH3CHO_0000052.LAB 6/5/2024 06:46:11
CH3CHO_0000053.LAB 6/5/2024 06:46:27
CH3CHO_0000054.LAB 6/5/2024 06:46:43
CH3CHO_0000055.LAB 6/5/2024 06:46:59
CH3CHO_0000056.LAB 6/5/2024 06:47:15
CH3CHO_0000057.LAB 6/5/2024 06:47:30
Average
Mechanical Response Time - CTS
CTS Response Time_0000083.LAB 6/5/2024 06:56:31
CTS Response Time_0000084.LAB 6/5/2024 06:56:36
CTS Response Time_0000085.LAB 6/5/2024 06:56:41
CTS Response Time_0000086.LAB 6/5/2024 06:56:47
CTS Response Time_0000087.LAB 6/5/2024 06:56:52
CTS Response Time_0000088.LAB 6/5/2024 06:56:57
CTS Response Time_0000089.LAB 6/5/2024 06:57:02
CTS Response Time_0000090.LAB 6/5/2024 06:57:08
CTS Response Time_0000091.LAB 6/5/2024 06:57:13
Response Time 0:00:42
CTS System - 11.3.2.2 (A4.5)
CTS System_0000100.LAB 6/5/2024 06:58:48
CTS System_0000101.LAB 6/5/2024 06:59:04
CTS System_0000102.LAB 6/5/2024 06:59:20
CTS System_0000103.LAB 6/5/2024 06:59:36
CTS System_0000104.LAB 6/5/2024 06:59:52
CTS System_0000105.LAB 6/5/2024 07:00:07
CTS System_0000106.LAB 6/5/2024 07:00:23
CTS System_0000107.LAB 6/5/2024 07:00:39
Average
Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid
0000 0 000 0 000
-0.0984 0.0811 0.0004 0.0088 0.0025 0.0558 -0.0475 0.3125 0.0128 0.1407 -0.0186 0.1419
-0.1070 0.0894 0.0004 0.0081 0.0038 0.0557 -0.0157 0.3344 -0.0119 0.1299 -0.0111 0.1528
-0.1630 0.0842 0.0006 0.0074 0.0114 0.0566 -0.0132 0.3371 0.0119 0.1375 -0.0135 0.1406
-0.1678 0.0916 -0.0007 0.0092 -0.0045 0.0580 -0.0623 0.3615 -0.0103 0.1516 -0.0236 0.1461
-0.1890 0.0812 -0.0001 0.0088 -0.0068 0.0535 -0.0374 0.3541 -0.0121 0.1431 -0.0218 0.1378
-0.1902 0.0882 0.0002 0.0093 -0.0061 0.0583 -0.0432 0.3346 -0.0067 0.1440 0.0147 0.1469
-0.2282 0.0793 -0.0002 0.0098 0.0286 0.0579 -0.0486 0.3621 -0.0255 0.1466 0.0005 0.1365
-0.2282 0.0793 -0.0002 0.0098 0.0286 0.0579 -0.0486 0.3621 -0.0255 0.1466 0.0005 0.1365
-0.1715 0.0843 0.0001 0.0089 0.0072 0.0567 -0.0395 0.3448 -0.0084 0.1425 -0.0091 0.1424
-0.3332 0.1572 -0.0030 0.0142 -1.1227 4.0563 100.1984 1.0941 -0.1045 0.2961 0.6314 8.6624
-0.3796 0.1592 -0.0020 0.0142 -1.1055 4.0594 100.5533 1.2319 -0.0975 0.3036 0.6336 8.6918
-0.3563 0.1505 -0.0006 0.0136 -1.0622 4.0632 101.0564 1.3821 -0.1355 0.3096 0.6669 8.6860
-0.3408 0.1408 -0.0024 0.0161 -1.1119 4.0716 100.5008 1.3079 -0.1671 0.3122 0.6349 8.6976
-0.3243 0.1676 -0.0026 0.0158 -1.0592 4.0635 101.0554 1.2324 -0.1783 0.3063 0.6720 8.6980
-0.3750 0.1810 0.0013 0.0146 -1.0897 4.0711 101.2189 1.3310 -0.1135 0.3288 0.6051 8.6822
-0.3023 0.1396 0.0011 0.0149 -1.0390 4.0579 100.7854 1.2482 -0.1041 0.3043 0.6368 8.6897
-0.3183 0.1460 0.0003 0.0162 -1.0142 4.0647 100.5181 1.2375 -0.1732 0.3176 0.6275 8.6618
-0.3412 0.1552 -0.0010 0.0150 -1.0755 4.0635 100.7358 1.2581 -0.1342 0.3098 0.6385 8.6837
0.0786 0.8933 7.8746 3.4292 -0.2241 0.8210 -0.3601 1.0188 -2.4903 10.3540 -0.2081 0.8078
0.0178 0.9191 7.8780 3.4194 -0.2211 0.8162 -0.2695 0.9803 -2.5455 10.3662 -0.2113 0.7873
0.0035 0.8873 7.9274 3.4337 -0.2341 0.8255 -0.3637 1.0891 -2.5882 10.4683 -0.2058 0.7907
0.0074 0.8938 7.9171 3.4445 -0.2338 0.8283 -0.3951 0.8962 -2.6226 10.5402 -0.2262 0.8182
-0.0031 0.8790 7.9390 3.4541 -0.2442 0.8361 -0.3928 1.0267 -2.6060 10.5681 -0.2485 0.8020
-0.0421 0.8990 7.9069 3.4255 -0.2697 0.8384 -0.5770 1.0084 -2.7020 10.6392 -0.2703 0.8159
-0.0140 0.9135 7.9147 3.4377 -0.2516 0.8377 -0.4357 0.9086 -2.7346 10.6430 -0.2866 0.7959
0.0012 0.9009 7.8914 3.4177 -0.3262 0.8291 -0.4830 1.0485 -2.6842 10.6235 -0.2282 0.7913
0.0062 0.8982 7.9061 3.4327 -0.2506 0.8290 -0.4096 0.9971 -2.6217 10.5253 -0.2356 0.8011
0.3414 0.5443 0.0437 0.1318 -0.0933 0.6449 0.1484 0.8986 0.0012 0.4560 3.8727 1.0586
34.3157 1.6436 0.0404 0.2036 -0.1160 0.6086 -0.0216 1.1052 -0.0059 0.5142 3.3349 0.9826
53.4354 2.3500 0.6660 0.3526 -0.2869 0.6315 11.1216 1.3325 -0.1924 0.8596 2.2063 1.2387
29.4451 1.3818 0.4594 0.2657 -0.6263 1.9541 48.7581 0.7992 -0.1887 0.7359 1.5754 4.1430
16.0780 0.7865 0.2546 0.2026 -0.8137 2.8579 70.9507 1.0561 -0.2144 0.6087 1.0841 6.0616
9.1225 0.5137 0.1420 0.1780 -0.8981 3.3131 82.4543 1.3683 -0.1814 0.5083 0.8934 7.0942
5.4203 0.3600 0.0831 0.1491 -0.9891 3.5794 89.7355 1.4848 -0.1650 0.4842 0.6687 7.7053
3.4943 0.3158 0.0501 0.1288 -0.9911 3.7322 94.1484 1.5920 -0.0691 0.4580 0.7345 7.9217
2.2730 0.2318 0.0335 0.1095 -1.0876 3.8442 95.6469 1.4108 -0.1035 0.4781 0.7576 8.2405
0.2793 0.1685 -0.0009 0.0380 -1.0152 4.0519 100.7116 1.3420 -0.1023 0.3133 0.6165 8.6789
0.3437 0.1737 0.0009 0.0341 -1.1142 4.0471 100.6030 1.2197 -0.1383 0.3153 0.7159 8.6594
0.3002 0.1469 0.0003 0.0339 -1.1126 4.0608 101.2991 1.2534 -0.1066 0.3030 0.6183 8.6327
0.3381 0.1595 -0.0013 0.0351 -1.1092 4.0471 100.5989 1.3685 -0.1041 0.3167 0.6384 8.6524
0.2774 0.1737 -0.0008 0.0333 -1.0706 4.0601 100.0913 1.1210 -0.1404 0.3210 0.6106 8.6695
0.2963 0.1611 0.0003 0.0315 -1.1051 4.0610 100.3665 1.2535 -0.1838 0.3369 0.6278 8.6514
0.2440 0.1307 0.0001 0.0298 -1.0869 4.0536 100.2186 1.3531 -0.1354 0.3089 0.6318 8.6742
0.2697 0.1692 -0.0002 0.0299 -1.1070 4.0581 100.3141 1.3573 -0.1295 0.3164 0.6313 8.6738
0.2936 0.1604 -0.0002 0.0332 -1.0901 4.0550 100.5254 1.2836 -0.1301 0.3164 0.6363 8.6615
CO
Carbon Monoxide Carbon Tetrafluoride C2H6
Ethane
C2H4
Ethylene Formaldehyde Methane
11
7
Raw Spectral Data - Pre Test QA
.DateTime
Equilibration Response Time - Acetaldehyde
Spike Gas - RT_0000115.LAB 6/5/2024 07:01:16
Spike Gas - RT_0000116.LAB 6/5/2024 07:01:22
Spike Gas - RT_0000117.LAB 6/5/2024 07:01:27
Spike Gas - RT_0000118.LAB 6/5/2024 07:01:32
Spike Gas - RT_0000119.LAB 6/5/2024 07:01:37
Spike Gas - RT_0000120.LAB 6/5/2024 07:01:43
Spike Gas - RT_0000121.LAB 6/5/2024 07:01:48
Spike Gas - RT_0000122.LAB 6/5/2024 07:01:53
Spike Gas - RT_0000123.LAB 6/5/2024 07:01:59
Spike Gas - RT_0000124.LAB 6/5/2024 07:01:59
Spike Gas _0000124.LAB 6/5/2024 07:02:15
Spike Gas _0000126.LAB 6/5/2024 07:02:30
Spike Gas _0000127.LAB 6/5/2024 07:02:46
Response Time 0:01:30
Acetaldehyde System
CH3CHO_0000057.LAB 6/5/2024 06:47:30
CH3CHO_0000058.LAB 6/5/2024 06:47:46
CH3CHO_0000059.LAB 6/5/2024 06:48:02
CH3CHO_0000060.LAB 6/5/2024 06:48:18
CH3CHO_0000061.LAB 6/5/2024 06:48:34
CH3CHO_0000062.LAB 6/5/2024 06:48:50
CH3CHO_0000063.LAB 6/5/2024 06:49:06
CH3CHO_0000064.LAB 6/5/2024 06:49:22
Average
Pre Baseline Effluent - 11.3.5 (A5)
Pre Base_0000210.LAB 6/5/2024 07:46:32
Pre Base_0000211.LAB 6/5/2024 07:46:48
Pre Base_0000212.LAB 6/5/2024 07:47:04
Pre Base_0000213.LAB 6/5/2024 07:47:20
Pre Base_0000214.LAB 6/5/2024 07:47:35
Pre Base_0000215.LAB 6/5/2024 07:47:51
Pre Base_0000216.LAB 6/5/2024 07:48:07
Pre Base_0000217.LAB 6/5/2024 07:48:23
Average
Analyte Spike - Acetaldehyde
Spike Rise_0000244.LAB 6/5/2024 07:51:55
Spike Rise_0000245.LAB 6/5/2024 07:52:00
Spike Rise_0000246.LAB 6/5/2024 07:52:05
Spike Rise_0000247.LAB 6/5/2024 07:52:11
Spike Rise_0000248.LAB 6/5/2024 07:52:16
Spike Rise_0000249.LAB 6/5/2024 07:52:21
Spike Rise_0000250.LAB 6/5/2024 07:52:26Spike Rise_0000251.LAB 6/5/2024 07:52:32
Average
Post Baseline Effluent - 11.3.5 (A5)
Post Base _0000401.LAB 6/5/2024 08:09:49
Post Base _0000403.LAB 6/5/2024 08:10:05
Post Base _0000404.LAB 6/5/2024 08:10:21
Post Base _0000405.LAB 6/5/2024 08:10:37
Post Base _0000406.LAB 6/5/2024 08:10:53
Post Base _0000407.LAB 6/5/2024 08:11:09
Post Base _0000408.LAB 6/5/2024 08:11:25
Post Base _0000409.LAB 6/5/2024 08:11:41
Average
Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid
CO
Carbon Monoxide Carbon Tetrafluoride C2H6
Ethane
C2H4
Ethylene Formaldehyde Methane
0.3557 0.2053 -0.0020 0.0314 -1.1509 4.0785 100.5204 1.4884 -0.1515 0.4317 0.6322 8.7135
0.3724 0.3399 1.6780 0.8373 -0.9930 3.2726 83.7662 1.0697 -0.5459 1.6470 0.4641 7.0154
0.4787 0.5293 4.0374 1.8922 -0.8287 2.0727 51.6229 1.1184 -1.1847 4.5915 0.3457 4.2406
0.6156 0.6056 5.3486 2.4232 -0.4842 1.4284 32.9268 1.1639 -1.7010 6.5233 0.0513 2.7162
0.4853 0.7003 6.2092 2.7701 -0.4074 1.0824 21.9786 1.2369 -1.9379 7.7250 -0.0732 1.7868
0.5487 0.7767 6.7181 2.9715 -0.4375 0.9271 14.4081 1.1605 -2.1068 8.6211 -0.1367 1.2144
0.5687 0.7684 7.3040 3.1938 -0.4684 0.8287 9.4317 1.7264 -2.2859 9.1921 -0.1726 0.9480
0.6303 0.8629 7.4182 3.2431 -0.3478 0.8293 6.4349 1.2581 -2.3805 9.5743 -0.1526 0.8421
0.6216 0.8474 7.5201 3.2821 -0.3698 0.8223 4.4719 1.0875 -2.4954 9.8072 -0.1638 0.8110
0.6216 0.8474 7.5201 3.2821 -0.3698 0.8223 4.4719 1.0875 -2.4954 9.8072 -0.1638 0.8110
0.6819 0.9192 7.7045 3.3506 -0.3407 0.8175 2.0749 1.0976 -2.5284 10.1164 -0.1745 0.7647
0.7069 0.8812 7.8807 3.4328 -0.3618 0.8337 0.6439 1.0821 -2.6318 10.3457 -0.2224 0.7807
0.6692 0.9227 7.9224 3.4347 -0.3005 0.8226 0.2146 0.9771 -2.6186 10.4151 -0.2760 0.7934
0.0012 0.9009 7.8914 3.4177 -0.3262 0.8291 -0.4830 1.0485 -2.6842 10.6235 -0.2282 0.7913
-0.0325 0.8739 7.8438 3.4054 -0.2280 0.8258 -0.4655 1.0722 -2.7037 10.6387 -0.2265 0.8235
0.0274 0.9006 7.9547 3.4461 -0.2960 0.8298 -0.3096 0.9267 -2.7348 10.6497 -0.2808 0.8121
-0.0353 0.8906 7.8394 3.4102 -0.2134 0.8386 -0.4160 1.0098 -2.6893 10.6327 -0.2810 0.8223
-0.0191 0.9426 7.9092 3.4313 -0.2907 0.8461 -0.4189 1.1309 -2.6857 10.6427 -0.2465 0.8122
-0.0154 0.9047 7.9101 3.4370 -0.3010 0.8345 -0.4438 1.0544 -2.7012 10.6380 -0.2519 0.8065
-0.0568 0.9229 7.8649 3.4015 -0.2950 0.8258 -0.4788 0.9871 -2.7492 10.6275 -0.2715 0.8040
-0.0486 0.9297 7.8886 3.4321 -0.2896 0.8369 -0.4925 1.0338 -2.7223 10.6419 -0.2546 0.8150
-0.0224 0.9082 7.8878 3.4227 -0.2800 0.8333 -0.4385 1.0329 -2.7088 10.6368 -0.2551 0.8108
376.8474 21.5774 0.9245 2.3093 9.8711 11.3288 20.6006 1.8180 41.9172 2.9301 1336.4759 62.0619
379.8360 21.7338 0.9127 2.2689 10.3940 11.0991 20.7798 1.7600 41.4397 2.8481 1336.1942 62.6176
387.0300 21.9851 0.7719 2.2752 11.4523 10.9581 21.3077 1.8017 41.0342 2.6948 1386.6361 62.7551
391.8276 22.1260 0.6466 2.2959 11.9339 11.1180 21.7139 1.8453 40.8997 2.6253 1405.0954 66.0240
392.3618 22.3461 0.6175 2.3118 12.3201 11.1836 21.7850 1.8676 41.9469 2.6198 1401.3427 67.1495
393.5318 22.5515 0.5902 2.3195 12.3585 11.3717 21.6611 1.8300 44.0940 2.6600 1412.6487 65.4609
396.4922 22.5435 0.5850 2.2858 12.2514 11.0906 22.0433 1.8483 42.0025 2.5649 1415.9783 66.9338
398.2346 22.4382 0.6221 2.2752 12.7019 11.0485 22.0121 1.9033 41.5083 2.5807 1413.8335 65.9729
389.5202 22.1627 0.7088 2.2927 11.6604 11.1498 21.4880 1.8343 41.8553 2.6905 1388.5256 64.8720
391.4845 22.8189 0.6145 2.3164 12.4094 11.4783 21.0854 1.8276 45.1394 2.7600 1388.4150 69.1456
387.2495 22.6696 0.5454 2.3022 12.3320 11.1566 21.3164 1.9954 43.4944 2.6767 1407.4084 65.2367
387.8640 22.3890 0.5895 2.3741 11.2902 11.5590 21.3112 2.0196 42.5433 2.6703 1406.0877 68.0800
391.9591 22.7032 0.5514 2.4140 11.4243 11.5572 21.1123 2.0676 41.6911 2.6064 1412.7412 67.6454
394.1916 22.8584 0.6382 2.4297 12.8203 11.0632 21.5070 2.0304 41.4020 2.6807 1399.1911 68.7894
391.0177 22.7716 0.6249 2.3706 12.5009 11.1324 21.2964 1.9833 41.3849 2.7171 1395.4050 68.4789
389.7117 22.5291 0.6317 2.3466 10.4812 11.8840 21.3474 1.8771 40.8680 2.6848 1398.6480 66.8582390.0626 22.4473 0.6005 2.3018 11.1916 11.2437 21.0897 1.8930 40.3063 2.6796 1388.2538 68.1814
390.4426 22.6484 0.5995 2.3569 11.8062 11.3843 21.2582 1.9617 42.1037 2.6845 1399.5188 67.8019
451.8829 22.0941 -0.0896 1.8966 21.0153 11.0447 25.3129 1.6093 36.4694 2.2513 1610.9391 84.8236
447.9847 22.0077 -0.0792 1.9112 20.2166 11.0294 25.0926 1.6141 36.7740 2.2845 1608.4642 84.5502
448.7648 22.1435 -0.0941 1.9481 19.8383 11.2106 25.1643 1.6655 37.0287 2.2406 1616.7960 84.8342
445.9870 22.1631 -0.0971 1.9395 20.1964 11.2620 24.9167 1.6213 37.0527 2.2696 1611.2372 87.0571
447.8875 22.4168 -0.0918 1.9512 21.4699 11.3778 25.1766 1.6832 37.4960 2.2657 1622.5345 85.7461
446.2883 22.3846 -0.0467 1.8919 19.4315 11.1137 25.0467 1.6278 37.3186 2.2508 1610.6523 82.2290
447.5397 22.5680 -0.0469 1.8701 19.6459 11.2274 24.9599 1.7043 37.3776 2.2342 1603.4508 86.1432
448.7950 22.6932 -0.0402 1.8902 19.3283 11.1727 24.8538 1.6595 37.1936 2.2432 1591.0511 84.0140
448.1412 22.3089 -0.0732 1.9123 20.1428 11.1798 25.0654 1.6481 37.0888 2.2550 1609.3907 84.9247
11
8
Raw Spectral Data - Pre Test QA
.DateTime
System Response Time - Zero
Zero System - RT_0000274.LAB 6/5/2024 07:54:39
Zero System - RT_0000358.LAB 6/5/2024 08:02:04
Zero System - RT_0000359.LAB 6/5/2024 08:02:09
Zero System - RT_0000360.LAB 6/5/2024 08:02:14
Zero System - RT_0000361.LAB 6/5/2024 08:02:19
Zero System - RT_0000362.LAB 6/5/2024 08:02:25
Zero System - RT_0000363.LAB 6/5/2024 08:02:30
Zero System - RT_0000364.LAB 6/5/2024 08:02:35
Zero System - RT_0000365.LAB 6/5/2024 08:02:41
Zero System - RT_0000366.LAB 6/5/2024 08:02:46
Zero System - RT_0000367.LAB 6/5/2024 08:02:51
Zero System - RT_0000368.LAB 6/5/2024 08:02:56
Zero System - RT_0000369.LAB 6/5/2024 08:03:02
Zero System - RT_0000370.LAB 6/5/2024 08:03:07
Zero System - RT_0000371.LAB 6/5/2024 08:03:12
Zero System - RT_0000372.LAB 6/5/2024 08:03:18
Zero System - RT_0000373.LAB 6/5/2024 08:03:23
Zero System - RT_0000374.LAB 6/5/2024 08:03:28
Zero System - RT_0000375.LAB 6/5/2024 08:03:34
Zero System - RT_0000376.LAB 6/5/2024 08:03:39
Zero System - RT_0000377.LAB 6/5/2024 08:03:44
Zero System - RT_0000378.LAB 6/5/2024 08:03:49
Zero System - RT_0000379.LAB 6/5/2024 08:03:55
Zero System - RT_0000380.LAB 6/5/2024 08:04:00
Zero System - RT_0000381.LAB 6/5/2024 08:04:05
Zero System - RT_0000382.LAB 6/5/2024 08:04:11
Response Time 0:09:32
System Zero - 11.3.6
Zero System_0000390.LAB 6/5/2024 08:05:51
Zero System_0000391.LAB 6/5/2024 08:06:07
Zero System_0000392.LAB 6/5/2024 08:06:23
Zero System_0000393.LAB 6/5/2024 08:06:39
Zero System_0000394.LAB 6/5/2024 08:06:55
Zero System_0000395.LAB 6/5/2024 08:07:11
Zero System_0000396.LAB 6/5/2024 08:07:27
Zero System_0000397.LAB 6/5/2024 08:07:42
Average
REA - Sample Spectra
Zero System_0000720.LAB 6/5/2024 12:47:13
Zero System_0000721.LAB 6/5/2024 12:47:29
Zero System_0000722.LAB 6/5/2024 12:47:45
Zero System_0000723.LAB 6/5/2024 12:48:01
Zero System_0000724.LAB 6/5/2024 12:48:17
Zero System_0000725.LAB 6/5/2024 12:48:33
Zero System_0000726.LAB 6/5/2024 12:48:49
Zero System_0000727.LAB 6/5/2024 12:49:05
Average
Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid
CO
Carbon Monoxide Carbon Tetrafluoride C2H6
Ethane
C2H4
Ethylene Formaldehyde Methane
39.0483 3.5087 0.6844 1.8329 0.6568 4.5224 2.6419 1.3113 25.5533 1.5045 137.5313 6.3152
-0.2961 0.4713 -0.0012 0.1348 -0.1292 0.9126 0.0524 1.1806 5.2533 0.4672 0.9154 0.9257
-0.2875 0.4427 0.0015 0.1380 -0.1077 0.8847 0.0599 1.0782 5.2259 0.4597 0.9157 0.9122
-0.3145 0.4690 0.0002 0.1410 -0.0687 0.8867 -0.0508 1.1993 4.9916 0.4388 0.9692 0.9412
-0.1797 0.5985 0.0102 0.2142 -0.1181 0.8825 -0.0835 1.2206 4.8499 0.5513 0.9617 1.0229
-0.1725 0.6028 0.0050 0.2085 -0.0738 0.8824 -0.3296 0.9141 4.8452 0.5150 0.9524 1.0571
-0.2707 0.5400 0.0071 0.1973 -0.0545 0.8434 -0.1579 1.0149 4.8315 0.4815 0.9839 0.9566
-0.1538 0.5829 0.0074 0.1939 -0.1179 0.8226 -0.0607 1.1587 4.6133 0.4619 0.9722 0.9858
-0.1605 0.5809 0.0083 0.1837 0.0088 0.8274 -0.2262 0.9723 4.5837 0.4919 0.9092 0.9750
-0.1496 0.5219 0.0089 0.1812 -0.0796 0.8198 -0.0110 1.1197 4.5773 0.4709 0.8513 0.9274
-0.1089 0.5507 0.0067 0.1725 -0.0284 0.8102 -0.0950 1.0781 4.5927 0.4820 0.9402 0.9671
-0.2353 0.5277 0.0068 0.1663 -0.0603 0.7991 -0.1136 0.9976 4.5714 0.4622 0.8764 0.8877
-0.1612 0.5277 0.0088 0.1633 -0.0319 0.8020 -0.1719 1.0294 4.7189 0.4892 0.7942 0.8546
-0.1818 0.5426 0.0072 0.1569 -0.0686 0.8041 -0.1190 0.9880 4.6188 0.4830 0.8720 0.9410
-0.3297 0.5247 0.0038 0.1496 -0.0595 0.7783 0.1603 1.2357 4.5797 0.4614 0.7982 0.8409
-0.1282 0.4656 0.0076 0.1463 -0.1312 0.7780 -0.0572 1.1193 4.5213 0.4454 0.8891 0.8592
-0.2545 0.4585 0.0080 0.1413 -0.0588 0.7537 -0.3151 1.1360 4.4621 0.4520 0.8189 0.8737
-0.2017 0.4875 0.0065 0.1342 0.0214 0.7522 -0.1615 1.3815 4.4065 0.4410 0.7587 0.8507
-0.2754 0.4293 0.0090 0.1344 -0.0082 0.7421 -0.0473 1.4273 4.3611 0.4152 0.7972 0.8329
-0.2508 0.4611 0.0067 0.1228 -0.1194 0.7225 -0.0473 1.1199 4.3927 0.4117 0.8256 0.8052
-0.2939 0.4927 0.0062 0.1198 -0.1158 0.7244 0.0360 1.0303 4.4078 0.4478 0.7076 0.7614
-0.3289 0.4206 0.0050 0.1147 -0.1339 0.7341 -0.0789 1.1357 4.3278 0.4308 0.7620 0.8236
-0.2469 0.4334 0.0024 0.1109 -0.0994 0.7108 -0.2748 1.1257 4.2209 0.4579 0.7259 0.7862
-0.2222 0.4050 0.0034 0.1042 -0.0937 0.6803 -0.0786 1.2203 4.1297 0.4169 0.7144 0.7780
-0.2955 0.4010 0.0019 0.0956 -0.0989 0.6716 -0.0821 0.9033 4.0679 0.4323 0.7242 0.7418
-0.1797 0.3740 -0.0004 0.0883 -0.0550 0.6208 -0.1617 1.2321 3.7668 0.4647 0.7375 0.6697
-0.2185 0.2499 -0.0044 0.1005 -0.0186 0.3832 -0.1088 0.6799 2.0110 0.2712 0.5590 0.4879
-0.2545 0.2313 -0.0063 0.1047 -0.0588 0.3636 -0.0415 0.8181 1.8707 0.2782 0.5403 0.4568
-0.2114 0.2489 -0.0074 0.1101 -0.0726 0.3628 -0.0834 0.6031 1.7448 0.2630 0.4894 0.4500
-0.1553 0.2338 -0.0048 0.1123 -0.0725 0.3596 -0.1006 0.6118 1.8953 0.2689 0.5115 0.4459
-0.1964 0.2049 -0.0060 0.1181 -0.0542 0.3473 -0.0562 0.5601 1.8065 0.2550 0.4854 0.4411
-0.2391 0.2406 -0.0062 0.1215 -0.0735 0.3307 -0.1021 0.8110 1.6955 0.2671 0.4866 0.4223
-0.2747 0.2214 -0.0107 0.1269 -0.0157 0.3269 -0.0490 0.6844 1.7368 0.2580 0.4394 0.3954
-0.2956 0.2208 -0.0084 0.1311 -0.0255 0.3166 -0.1382 0.6881 1.7204 0.2631 0.3993 0.3914
-0.2307 0.2315 -0.0068 0.1157 -0.0489 0.3488 -0.0850 0.6821 1.8101 0.2656 0.4889 0.4364
-0.5999 0.1767 -0.0098 0.1575 -0.0196 0.2579 -0.0913 0.4107 1.5281 0.2242 0.5983 0.3022
-0.5980 0.2021 -0.0129 0.1567 -0.0034 0.2366 0.0172 0.4247 1.2605 0.2219 0.6603 0.2802
-0.5890 0.1781 -0.0122 0.1565 -0.0018 0.2338 -0.0146 0.4169 1.1413 0.2335 0.6376 0.3235
-0.5913 0.1680 -0.0114 0.1566 -0.0398 0.2263 -0.0679 0.4119 1.0966 0.2371 0.6441 0.2887
-0.5266 0.1930 -0.0134 0.1570 -0.0112 0.2295 -0.0237 0.4696 1.1371 0.2177 0.7099 0.3367
-0.5622 0.1734 -0.0115 0.1567 0.0026 0.2252 -0.0879 0.4876 1.1224 0.2208 0.7497 0.2888
-0.5238 0.1725 -0.0124 0.1581 0.0023 0.2199 -0.0892 0.4306 1.1409 0.2218 0.7911 0.2996
-0.5560 0.1604 -0.0117 0.1573 0.0079 0.2197 -0.1566 0.4371 1.0965 0.2026 0.7536 0.2973
-0.5683 0.1780 -0.0119 0.1571 -0.0079 0.2311 -0.0642 0.4361 1.1904 0.2224 0.6931 0.3021
11
9
Raw Spectral Data - Pre Test QA
.Date Time
Background - 11.3.3
Background_0000011BKG.LAB 6/5/2024 06:27:34
NEA - 11.3 (A2)
NEA_0000020.LAB 6/5/2024 06:33:45
NEA_0000021.LAB 6/5/2024 06:34:38
NEA_0000022.LAB 6/5/2024 06:35:31
NEA_0000023.LAB 6/5/2024 06:36:24
NEA_0000024.LAB 6/5/2024 06:37:16
NEA_0000025.LAB 6/5/2024 06:38:09
NEA_0000026.LAB 6/5/2024 06:39:02
NEA_0000027.LAB 6/5/2024 06:39:02
Average
CTS Direct - 11.3.4
CTS_0000030.LAB 6/5/2024 06:40:22
CTS_0000031.LAB 6/5/2024 06:40:38
CTS_0000032.LAB 6/5/2024 06:40:53
CTS_0000033.LAB 6/5/2024 06:41:09
CTS_0000034.LAB 6/5/2024 06:41:25
CTS_0000035.LAB 6/5/2024 06:41:41
CTS_0000036.LAB 6/5/2024 06:41:57
CTS_0000037.LAB 6/5/2024 06:42:13
Average
Acetaldehyde Direct
CH3CHO_0000050.LAB 6/5/2024 06:45:39
CH3CHO_0000051.LAB 6/5/2024 06:45:55
CH3CHO_0000052.LAB 6/5/2024 06:46:11
CH3CHO_0000053.LAB 6/5/2024 06:46:27
CH3CHO_0000054.LAB 6/5/2024 06:46:43
CH3CHO_0000055.LAB 6/5/2024 06:46:59
CH3CHO_0000056.LAB 6/5/2024 06:47:15
CH3CHO_0000057.LAB 6/5/2024 06:47:30
Average
Mechanical Response Time - CTS
CTS Response Time_0000083.LAB 6/5/2024 06:56:31
CTS Response Time_0000084.LAB 6/5/2024 06:56:36
CTS Response Time_0000085.LAB 6/5/2024 06:56:41
CTS Response Time_0000086.LAB 6/5/2024 06:56:47
CTS Response Time_0000087.LAB 6/5/2024 06:56:52
CTS Response Time_0000088.LAB 6/5/2024 06:56:57
CTS Response Time_0000089.LAB 6/5/2024 06:57:02
CTS Response Time_0000090.LAB 6/5/2024 06:57:08
CTS Response Time_0000091.LAB 6/5/2024 06:57:13
Response Time 0:00:42
CTS System - 11.3.2.2 (A4.5)
CTS System_0000100.LAB 6/5/2024 06:58:48
CTS System_0000101.LAB 6/5/2024 06:59:04
CTS System_0000102.LAB 6/5/2024 06:59:20
CTS System_0000103.LAB 6/5/2024 06:59:36
CTS System_0000104.LAB 6/5/2024 06:59:52
CTS System_0000105.LAB 6/5/2024 07:00:07
CTS System_0000106.LAB 6/5/2024 07:00:23
CTS System_0000107.LAB 6/5/2024 07:00:39
Average
Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid
000000000000
-0.2345 1.2426 0.0011 0.1253 0.0164 0.0902 0.0168 0.5566 -0.0011 0.0066 0.0032 0.0284
-0.1756 1.3728 -0.0022 0.1300 -0.1105 0.0800 -0.1604 0.5763 -0.0051 0.0073 0.0033 0.0284
-0.2556 1.5408 -0.0102 0.1556 -0.0356 0.0864 -0.0359 0.5953 0.0005 0.0075 -0.0076 0.0210
-0.2848 1.6889 -0.0090 0.1645 -0.0019 0.0877 -0.0589 0.6135 -0.0039 0.0077 -0.0037 0.0258
-0.2989 1.8108 0.0091 0.1827 -0.0829 0.0866 -0.1408 0.6528 -0.0004 0.0078 -0.0019 0.0222
-0.3202 1.9652 -0.0073 0.1909 -0.0862 0.0919 0.1308 0.5815 -0.0004 0.0069 -0.0050 0.0330
-0.2618 2.1000 -0.0063 0.2088 -0.0371 0.0852 0.1290 0.6236 -0.0028 0.0076 -0.0062 0.0288
-0.2618 2.1000 -0.0063 0.2088 -0.0371 0.0852 0.1290 0.6236 -0.0028 0.0076 -0.0062 0.0288
-0.2617 1.7276 -0.0039 0.1708 -0.0469 0.0867 0.0012 0.6029 -0.0020 0.0074 -0.0030 0.0270
-0.0062 10.1071 -0.0373 0.2601 -5.5848 2.7499 -4.0348 112.6003 -0.8079 1.5193 -0.0121 0.0902
0.0501 10.2178 0.0071 0.2644 -5.6522 2.7544 -3.8222 113.0252 -0.8131 1.5218 -0.0111 0.0971
0.0510 10.0317 0.0157 0.2520 -5.5886 2.7523 -4.4244 113.5158 -0.8102 1.5324 0.0024 0.1062
0.0372 10.2316 0.0077 0.2586 -5.5208 2.7573 -4.1821 112.9497 -0.8139 1.5224 -0.0099 0.1004
0.0923 10.2050 -0.0146 0.2749 -5.6826 2.7486 -4.0295 113.5306 -0.8148 1.5308 -0.0016 0.1037
0.0427 10.2431 0.0208 0.2676 -5.7315 2.7702 -3.6432 113.6680 -0.8223 1.5332 -0.0049 0.1025
0.0395 10.2535 -0.0195 0.2755 -5.6418 2.7549 -4.3015 113.2516 -0.8086 1.5268 -0.0065 0.0967
0.1127 10.1971 -0.0088 0.2867 -5.7166 2.7430 -4.1880 112.9593 -0.8138 1.5229 -0.0064 0.1019
0.0524 10.1859 -0.0036 0.2675 -5.6399 2.7538 -4.0782 113.1875 -0.8131 1.5262 -0.0063 0.0998
0.2548 5.2369 0.0882 0.3282 -0.7805 2.0291 -0.7530 1.8919 0.0118 0.0216 0.0262 0.2016
0.0647 5.2903 0.1054 0.3431 -0.7414 2.0313 -0.1153 1.8860 0.0138 0.0220 0.0267 0.2040
0.1682 5.3003 0.0636 0.3370 -0.6702 2.0423 -0.2430 2.0867 0.0176 0.0248 0.0241 0.2106
0.0033 5.2777 0.0587 0.3405 -0.7053 2.0721 -0.6420 1.7785 0.0106 0.0201 0.0221 0.2083
0.1548 5.4860 0.0217 0.3461 -0.6717 2.0688 -0.2493 1.9153 0.0019 0.0231 0.0340 0.2007
-0.0078 5.3877 0.0221 0.3503 -0.8844 2.0832 -0.4086 1.9866 0.0228 0.0209 0.0369 0.2128
0.1506 5.3767 0.0691 0.3562 -0.6857 2.0740 -0.1703 1.8568 0.0123 0.0185 0.0149 0.2086
0.0684 5.4800 0.0315 0.3657 -0.7218 2.0781 -0.2739 2.0419 0.0133 0.0242 0.0161 0.2058
0.1071 5.3545 0.0575 0.3459 -0.7326 2.0599 -0.3569 1.9305 0.0130 0.0219 0.0251 0.2066
-3.9563 34.3463 1.5848 3.8195 -0.3273 0.5236 -0.4181 1.4986 0.0016 0.0183 1.5733 0.0924
-4.8027 33.8659 -1.0010 3.9686 0.1644 0.5222 0.2110 1.8304 -0.0080 0.0248 1.4278 0.0865
-2.8088 23.7985 0.4315 2.4076 -0.6185 0.5559 -0.9309 13.3363 -0.0926 0.1815 0.9702 0.1026
-1.0750 21.8848 1.3627 1.3698 -2.4832 1.3709 -1.7918 56.1909 -0.4100 0.7619 0.5914 0.0718
0.3787 21.1175 1.6489 0.8595 -3.9520 1.9702 -2.4992 80.8185 -0.5853 1.0951 0.3466 0.0933
1.3330 19.7897 1.7050 0.6424 -4.8821 2.2414 -3.4193 93.5134 -0.6852 1.2631 0.2171 0.0969
1.5738 18.3684 1.3305 0.5346 -4.9610 2.4497 -4.0421 101.2831 -0.7228 1.3693 0.1475 0.1107
1.6189 17.1641 1.2366 0.4772 -5.3330 2.5524 -3.0719 106.0924 -0.7671 1.4302 0.1061 0.1048
1.4526 15.6628 1.0248 0.3943 -5.3676 2.6054 -4.3403 107.6509 -0.7728 1.4543 0.0546 0.1134
0.6090 10.8724 0.4051 0.3197 -5.7227 2.7488 -4.5428 113.1642 -0.8022 1.5267 0.0144 0.1067
0.5949 10.7322 0.3135 0.3251 -5.6077 2.7480 -3.8528 113.0336 -0.8133 1.5236 0.0148 0.1058
0.5584 10.8440 0.3382 0.3257 -5.6987 2.7449 -3.7791 113.7600 -0.8159 1.5355 0.0136 0.0987
0.6556 10.6279 0.3432 0.3312 -5.5529 2.7519 -4.1409 113.0361 -0.8085 1.5243 0.0192 0.1135
0.4420 10.7060 0.3352 0.3496 -5.7068 2.7591 -3.9512 112.4758 -0.8150 1.5158 0.0077 0.0950
0.4399 10.6315 0.3717 0.3565 -5.6926 2.7420 -4.0700 112.7890 -0.8035 1.5210 0.0191 0.1018
0.4797 10.6114 0.2693 0.3541 -5.6891 2.7607 -4.1899 112.6339 -0.8165 1.5186 0.0092 0.1039
0.4724 10.4733 0.3014 0.3614 -5.6754 2.7558 -4.1749 112.7049 -0.8099 1.5183 0.0015 0.0950
0.5315 10.6873 0.3347 0.3404 -5.6682 2.7514 -4.0877 112.9497 -0.8106 1.5230 0.0124 0.1026
Sulfur Hexafluoride H2O%
Water
NO
Nitric Oxide Nitrogen Dioxide C3H8
Propane
C3H6
Propylene
12
0
Raw Spectral Data - Pre Test QA
.Date Time
Equilibration Response Time - Acetaldehyde
Spike Gas - RT_0000115.LAB 6/5/2024 07:01:16
Spike Gas - RT_0000116.LAB 6/5/2024 07:01:22
Spike Gas - RT_0000117.LAB 6/5/2024 07:01:27
Spike Gas - RT_0000118.LAB 6/5/2024 07:01:32
Spike Gas - RT_0000119.LAB 6/5/2024 07:01:37
Spike Gas - RT_0000120.LAB 6/5/2024 07:01:43
Spike Gas - RT_0000121.LAB 6/5/2024 07:01:48
Spike Gas - RT_0000122.LAB 6/5/2024 07:01:53
Spike Gas - RT_0000123.LAB 6/5/2024 07:01:59
Spike Gas - RT_0000124.LAB 6/5/2024 07:01:59
Spike Gas _0000124.LAB 6/5/2024 07:02:15
Spike Gas _0000126.LAB 6/5/2024 07:02:30
Spike Gas _0000127.LAB 6/5/2024 07:02:46
Response Time 0:01:30
Acetaldehyde System
CH3CHO_0000057.LAB 6/5/2024 06:47:30
CH3CHO_0000058.LAB 6/5/2024 06:47:46
CH3CHO_0000059.LAB 6/5/2024 06:48:02
CH3CHO_0000060.LAB 6/5/2024 06:48:18
CH3CHO_0000061.LAB 6/5/2024 06:48:34
CH3CHO_0000062.LAB 6/5/2024 06:48:50
CH3CHO_0000063.LAB 6/5/2024 06:49:06
CH3CHO_0000064.LAB 6/5/2024 06:49:22
Average
Pre Baseline Effluent - 11.3.5 (A5)
Pre Base_0000210.LAB 6/5/2024 07:46:32
Pre Base_0000211.LAB 6/5/2024 07:46:48
Pre Base_0000212.LAB 6/5/2024 07:47:04
Pre Base_0000213.LAB 6/5/2024 07:47:20
Pre Base_0000214.LAB 6/5/2024 07:47:35
Pre Base_0000215.LAB 6/5/2024 07:47:51
Pre Base_0000216.LAB 6/5/2024 07:48:07
Pre Base_0000217.LAB 6/5/2024 07:48:23
Average
Analyte Spike - Acetaldehyde
Spike Rise_0000244.LAB 6/5/2024 07:51:55
Spike Rise_0000245.LAB 6/5/2024 07:52:00
Spike Rise_0000246.LAB 6/5/2024 07:52:05
Spike Rise_0000247.LAB 6/5/2024 07:52:11
Spike Rise_0000248.LAB 6/5/2024 07:52:16
Spike Rise_0000249.LAB 6/5/2024 07:52:21
Spike Rise_0000250.LAB 6/5/2024 07:52:26Spike Rise_0000251.LAB 6/5/2024 07:52:32
Average
Post Baseline Effluent - 11.3.5 (A5)
Post Base _0000401.LAB 6/5/2024 08:09:49
Post Base _0000403.LAB 6/5/2024 08:10:05
Post Base _0000404.LAB 6/5/2024 08:10:21
Post Base _0000405.LAB 6/5/2024 08:10:37
Post Base _0000406.LAB 6/5/2024 08:10:53
Post Base _0000407.LAB 6/5/2024 08:11:09
Post Base _0000408.LAB 6/5/2024 08:11:25
Post Base _0000409.LAB 6/5/2024 08:11:41
Average
Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid
Sulfur Hexafluoride H2O%
Water
NO
Nitric Oxide Nitrogen Dioxide C3H8
Propane
C3H6
Propylene
0.4478 10.7013 0.3116 0.3789 -5.5398 2.7741 -4.4046 112.9546 -0.8222 1.5233 0.0199 0.1078
0.4096 9.1150 0.2904 0.3334 -4.6295 2.2922 -2.5456 94.8901 -0.6985 1.2838 0.0130 0.0899
0.4581 6.4911 0.2372 0.3686 -2.9154 1.7681 -2.0039 59.4865 -0.4315 0.8039 0.0352 0.1502
0.5276 6.0867 0.3101 0.3720 -2.2149 1.6454 -0.5493 38.3305 -0.2684 0.5210 0.0439 0.1601
0.4398 5.3903 0.3543 0.3423 -1.8970 1.6716 -0.6686 25.8240 -0.1822 0.3495 0.0095 0.1955
0.5758 5.3472 0.2868 0.3518 -1.4444 1.7953 -0.8584 17.1754 -0.1111 0.2327 0.0430 0.2040
0.5774 5.2936 0.3646 0.3434 -1.2251 1.8826 -0.2791 11.5903 -0.0645 0.1541 0.0750 0.2461
0.7389 5.3207 0.2447 0.3447 -0.9986 1.9450 -0.3530 7.9655 -0.0515 0.1056 0.0547 0.2198
0.6571 5.4779 0.3642 0.3600 -1.2648 1.9337 -0.1357 5.7977 -0.0343 0.0756 0.0609 0.2304
0.6571 5.4779 0.3642 0.3600 -1.2648 1.9337 -0.1357 5.7977 -0.0343 0.0756 0.0609 0.2304
0.5488 5.4147 0.3114 0.3645 -0.9717 1.9993 -0.2334 3.1458 -0.0078 0.0408 0.0454 0.2401
0.6683 5.5293 0.2822 0.3453 -1.0708 2.0438 0.0188 2.1076 0.0017 0.0252 0.0539 0.2314
0.7057 5.6092 0.2705 0.3487 -0.8109 2.0378 -0.1325 1.8123 0.0105 0.0204 0.0359 0.2330
0.0684 5.4800 0.0315 0.3657 -0.7218 2.0781 -0.2739 2.0419 0.0133 0.0242 0.0161 0.2058
0.0524 5.4814 0.0483 0.3632 -0.8016 2.0890 -0.5417 2.0778 0.0159 0.0239 0.0314 0.2076
0.1191 5.5034 0.0302 0.3648 -0.7342 2.0715 -0.3936 1.7855 0.0091 0.0210 0.0342 0.2153
0.0339 5.5149 0.0672 0.3828 -0.6996 2.0872 -0.0541 1.9223 0.0052 0.0233 0.0364 0.2006
0.0064 5.4814 0.0810 0.3786 -0.8365 2.0802 -0.6481 2.0922 0.0110 0.0268 0.0290 0.2127
-0.0088 5.6601 -0.0254 0.3765 -0.8073 2.0677 -0.2472 1.9693 0.0122 0.0237 0.0219 0.2057
0.0426 5.6154 0.1082 0.3867 -0.7234 2.0838 -0.4857 1.9071 0.0209 0.0217 0.0336 0.2136
0.0913 5.7057 0.0767 0.3813 -0.7708 2.0932 -0.7339 1.9965 0.0193 0.0235 0.0365 0.2124
0.0507 5.5553 0.0522 0.3750 -0.7619 2.0813 -0.4223 1.9740 0.0134 0.0235 0.0299 0.2092
88.4602 105.0509 16.4080 5.2824 -11.2240 11.6080 -0.0996 24.4043 -0.1591 0.3291 11.6027 0.4039
104.8197 88.5595 17.4626 5.1010 -10.8789 11.4595 -0.0804 24.6170 -0.1624 0.3305 11.4274 0.3967
103.5394 85.3224 21.0845 5.1299 -9.9954 11.3483 -0.2670 25.2292 -0.1655 0.3397 11.1289 0.3934
103.1819 87.1421 20.6057 5.2049 -10.2001 11.3143 0.1926 25.6861 -0.1719 0.3454 11.1510 0.3880
101.7987 86.6291 18.5673 5.1333 -10.8428 11.5664 0.0233 25.7864 -0.1697 0.3468 11.2820 0.3852
107.8494 91.6608 15.9272 5.1699 -10.7146 12.1400 0.3362 25.6434 -0.1680 0.3451 11.5504 0.4071
104.9350 88.7422 19.3923 5.0369 -10.5542 11.5946 0.1055 26.0502 -0.1706 0.3511 11.2746 0.3871
107.4970 86.8029 19.7583 5.1378 -10.7587 11.4697 -0.2198 26.0514 -0.1806 0.3504 11.1066 0.3731
102.7602 89.9887 18.6507 5.1495 -10.6461 11.5626 -0.0011 25.4335 -0.1685 0.3423 11.3154 0.3918
97.5686 103.9269 12.5083 5.4292 -11.9601 12.4299 -0.1483 24.9660 -0.1768 0.3335 12.2810 0.4264
95.8966 118.8499 15.1808 4.9149 -11.4769 12.0017 0.4017 25.2525 -0.1654 0.3376 12.1445 0.4173
94.6538 112.6479 18.8880 4.7523 -10.2745 11.7559 -0.1504 25.3079 -0.1839 0.3384 12.1912 0.4106
95.6406 109.0724 18.3713 5.1277 -10.2492 11.5190 0.4715 25.0387 -0.1664 0.3356 12.1219 0.4023
96.9931 99.2960 15.8767 5.4389 -11.6964 11.4623 -0.0313 25.4670 -0.1761 0.3425 12.1611 0.4277
97.7731 103.9660 16.3894 5.5311 -11.8801 11.4314 0.6357 25.2408 -0.1640 0.3388 12.1009 0.4414
97.8808 111.3123 13.3595 5.2048 -9.7586 11.2958 0.3807 25.2584 -0.1727 0.3394 12.0292 0.427698.2435 104.6703 16.1943 5.2667 -10.2597 11.1699 -0.0322 25.0088 -0.1647 0.3355 12.0720 0.4125
96.8313 107.9677 15.8460 5.2082 -10.9444 11.6332 0.1909 25.1925 -0.1713 0.3377 12.1377 0.4207
117.3971 82.7010 34.2604 7.0856 -8.4766 10.0009 0.0017 29.6626 -0.2110 0.4010 6.8538 0.3493
110.9721 82.7408 31.0823 6.6361 -7.9843 10.0951 -0.0706 29.4137 -0.2118 0.3978 7.0264 0.3473
105.1566 81.7522 31.7535 6.7660 -7.9808 10.1508 -0.2300 29.5151 -0.2007 0.3999 7.1497 0.3577
103.5583 79.4481 27.5019 4.4209 -8.7774 10.1626 -0.4020 29.2054 -0.2135 0.3957 7.3203 0.3370
104.9195 80.6978 26.6478 4.4635 -8.5413 10.2718 -0.2219 29.5274 -0.2064 0.3998 7.4915 0.3404
108.6756 79.0427 26.1521 4.3452 -8.1207 10.2485 0.0581 29.3641 -0.2160 0.3962 7.6577 0.3317
112.7560 84.9943 26.1020 4.6133 -8.2587 10.2726 -0.2215 29.2987 -0.2040 0.3963 7.6885 0.3598
116.9396 81.9688 24.9342 4.5454 -8.8120 10.2191 -0.1757 29.1574 -0.2040 0.3942 7.8326 0.3318
110.0468 81.6682 28.5543 5.3595 -8.3690 10.1777 -0.1578 29.3930 -0.2084 0.3976 7.3776 0.3444
12
1
Raw Spectral Data - Pre Test QA
.Date Time
System Response Time - Zero
Zero System - RT_0000274.LAB 6/5/2024 07:54:39
Zero System - RT_0000358.LAB 6/5/2024 08:02:04
Zero System - RT_0000359.LAB 6/5/2024 08:02:09
Zero System - RT_0000360.LAB 6/5/2024 08:02:14
Zero System - RT_0000361.LAB 6/5/2024 08:02:19
Zero System - RT_0000362.LAB 6/5/2024 08:02:25
Zero System - RT_0000363.LAB 6/5/2024 08:02:30
Zero System - RT_0000364.LAB 6/5/2024 08:02:35
Zero System - RT_0000365.LAB 6/5/2024 08:02:41
Zero System - RT_0000366.LAB 6/5/2024 08:02:46
Zero System - RT_0000367.LAB 6/5/2024 08:02:51
Zero System - RT_0000368.LAB 6/5/2024 08:02:56
Zero System - RT_0000369.LAB 6/5/2024 08:03:02
Zero System - RT_0000370.LAB 6/5/2024 08:03:07
Zero System - RT_0000371.LAB 6/5/2024 08:03:12
Zero System - RT_0000372.LAB 6/5/2024 08:03:18
Zero System - RT_0000373.LAB 6/5/2024 08:03:23
Zero System - RT_0000374.LAB 6/5/2024 08:03:28
Zero System - RT_0000375.LAB 6/5/2024 08:03:34
Zero System - RT_0000376.LAB 6/5/2024 08:03:39
Zero System - RT_0000377.LAB 6/5/2024 08:03:44
Zero System - RT_0000378.LAB 6/5/2024 08:03:49
Zero System - RT_0000379.LAB 6/5/2024 08:03:55
Zero System - RT_0000380.LAB 6/5/2024 08:04:00
Zero System - RT_0000381.LAB 6/5/2024 08:04:05
Zero System - RT_0000382.LAB 6/5/2024 08:04:11
Response Time 0:09:32
System Zero - 11.3.6
Zero System_0000390.LAB 6/5/2024 08:05:51
Zero System_0000391.LAB 6/5/2024 08:06:07
Zero System_0000392.LAB 6/5/2024 08:06:23
Zero System_0000393.LAB 6/5/2024 08:06:39
Zero System_0000394.LAB 6/5/2024 08:06:55
Zero System_0000395.LAB 6/5/2024 08:07:11
Zero System_0000396.LAB 6/5/2024 08:07:27
Zero System_0000397.LAB 6/5/2024 08:07:42
Average
REA - Sample Spectra
Zero System_0000720.LAB 6/5/2024 12:47:13
Zero System_0000721.LAB 6/5/2024 12:47:29
Zero System_0000722.LAB 6/5/2024 12:47:45
Zero System_0000723.LAB 6/5/2024 12:48:01
Zero System_0000724.LAB 6/5/2024 12:48:17
Zero System_0000725.LAB 6/5/2024 12:48:33
Zero System_0000726.LAB 6/5/2024 12:48:49
Zero System_0000727.LAB 6/5/2024 12:49:05
Average
Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid
Sulfur Hexafluoride H2O%
Water
NO
Nitric Oxide Nitrogen Dioxide C3H8
Propane
C3H6
Propylene
3.9048 69.0326 1.9124 4.5544 -2.7489 7.0293 0.3986 3.9930 -0.0154 0.0528 10.7055 0.3419
-3.8404 34.5141 2.1516 3.1442 -0.8562 1.4835 -0.0327 1.9698 -0.0095 0.0217 1.4934 0.1150
-3.5839 34.8976 2.2016 2.9503 -0.4253 1.4633 0.3750 1.8948 0.0097 0.0228 1.4968 0.1013
-3.8341 35.0895 2.0056 2.7845 -0.7157 1.3874 -0.1344 1.9849 -0.0066 0.0269 1.4849 0.1044
-4.9590 35.3582 -0.4869 4.1948 -0.5309 1.4088 -0.5672 1.9984 -0.0038 0.0275 1.4273 0.1146
-5.1594 34.4488 -0.4363 4.1695 -0.5310 1.4029 0.2099 1.5970 -0.0106 0.0183 1.3915 0.1199
-4.7740 33.6257 -0.5470 3.9925 -0.6586 1.3842 -0.0592 1.7344 0.0020 0.0232 1.3969 0.1181
-4.7881 33.5932 -0.2426 4.0178 -0.4334 1.3293 -0.1287 1.9332 -0.0068 0.0245 1.3380 0.1130
-4.7283 32.6584 -0.1066 3.9090 -0.4404 1.3192 0.0701 1.7235 -0.0037 0.0210 1.3616 0.1303
-4.5492 31.7747 0.0278 3.9499 -0.6357 1.3146 -0.0577 1.8781 -0.0028 0.0246 1.3170 0.1186
-4.5919 31.8145 -0.0700 3.7718 -0.6684 1.3147 -0.2915 1.8019 -0.0075 0.0227 1.2838 0.1135
-4.4983 31.4802 -0.1036 3.5972 -0.7362 1.3144 -0.1192 1.7449 -0.0004 0.0213 1.3044 0.1164
-4.5263 30.9907 0.1391 3.6426 -0.4927 1.3525 0.2020 1.7230 -0.0006 0.0228 1.2781 0.1248
-4.2982 30.3711 0.2506 3.5721 -0.5437 1.3267 0.0651 1.6931 0.0009 0.0207 1.2295 0.1032
-4.2449 30.0597 0.2272 3.5751 -0.4300 1.3086 0.4134 2.0386 -0.0146 0.0282 1.2124 0.0981
-4.5100 29.8877 0.2757 3.4196 -0.6021 1.2931 0.2378 1.8459 -0.0025 0.0203 1.1981 0.0984
-4.1436 29.5087 0.4473 3.4414 -0.6326 1.2752 0.3829 1.8964 0.0033 0.0245 1.1742 0.1032
-4.2212 29.1744 0.3645 3.4706 -0.7396 1.2705 0.2760 2.2136 -0.0162 0.0293 1.1727 0.1059
-4.0161 28.8664 0.3437 3.3528 -0.6524 1.2296 0.0106 2.3430 0.0064 0.0313 1.1286 0.1069
-4.1210 28.7531 0.3611 3.1942 -0.3689 1.2589 -0.6158 1.8492 0.0050 0.0247 1.1098 0.0970
-4.0967 28.3039 0.6212 3.1823 -0.6657 1.2546 -0.6036 1.7363 0.0019 0.0207 1.0962 0.0948
-3.8918 27.7591 0.7819 3.2294 -0.5180 1.2273 0.1068 1.8710 -0.0082 0.0250 1.0902 0.1117
-3.9142 27.4462 0.6698 2.9878 -0.5335 1.2176 -0.1333 1.8903 0.0045 0.0250 1.0520 0.0982
-3.7317 26.8150 0.6348 2.8320 -0.5706 1.1893 -0.7144 2.0379 0.0009 0.0273 1.0243 0.0927
-3.4941 26.5971 0.9420 2.8455 -0.8125 1.1517 -0.3096 1.6508 0.0019 0.0176 0.9989 0.1217
-3.3213 25.8089 1.1338 2.6453 -0.2912 1.0796 -0.6479 2.0355 0.0081 0.0275 0.8963 0.0926
-2.0181 23.4935 1.6958 1.8178 -0.4958 0.5818 0.1024 1.2928 0.0003 0.0132 0.6344 0.0648
-1.8387 23.2763 1.6765 1.7389 -0.4455 0.5624 0.1792 1.3738 -0.0027 0.0188 0.6161 0.0602
-1.7131 22.9711 1.7626 1.6490 -0.4977 0.5354 0.1178 1.0699 -0.0071 0.0127 0.5816 0.0598
-1.7152 22.9670 1.8288 1.6064 -0.4471 0.5604 -0.1456 1.0475 -0.0020 0.0136 0.5555 0.0508
-1.4767 22.7415 1.8432 1.5362 -0.4013 0.5302 -0.3161 0.9518 -0.0002 0.0125 0.5319 0.0503
-1.3281 22.6505 1.9117 1.4732 -0.4104 0.5123 -0.0063 1.3668 -0.0051 0.0177 0.5045 0.0478
-1.1586 22.5011 1.8996 1.4212 -0.2603 0.5097 -0.3559 1.2404 -0.0075 0.0150 0.4795 0.0501
-1.0553 22.2662 1.8846 1.3485 -0.4316 0.5068 -0.2574 1.1880 -0.0024 0.0155 0.4583 0.0559
-1.5380 22.8584 1.8128 1.5739 -0.4237 0.5374 -0.0852 1.1913 -0.0033 0.0149 0.5452 0.0550
-0.0665 20.8586 2.0787 1.0850 -0.5760 0.4496 -0.2249 0.7136 -0.0037 0.0085 0.2789 0.0416
0.0763 20.6613 2.0787 1.0711 -0.6859 0.3823 -0.0328 0.7315 -0.0015 0.0088 0.2613 0.0423
0.0772 20.5230 2.0763 1.0572 -0.6313 0.3565 0.1865 0.7251 -0.0039 0.0083 0.2644 0.0424
0.1112 20.3728 2.1379 1.0625 -0.5339 0.3393 0.0092 0.8097 -0.0034 0.0085 0.2552 0.0389
0.0171 20.3959 2.0964 1.0397 -0.5513 0.3517 -0.1348 0.8446 -0.0061 0.0098 0.2527 0.0352
0.1801 20.3260 2.0547 1.0314 -0.5345 0.3477 0.0283 0.8200 -0.0092 0.0101 0.2479 0.0368
0.1207 20.1614 2.0641 1.0172 -0.4920 0.3550 0.0163 0.7680 -0.0038 0.0070 0.2441 0.0374
0.1373 19.9480 2.0442 1.0190 -0.6069 0.3376 0.1573 0.8297 -0.0005 0.0096 0.2437 0.0426
0.0817 20.4059 2.0789 1.0479 -0.5765 0.3650 0.0006 0.7803 -0.0040 0.0088 0.2560 0.0396
12
2
Page 1of 2
MAX-iR
Basic Validation Report
Validation Status:PPASSEDD
Unit Model: DTGS 101-0343 S/N: ___01193___
Spectrometer:S/N: __1825387__
Detector Model:DTGS S/N: __1825387__
StarBoost Filter (P/N: 109-0015): None S/N: ____________
Attenuator Screen: None
Gas Cell Model:101-0324
Pressure Transducer:20 psia S/N: ___1426488__
Gas Cell Window Material: KBr w/MgF2
O-rings: Viton
Voltage: 120VAC
Laser Frequency (water band @ 3133.068 cm-1): __115799.3299 cm-1__
At water band 3133.068 cm-1 (+/- 0.02 cm-1)
FWHM: _11.0488 cm-1_(1.04 +/- 0.04 cm-1)
CTS check at temperature (191°C):
Ethylene certified cylinder # CC472954 _ exp: 08-16-2031_ conc: _100.1 ppm (+/- 1%)
MAX-iR measured ethylene: __998.855 ppm__[(98.85/100.1)-1] * 100 = 1.25%difference
Specification: < +/- 2% of certified value
Signal @ 35°C: 0.110 (> 0.08)Resolution = 1 cm-1 Scans = 10 Detector Gain = 27
Linearity: 0.0053 (< 0.1%)
123

Page 2 of 2

Signal @ 191°C: 00.0976 (> 0.04) Resolution = 1 cm-1 Scans = 10 Detector Gain = 27
Linearity: 0.0180 (< 0.1%)

HIPOT test (Chroma Model 19070): Pass
Ground Bond test (Chroma Model 19572): Pass

Elena Borges _____Mikayla Bonanno______________ __05-30-2024__
Signature Reviewed by Date
124

SPECTRAL REFERENCE

125

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9

13
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13
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13
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SECTION 4: RAW TEST DATA

136

UNIT C-2 O2 NOX AND CO

137
Company
Station
Unit
TimeStamp O2 NOX CO Ambient PBaro Humidity Group name Run name
08/08/2024 08:31:20 0.03 0.00 -0.03 66 23.69 42.9 Calibration Check Zero Cal Check
08/08/2024 08:31:30 0.02 0.00 -0.08 66 23.69 43.0 Calibration Check Zero Cal Check
08/08/2024 08:31:40 0.02 0.00 -0.13 66 23.69 43.0 Calibration Check Zero Cal Check
08/08/2024 08:31:50 0.03 0.00 -0.12 66 23.69 43.1 Calibration Check Zero Cal Check
08/08/2024 08:32:00 0.02 0.00 -0.14 66 23.69 43.1 Calibration Check Zero Cal Check
08/08/2024 08:32:10 0.02 0.00 -0.15 66 23.69 43.2 Calibration Check Zero Cal Check
Average 0.02 0.00 -0.11 66 23.69 43.1
08/08/2024 08:38:38 10.96 464.90 446.60 66 23.69 43.6 Calibration Check Span Cal Check
08/08/2024 08:38:48 10.98 465.38 446.20 66 23.69 43.6 Calibration Check Span Cal Check
08/08/2024 08:38:58 10.94 465.29 447.20 66 23.69 43.6 Calibration Check Span Cal Check
08/08/2024 08:39:08 10.94 465.45 448.00 66 23.69 43.6 Calibration Check Span Cal Check
08/08/2024 08:39:18 10.94 465.41 448.00 66 23.69 43.7 Calibration Check Span Cal Check
08/08/2024 08:39:28 10.94 465.56 448.00 66 23.69 43.6 Calibration Check Span Cal Check
Average 10.95 465.33 447.33 66 23.69 43.6
08/08/2024 08:45:15 5.05 196.85 199.00 66 23.69 42.4 Calibration Check Mid Cal Check
08/08/2024 08:45:25 5.06 196.82 199.50 66 23.69 42.4 Calibration Check Mid Cal Check
08/08/2024 08:45:35 5.05 196.80 200.00 66 23.69 42.5 Calibration Check Mid Cal Check
08/08/2024 08:45:45 5.05 196.58 199.90 66 23.69 42.5 Calibration Check Mid Cal Check
08/08/2024 08:45:55 5.05 196.62 199.00 66 23.69 42.5 Calibration Check Mid Cal Check
08/08/2024 08:46:05 5.05 196.75 199.00 66 23.69 42.7 Calibration Check Mid Cal Check
Average 5.05 196.74 199.40 66 23.69 42.5
08/08/2024 08:49:15 20.75 43.16 11.34 66 23.69 43.6 Initial Converter Check NO2-NOx Cal Check
08/08/2024 08:49:25 20.75 42.81 8.60 66 23.69 43.6 Initial Converter Check NO2-NOx Cal Check
08/08/2024 08:49:35 20.75 42.89 6.67 66 23.69 43.7 Initial Converter Check NO2-NOx Cal Check
08/08/2024 08:49:45 20.75 42.61 5.19 66 23.69 43.7 Initial Converter Check NO2-NOx Cal Check
08/08/2024 08:49:55 20.75 42.64 4.08 66 23.69 43.7 Initial Converter Check NO2-NOx Cal Check
08/08/2024 08:50:05 20.75 42.59 3.35 66 23.69 43.7 Initial Converter Check NO2-NOx Cal Check
Average 20.75 42.78 6.54 66 23.69 43.6
08/08/2024 08:57:15 0.06 192.27 -0.12 67 23.69 41.8 Pre Bias Check NOx Bias
08/08/2024 08:57:25 0.06 192.40 -0.16 67 23.69 41.8 Pre Bias Check NOx Bias
08/08/2024 08:57:35 0.06 192.39 -0.14 67 23.69 41.8 Pre Bias Check NOx Bias
08/08/2024 08:57:45 0.06 192.56 -0.10 67 23.69 42.0 Pre Bias Check NOx Bias
08/08/2024 08:57:55 0.06 192.55 -0.07 67 23.69 42.2 Pre Bias Check NOx Bias
08/08/2024 08:58:05 0.06 192.66 -0.03 67 23.69 42.2 Pre Bias Check NOx Bias
Average 0.06 192.47 -0.10 67 23.69 41.9
08/08/2024 09:00:47 5.04 9.94 -0.01 67 23.69 41.4 Pre Bias Check O2 Bias
08/08/2024 09:00:57 5.05 10.12 -0.05 67 23.69 41.6 Pre Bias Check O2 Bias
08/08/2024 09:01:07 5.06 6.47 -0.07 67 23.69 41.6 Pre Bias Check O2 Bias
08/08/2024 09:01:17 5.05 6.56 -0.11 67 23.69 41.6 Pre Bias Check O2 Bias
08/08/2024 09:01:27 5.05 4.59 -0.10 67 23.69 41.5 Pre Bias Check O2 Bias
08/08/2024 09:01:37 5.05 4.51 -0.10 67 23.68 41.3 Pre Bias Check O2 Bias
Average 5.05 7.03 -0.07 67 23.69 41.5
08/08/2024 09:03:40 0.06 1.62 197.00 67 23.68 40.8 Pre Bias Check CO Bias
08/08/2024 09:03:50 0.07 1.50 198.00 67 23.68 40.8 Pre Bias Check CO Bias
08/08/2024 09:04:00 0.06 1.50 198.00 67 23.68 40.8 Pre Bias Check CO Bias
08/08/2024 09:04:10 0.05 1.44 198.00 67 23.68 40.8 Pre Bias Check CO Bias
08/08/2024 09:04:20 0.05 1.44 198.00 67 23.68 40.8 Pre Bias Check CO Bias
08/08/2024 09:04:30 0.06 1.36 198.00 67 23.68 40.8 Pre Bias Check CO Bias
Average 0.06 1.48 197.83 67 23.68 40.8
08/08/2024 10:13:15 0.19 4.51 28.25 72 23.69 33.6 Stratification Traverse #1 Strat Check
08/08/2024 10:13:25 0.20 4.50 28.58 72 23.69 33.6 Stratification Traverse #1 Strat Check
08/08/2024 10:13:35 0.19 4.50 28.08 72 23.69 33.7 Stratification Traverse #1 Strat Check
08/08/2024 10:13:45 0.18 4.51 27.21 72 23.69 33.8 Stratification Traverse #1 Strat Check
08/08/2024 10:13:55 0.18 4.52 26.06 72 23.69 33.9 Stratification Traverse #1 Strat Check
08/08/2024 10:14:05 0.19 4.61 24.64 72 23.69 34.0 Stratification Traverse #1 Strat Check
08/08/2024 10:14:15 0.19 4.60 24.02 72 23.69 34.1 Stratification Traverse #1 Strat Check
08/08/2024 10:14:25 0.18 4.64 23.56 72 23.69 34.2 Stratification Traverse #1 Strat Check
08/08/2024 10:14:35 0.18 4.64 23.25 72 23.69 34.2 Stratification Traverse #1 Strat Check
08/08/2024 10:14:45 0.19 4.56 22.85 72 23.69 34.1 Stratification Traverse #1 Strat Check
08/08/2024 10:14:55 0.19 4.56 22.04 72 23.69 34.1 Stratification Traverse #1 Strat Check
08/08/2024 10:15:05 0.19 4.52 20.99 72 23.69 34.2 Stratification Traverse #1 Strat Check
08/08/2024 10:15:15 0.18 4.53 20.20 72 23.69 34.3 Stratification Traverse #1 Strat Check
08/08/2024 10:15:25 0.19 4.59 21.85 72 23.69 34.1 Stratification Traverse #1 Strat Check
08/08/2024 10:15:35 0.18 4.58 39.10 72 23.69 34.0 Stratification Traverse #1 Strat Check
08/08/2024 10:15:45 0.18 4.59 40.42 72 23.69 33.9 Stratification Traverse #1 Strat Check
08/08/2024 10:15:55 0.18 4.59 37.65 72 23.69 33.8 Stratification Traverse #1 Strat Check
08/08/2024 10:16:05 0.18 4.52 47.35 72 23.69 33.8 Stratification Traverse #1 Strat Check
08/08/2024 10:16:15 0.19 4.53 43.60 72 23.69 33.8 Stratification Traverse #1 Strat Check
08/08/2024 10:16:25 0.18 4.57 37.80 72 23.69 33.8 Stratification Traverse #1 Strat Check
08/08/2024 10:16:35 0.17 4.57 32.95 72 23.69 33.8 Stratification Traverse #1 Strat Check
08/08/2024 10:16:45 0.18 4.92 30.30 72 23.69 33.8 Stratification Traverse #1 Strat Check
08/08/2024 10:16:55 0.19 4.92 45.10 72 23.69 33.8 Stratification Traverse #1 Strat Check
08/08/2024 10:17:05 0.18 5.57 49.70 72 23.69 33.8 Stratification Traverse #1 Strat Check
Altamont
West
C-2
138
Company
Station
Unit
TimeStamp O2 NOX CO Ambient PBaro Humidity Group name Run name
Altamont
West
C-2
Average 0.18 4.63 31.06 72 23.69 33.9
08/08/2024 10:18:15 0.18 6.14 49.92 73 23.69 33.4 Stratification Traverse #2 Strat Check
08/08/2024 10:18:25 0.18 5.52 50.17 73 23.69 33.3 Stratification Traverse #2 Strat Check
08/08/2024 10:18:35 0.17 5.55 49.25 73 23.69 33.3 Stratification Traverse #2 Strat Check
08/08/2024 10:18:45 0.17 5.11 46.95 73 23.69 33.3 Stratification Traverse #2 Strat Check
08/08/2024 10:18:55 0.18 5.12 45.50 73 23.69 33.3 Stratification Traverse #2 Strat Check
08/08/2024 10:19:05 0.17 4.90 42.30 73 23.69 33.2 Stratification Traverse #2 Strat Check
08/08/2024 10:19:15 0.17 4.90 38.90 73 23.69 33.1 Stratification Traverse #2 Strat Check
08/08/2024 10:19:25 0.17 5.18 36.05 73 23.69 32.9 Stratification Traverse #2 Strat Check
08/08/2024 10:19:35 0.17 5.15 33.95 73 23.69 32.8 Stratification Traverse #2 Strat Check
08/08/2024 10:19:45 0.17 4.97 33.50 73 23.69 32.8 Stratification Traverse #2 Strat Check
08/08/2024 10:19:55 0.17 4.98 35.97 73 23.69 32.7 Stratification Traverse #2 Strat Check
08/08/2024 10:20:05 0.17 5.10 40.25 73 23.69 32.6 Stratification Traverse #2 Strat Check
08/08/2024 10:20:15 0.17 5.08 41.80 73 23.69 32.1 Stratification Traverse #2 Strat Check
08/08/2024 10:20:25 0.17 4.79 39.28 73 23.69 31.9 Stratification Traverse #2 Strat Check
08/08/2024 10:20:35 0.18 4.83 35.83 73 23.69 31.6 Stratification Traverse #2 Strat Check
08/08/2024 10:20:45 0.16 4.62 33.83 73 23.69 31.1 Stratification Traverse #2 Strat Check
08/08/2024 10:20:55 0.17 4.64 34.22 73 23.69 30.7 Stratification Traverse #2 Strat Check
08/08/2024 10:21:05 0.17 4.89 36.47 73 23.69 30.3 Stratification Traverse #2 Strat Check
08/08/2024 10:21:15 0.16 4.86 39.83 73 23.69 30.2 Stratification Traverse #2 Strat Check
08/08/2024 10:21:25 0.16 4.84 41.75 73 23.69 30.3 Stratification Traverse #2 Strat Check
08/08/2024 10:21:35 0.17 4.85 40.67 73 23.69 30.3 Stratification Traverse #2 Strat Check
08/08/2024 10:21:45 0.16 4.62 38.55 73 23.69 30.3 Stratification Traverse #2 Strat Check
08/08/2024 10:21:55 0.16 4.65 37.35 73 23.69 30.3 Stratification Traverse #2 Strat Check
08/08/2024 10:22:05 0.16 4.73 36.25 73 23.69 30.5 Stratification Traverse #2 Strat Check
Average 0.17 5.00 39.94 73 23.69 31.9
08/08/2024 10:23:17 0.17 5.21 39.17 73 23.69 31.7 Stratification Traverse #3 Strat Check
08/08/2024 10:23:27 0.17 4.79 38.60 73 23.69 31.8 Stratification Traverse #3 Strat Check
08/08/2024 10:23:37 0.16 4.84 38.65 73 23.69 31.8 Stratification Traverse #3 Strat Check
08/08/2024 10:23:47 0.16 4.97 40.15 73 23.69 31.9 Stratification Traverse #3 Strat Check
08/08/2024 10:23:57 0.17 4.93 41.42 73 23.69 31.9 Stratification Traverse #3 Strat Check
08/08/2024 10:24:07 0.16 5.11 41.25 73 23.69 32.0 Stratification Traverse #3 Strat Check
08/08/2024 10:24:17 0.17 5.12 40.83 73 23.69 32.1 Stratification Traverse #3 Strat Check
08/08/2024 10:24:27 0.17 4.82 53.28 73 23.69 32.2 Stratification Traverse #3 Strat Check
08/08/2024 10:24:37 0.16 4.80 54.88 73 23.69 32.3 Stratification Traverse #3 Strat Check
08/08/2024 10:24:47 0.15 5.18 45.15 73 23.69 32.3 Stratification Traverse #3 Strat Check
08/08/2024 10:24:57 0.16 5.16 46.42 73 23.69 32.4 Stratification Traverse #3 Strat Check
08/08/2024 10:25:07 0.17 4.81 57.17 73 23.69 32.4 Stratification Traverse #3 Strat Check
08/08/2024 10:25:17 0.16 4.84 56.38 73 23.69 32.3 Stratification Traverse #3 Strat Check
08/08/2024 10:25:27 0.15 4.88 41.20 73 23.69 32.2 Stratification Traverse #3 Strat Check
08/08/2024 10:25:37 0.15 4.86 34.08 73 23.69 32.2 Stratification Traverse #3 Strat Check
08/08/2024 10:25:47 0.17 4.83 60.42 73 23.69 32.2 Stratification Traverse #3 Strat Check
08/08/2024 10:25:57 0.16 5.00 67.85 73 23.69 32.2 Stratification Traverse #3 Strat Check
08/08/2024 10:26:07 0.15 6.73 47.65 73 23.69 32.1 Stratification Traverse #3 Strat Check
08/08/2024 10:26:17 0.17 6.43 37.63 73 23.69 32.1 Stratification Traverse #3 Strat Check
08/08/2024 10:26:27 0.17 7.14 35.90 73 23.69 32.2 Stratification Traverse #3 Strat Check
08/08/2024 10:26:37 0.15 7.24 33.83 73 23.69 32.4 Stratification Traverse #3 Strat Check
08/08/2024 10:26:47 0.15 7.23 36.20 73 23.69 32.4 Stratification Traverse #3 Strat Check
08/08/2024 10:26:57 0.16 7.11 36.50 73 23.69 32.4 Stratification Traverse #3 Strat Check
08/08/2024 10:27:07 0.16 6.35 33.47 73 23.69 32.3 Stratification Traverse #3 Strat Check
Average 0.16 5.52 44.09 73 23.69 32.1
08/08/2024 10:49:19 0.16 4.58 31.04 73 23.69 31.8 #1 Test Run - 60 Test Run
08/08/2024 10:49:29 0.15 4.54 45.92 73 23.69 31.8 #1 Test Run - 60 Test Run
08/08/2024 10:49:39 0.16 4.54 42.40 73 23.69 31.8 #1 Test Run - 60 Test Run
08/08/2024 10:49:49 0.16 4.53 32.56 73 23.69 31.8 #1 Test Run - 60 Test Run
08/08/2024 10:49:59 0.16 4.53 35.20 73 23.69 31.9 #1 Test Run - 60 Test Run
08/08/2024 10:50:09 0.15 4.53 41.70 73 23.69 31.9 #1 Test Run - 60 Test Run
08/08/2024 10:50:19 0.16 4.58 39.55 73 23.69 31.9 #1 Test Run - 60 Test Run
08/08/2024 10:50:29 0.16 5.44 39.05 73 23.69 32.0 #1 Test Run - 60 Test Run
08/08/2024 10:50:39 0.17 5.31 39.38 73 23.69 32.1 #1 Test Run - 60 Test Run
08/08/2024 10:50:49 0.15 5.81 34.85 73 23.69 32.2 #1 Test Run - 60 Test Run
08/08/2024 10:50:59 0.16 5.81 32.10 73 23.69 32.2 #1 Test Run - 60 Test Run
08/08/2024 10:51:09 0.16 5.25 30.77 73 23.69 32.3 #1 Test Run - 60 Test Run
08/08/2024 10:51:19 0.16 5.28 29.11 73 23.69 32.3 #1 Test Run - 60 Test Run
08/08/2024 10:51:29 0.16 4.97 28.44 73 23.69 32.3 #1 Test Run - 60 Test Run
08/08/2024 10:51:39 0.15 4.94 29.61 73 23.69 32.4 #1 Test Run - 60 Test Run
08/08/2024 10:51:49 0.16 5.52 31.64 73 23.69 32.4 #1 Test Run - 60 Test Run
08/08/2024 10:51:59 0.17 5.50 32.90 73 23.69 32.4 #1 Test Run - 60 Test Run
08/08/2024 10:52:09 0.16 5.15 32.85 73 23.69 32.4 #1 Test Run - 60 Test Run
08/08/2024 10:52:19 0.16 5.20 30.81 73 23.69 32.4 #1 Test Run - 60 Test Run
08/08/2024 10:52:29 0.16 4.75 29.74 73 23.69 32.5 #1 Test Run - 60 Test Run
08/08/2024 10:52:39 0.16 4.79 30.81 73 23.69 32.6 #1 Test Run - 60 Test Run
08/08/2024 10:52:49 0.15 4.59 32.20 73 23.69 32.7 #1 Test Run - 60 Test Run
08/08/2024 10:52:59 0.16 4.60 32.97 73 23.70 32.8 #1 Test Run - 60 Test Run
08/08/2024 10:53:09 0.17 4.53 32.78 73 23.70 32.8 #1 Test Run - 60 Test Run
08/08/2024 10:53:19 0.16 4.54 31.92 73 23.70 32.8 #1 Test Run - 60 Test Run
08/08/2024 10:53:29 0.14 4.52 31.30 73 23.70 32.8 #1 Test Run - 60 Test Run
139
Company
Station
Unit
TimeStamp O2 NOX CO Ambient PBaro Humidity Group name Run name
Altamont
West
C-2
08/08/2024 10:53:39 0.14 4.51 31.64 73 23.70 32.8 #1 Test Run - 60 Test Run
08/08/2024 10:53:49 0.14 4.60 31.99 73 23.70 32.8 #1 Test Run - 60 Test Run
08/08/2024 10:53:59 0.13 4.59 31.40 73 23.70 32.8 #1 Test Run - 60 Test Run
08/08/2024 10:54:09 0.13 4.50 29.52 73 23.70 32.8 #1 Test Run - 60 Test Run
08/08/2024 10:54:19 0.13 4.50 27.13 73 23.70 32.9 #1 Test Run - 60 Test Run
08/08/2024 10:54:29 0.15 4.45 24.90 73 23.70 32.9 #1 Test Run - 60 Test Run
08/08/2024 10:54:39 0.13 4.46 23.95 73 23.70 33.0 #1 Test Run - 60 Test Run
08/08/2024 10:54:49 0.13 4.49 24.33 73 23.70 33.1 #1 Test Run - 60 Test Run
08/08/2024 10:54:59 0.14 4.50 26.65 73 23.70 33.1 #1 Test Run - 60 Test Run
08/08/2024 10:55:09 0.14 4.93 29.01 73 23.70 33.1 #1 Test Run - 60 Test Run
08/08/2024 10:55:19 0.13 4.91 30.38 73 23.70 33.2 #1 Test Run - 60 Test Run
08/08/2024 10:55:29 0.13 4.84 31.29 73 23.70 33.2 #1 Test Run - 60 Test Run
08/08/2024 10:55:39 0.13 4.84 32.05 73 23.70 33.2 #1 Test Run - 60 Test Run
08/08/2024 10:55:49 0.13 4.68 33.60 73 23.70 33.1 #1 Test Run - 60 Test Run
08/08/2024 10:55:59 0.14 4.70 34.72 73 23.70 33.2 #1 Test Run - 60 Test Run
08/08/2024 10:56:09 0.14 4.58 35.22 73 23.70 33.2 #1 Test Run - 60 Test Run
08/08/2024 10:56:19 0.14 4.59 34.50 73 23.70 33.3 #1 Test Run - 60 Test Run
08/08/2024 10:56:29 0.14 4.58 33.40 73 23.70 33.4 #1 Test Run - 60 Test Run
08/08/2024 10:56:39 0.13 4.58 33.63 73 23.70 33.5 #1 Test Run - 60 Test Run
08/08/2024 10:56:49 0.14 5.08 33.95 73 23.70 33.5 #1 Test Run - 60 Test Run
08/08/2024 10:56:59 0.14 5.04 34.15 73 23.70 33.6 #1 Test Run - 60 Test Run
08/08/2024 10:57:09 0.16 5.10 35.95 73 23.70 33.6 #1 Test Run - 60 Test Run
08/08/2024 10:57:19 0.14 5.14 37.95 73 23.70 33.7 #1 Test Run - 60 Test Run
08/08/2024 10:57:29 0.13 4.92 38.80 73 23.70 33.7 #1 Test Run - 60 Test Run
08/08/2024 10:57:39 0.14 4.91 38.45 73 23.70 33.6 #1 Test Run - 60 Test Run
08/08/2024 10:57:49 0.14 5.07 34.72 73 23.70 33.6 #1 Test Run - 60 Test Run
08/08/2024 10:57:59 0.14 5.09 45.85 73 23.70 33.6 #1 Test Run - 60 Test Run
08/08/2024 10:58:09 0.14 4.87 66.43 73 23.70 33.6 #1 Test Run - 60 Test Run
08/08/2024 10:58:19 0.15 4.88 53.85 73 23.70 33.5 #1 Test Run - 60 Test Run
08/08/2024 10:58:29 0.14 4.78 38.65 73 23.70 33.5 #1 Test Run - 60 Test Run
08/08/2024 10:58:39 0.14 4.80 33.45 73 23.70 33.4 #1 Test Run - 60 Test Run
08/08/2024 10:58:49 0.14 4.58 31.48 73 23.70 33.4 #1 Test Run - 60 Test Run
08/08/2024 10:58:59 0.15 4.76 30.05 73 23.70 33.5 #1 Test Run - 60 Test Run
08/08/2024 10:59:09 0.15 7.49 30.81 73 23.70 33.5 #1 Test Run - 60 Test Run
08/08/2024 10:59:19 0.14 7.22 33.45 73 23.70 33.5 #1 Test Run - 60 Test Run
08/08/2024 10:59:29 0.15 7.11 32.00 73 23.70 33.5 #1 Test Run - 60 Test Run
08/08/2024 10:59:39 0.14 7.14 31.16 73 23.70 33.6 #1 Test Run - 60 Test Run
08/08/2024 10:59:49 0.15 5.97 31.49 73 23.70 33.7 #1 Test Run - 60 Test Run
08/08/2024 10:59:59 0.16 6.01 33.60 73 23.70 33.8 #1 Test Run - 60 Test Run
08/08/2024 11:00:09 0.15 5.41 35.20 73 23.70 33.9 #1 Test Run - 60 Test Run
08/08/2024 11:00:19 0.15 5.42 35.95 72 23.70 33.9 #1 Test Run - 60 Test Run
08/08/2024 11:00:29 0.16 5.42 35.25 72 23.70 33.9 #1 Test Run - 60 Test Run
08/08/2024 11:00:39 0.16 5.47 32.30 72 23.70 33.9 #1 Test Run - 60 Test Run
08/08/2024 11:00:49 0.15 5.22 42.09 72 23.70 34.0 #1 Test Run - 60 Test Run
08/08/2024 11:00:59 0.14 5.20 54.95 72 23.70 34.0 #1 Test Run - 60 Test Run
08/08/2024 11:01:09 0.15 5.03 63.10 72 23.70 34.0 #1 Test Run - 60 Test Run
08/08/2024 11:01:19 0.16 5.06 64.40 72 23.70 34.0 #1 Test Run - 60 Test Run
08/08/2024 11:01:29 0.14 4.75 53.40 72 23.70 34.0 #1 Test Run - 60 Test Run
08/08/2024 11:01:39 0.15 4.81 40.85 72 23.70 34.0 #1 Test Run - 60 Test Run
08/08/2024 11:01:49 0.15 5.04 32.79 72 23.70 34.0 #1 Test Run - 60 Test Run
08/08/2024 11:01:59 0.15 5.00 41.92 72 23.70 34.0 #1 Test Run - 60 Test Run
08/08/2024 11:02:09 0.15 5.23 51.95 72 23.70 34.0 #1 Test Run - 60 Test Run
08/08/2024 11:02:19 0.14 5.36 47.72 72 23.70 33.8 #1 Test Run - 60 Test Run
08/08/2024 11:02:29 0.16 7.86 44.80 72 23.70 33.8 #1 Test Run - 60 Test Run
08/08/2024 11:02:39 0.17 7.60 43.65 72 23.70 33.8 #1 Test Run - 60 Test Run
08/08/2024 11:02:49 0.15 7.23 44.65 72 23.70 33.8 #1 Test Run - 60 Test Run
08/08/2024 11:02:59 0.15 7.33 45.67 72 23.70 33.9 #1 Test Run - 60 Test Run
08/08/2024 11:03:09 0.15 6.98 38.49 72 23.70 34.0 #1 Test Run - 60 Test Run
08/08/2024 11:03:19 0.16 6.93 26.96 72 23.70 34.0 #1 Test Run - 60 Test Run
08/08/2024 11:03:29 0.14 6.24 39.38 72 23.70 34.1 #1 Test Run - 60 Test Run
08/08/2024 11:03:39 0.14 6.25 38.50 72 23.70 34.1 #1 Test Run - 60 Test Run
08/08/2024 11:03:49 0.16 16.90 28.56 72 23.70 34.1 #1 Test Run - 60 Test Run
08/08/2024 11:03:59 0.16 15.16 20.98 72 23.70 34.1 #1 Test Run - 60 Test Run
08/08/2024 11:04:09 0.15 26.86 19.35 72 23.70 34.0 #1 Test Run - 60 Test Run
08/08/2024 11:04:19 0.16 27.05 31.25 72 23.70 34.0 #1 Test Run - 60 Test Run
08/08/2024 11:04:29 0.15 21.34 68.65 72 23.70 34.1 #1 Test Run - 60 Test Run
08/08/2024 11:04:39 0.16 21.10 84.35 72 23.70 34.1 #1 Test Run - 60 Test Run
08/08/2024 11:04:49 0.15 14.79 62.80 72 23.70 34.1 #1 Test Run - 60 Test Run
08/08/2024 11:04:59 0.15 15.09 43.00 72 23.70 34.1 #1 Test Run - 60 Test Run
08/08/2024 11:05:09 0.16 9.36 36.25 72 23.70 34.1 #1 Test Run - 60 Test Run
08/08/2024 11:05:19 0.16 9.86 32.40 72 23.70 34.1 #1 Test Run - 60 Test Run
08/08/2024 11:05:29 0.15 12.18 29.86 72 23.70 34.0 #1 Test Run - 60 Test Run
08/08/2024 11:05:39 0.15 12.06 33.55 72 23.70 34.0 #1 Test Run - 60 Test Run
08/08/2024 11:05:49 0.16 38.57 44.13 72 23.70 34.0 #1 Test Run - 60 Test Run
08/08/2024 11:05:59 0.15 37.26 58.42 72 23.70 34.0 #1 Test Run - 60 Test Run
08/08/2024 11:06:09 0.15 23.66 62.50 72 23.70 33.9 #1 Test Run - 60 Test Run
08/08/2024 11:06:19 0.15 25.34 55.05 72 23.70 33.9 #1 Test Run - 60 Test Run
08/08/2024 11:06:29 0.17 13.32 53.75 72 23.70 33.9 #1 Test Run - 60 Test Run
08/08/2024 11:06:39 0.15 13.71 52.63 72 23.70 33.8 #1 Test Run - 60 Test Run
08/08/2024 11:06:49 0.15 8.59 49.90 72 23.70 33.8 #1 Test Run - 60 Test Run
140
Company
Station
Unit
TimeStamp O2 NOX CO Ambient PBaro Humidity Group name Run name
Altamont
West
C-2
08/08/2024 11:06:59 0.15 8.90 45.47 72 23.70 33.8 #1 Test Run - 60 Test Run
08/08/2024 11:07:09 0.16 8.34 41.55 72 23.70 33.9 #1 Test Run - 60 Test Run
08/08/2024 11:07:19 0.15 8.32 36.78 72 23.70 33.9 #1 Test Run - 60 Test Run
08/08/2024 11:07:29 0.15 7.34 33.55 72 23.70 34.0 #1 Test Run - 60 Test Run
08/08/2024 11:07:39 0.14 7.36 30.81 72 23.70 34.0 #1 Test Run - 60 Test Run
08/08/2024 11:07:49 0.17 6.06 28.56 72 23.70 34.0 #1 Test Run - 60 Test Run
08/08/2024 11:07:59 0.16 6.10 27.63 72 23.70 34.0 #1 Test Run - 60 Test Run
08/08/2024 11:08:09 0.16 5.40 27.70 72 23.70 34.1 #1 Test Run - 60 Test Run
08/08/2024 11:08:19 0.15 5.42 34.50 72 23.70 34.1 #1 Test Run - 60 Test Run
08/08/2024 11:08:29 0.16 5.54 55.25 72 23.70 34.1 #1 Test Run - 60 Test Run
08/08/2024 11:08:39 0.15 5.52 59.00 72 23.70 34.0 #1 Test Run - 60 Test Run
08/08/2024 11:08:49 0.15 5.02 48.67 72 23.70 33.9 #1 Test Run - 60 Test Run
08/08/2024 11:08:59 0.14 5.07 36.00 72 23.70 33.8 #1 Test Run - 60 Test Run
08/08/2024 11:09:09 0.15 4.67 30.26 72 23.70 33.7 #1 Test Run - 60 Test Run
08/08/2024 11:09:19 0.15 4.70 29.96 72 23.70 33.7 #1 Test Run - 60 Test Run
08/08/2024 11:09:29 0.16 4.99 30.80 72 23.70 33.7 #1 Test Run - 60 Test Run
08/08/2024 11:09:39 0.15 4.70 27.40 72 23.70 33.7 #1 Test Run - 60 Test Run
08/08/2024 11:09:49 0.15 7.11 24.96 72 23.70 33.8 #1 Test Run - 60 Test Run
08/08/2024 11:09:59 0.17 7.02 25.95 72 23.70 33.8 #1 Test Run - 60 Test Run
08/08/2024 11:10:09 0.16 5.93 28.41 72 23.70 33.9 #1 Test Run - 60 Test Run
08/08/2024 11:10:19 0.14 5.98 30.17 72 23.70 33.9 #1 Test Run - 60 Test Run
08/08/2024 11:10:29 0.15 5.27 47.91 72 23.70 33.6 #1 Test Run - 60 Test Run
08/08/2024 11:10:39 0.16 5.29 57.42 72 23.70 33.4 #1 Test Run - 60 Test Run
08/08/2024 11:10:49 0.15 5.00 52.08 72 23.70 33.4 #1 Test Run - 60 Test Run
08/08/2024 11:10:59 0.15 5.00 41.35 72 23.70 33.4 #1 Test Run - 60 Test Run
08/08/2024 11:11:09 0.15 4.93 33.70 72 23.70 33.5 #1 Test Run - 60 Test Run
08/08/2024 11:11:19 0.16 4.96 30.10 72 23.70 33.4 #1 Test Run - 60 Test Run
08/08/2024 11:11:29 0.15 4.78 32.38 72 23.70 33.3 #1 Test Run - 60 Test Run
08/08/2024 11:11:39 0.15 4.69 36.90 72 23.70 33.2 #1 Test Run - 60 Test Run
08/08/2024 11:11:49 0.16 6.50 33.90 72 23.70 33.2 #1 Test Run - 60 Test Run
08/08/2024 11:11:59 0.17 6.33 37.13 72 23.70 33.1 #1 Test Run - 60 Test Run
08/08/2024 11:12:09 0.15 6.13 39.78 72 23.70 33.1 #1 Test Run - 60 Test Run
08/08/2024 11:12:19 0.15 6.15 41.30 72 23.70 33.2 #1 Test Run - 60 Test Run
08/08/2024 11:12:29 0.15 5.51 40.10 72 23.70 33.2 #1 Test Run - 60 Test Run
08/08/2024 11:12:39 0.15 5.55 37.15 72 23.70 33.2 #1 Test Run - 60 Test Run
08/08/2024 11:12:49 0.16 5.18 33.50 72 23.70 33.2 #1 Test Run - 60 Test Run
08/08/2024 11:12:59 0.15 5.15 32.10 72 23.70 33.2 #1 Test Run - 60 Test Run
08/08/2024 11:13:09 0.16 5.85 33.58 72 23.70 33.2 #1 Test Run - 60 Test Run
08/08/2024 11:13:19 0.16 5.84 36.97 72 23.70 33.3 #1 Test Run - 60 Test Run
08/08/2024 11:13:29 0.16 5.36 39.10 72 23.70 33.3 #1 Test Run - 60 Test Run
08/08/2024 11:13:39 0.15 5.39 39.33 72 23.70 33.3 #1 Test Run - 60 Test Run
08/08/2024 11:13:49 0.15 4.89 37.97 72 23.70 33.3 #1 Test Run - 60 Test Run
08/08/2024 11:13:59 0.15 4.93 35.25 72 23.70 33.3 #1 Test Run - 60 Test Run
08/08/2024 11:14:09 0.16 4.76 32.64 72 23.70 33.3 #1 Test Run - 60 Test Run
08/08/2024 11:14:19 0.16 4.76 30.39 72 23.70 33.3 #1 Test Run - 60 Test Run
08/08/2024 11:14:29 0.15 4.76 29.19 72 23.70 33.3 #1 Test Run - 60 Test Run
08/08/2024 11:14:39 0.15 4.76 29.27 72 23.70 33.3 #1 Test Run - 60 Test Run
08/08/2024 11:14:49 0.16 4.66 29.95 73 23.70 33.3 #1 Test Run - 60 Test Run
08/08/2024 11:14:59 0.16 4.67 30.94 73 23.70 33.3 #1 Test Run - 60 Test Run
08/08/2024 11:15:09 0.15 4.63 31.15 73 23.70 33.2 #1 Test Run - 60 Test Run
08/08/2024 11:15:19 0.16 4.63 31.25 73 23.70 33.1 #1 Test Run - 60 Test Run
08/08/2024 11:15:29 0.16 4.53 31.13 73 23.70 33.0 #1 Test Run - 60 Test Run
08/08/2024 11:15:39 0.16 4.51 31.29 73 23.70 33.0 #1 Test Run - 60 Test Run
08/08/2024 11:15:49 0.15 5.06 31.79 73 23.70 33.0 #1 Test Run - 60 Test Run
08/08/2024 11:15:59 0.15 5.01 31.65 73 23.70 33.1 #1 Test Run - 60 Test Run
08/08/2024 11:16:09 0.16 4.91 30.99 73 23.70 33.1 #1 Test Run - 60 Test Run
08/08/2024 11:16:19 0.15 4.91 44.81 73 23.70 33.1 #1 Test Run - 60 Test Run
08/08/2024 11:16:29 0.15 4.68 74.75 73 23.70 33.0 #1 Test Run - 60 Test Run
08/08/2024 11:16:39 0.15 4.70 72.95 73 23.70 33.0 #1 Test Run - 60 Test Run
08/08/2024 11:16:49 0.16 4.60 64.50 73 23.70 33.1 #1 Test Run - 60 Test Run
08/08/2024 11:16:59 0.16 4.59 71.15 73 23.70 33.1 #1 Test Run - 60 Test Run
08/08/2024 11:17:09 0.15 4.68 59.35 73 23.70 33.1 #1 Test Run - 60 Test Run
08/08/2024 11:17:19 0.15 4.68 45.63 73 23.70 33.0 #1 Test Run - 60 Test Run
08/08/2024 11:17:29 0.17 4.97 47.38 73 23.70 33.0 #1 Test Run - 60 Test Run
08/08/2024 11:17:39 0.16 6.24 40.67 73 23.70 33.1 #1 Test Run - 60 Test Run
08/08/2024 11:17:49 0.15 18.44 32.22 73 23.70 33.0 #1 Test Run - 60 Test Run
08/08/2024 11:17:59 0.16 13.72 30.00 73 23.70 32.9 #1 Test Run - 60 Test Run
08/08/2024 11:18:09 0.16 46.12 35.24 73 23.70 32.8 #1 Test Run - 60 Test Run
08/08/2024 11:18:19 0.16 47.03 66.68 73 23.70 32.6 #1 Test Run - 60 Test Run
08/08/2024 11:18:29 0.15 29.19 59.72 73 23.70 32.4 #1 Test Run - 60 Test Run
08/08/2024 11:18:39 0.14 30.98 45.30 73 23.70 32.3 #1 Test Run - 60 Test Run
08/08/2024 11:18:49 0.15 16.76 49.10 73 23.70 32.2 #1 Test Run - 60 Test Run
08/08/2024 11:18:59 0.16 18.05 70.25 73 23.70 32.1 #1 Test Run - 60 Test Run
08/08/2024 11:19:09 0.16 10.46 76.90 73 23.70 32.1 #1 Test Run - 60 Test Run
08/08/2024 11:19:19 0.15 10.67 57.40 73 23.70 32.1 #1 Test Run - 60 Test Run
08/08/2024 11:19:29 0.15 8.06 41.20 73 23.70 32.1 #1 Test Run - 60 Test Run
08/08/2024 11:19:39 0.16 8.12 32.28 73 23.70 32.1 #1 Test Run - 60 Test Run
08/08/2024 11:19:49 0.16 6.20 30.67 73 23.70 32.1 #1 Test Run - 60 Test Run
08/08/2024 11:19:59 0.14 7.69 28.77 73 23.70 32.2 #1 Test Run - 60 Test Run
08/08/2024 11:20:09 0.15 23.75 28.38 73 23.70 32.2 #1 Test Run - 60 Test Run
141
Company
Station
Unit
TimeStamp O2 NOX CO Ambient PBaro Humidity Group name Run name
Altamont
West
C-2
08/08/2024 11:20:19 0.16 21.33 28.51 73 23.70 32.1 #1 Test Run - 60 Test Run
08/08/2024 11:20:29 0.15 41.21 29.06 73 23.70 32.0 #1 Test Run - 60 Test Run
08/08/2024 11:20:39 0.15 42.80 30.92 73 23.70 32.0 #1 Test Run - 60 Test Run
08/08/2024 11:20:49 0.16 23.23 31.66 73 23.70 32.0 #1 Test Run - 60 Test Run
08/08/2024 11:20:59 0.16 24.95 32.55 73 23.70 32.0 #1 Test Run - 60 Test Run
08/08/2024 11:21:09 0.16 13.48 44.30 73 23.70 31.8 #1 Test Run - 60 Test Run
08/08/2024 11:21:19 0.16 13.74 62.80 73 23.70 31.8 #1 Test Run - 60 Test Run
08/08/2024 11:21:29 0.15 8.73 62.40 73 23.70 31.8 #1 Test Run - 60 Test Run
08/08/2024 11:21:39 0.16 9.13 50.80 73 23.70 31.8 #1 Test Run - 60 Test Run
08/08/2024 11:21:49 0.16 6.58 44.90 73 23.70 31.8 #1 Test Run - 60 Test Run
08/08/2024 11:21:59 0.15 6.63 56.30 73 23.70 31.8 #1 Test Run - 60 Test Run
08/08/2024 11:22:09 0.15 5.63 67.30 73 23.70 31.8 #1 Test Run - 60 Test Run
08/08/2024 11:22:19 0.16 5.70 59.20 73 23.70 31.8 #1 Test Run - 60 Test Run
08/08/2024 11:22:29 0.15 5.45 44.17 73 23.70 31.8 #1 Test Run - 60 Test Run
08/08/2024 11:22:39 0.16 5.44 35.38 73 23.70 31.7 #1 Test Run - 60 Test Run
08/08/2024 11:22:49 0.14 5.48 33.25 73 23.70 31.6 #1 Test Run - 60 Test Run
08/08/2024 11:22:59 0.15 5.53 30.70 73 23.70 31.7 #1 Test Run - 60 Test Run
08/08/2024 11:23:09 0.15 5.48 27.98 74 23.70 31.8 #1 Test Run - 60 Test Run
08/08/2024 11:23:19 0.16 5.25 24.79 74 23.70 31.8 #1 Test Run - 60 Test Run
08/08/2024 11:23:29 0.15 7.60 24.29 74 23.70 31.7 #1 Test Run - 60 Test Run
08/08/2024 11:23:39 0.15 7.48 43.10 74 23.70 31.7 #1 Test Run - 60 Test Run
08/08/2024 11:23:49 0.16 6.40 46.72 74 23.70 31.7 #1 Test Run - 60 Test Run
08/08/2024 11:23:59 0.16 6.44 34.63 74 23.70 31.6 #1 Test Run - 60 Test Run
08/08/2024 11:24:09 0.15 5.49 26.61 74 23.70 31.5 #1 Test Run - 60 Test Run
08/08/2024 11:24:19 0.16 5.55 29.23 74 23.70 31.5 #1 Test Run - 60 Test Run
08/08/2024 11:24:29 0.16 5.13 31.70 74 23.70 31.4 #1 Test Run - 60 Test Run
08/08/2024 11:24:39 0.16 4.39 41.67 74 23.70 31.1 #1 Test Run - 60 Test Run
08/08/2024 11:24:49 0.16 18.17 50.83 74 23.70 30.8 #1 Test Run - 60 Test Run
08/08/2024 11:24:59 0.16 17.00 41.38 74 23.70 30.6 #1 Test Run - 60 Test Run
08/08/2024 11:25:09 0.16 14.66 34.72 74 23.70 30.6 #1 Test Run - 60 Test Run
08/08/2024 11:25:19 0.16 15.42 34.05 74 23.70 30.7 #1 Test Run - 60 Test Run
08/08/2024 11:25:29 0.15 9.63 34.25 74 23.70 30.8 #1 Test Run - 60 Test Run
08/08/2024 11:25:39 0.15 10.01 33.95 74 23.70 30.9 #1 Test Run - 60 Test Run
08/08/2024 11:25:49 0.15 11.43 33.95 74 23.70 30.9 #1 Test Run - 60 Test Run
08/08/2024 11:25:59 0.15 11.35 34.70 74 23.70 30.9 #1 Test Run - 60 Test Run
08/08/2024 11:26:09 0.15 8.92 35.28 74 23.70 31.0 #1 Test Run - 60 Test Run
08/08/2024 11:26:19 0.15 9.01 35.78 74 23.70 31.0 #1 Test Run - 60 Test Run
08/08/2024 11:26:29 0.15 6.68 35.92 74 23.70 31.0 #1 Test Run - 60 Test Run
08/08/2024 11:26:39 0.16 6.74 34.80 74 23.70 30.9 #1 Test Run - 60 Test Run
08/08/2024 11:26:49 0.15 5.46 32.92 74 23.70 30.9 #1 Test Run - 60 Test Run
08/08/2024 11:26:59 0.15 5.56 31.44 74 23.70 30.9 #1 Test Run - 60 Test Run
08/08/2024 11:27:09 0.15 4.94 30.91 74 23.70 30.9 #1 Test Run - 60 Test Run
08/08/2024 11:27:19 0.15 4.99 31.05 74 23.70 30.8 #1 Test Run - 60 Test Run
08/08/2024 11:27:29 0.16 4.69 31.75 74 23.70 30.8 #1 Test Run - 60 Test Run
08/08/2024 11:27:39 0.14 4.70 33.33 74 23.70 30.8 #1 Test Run - 60 Test Run
08/08/2024 11:27:49 0.15 4.59 35.33 74 23.70 30.7 #1 Test Run - 60 Test Run
08/08/2024 11:27:59 0.16 4.59 35.70 74 23.70 30.7 #1 Test Run - 60 Test Run
08/08/2024 11:28:09 0.16 4.57 34.17 74 23.70 30.7 #1 Test Run - 60 Test Run
08/08/2024 11:28:19 0.15 4.57 31.70 74 23.70 30.8 #1 Test Run - 60 Test Run
08/08/2024 11:28:29 0.16 4.58 29.35 74 23.70 30.9 #1 Test Run - 60 Test Run
08/08/2024 11:28:39 0.16 4.53 28.16 74 23.70 31.0 #1 Test Run - 60 Test Run
08/08/2024 11:28:49 0.16 5.23 46.00 74 23.70 31.0 #1 Test Run - 60 Test Run
08/08/2024 11:28:59 0.17 5.20 50.33 74 23.70 30.9 #1 Test Run - 60 Test Run
08/08/2024 11:29:09 0.15 5.12 41.50 74 23.70 30.9 #1 Test Run - 60 Test Run
08/08/2024 11:29:19 0.16 5.11 33.69 74 23.70 30.8 #1 Test Run - 60 Test Run
08/08/2024 11:29:29 0.16 5.24 29.58 74 23.70 30.8 #1 Test Run - 60 Test Run
08/08/2024 11:29:39 0.15 5.24 32.31 74 23.70 30.8 #1 Test Run - 60 Test Run
08/08/2024 11:29:49 0.15 4.90 32.60 74 23.70 30.8 #1 Test Run - 60 Test Run
08/08/2024 11:29:59 0.15 4.91 32.13 74 23.70 30.6 #1 Test Run - 60 Test Run
08/08/2024 11:30:09 0.16 4.92 43.28 74 23.70 30.6 #1 Test Run - 60 Test Run
08/08/2024 11:30:19 0.16 4.91 60.38 74 23.70 30.5 #1 Test Run - 60 Test Run
08/08/2024 11:30:29 0.16 4.80 53.03 74 23.70 30.3 #1 Test Run - 60 Test Run
08/08/2024 11:30:39 0.15 4.80 35.63 74 23.70 30.1 #1 Test Run - 60 Test Run
08/08/2024 11:30:49 0.17 4.63 27.91 74 23.70 30.0 #1 Test Run - 60 Test Run
08/08/2024 11:30:59 0.15 4.65 23.64 74 23.70 29.9 #1 Test Run - 60 Test Run
08/08/2024 11:31:09 0.15 5.93 20.27 74 23.70 29.9 #1 Test Run - 60 Test Run
08/08/2024 11:31:19 0.15 3.72 26.44 74 23.70 30.0 #1 Test Run - 60 Test Run
08/08/2024 11:31:29 0.15 31.73 33.29 74 23.70 30.0 #1 Test Run - 60 Test Run
08/08/2024 11:31:39 0.16 29.93 37.47 74 23.70 29.8 #1 Test Run - 60 Test Run
08/08/2024 11:31:49 0.16 21.47 50.97 74 23.70 29.6 #1 Test Run - 60 Test Run
08/08/2024 11:31:59 0.16 23.03 51.08 74 23.70 29.6 #1 Test Run - 60 Test Run
08/08/2024 11:32:09 0.17 12.56 47.42 74 23.70 29.5 #1 Test Run - 60 Test Run
08/08/2024 11:32:19 0.16 13.33 44.78 75 23.70 29.5 #1 Test Run - 60 Test Run
08/08/2024 11:32:29 0.15 8.41 43.15 75 23.70 29.5 #1 Test Run - 60 Test Run
08/08/2024 11:32:39 0.14 8.71 47.53 75 23.70 29.6 #1 Test Run - 60 Test Run
08/08/2024 11:32:49 0.16 7.72 57.25 75 23.70 29.7 #1 Test Run - 60 Test Run
08/08/2024 11:32:59 0.16 7.64 45.53 75 23.70 29.7 #1 Test Run - 60 Test Run
08/08/2024 11:33:09 0.14 6.64 38.78 75 23.70 29.8 #1 Test Run - 60 Test Run
08/08/2024 11:33:19 0.15 6.78 45.85 75 23.70 29.8 #1 Test Run - 60 Test Run
08/08/2024 11:33:29 0.16 5.96 52.70 75 23.70 29.6 #1 Test Run - 60 Test Run
142
Company
Station
Unit
TimeStamp O2 NOX CO Ambient PBaro Humidity Group name Run name
Altamont
West
C-2
08/08/2024 11:33:39 0.16 6.08 55.25 75 23.70 29.3 #1 Test Run - 60 Test Run
08/08/2024 11:33:49 0.15 7.22 49.42 75 23.70 29.1 #1 Test Run - 60 Test Run
08/08/2024 11:33:59 0.15 7.12 40.10 75 23.70 29.1 #1 Test Run - 60 Test Run
08/08/2024 11:34:09 0.16 6.36 32.14 75 23.70 29.0 #1 Test Run - 60 Test Run
08/08/2024 11:34:19 0.16 6.43 29.15 75 23.70 29.0 #1 Test Run - 60 Test Run
08/08/2024 11:34:29 0.15 5.49 28.01 75 23.70 29.1 #1 Test Run - 60 Test Run
08/08/2024 11:34:39 0.15 5.49 26.91 75 23.70 29.1 #1 Test Run - 60 Test Run
08/08/2024 11:34:49 0.16 6.49 26.15 75 23.70 29.2 #1 Test Run - 60 Test Run
08/08/2024 11:34:59 0.15 6.39 27.65 75 23.70 29.3 #1 Test Run - 60 Test Run
08/08/2024 11:35:09 0.15 6.47 30.96 75 23.70 29.3 #1 Test Run - 60 Test Run
08/08/2024 11:35:19 0.14 6.45 33.22 75 23.70 29.4 #1 Test Run - 60 Test Run
08/08/2024 11:35:29 0.15 5.49 35.05 75 23.70 29.4 #1 Test Run - 60 Test Run
08/08/2024 11:35:39 0.15 5.54 35.95 75 23.70 29.4 #1 Test Run - 60 Test Run
08/08/2024 11:35:49 0.16 4.96 35.55 75 23.70 29.4 #1 Test Run - 60 Test Run
08/08/2024 11:35:59 0.15 4.97 34.65 75 23.70 29.3 #1 Test Run - 60 Test Run
08/08/2024 11:36:09 0.15 4.83 33.40 75 23.70 29.2 #1 Test Run - 60 Test Run
08/08/2024 11:36:19 0.15 4.85 31.26 75 23.70 29.0 #1 Test Run - 60 Test Run
08/08/2024 11:36:29 0.16 4.68 39.28 75 23.70 28.8 #1 Test Run - 60 Test Run
08/08/2024 11:36:39 0.15 4.68 46.72 75 23.70 28.6 #1 Test Run - 60 Test Run
08/08/2024 11:36:49 0.15 4.63 37.55 75 23.70 28.4 #1 Test Run - 60 Test Run
08/08/2024 11:36:59 0.16 4.63 31.76 75 23.70 28.2 #1 Test Run - 60 Test Run
08/08/2024 11:37:09 0.16 4.52 33.03 75 23.70 28.1 #1 Test Run - 60 Test Run
08/08/2024 11:37:19 0.15 4.54 30.11 75 23.70 28.0 #1 Test Run - 60 Test Run
08/08/2024 11:37:29 0.14 4.68 24.83 75 23.70 27.9 #1 Test Run - 60 Test Run
08/08/2024 11:37:39 0.15 4.66 23.21 75 23.70 27.9 #1 Test Run - 60 Test Run
08/08/2024 11:37:49 0.16 4.69 22.59 75 23.70 27.8 #1 Test Run - 60 Test Run
08/08/2024 11:37:59 0.15 4.73 22.41 75 23.70 27.8 #1 Test Run - 60 Test Run
08/08/2024 11:38:09 0.15 5.14 22.91 75 23.70 27.8 #1 Test Run - 60 Test Run
08/08/2024 11:38:19 0.15 5.08 24.83 75 23.70 27.7 #1 Test Run - 60 Test Run
08/08/2024 11:38:29 0.16 5.21 27.45 75 23.70 27.6 #1 Test Run - 60 Test Run
08/08/2024 11:38:39 0.15 5.22 29.31 75 23.70 27.5 #1 Test Run - 60 Test Run
08/08/2024 11:38:49 0.14 4.92 30.66 75 23.70 27.5 #1 Test Run - 60 Test Run
08/08/2024 11:38:59 0.16 4.96 30.20 75 23.70 27.5 #1 Test Run - 60 Test Run
08/08/2024 11:39:09 0.15 4.67 28.60 75 23.70 27.4 #1 Test Run - 60 Test Run
08/08/2024 11:39:19 0.16 4.68 27.00 75 23.70 27.3 #1 Test Run - 60 Test Run
08/08/2024 11:39:29 0.16 4.57 25.75 75 23.70 27.3 #1 Test Run - 60 Test Run
08/08/2024 11:39:39 0.16 4.58 25.79 75 23.70 27.3 #1 Test Run - 60 Test Run
08/08/2024 11:39:49 0.16 4.54 27.05 75 23.70 27.2 #1 Test Run - 60 Test Run
08/08/2024 11:39:59 0.15 4.54 28.19 75 23.70 27.2 #1 Test Run - 60 Test Run
08/08/2024 11:40:09 0.15 4.48 28.29 75 23.70 27.4 #1 Test Run - 60 Test Run
08/08/2024 11:40:19 0.14 4.48 26.74 75 23.70 27.5 #1 Test Run - 60 Test Run
08/08/2024 11:40:29 0.15 4.47 31.71 75 23.70 27.5 #1 Test Run - 60 Test Run
08/08/2024 11:40:39 0.16 4.48 52.42 75 23.70 27.6 #1 Test Run - 60 Test Run
08/08/2024 11:40:49 0.15 4.68 50.67 75 23.70 27.6 #1 Test Run - 60 Test Run
08/08/2024 11:40:59 0.15 4.66 40.83 75 23.70 27.6 #1 Test Run - 60 Test Run
08/08/2024 11:41:09 0.16 4.75 40.15 75 23.70 27.6 #1 Test Run - 60 Test Run
08/08/2024 11:41:19 0.16 4.77 37.72 75 23.70 27.7 #1 Test Run - 60 Test Run
08/08/2024 11:41:29 0.16 4.75 31.45 75 23.70 27.9 #1 Test Run - 60 Test Run
08/08/2024 11:41:39 0.15 4.69 28.91 75 23.70 28.1 #1 Test Run - 60 Test Run
08/08/2024 11:41:49 0.16 5.14 28.46 75 23.70 28.1 #1 Test Run - 60 Test Run
08/08/2024 11:41:59 0.15 5.14 25.91 75 23.70 28.1 #1 Test Run - 60 Test Run
08/08/2024 11:42:09 0.16 5.21 26.10 75 23.70 28.0 #1 Test Run - 60 Test Run
08/08/2024 11:42:19 0.16 5.19 27.59 75 23.70 28.0 #1 Test Run - 60 Test Run
08/08/2024 11:42:29 0.15 5.09 28.58 75 23.70 27.9 #1 Test Run - 60 Test Run
08/08/2024 11:42:39 0.15 5.09 29.38 75 23.70 27.9 #1 Test Run - 60 Test Run
08/08/2024 11:42:49 0.16 4.90 30.02 75 23.70 27.9 #1 Test Run - 60 Test Run
08/08/2024 11:42:59 0.15 4.92 29.48 75 23.70 27.9 #1 Test Run - 60 Test Run
08/08/2024 11:43:09 0.15 4.76 30.41 75 23.70 27.9 #1 Test Run - 60 Test Run
08/08/2024 11:43:19 0.15 4.76 31.98 75 23.70 27.9 #1 Test Run - 60 Test Run
08/08/2024 11:43:29 0.16 4.63 32.05 75 23.70 27.9 #1 Test Run - 60 Test Run
08/08/2024 11:43:39 0.15 4.64 32.05 75 23.70 27.8 #1 Test Run - 60 Test Run
08/08/2024 11:43:49 0.15 4.61 32.92 75 23.70 27.8 #1 Test Run - 60 Test Run
08/08/2024 11:43:59 0.15 4.66 34.80 75 23.70 27.8 #1 Test Run - 60 Test Run
08/08/2024 11:44:09 0.15 5.32 37.95 75 23.70 27.8 #1 Test Run - 60 Test Run
08/08/2024 11:44:19 0.15 5.24 40.60 75 23.70 27.8 #1 Test Run - 60 Test Run
08/08/2024 11:44:29 0.15 5.15 41.33 75 23.70 27.8 #1 Test Run - 60 Test Run
08/08/2024 11:44:39 0.15 5.16 40.92 75 23.70 27.8 #1 Test Run - 60 Test Run
08/08/2024 11:44:49 0.15 4.94 39.20 75 23.70 27.9 #1 Test Run - 60 Test Run
08/08/2024 11:44:59 0.16 4.95 37.25 75 23.70 28.0 #1 Test Run - 60 Test Run
08/08/2024 11:45:09 0.14 4.88 35.85 75 23.70 28.0 #1 Test Run - 60 Test Run
08/08/2024 11:45:19 0.14 4.89 35.00 75 23.70 28.1 #1 Test Run - 60 Test Run
08/08/2024 11:45:29 0.15 4.76 36.65 75 23.70 28.2 #1 Test Run - 60 Test Run
08/08/2024 11:45:39 0.15 4.76 40.35 75 23.70 28.2 #1 Test Run - 60 Test Run
08/08/2024 11:45:49 0.15 4.81 42.25 75 23.70 28.2 #1 Test Run - 60 Test Run
08/08/2024 11:45:59 0.14 4.82 43.50 75 23.70 28.2 #1 Test Run - 60 Test Run
08/08/2024 11:46:09 0.15 4.81 43.03 75 23.70 28.1 #1 Test Run - 60 Test Run
08/08/2024 11:46:19 0.15 4.81 41.20 75 23.70 28.1 #1 Test Run - 60 Test Run
08/08/2024 11:46:29 0.15 5.01 39.10 75 23.70 28.2 #1 Test Run - 60 Test Run
08/08/2024 11:46:39 0.15 4.99 36.85 75 23.70 28.1 #1 Test Run - 60 Test Run
08/08/2024 11:46:49 0.15 4.98 34.72 75 23.70 28.0 #1 Test Run - 60 Test Run
143
Company
Station
Unit
TimeStamp O2 NOX CO Ambient PBaro Humidity Group name Run name
Altamont
West
C-2
08/08/2024 11:46:59 0.16 4.99 33.50 75 23.70 28.0 #1 Test Run - 60 Test Run
08/08/2024 11:47:09 0.15 5.07 36.05 75 23.70 27.9 #1 Test Run - 60 Test Run
08/08/2024 11:47:19 0.14 5.05 40.33 75 23.70 27.9 #1 Test Run - 60 Test Run
08/08/2024 11:47:29 0.15 4.98 42.25 75 23.70 27.8 #1 Test Run - 60 Test Run
08/08/2024 11:47:39 0.15 4.99 42.25 75 23.70 27.7 #1 Test Run - 60 Test Run
08/08/2024 11:47:49 0.16 4.94 39.83 75 23.70 27.8 #1 Test Run - 60 Test Run
08/08/2024 11:47:59 0.14 4.97 37.30 75 23.70 27.9 #1 Test Run - 60 Test Run
08/08/2024 11:48:09 0.14 4.99 35.50 75 23.70 28.1 #1 Test Run - 60 Test Run
08/08/2024 11:48:19 0.16 4.94 34.00 75 23.70 28.1 #1 Test Run - 60 Test Run
08/08/2024 11:48:29 0.15 5.37 32.47 75 23.70 28.1 #1 Test Run - 60 Test Run
08/08/2024 11:48:39 0.14 5.34 30.76 75 23.70 28.1 #1 Test Run - 60 Test Run
08/08/2024 11:48:49 0.15 5.63 30.11 75 23.70 28.2 #1 Test Run - 60 Test Run
08/08/2024 11:48:59 0.15 5.61 32.35 75 23.70 28.1 #1 Test Run - 60 Test Run
08/08/2024 11:49:09 0.15 5.38 36.30 76 23.70 28.1 #1 Test Run - 60 Test Run
Average 0.15 7.52 37.46 74 23.70 31.4
08/08/2024 11:54:26 0.06 191.83 0.12 76 23.70 28.1 #1 Bias Check NOx Bias
08/08/2024 11:54:36 0.06 191.82 0.16 76 23.70 28.0 #1 Bias Check NOx Bias
08/08/2024 11:54:46 0.06 191.95 0.22 76 23.70 28.0 #1 Bias Check NOx Bias
08/08/2024 11:54:56 0.06 191.94 0.25 76 23.70 27.9 #1 Bias Check NOx Bias
08/08/2024 11:55:06 0.05 192.14 0.24 76 23.70 27.9 #1 Bias Check NOx Bias
08/08/2024 11:55:16 0.06 192.13 0.21 76 23.70 28.0 #1 Bias Check NOx Bias
Average 0.06 191.97 0.20 76 23.70 28.0
08/08/2024 11:58:15 5.01 8.67 0.12 76 23.70 27.4 #1 Bias Check O2 Bias
08/08/2024 11:58:25 5.00 4.62 0.12 76 23.70 27.4 #1 Bias Check O2 Bias
08/08/2024 11:58:35 5.01 4.94 0.10 76 23.70 27.4 #1 Bias Check O2 Bias
08/08/2024 11:58:45 5.01 2.95 0.09 76 23.70 27.4 #1 Bias Check O2 Bias
08/08/2024 11:58:55 5.02 2.99 0.07 76 23.70 27.5 #1 Bias Check O2 Bias
08/08/2024 11:59:05 5.01 2.09 0.04 76 23.70 27.5 #1 Bias Check O2 Bias
Average 5.01 4.38 0.09 76 23.70 27.4
08/08/2024 12:01:53 0.06 0.74 194.30 76 23.70 27.6 #1 Bias Check CO Bias
08/08/2024 12:02:03 0.05 0.74 195.10 76 23.70 27.6 #1 Bias Check CO Bias
08/08/2024 12:02:13 0.07 0.70 196.00 76 23.70 27.5 #1 Bias Check CO Bias
08/08/2024 12:02:23 0.07 0.71 196.00 76 23.70 27.4 #1 Bias Check CO Bias
08/08/2024 12:02:33 0.06 0.65 196.60 76 23.70 27.2 #1 Bias Check CO Bias
08/08/2024 12:02:43 0.04 0.65 197.00 76 23.70 27.2 #1 Bias Check CO Bias
Average 0.06 0.70 195.83 76 23.70 27.4
08/08/2024 12:10:15 0.05 4.75 91.45 77 23.69 27.2 #2 Test Run - 60 Test Run
08/08/2024 12:10:25 0.05 4.65 86.95 77 23.69 27.2 #2 Test Run - 60 Test Run
08/08/2024 12:10:35 0.04 4.72 71.50 77 23.69 27.2 #2 Test Run - 60 Test Run
08/08/2024 12:10:45 0.04 5.86 57.72 77 23.69 27.2 #2 Test Run - 60 Test Run
08/08/2024 12:10:55 0.04 5.75 44.78 77 23.69 27.2 #2 Test Run - 60 Test Run
08/08/2024 12:11:05 0.05 5.45 33.80 77 23.69 27.2 #2 Test Run - 60 Test Run
08/08/2024 12:11:15 0.04 5.52 25.95 77 23.69 27.2 #2 Test Run - 60 Test Run
08/08/2024 12:11:25 0.03 5.29 27.46 77 23.69 27.2 #2 Test Run - 60 Test Run
08/08/2024 12:11:35 0.05 4.44 30.79 77 23.69 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:11:45 0.05 24.63 31.71 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 12:11:55 0.05 22.62 31.74 77 23.69 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:12:05 0.03 22.83 32.24 77 23.69 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:12:15 0.04 24.26 33.92 77 23.69 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:12:25 0.04 13.46 35.08 77 23.69 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:12:35 0.04 14.29 35.78 77 23.69 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:12:45 0.04 8.69 36.90 77 23.69 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:12:55 0.04 9.13 38.30 77 23.69 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:13:05 0.05 6.80 40.00 77 23.69 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:13:15 0.05 6.83 41.30 77 23.69 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:13:25 0.04 6.49 40.50 77 23.69 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:13:35 0.04 6.61 36.72 77 23.69 27.0 #2 Test Run - 60 Test Run
08/08/2024 12:13:45 0.04 5.61 34.20 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:13:55 0.04 5.69 34.15 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:14:05 0.04 5.20 37.17 77 23.70 26.5 #2 Test Run - 60 Test Run
08/08/2024 12:14:15 0.04 5.24 41.05 77 23.70 26.4 #2 Test Run - 60 Test Run
08/08/2024 12:14:25 0.05 4.93 41.35 77 23.70 26.4 #2 Test Run - 60 Test Run
08/08/2024 12:14:35 0.05 4.98 39.22 77 23.69 26.5 #2 Test Run - 60 Test Run
08/08/2024 12:14:45 0.03 4.68 35.67 77 23.69 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:14:55 0.04 4.74 33.97 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:15:05 0.05 5.57 34.50 77 23.69 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:15:15 0.04 5.49 35.58 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:15:25 0.04 5.34 35.25 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:15:35 0.04 5.35 33.20 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:15:45 0.06 4.91 32.47 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:15:55 0.05 4.93 34.65 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:16:05 0.04 4.75 38.08 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 12:16:15 0.06 4.77 40.30 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 12:16:25 0.06 4.67 41.80 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 12:16:35 0.06 4.68 41.30 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 12:16:45 0.06 4.74 39.22 77 23.70 27.0 #2 Test Run - 60 Test Run
144
Company
Station
Unit
TimeStamp O2 NOX CO Ambient PBaro Humidity Group name Run name
Altamont
West
C-2
08/08/2024 12:16:55 0.06 4.69 37.85 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 12:17:05 0.07 5.13 35.90 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 12:17:15 0.07 5.10 33.10 77 23.70 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:17:25 0.06 5.13 31.13 77 23.70 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:17:35 0.08 5.14 30.71 77 23.70 27.2 #2 Test Run - 60 Test Run
08/08/2024 12:17:45 0.07 4.90 31.80 77 23.70 27.2 #2 Test Run - 60 Test Run
08/08/2024 12:17:55 0.07 4.92 33.53 77 23.70 27.3 #2 Test Run - 60 Test Run
08/08/2024 12:18:05 0.06 4.79 35.58 77 23.70 27.3 #2 Test Run - 60 Test Run
08/08/2024 12:18:15 0.07 4.79 36.83 77 23.70 27.3 #2 Test Run - 60 Test Run
08/08/2024 12:18:25 0.09 4.67 36.22 77 23.70 27.3 #2 Test Run - 60 Test Run
08/08/2024 12:18:35 0.08 4.68 35.25 77 23.70 27.2 #2 Test Run - 60 Test Run
08/08/2024 12:18:45 0.08 4.73 34.83 77 23.70 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:18:55 0.08 4.72 33.58 77 23.70 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:19:05 0.09 4.78 31.89 77 23.70 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:19:15 0.09 4.79 30.50 77 23.70 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:19:25 0.07 4.67 29.44 77 23.70 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:19:35 0.08 4.68 29.26 77 23.70 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:19:45 0.10 4.75 45.92 77 23.70 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:19:55 0.09 4.73 48.20 77 23.70 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:20:05 0.09 4.70 37.50 77 23.70 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:20:15 0.10 4.70 32.01 77 23.70 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:20:25 0.10 4.67 32.01 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:20:35 0.10 4.72 32.45 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:20:45 0.09 5.30 36.95 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:20:55 0.09 5.25 38.17 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:21:05 0.11 5.15 39.10 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:21:15 0.09 5.19 43.63 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:21:25 0.09 4.96 43.85 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 12:21:35 0.10 4.97 44.65 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 12:21:45 0.10 4.84 44.42 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 12:21:55 0.10 4.86 42.13 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 12:22:05 0.09 4.91 39.25 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 12:22:15 0.10 4.88 36.42 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:22:25 0.11 4.93 34.15 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:22:35 0.12 4.94 34.17 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:22:45 0.10 4.87 35.45 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:22:55 0.10 4.87 35.88 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:23:05 0.11 4.71 35.45 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:23:15 0.10 4.73 34.10 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:23:25 0.10 4.59 31.60 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:23:35 0.10 4.60 28.85 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:23:45 0.11 4.53 26.46 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:23:55 0.12 4.54 24.70 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:24:05 0.11 4.51 24.94 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:24:15 0.11 4.51 27.60 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:24:25 0.12 4.50 29.67 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:24:35 0.12 4.50 30.48 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:24:45 0.10 4.50 31.19 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:24:55 0.11 4.48 31.88 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:25:05 0.12 5.31 33.35 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:25:15 0.12 5.19 36.65 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:25:25 0.10 5.33 39.45 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:25:35 0.12 5.36 40.17 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:25:45 0.12 5.06 39.22 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:25:55 0.12 5.09 37.67 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:26:05 0.11 4.75 36.25 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:26:15 0.12 4.78 35.83 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:26:25 0.12 4.86 36.85 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:26:35 0.12 4.84 37.70 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:26:45 0.11 4.74 36.85 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:26:55 0.12 4.76 35.75 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:27:05 0.13 4.64 34.45 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 12:27:15 0.12 4.63 33.45 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 12:27:25 0.11 4.82 34.25 77 23.70 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:27:35 0.13 4.81 34.50 77 23.70 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:27:45 0.13 4.74 34.80 77 23.70 27.2 #2 Test Run - 60 Test Run
08/08/2024 12:27:55 0.13 4.74 35.15 77 23.70 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:28:05 0.12 4.71 39.33 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 12:28:15 0.12 4.71 55.28 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 12:28:25 0.13 4.70 47.88 77 23.70 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:28:35 0.12 4.71 35.54 77 23.70 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:28:45 0.12 4.81 32.29 77 23.70 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:28:55 0.13 4.80 35.80 77 23.70 27.2 #2 Test Run - 60 Test Run
08/08/2024 12:29:05 0.12 5.12 35.28 77 23.70 27.2 #2 Test Run - 60 Test Run
08/08/2024 12:29:15 0.12 5.07 32.83 77 23.70 27.2 #2 Test Run - 60 Test Run
08/08/2024 12:29:25 0.13 5.10 39.83 77 23.70 27.2 #2 Test Run - 60 Test Run
08/08/2024 12:29:35 0.13 5.13 49.38 77 23.70 27.2 #2 Test Run - 60 Test Run
08/08/2024 12:29:45 0.13 4.78 49.17 77 23.70 27.2 #2 Test Run - 60 Test Run
08/08/2024 12:29:55 0.13 4.79 47.10 77 23.70 27.2 #2 Test Run - 60 Test Run
08/08/2024 12:30:05 0.13 4.74 44.30 77 23.70 27.2 #2 Test Run - 60 Test Run
145
Company
Station
Unit
TimeStamp O2 NOX CO Ambient PBaro Humidity Group name Run name
Altamont
West
C-2
08/08/2024 12:30:15 0.13 4.78 43.40 77 23.70 27.2 #2 Test Run - 60 Test Run
08/08/2024 12:30:25 0.12 5.01 43.15 77 23.70 27.2 #2 Test Run - 60 Test Run
08/08/2024 12:30:35 0.12 5.01 42.25 77 23.70 27.2 #2 Test Run - 60 Test Run
08/08/2024 12:30:45 0.12 5.76 51.10 77 23.70 27.2 #2 Test Run - 60 Test Run
08/08/2024 12:30:55 0.13 5.69 61.90 77 23.70 27.2 #2 Test Run - 60 Test Run
08/08/2024 12:31:05 0.14 5.75 49.05 77 23.70 27.3 #2 Test Run - 60 Test Run
08/08/2024 12:31:15 0.12 5.75 35.15 77 23.70 27.3 #2 Test Run - 60 Test Run
08/08/2024 12:31:25 0.13 5.78 32.58 77 23.70 27.3 #2 Test Run - 60 Test Run
08/08/2024 12:31:35 0.13 5.83 35.80 77 23.70 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:31:45 0.13 6.37 44.15 77 23.70 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:31:55 0.12 6.24 50.60 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 12:32:05 0.11 8.27 46.53 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:32:15 0.12 8.41 43.17 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:32:25 0.13 6.42 43.78 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:32:35 0.12 6.50 44.42 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:32:45 0.11 5.38 43.58 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:32:55 0.14 5.46 41.13 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:33:05 0.13 4.93 37.78 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:33:15 0.13 4.97 35.38 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:33:25 0.13 5.01 34.53 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:33:35 0.13 4.98 34.42 77 23.70 26.5 #2 Test Run - 60 Test Run
08/08/2024 12:33:45 0.13 5.03 33.50 77 23.70 26.5 #2 Test Run - 60 Test Run
08/08/2024 12:33:55 0.11 5.05 30.73 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:34:05 0.13 4.76 28.02 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:34:15 0.14 4.78 26.83 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:34:25 0.13 4.73 26.86 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:34:35 0.11 4.73 27.58 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:34:45 0.13 4.60 28.17 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:34:55 0.14 4.63 29.95 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:35:05 0.13 4.77 32.85 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:35:15 0.12 4.76 35.55 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:35:25 0.13 5.13 36.65 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:35:35 0.14 5.10 35.55 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:35:45 0.13 4.91 33.00 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:35:55 0.12 4.91 31.84 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:36:05 0.13 4.96 31.54 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:36:15 0.12 4.96 31.40 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:36:25 0.12 4.72 30.55 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:36:35 0.13 4.75 28.61 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:36:45 0.14 4.65 26.84 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:36:55 0.14 4.63 26.58 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:37:05 0.14 4.86 27.88 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 12:37:15 0.13 4.86 29.70 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:37:25 0.14 4.71 31.02 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:37:35 0.14 4.71 30.29 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:37:45 0.12 4.55 28.50 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:37:55 0.13 4.56 27.25 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:38:05 0.14 4.58 26.79 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 12:38:15 0.14 4.58 28.20 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 12:38:25 0.13 4.58 30.99 77 23.70 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:38:35 0.13 4.59 32.25 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:38:45 0.14 4.63 33.05 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:38:55 0.13 4.61 33.42 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:39:05 0.13 4.63 32.70 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:39:15 0.13 4.63 31.83 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:39:25 0.13 4.57 30.90 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:39:35 0.14 4.58 29.29 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:39:45 0.13 4.53 27.88 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:39:55 0.13 4.51 28.14 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:40:05 0.13 4.70 29.56 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:40:15 0.13 4.69 30.99 77 23.69 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:40:25 0.14 4.71 31.67 77 23.69 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:40:35 0.13 4.73 30.98 77 23.69 27.0 #2 Test Run - 60 Test Run
08/08/2024 12:40:45 0.14 4.60 29.69 77 23.69 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:40:55 0.14 4.60 49.45 77 23.69 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:41:05 0.13 4.79 61.80 77 23.69 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:41:15 0.13 4.76 48.75 77 23.69 27.1 #2 Test Run - 60 Test Run
08/08/2024 12:41:25 0.13 4.80 35.85 77 23.69 27.0 #2 Test Run - 60 Test Run
08/08/2024 12:41:35 0.13 4.82 30.08 77 23.69 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:41:45 0.13 4.63 39.60 77 23.69 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:41:55 0.13 4.57 51.70 77 23.69 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:42:05 0.14 6.22 57.13 77 23.69 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:42:15 0.13 6.03 47.97 77 23.69 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:42:25 0.12 6.10 42.25 77 23.69 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:42:35 0.14 6.22 40.47 77 23.69 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:42:45 0.13 5.25 37.63 77 23.69 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:42:55 0.13 5.29 35.17 77 23.69 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:43:05 0.13 5.21 33.95 77 23.69 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:43:15 0.12 5.22 33.50 77 23.69 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:43:25 0.13 5.00 33.25 77 23.69 26.7 #2 Test Run - 60 Test Run
146
Company
Station
Unit
TimeStamp O2 NOX CO Ambient PBaro Humidity Group name Run name
Altamont
West
C-2
08/08/2024 12:43:35 0.13 5.01 33.25 77 23.69 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:43:45 0.12 4.71 33.25 77 23.69 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:43:55 0.13 4.73 33.25 77 23.69 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:44:05 0.14 4.58 33.20 77 23.69 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:44:15 0.14 4.59 32.60 77 23.69 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:44:25 0.13 4.51 31.41 77 23.69 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:44:35 0.12 4.52 30.55 77 23.69 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:44:45 0.13 4.58 29.69 77 23.69 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:44:55 0.13 4.57 28.90 77 23.69 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:45:05 0.12 4.69 28.85 77 23.69 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:45:15 0.12 4.70 29.40 77 23.69 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:45:25 0.13 4.71 30.08 77 23.69 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:45:35 0.13 4.69 30.95 77 23.69 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:45:45 0.12 4.83 31.71 77 23.69 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:45:55 0.12 4.85 31.83 77 23.69 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:46:05 0.13 4.74 31.44 77 23.69 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:46:15 0.13 4.73 31.09 77 23.69 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:46:25 0.14 4.65 30.39 77 23.69 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:46:35 0.13 4.67 30.13 77 23.69 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:46:45 0.14 4.79 30.30 77 23.69 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:46:55 0.13 4.79 30.15 77 23.69 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:47:05 0.13 4.68 29.09 77 23.69 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:47:15 0.12 4.70 27.48 77 23.69 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:47:25 0.13 4.65 27.02 77 23.69 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:47:35 0.14 4.63 28.79 77 23.69 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:47:45 0.14 4.55 30.44 77 23.69 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:47:55 0.13 4.56 30.75 77 23.69 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:48:05 0.14 4.53 29.76 77 23.69 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:48:15 0.14 4.53 27.48 77 23.69 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:48:25 0.14 4.51 25.83 77 23.69 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:48:35 0.13 4.52 26.29 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:48:45 0.12 4.56 28.70 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:48:55 0.14 4.55 30.81 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:49:05 0.13 4.54 31.85 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:49:15 0.12 4.55 31.23 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:49:25 0.13 4.49 29.50 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:49:35 0.13 4.49 27.77 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 12:49:45 0.13 4.54 26.83 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:49:55 0.13 4.53 26.27 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 12:50:05 0.12 4.53 26.25 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:50:15 0.14 4.53 26.54 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:50:25 0.14 4.52 26.38 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 12:50:35 0.14 4.52 25.99 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:50:45 0.13 4.47 25.41 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:50:55 0.13 4.48 24.90 77 23.70 26.5 #2 Test Run - 60 Test Run
08/08/2024 12:51:05 0.13 4.50 26.21 77 23.70 26.4 #2 Test Run - 60 Test Run
08/08/2024 12:51:15 0.13 4.49 40.75 77 23.70 26.3 #2 Test Run - 60 Test Run
08/08/2024 12:51:25 0.13 4.53 43.20 77 23.70 26.3 #2 Test Run - 60 Test Run
08/08/2024 12:51:35 0.13 4.51 35.00 77 23.70 26.4 #2 Test Run - 60 Test Run
08/08/2024 12:51:45 0.14 4.72 31.45 77 23.70 26.4 #2 Test Run - 60 Test Run
08/08/2024 12:51:55 0.13 4.72 34.10 77 23.70 26.5 #2 Test Run - 60 Test Run
08/08/2024 12:52:05 0.13 4.84 34.85 77 23.70 26.5 #2 Test Run - 60 Test Run
08/08/2024 12:52:15 0.13 4.78 35.25 77 23.70 26.4 #2 Test Run - 60 Test Run
08/08/2024 12:52:25 0.14 5.16 34.65 77 23.70 26.4 #2 Test Run - 60 Test Run
08/08/2024 12:52:35 0.13 5.19 42.20 77 23.70 26.4 #2 Test Run - 60 Test Run
08/08/2024 12:52:45 0.12 4.82 44.28 77 23.70 26.3 #2 Test Run - 60 Test Run
08/08/2024 12:52:55 0.12 4.83 42.67 77 23.70 26.4 #2 Test Run - 60 Test Run
08/08/2024 12:53:05 0.13 4.64 38.90 77 23.70 26.4 #2 Test Run - 60 Test Run
08/08/2024 12:53:15 0.13 4.65 34.92 77 23.70 26.5 #2 Test Run - 60 Test Run
08/08/2024 12:53:25 0.13 4.58 32.00 77 23.70 26.4 #2 Test Run - 60 Test Run
08/08/2024 12:53:35 0.13 4.61 30.49 77 23.70 26.4 #2 Test Run - 60 Test Run
08/08/2024 12:53:45 0.13 5.03 30.70 77 23.70 26.4 #2 Test Run - 60 Test Run
08/08/2024 12:53:55 0.14 4.98 30.98 77 23.70 26.4 #2 Test Run - 60 Test Run
08/08/2024 12:54:05 0.13 4.81 31.23 77 23.70 26.5 #2 Test Run - 60 Test Run
08/08/2024 12:54:15 0.12 4.84 33.10 77 23.70 26.5 #2 Test Run - 60 Test Run
08/08/2024 12:54:25 0.13 4.65 34.53 77 23.70 26.5 #2 Test Run - 60 Test Run
08/08/2024 12:54:35 0.13 4.64 34.95 77 23.70 26.4 #2 Test Run - 60 Test Run
08/08/2024 12:54:45 0.12 4.82 34.25 77 23.70 26.4 #2 Test Run - 60 Test Run
08/08/2024 12:54:55 0.13 4.83 34.10 77 23.70 26.4 #2 Test Run - 60 Test Run
08/08/2024 12:55:05 0.14 4.75 34.97 77 23.70 26.4 #2 Test Run - 60 Test Run
08/08/2024 12:55:15 0.14 4.74 36.05 77 23.70 26.5 #2 Test Run - 60 Test Run
08/08/2024 12:55:25 0.13 4.76 36.30 77 23.70 26.5 #2 Test Run - 60 Test Run
08/08/2024 12:55:35 0.12 4.76 33.70 77 23.70 26.5 #2 Test Run - 60 Test Run
08/08/2024 12:55:45 0.13 4.66 30.27 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:55:55 0.13 4.67 27.66 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:56:05 0.13 4.69 27.17 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:56:15 0.13 4.68 27.66 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:56:25 0.12 4.59 28.63 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:56:35 0.13 4.60 29.83 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:56:45 0.13 4.48 30.00 77 23.70 26.6 #2 Test Run - 60 Test Run
147
Company
Station
Unit
TimeStamp O2 NOX CO Ambient PBaro Humidity Group name Run name
Altamont
West
C-2
08/08/2024 12:56:55 0.12 4.49 29.04 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:57:05 0.12 4.47 28.63 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:57:15 0.13 4.48 28.70 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:57:25 0.14 4.57 29.38 77 23.70 26.5 #2 Test Run - 60 Test Run
08/08/2024 12:57:35 0.13 4.53 30.05 77 23.70 26.5 #2 Test Run - 60 Test Run
08/08/2024 12:57:45 0.12 4.73 29.98 77 23.70 26.5 #2 Test Run - 60 Test Run
08/08/2024 12:57:55 0.14 4.73 30.52 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:58:05 0.13 4.76 31.95 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:58:15 0.13 4.75 33.15 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:58:25 0.12 4.76 34.88 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:58:35 0.12 4.78 34.90 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:58:45 0.15 4.59 33.58 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:58:55 0.13 4.59 32.55 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:59:05 0.12 4.58 31.39 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:59:15 0.14 4.57 30.33 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:59:25 0.14 4.66 30.25 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 12:59:35 0.13 4.66 30.09 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:59:45 0.13 4.59 29.63 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 12:59:55 0.12 4.60 29.20 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 13:00:05 0.13 4.66 30.10 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 13:00:15 0.14 4.66 33.09 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 13:00:25 0.13 4.58 35.85 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 13:00:35 0.13 4.58 37.40 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 13:00:45 0.12 4.58 37.00 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 13:00:55 0.13 4.58 34.30 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 13:01:05 0.14 4.53 32.47 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 13:01:15 0.12 4.53 32.75 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 13:01:25 0.12 4.56 33.25 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 13:01:35 0.14 4.56 33.00 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 13:01:45 0.13 4.60 31.60 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 13:01:55 0.13 4.61 29.73 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 13:02:05 0.12 4.57 29.49 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 13:02:15 0.14 4.53 31.64 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 13:02:25 0.14 4.89 34.10 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 13:02:35 0.13 4.90 35.97 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 13:02:45 0.13 4.71 36.35 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 13:02:55 0.14 4.70 34.67 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 13:03:05 0.14 4.63 32.58 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 13:03:15 0.14 4.64 30.49 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 13:03:25 0.13 4.52 28.86 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 13:03:35 0.13 4.53 28.90 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 13:03:45 0.14 4.50 30.60 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 13:03:55 0.14 4.50 34.55 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 13:04:05 0.14 4.48 37.55 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 13:04:15 0.13 4.47 38.60 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 13:04:25 0.14 4.66 38.53 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 13:04:35 0.14 4.57 38.03 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 13:04:45 0.13 5.77 37.78 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 13:04:55 0.13 5.67 37.42 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 13:05:05 0.14 5.61 38.15 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 13:05:15 0.13 5.68 37.95 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 13:05:25 0.13 5.19 46.63 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 13:05:35 0.12 5.18 52.45 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 13:05:45 0.13 5.17 42.42 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 13:05:55 0.13 5.21 37.65 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 13:06:05 0.14 4.85 44.00 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 13:06:15 0.13 4.87 52.75 77 23.70 26.5 #2 Test Run - 60 Test Run
08/08/2024 13:06:25 0.13 4.89 46.78 77 23.70 26.5 #2 Test Run - 60 Test Run
08/08/2024 13:06:35 0.13 4.86 36.35 77 23.70 26.5 #2 Test Run - 60 Test Run
08/08/2024 13:06:45 0.14 4.73 31.67 77 23.70 26.5 #2 Test Run - 60 Test Run
08/08/2024 13:06:55 0.14 4.76 36.67 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 13:07:05 0.12 4.89 37.72 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 13:07:15 0.14 4.76 38.50 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 13:07:25 0.14 5.90 39.65 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 13:07:35 0.13 5.91 40.65 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 13:07:45 0.12 5.26 41.75 77 23.70 26.5 #2 Test Run - 60 Test Run
08/08/2024 13:07:55 0.13 5.34 42.00 77 23.70 26.5 #2 Test Run - 60 Test Run
08/08/2024 13:08:05 0.13 4.79 42.10 77 23.70 26.5 #2 Test Run - 60 Test Run
08/08/2024 13:08:15 0.13 4.83 43.60 77 23.70 26.6 #2 Test Run - 60 Test Run
08/08/2024 13:08:25 0.13 4.64 44.10 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 13:08:35 0.14 4.64 43.25 77 23.70 26.7 #2 Test Run - 60 Test Run
08/08/2024 13:08:45 0.14 4.70 42.47 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 13:08:55 0.13 4.74 41.30 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 13:09:05 0.12 5.09 39.42 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 13:09:15 0.13 5.02 37.95 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 13:09:25 0.13 5.13 37.10 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 13:09:35 0.13 5.17 36.30 77 23.70 27.0 #2 Test Run - 60 Test Run
08/08/2024 13:09:45 0.14 5.26 37.17 77 23.70 26.9 #2 Test Run - 60 Test Run
08/08/2024 13:09:55 0.13 5.21 39.40 77 23.70 26.8 #2 Test Run - 60 Test Run
08/08/2024 13:10:05 0.13 5.21 40.35 77 23.70 26.8 #2 Test Run - 60 Test Run
148
Company
Station
Unit
TimeStamp O2 NOX CO Ambient PBaro Humidity Group name Run name
Altamont
West
C-2
Average 0.12 5.18 35.46 77 23.70 26.8
08/08/2024 13:14:27 0.06 191.21 0.26 77 23.70 26.5 #2 Bias Check NOx Bias
08/08/2024 13:14:37 0.06 191.22 0.25 77 23.70 26.5 #2 Bias Check NOx Bias
08/08/2024 13:14:47 0.06 191.40 0.19 77 23.70 26.5 #2 Bias Check NOx Bias
08/08/2024 13:14:57 0.05 191.35 0.13 77 23.70 26.5 #2 Bias Check NOx Bias
08/08/2024 13:15:07 0.06 191.85 0.11 77 23.70 26.5 #2 Bias Check NOx Bias
08/08/2024 13:15:17 0.07 191.83 0.11 77 23.70 26.5 #2 Bias Check NOx Bias
Average 0.06 191.48 0.18 77 23.70 26.5
08/08/2024 13:18:15 5.01 6.75 0.14 77 23.70 26.4 #2 Bias Check O2 Bias
08/08/2024 13:18:25 5.01 3.70 0.09 77 23.70 26.4 #2 Bias Check O2 Bias
08/08/2024 13:18:35 5.01 3.92 0.05 77 23.70 26.4 #2 Bias Check O2 Bias
08/08/2024 13:18:45 5.02 2.40 0.02 77 23.70 26.3 #2 Bias Check O2 Bias
08/08/2024 13:18:55 5.01 2.52 0.03 77 23.70 26.3 #2 Bias Check O2 Bias
08/08/2024 13:19:05 5.01 1.74 0.07 77 23.70 26.3 #2 Bias Check O2 Bias
Average 5.01 3.51 0.07 77 23.70 26.3
08/08/2024 13:22:18 0.05 0.61 196.50 77 23.70 26.5 #2 Bias Check CO Bias
08/08/2024 13:22:28 0.06 0.56 197.00 77 23.70 26.5 #2 Bias Check CO Bias
08/08/2024 13:22:38 0.05 0.57 197.00 77 23.70 26.5 #2 Bias Check CO Bias
08/08/2024 13:22:48 0.05 0.54 197.00 77 23.70 26.5 #2 Bias Check CO Bias
08/08/2024 13:22:58 0.06 0.54 197.00 77 23.70 26.5 #2 Bias Check CO Bias
08/08/2024 13:23:08 0.06 0.50 197.00 77 23.70 26.7 #2 Bias Check CO Bias
Average 0.06 0.55 196.92 77 23.70 26.5
08/08/2024 13:31:45 0.03 5.29 77.10 78 23.70 29.5 #3 Test Run - 60 Test Run
08/08/2024 13:31:55 0.04 5.35 54.83 78 23.70 29.6 #3 Test Run - 60 Test Run
08/08/2024 13:32:05 0.05 4.94 40.65 78 23.70 29.6 #3 Test Run - 60 Test Run
08/08/2024 13:32:15 0.05 4.96 34.45 78 23.70 29.5 #3 Test Run - 60 Test Run
08/08/2024 13:32:25 0.04 5.46 35.45 78 23.70 29.5 #3 Test Run - 60 Test Run
08/08/2024 13:32:35 0.04 4.83 40.55 78 23.70 29.5 #3 Test Run - 60 Test Run
08/08/2024 13:32:45 0.05 14.25 37.75 78 23.70 29.4 #3 Test Run - 60 Test Run
08/08/2024 13:32:55 0.05 13.85 34.42 78 23.70 29.5 #3 Test Run - 60 Test Run
08/08/2024 13:33:05 0.04 11.11 35.60 78 23.70 29.5 #3 Test Run - 60 Test Run
08/08/2024 13:33:15 0.04 11.63 37.50 78 23.70 29.5 #3 Test Run - 60 Test Run
08/08/2024 13:33:25 0.05 7.70 38.58 78 23.70 29.5 #3 Test Run - 60 Test Run
08/08/2024 13:33:35 0.05 8.01 40.58 78 23.70 29.4 #3 Test Run - 60 Test Run
08/08/2024 13:33:45 0.05 6.13 43.30 78 23.70 29.3 #3 Test Run - 60 Test Run
08/08/2024 13:33:55 0.03 6.27 57.88 78 23.70 29.2 #3 Test Run - 60 Test Run
08/08/2024 13:34:05 0.05 5.44 68.18 78 23.70 29.1 #3 Test Run - 60 Test Run
08/08/2024 13:34:15 0.05 5.44 54.85 78 23.70 29.1 #3 Test Run - 60 Test Run
08/08/2024 13:34:25 0.05 4.98 39.83 78 23.70 29.0 #3 Test Run - 60 Test Run
08/08/2024 13:34:35 0.02 5.03 35.05 78 23.70 29.0 #3 Test Run - 60 Test Run
08/08/2024 13:34:45 0.04 4.77 32.31 78 23.70 29.0 #3 Test Run - 60 Test Run
08/08/2024 13:34:55 0.06 4.58 27.95 78 23.70 28.9 #3 Test Run - 60 Test Run
08/08/2024 13:35:05 0.04 10.63 28.45 78 23.70 28.8 #3 Test Run - 60 Test Run
08/08/2024 13:35:15 0.03 10.35 32.66 78 23.70 28.8 #3 Test Run - 60 Test Run
08/08/2024 13:35:25 0.04 12.64 41.92 78 23.70 28.9 #3 Test Run - 60 Test Run
08/08/2024 13:35:35 0.05 13.13 41.72 78 23.70 28.9 #3 Test Run - 60 Test Run
08/08/2024 13:35:45 0.05 8.75 40.47 78 23.70 28.8 #3 Test Run - 60 Test Run
08/08/2024 13:35:55 0.05 9.13 40.05 78 23.70 28.5 #3 Test Run - 60 Test Run
08/08/2024 13:36:05 0.05 6.51 41.35 78 23.70 28.3 #3 Test Run - 60 Test Run
08/08/2024 13:36:15 0.07 6.67 45.00 78 23.70 28.1 #3 Test Run - 60 Test Run
08/08/2024 13:36:25 0.07 5.97 48.45 78 23.70 28.1 #3 Test Run - 60 Test Run
08/08/2024 13:36:35 0.06 6.06 49.80 78 23.70 28.1 #3 Test Run - 60 Test Run
08/08/2024 13:36:45 0.06 5.40 48.10 78 23.70 28.1 #3 Test Run - 60 Test Run
08/08/2024 13:36:55 0.06 5.46 43.78 78 23.70 28.2 #3 Test Run - 60 Test Run
08/08/2024 13:37:05 0.07 4.98 38.55 78 23.70 28.3 #3 Test Run - 60 Test Run
08/08/2024 13:37:15 0.06 5.02 36.42 78 23.70 28.2 #3 Test Run - 60 Test Run
08/08/2024 13:37:25 0.07 4.79 37.75 78 23.70 28.2 #3 Test Run - 60 Test Run
08/08/2024 13:37:35 0.07 4.76 39.45 78 23.70 28.2 #3 Test Run - 60 Test Run
08/08/2024 13:37:45 0.08 6.05 40.17 78 23.70 28.3 #3 Test Run - 60 Test Run
08/08/2024 13:37:55 0.09 5.90 37.78 78 23.70 28.4 #3 Test Run - 60 Test Run
08/08/2024 13:38:05 0.08 5.86 32.11 78 23.70 28.3 #3 Test Run - 60 Test Run
08/08/2024 13:38:15 0.08 5.96 27.59 78 23.70 27.8 #3 Test Run - 60 Test Run
08/08/2024 13:38:25 0.09 5.53 26.54 78 23.70 27.4 #3 Test Run - 60 Test Run
08/08/2024 13:38:35 0.08 5.52 27.69 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 13:38:45 0.07 5.40 29.45 78 23.70 27.1 #3 Test Run - 60 Test Run
08/08/2024 13:38:55 0.08 5.46 31.60 78 23.70 27.0 #3 Test Run - 60 Test Run
08/08/2024 13:39:05 0.09 4.92 32.67 78 23.70 27.0 #3 Test Run - 60 Test Run
08/08/2024 13:39:15 0.09 4.97 32.65 78 23.70 27.0 #3 Test Run - 60 Test Run
08/08/2024 13:39:25 0.08 4.71 32.10 78 23.70 27.0 #3 Test Run - 60 Test Run
08/08/2024 13:39:35 0.09 4.73 31.70 78 23.70 26.9 #3 Test Run - 60 Test Run
08/08/2024 13:39:45 0.10 4.60 30.67 78 23.70 26.9 #3 Test Run - 60 Test Run
08/08/2024 13:39:55 0.10 4.60 30.00 78 23.70 26.8 #3 Test Run - 60 Test Run
08/08/2024 13:40:05 0.10 4.73 31.45 78 23.70 26.8 #3 Test Run - 60 Test Run
08/08/2024 13:40:15 0.09 4.72 32.67 78 23.70 26.8 #3 Test Run - 60 Test Run
08/08/2024 13:40:25 0.09 4.65 33.17 78 23.70 26.8 #3 Test Run - 60 Test Run
08/08/2024 13:40:35 0.09 4.65 33.95 78 23.70 26.8 #3 Test Run - 60 Test Run
149
Company
Station
Unit
TimeStamp O2 NOX CO Ambient PBaro Humidity Group name Run name
Altamont
West
C-2
08/08/2024 13:40:45 0.10 4.57 34.08 78 23.70 26.9 #3 Test Run - 60 Test Run
08/08/2024 13:40:55 0.10 4.57 33.00 78 23.70 26.8 #3 Test Run - 60 Test Run
08/08/2024 13:41:05 0.09 4.68 32.14 78 23.70 26.4 #3 Test Run - 60 Test Run
08/08/2024 13:41:15 0.10 4.67 31.74 78 23.70 26.2 #3 Test Run - 60 Test Run
08/08/2024 13:41:25 0.11 4.68 32.50 78 23.70 26.2 #3 Test Run - 60 Test Run
08/08/2024 13:41:35 0.10 4.66 33.50 78 23.70 26.2 #3 Test Run - 60 Test Run
08/08/2024 13:41:45 0.10 4.76 33.95 78 23.70 26.3 #3 Test Run - 60 Test Run
08/08/2024 13:41:55 0.11 4.77 33.80 78 23.70 26.3 #3 Test Run - 60 Test Run
08/08/2024 13:42:05 0.11 4.63 32.40 78 23.70 26.2 #3 Test Run - 60 Test Run
08/08/2024 13:42:15 0.09 4.61 31.01 78 23.70 26.0 #3 Test Run - 60 Test Run
08/08/2024 13:42:25 0.09 4.88 31.59 78 23.70 25.9 #3 Test Run - 60 Test Run
08/08/2024 13:42:35 0.11 4.89 32.30 78 23.70 25.9 #3 Test Run - 60 Test Run
08/08/2024 13:42:45 0.11 4.70 33.10 78 23.70 25.9 #3 Test Run - 60 Test Run
08/08/2024 13:42:55 0.10 4.71 35.40 78 23.70 26.0 #3 Test Run - 60 Test Run
08/08/2024 13:43:05 0.11 4.61 36.80 78 23.70 26.1 #3 Test Run - 60 Test Run
08/08/2024 13:43:15 0.11 4.62 36.53 78 23.70 26.1 #3 Test Run - 60 Test Run
08/08/2024 13:43:25 0.12 4.59 35.10 78 23.70 26.1 #3 Test Run - 60 Test Run
08/08/2024 13:43:35 0.11 4.58 32.13 78 23.70 26.2 #3 Test Run - 60 Test Run
08/08/2024 13:43:45 0.11 4.66 29.23 78 23.70 26.3 #3 Test Run - 60 Test Run
08/08/2024 13:43:55 0.11 4.65 26.95 78 23.70 26.4 #3 Test Run - 60 Test Run
08/08/2024 13:44:05 0.11 4.78 25.41 78 23.70 26.5 #3 Test Run - 60 Test Run
08/08/2024 13:44:15 0.10 4.79 24.14 78 23.70 26.6 #3 Test Run - 60 Test Run
08/08/2024 13:44:25 0.10 4.67 24.70 78 23.70 26.7 #3 Test Run - 60 Test Run
08/08/2024 13:44:35 0.11 4.68 26.71 78 23.70 26.8 #3 Test Run - 60 Test Run
08/08/2024 13:44:45 0.11 4.58 29.08 78 23.70 26.9 #3 Test Run - 60 Test Run
08/08/2024 13:44:55 0.11 4.59 31.99 78 23.70 26.9 #3 Test Run - 60 Test Run
08/08/2024 13:45:05 0.11 4.51 32.60 78 23.70 27.0 #3 Test Run - 60 Test Run
08/08/2024 13:45:15 0.10 4.51 31.13 78 23.70 27.1 #3 Test Run - 60 Test Run
08/08/2024 13:45:25 0.12 4.55 29.59 78 23.70 27.1 #3 Test Run - 60 Test Run
08/08/2024 13:45:35 0.12 4.61 28.56 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 13:45:45 0.10 5.54 28.24 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 13:45:55 0.11 5.43 34.19 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 13:46:05 0.12 5.52 48.25 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 13:46:15 0.11 5.59 42.78 78 23.70 27.4 #3 Test Run - 60 Test Run
08/08/2024 13:46:25 0.10 5.08 34.86 78 23.70 27.4 #3 Test Run - 60 Test Run
08/08/2024 13:46:35 0.11 5.10 29.64 78 23.70 27.4 #3 Test Run - 60 Test Run
08/08/2024 13:46:45 0.13 4.88 27.48 78 23.70 27.5 #3 Test Run - 60 Test Run
08/08/2024 13:46:55 0.12 4.90 32.71 78 23.70 27.5 #3 Test Run - 60 Test Run
08/08/2024 13:47:05 0.11 4.85 34.61 78 23.70 27.4 #3 Test Run - 60 Test Run
08/08/2024 13:47:15 0.12 4.82 29.63 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 13:47:25 0.13 5.26 34.66 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 13:47:35 0.12 5.26 38.25 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 13:47:45 0.11 5.00 40.35 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 13:47:55 0.12 5.00 41.35 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 13:48:05 0.12 4.97 40.53 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 13:48:15 0.12 5.00 37.00 78 23.70 27.1 #3 Test Run - 60 Test Run
08/08/2024 13:48:25 0.11 4.69 33.08 78 23.70 27.0 #3 Test Run - 60 Test Run
08/08/2024 13:48:35 0.12 4.71 31.46 78 23.70 26.9 #3 Test Run - 60 Test Run
08/08/2024 13:48:45 0.12 4.74 32.64 78 23.70 26.7 #3 Test Run - 60 Test Run
08/08/2024 13:48:55 0.12 4.72 34.33 78 23.70 26.7 #3 Test Run - 60 Test Run
08/08/2024 13:49:05 0.12 4.69 34.97 78 23.70 26.8 #3 Test Run - 60 Test Run
08/08/2024 13:49:15 0.12 4.71 34.95 78 23.70 26.9 #3 Test Run - 60 Test Run
08/08/2024 13:49:25 0.13 4.63 33.63 78 23.70 26.8 #3 Test Run - 60 Test Run
08/08/2024 13:49:35 0.12 4.62 33.05 78 23.70 26.8 #3 Test Run - 60 Test Run
08/08/2024 13:49:45 0.11 5.31 33.35 78 23.70 26.7 #3 Test Run - 60 Test Run
08/08/2024 13:49:55 0.11 5.22 33.25 78 23.70 26.7 #3 Test Run - 60 Test Run
08/08/2024 13:50:05 0.13 5.39 33.35 78 23.70 26.6 #3 Test Run - 60 Test Run
08/08/2024 13:50:15 0.13 5.41 32.83 78 23.70 26.5 #3 Test Run - 60 Test Run
08/08/2024 13:50:25 0.11 5.14 32.15 78 23.70 26.2 #3 Test Run - 60 Test Run
08/08/2024 13:50:35 0.12 5.18 30.80 78 23.70 26.1 #3 Test Run - 60 Test Run
08/08/2024 13:50:45 0.12 4.82 28.92 78 23.70 26.1 #3 Test Run - 60 Test Run
08/08/2024 13:50:55 0.13 4.81 27.04 78 23.70 26.1 #3 Test Run - 60 Test Run
08/08/2024 13:51:05 0.13 4.72 26.27 78 23.70 26.2 #3 Test Run - 60 Test Run
08/08/2024 13:51:15 0.12 4.74 35.54 78 23.70 26.3 #3 Test Run - 60 Test Run
08/08/2024 13:51:25 0.12 4.94 43.05 78 23.70 26.3 #3 Test Run - 60 Test Run
08/08/2024 13:51:35 0.14 4.92 35.58 78 23.70 26.3 #3 Test Run - 60 Test Run
08/08/2024 13:51:45 0.13 4.95 29.69 78 23.70 26.3 #3 Test Run - 60 Test Run
08/08/2024 13:51:55 0.12 4.97 30.06 78 23.70 26.3 #3 Test Run - 60 Test Run
08/08/2024 13:52:05 0.13 4.73 32.78 78 23.70 26.4 #3 Test Run - 60 Test Run
08/08/2024 13:52:15 0.13 4.72 40.83 78 23.70 26.4 #3 Test Run - 60 Test Run
08/08/2024 13:52:25 0.12 5.28 38.90 78 23.70 26.5 #3 Test Run - 60 Test Run
08/08/2024 13:52:35 0.12 5.22 33.70 78 23.70 26.5 #3 Test Run - 60 Test Run
08/08/2024 13:52:45 0.13 5.20 30.23 78 23.70 26.5 #3 Test Run - 60 Test Run
08/08/2024 13:52:55 0.14 5.25 30.01 78 23.70 26.5 #3 Test Run - 60 Test Run
08/08/2024 13:53:05 0.14 4.91 32.00 78 23.70 26.5 #3 Test Run - 60 Test Run
08/08/2024 13:53:15 0.12 4.92 34.00 78 23.70 26.6 #3 Test Run - 60 Test Run
08/08/2024 13:53:25 0.12 4.86 34.65 78 23.70 26.5 #3 Test Run - 60 Test Run
08/08/2024 13:53:35 0.13 4.87 34.55 78 23.70 26.6 #3 Test Run - 60 Test Run
08/08/2024 13:53:45 0.13 4.78 32.89 78 23.70 26.6 #3 Test Run - 60 Test Run
08/08/2024 13:53:55 0.13 4.80 30.76 78 23.70 26.6 #3 Test Run - 60 Test Run
150
Company
Station
Unit
TimeStamp O2 NOX CO Ambient PBaro Humidity Group name Run name
Altamont
West
C-2
08/08/2024 13:54:05 0.13 4.98 30.11 78 23.70 26.6 #3 Test Run - 60 Test Run
08/08/2024 13:54:15 0.14 4.95 30.41 78 23.70 26.5 #3 Test Run - 60 Test Run
08/08/2024 13:54:25 0.14 4.78 30.95 78 23.70 26.5 #3 Test Run - 60 Test Run
08/08/2024 13:54:35 0.13 4.79 32.79 78 23.70 26.5 #3 Test Run - 60 Test Run
08/08/2024 13:54:45 0.12 4.62 34.38 78 23.70 26.6 #3 Test Run - 60 Test Run
08/08/2024 13:54:55 0.13 4.62 36.13 78 23.70 26.7 #3 Test Run - 60 Test Run
08/08/2024 13:55:05 0.12 4.80 52.22 78 23.70 26.8 #3 Test Run - 60 Test Run
08/08/2024 13:55:15 0.13 4.79 45.33 78 23.70 26.9 #3 Test Run - 60 Test Run
08/08/2024 13:55:25 0.13 4.84 34.47 78 23.70 26.9 #3 Test Run - 60 Test Run
08/08/2024 13:55:35 0.14 4.84 27.81 78 23.70 26.9 #3 Test Run - 60 Test Run
08/08/2024 13:55:45 0.14 4.70 29.45 78 23.70 26.8 #3 Test Run - 60 Test Run
08/08/2024 13:55:55 0.13 4.65 37.47 78 23.70 26.9 #3 Test Run - 60 Test Run
08/08/2024 13:56:05 0.12 5.62 37.40 78 23.70 26.9 #3 Test Run - 60 Test Run
08/08/2024 13:56:15 0.14 5.51 34.25 78 23.70 26.9 #3 Test Run - 60 Test Run
08/08/2024 13:56:25 0.14 6.10 38.70 78 23.70 26.9 #3 Test Run - 60 Test Run
08/08/2024 13:56:35 0.13 6.05 43.20 78 23.70 26.9 #3 Test Run - 60 Test Run
08/08/2024 13:56:45 0.13 5.49 42.10 78 23.70 26.9 #3 Test Run - 60 Test Run
08/08/2024 13:56:55 0.12 5.52 39.97 78 23.70 26.9 #3 Test Run - 60 Test Run
08/08/2024 13:57:05 0.13 5.11 38.30 78 23.70 27.0 #3 Test Run - 60 Test Run
08/08/2024 13:57:15 0.13 5.13 36.05 78 23.70 27.1 #3 Test Run - 60 Test Run
08/08/2024 13:57:25 0.13 4.92 33.25 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 13:57:35 0.13 4.94 30.29 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 13:57:45 0.13 4.70 26.30 78 23.70 27.4 #3 Test Run - 60 Test Run
08/08/2024 13:57:55 0.14 4.68 23.26 78 23.70 27.5 #3 Test Run - 60 Test Run
08/08/2024 13:58:05 0.13 5.24 23.06 78 23.70 27.5 #3 Test Run - 60 Test Run
08/08/2024 13:58:15 0.13 5.21 25.33 78 23.70 27.6 #3 Test Run - 60 Test Run
08/08/2024 13:58:25 0.14 5.09 28.11 78 23.70 27.6 #3 Test Run - 60 Test Run
08/08/2024 13:58:35 0.14 5.11 29.48 78 23.70 27.5 #3 Test Run - 60 Test Run
08/08/2024 13:58:45 0.12 4.83 31.38 78 23.70 27.5 #3 Test Run - 60 Test Run
08/08/2024 13:58:55 0.13 4.84 33.03 78 23.70 27.5 #3 Test Run - 60 Test Run
08/08/2024 13:59:05 0.13 5.33 34.97 78 23.70 27.6 #3 Test Run - 60 Test Run
08/08/2024 13:59:15 0.14 5.27 37.35 78 23.70 27.7 #3 Test Run - 60 Test Run
08/08/2024 13:59:25 0.13 5.28 38.25 78 23.70 27.8 #3 Test Run - 60 Test Run
08/08/2024 13:59:35 0.13 5.32 36.92 78 23.70 27.8 #3 Test Run - 60 Test Run
08/08/2024 13:59:45 0.15 5.10 35.30 78 23.70 27.8 #3 Test Run - 60 Test Run
08/08/2024 13:59:55 0.14 5.14 34.45 78 23.70 27.8 #3 Test Run - 60 Test Run
08/08/2024 14:00:05 0.14 4.77 33.83 78 23.70 27.5 #3 Test Run - 60 Test Run
08/08/2024 14:00:15 0.12 4.80 33.85 78 23.70 27.4 #3 Test Run - 60 Test Run
08/08/2024 14:00:25 0.12 4.61 34.05 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:00:35 0.13 4.61 32.95 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:00:45 0.13 4.52 32.72 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:00:55 0.12 4.52 33.97 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:01:05 0.13 4.61 35.78 78 23.70 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:01:15 0.13 4.58 37.25 78 23.70 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:01:25 0.15 4.70 38.08 78 23.70 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:01:35 0.13 4.71 37.00 78 23.70 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:01:45 0.12 4.59 34.90 78 23.70 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:01:55 0.15 4.60 33.45 78 23.70 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:02:05 0.13 4.62 33.50 78 23.70 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:02:15 0.12 4.63 35.10 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:02:25 0.12 4.84 37.45 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:02:35 0.13 4.82 38.72 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:02:45 0.14 4.72 38.13 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:02:55 0.13 4.74 35.83 78 23.70 27.4 #3 Test Run - 60 Test Run
08/08/2024 14:03:05 0.12 4.60 41.88 78 23.70 27.4 #3 Test Run - 60 Test Run
08/08/2024 14:03:15 0.14 4.61 48.60 78 23.70 27.4 #3 Test Run - 60 Test Run
08/08/2024 14:03:25 0.13 4.60 38.20 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:03:35 0.13 4.61 29.67 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:03:45 0.12 4.88 29.88 78 23.70 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:03:55 0.13 4.85 39.30 78 23.70 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:04:05 0.13 5.52 41.15 78 23.70 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:04:15 0.12 5.37 35.20 78 23.70 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:04:25 0.12 5.87 31.73 78 23.70 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:04:35 0.14 5.96 31.40 78 23.70 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:04:45 0.13 5.16 31.61 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:04:55 0.13 5.18 32.74 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:05:05 0.14 4.91 34.22 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:05:15 0.14 4.94 34.35 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:05:25 0.14 4.65 33.50 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:05:35 0.14 4.67 31.60 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:05:45 0.12 4.66 29.59 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:05:55 0.13 4.58 30.00 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:06:05 0.13 5.30 32.55 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:06:15 0.14 5.31 34.92 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:06:25 0.12 4.97 36.42 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:06:35 0.13 5.02 36.08 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:06:45 0.14 4.69 35.75 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:06:55 0.13 4.71 38.22 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:07:05 0.12 4.56 41.92 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:07:15 0.13 4.57 45.80 78 23.70 27.3 #3 Test Run - 60 Test Run
151
Company
Station
Unit
TimeStamp O2 NOX CO Ambient PBaro Humidity Group name Run name
Altamont
West
C-2
08/08/2024 14:07:25 0.14 4.60 50.63 78 23.70 27.4 #3 Test Run - 60 Test Run
08/08/2024 14:07:35 0.14 4.59 51.97 78 23.70 27.4 #3 Test Run - 60 Test Run
08/08/2024 14:07:45 0.14 4.63 40.88 78 23.70 27.4 #3 Test Run - 60 Test Run
08/08/2024 14:07:55 0.13 4.61 32.63 78 23.70 27.5 #3 Test Run - 60 Test Run
08/08/2024 14:08:05 0.14 4.85 32.67 78 23.70 27.5 #3 Test Run - 60 Test Run
08/08/2024 14:08:15 0.14 4.78 30.45 78 23.70 27.5 #3 Test Run - 60 Test Run
08/08/2024 14:08:25 0.12 5.93 30.19 78 23.70 27.5 #3 Test Run - 60 Test Run
08/08/2024 14:08:35 0.13 5.83 33.63 78 23.70 27.4 #3 Test Run - 60 Test Run
08/08/2024 14:08:45 0.14 5.53 40.45 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:08:55 0.14 5.63 47.10 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:09:05 0.13 4.97 44.92 78 23.70 27.4 #3 Test Run - 60 Test Run
08/08/2024 14:09:15 0.13 5.02 38.85 78 23.70 27.5 #3 Test Run - 60 Test Run
08/08/2024 14:09:25 0.13 4.65 36.70 78 23.70 27.5 #3 Test Run - 60 Test Run
08/08/2024 14:09:35 0.14 4.67 34.35 78 23.70 27.4 #3 Test Run - 60 Test Run
08/08/2024 14:09:45 0.13 4.71 32.33 78 23.70 27.4 #3 Test Run - 60 Test Run
08/08/2024 14:09:55 0.12 4.70 31.25 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:10:05 0.13 4.74 31.19 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:10:15 0.14 4.74 32.67 78 23.70 27.4 #3 Test Run - 60 Test Run
08/08/2024 14:10:25 0.14 4.77 34.05 78 23.70 27.4 #3 Test Run - 60 Test Run
08/08/2024 14:10:35 0.13 4.78 34.75 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:10:45 0.13 4.72 35.85 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:10:55 0.14 4.72 36.20 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:11:05 0.15 4.62 35.80 78 23.70 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:11:15 0.13 4.62 35.15 78 23.70 27.0 #3 Test Run - 60 Test Run
08/08/2024 14:11:25 0.14 4.54 34.00 78 23.70 27.0 #3 Test Run - 60 Test Run
08/08/2024 14:11:35 0.13 4.54 32.70 78 23.70 27.0 #3 Test Run - 60 Test Run
08/08/2024 14:11:45 0.13 4.54 32.22 78 23.70 27.0 #3 Test Run - 60 Test Run
08/08/2024 14:11:55 0.13 4.55 31.34 78 23.70 26.9 #3 Test Run - 60 Test Run
08/08/2024 14:12:05 0.13 4.78 30.58 78 23.70 26.9 #3 Test Run - 60 Test Run
08/08/2024 14:12:15 0.13 4.77 30.30 78 23.70 27.0 #3 Test Run - 60 Test Run
08/08/2024 14:12:25 0.14 4.69 29.59 78 23.70 27.0 #3 Test Run - 60 Test Run
08/08/2024 14:12:35 0.14 4.70 28.84 78 23.70 27.0 #3 Test Run - 60 Test Run
08/08/2024 14:12:45 0.13 4.55 28.24 78 23.70 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:12:55 0.13 4.56 27.90 78 23.70 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:13:05 0.14 4.54 28.17 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:13:15 0.13 4.54 28.66 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:13:25 0.13 4.52 28.35 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:13:35 0.13 4.52 26.90 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:13:45 0.13 4.50 25.23 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:13:55 0.14 4.49 24.38 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:14:05 0.13 4.82 24.70 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:14:15 0.14 4.77 26.10 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:14:25 0.14 4.91 27.69 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:14:35 0.14 4.94 29.05 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:14:45 0.14 4.63 29.17 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:14:55 0.12 4.66 28.94 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:15:05 0.14 4.51 29.84 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:15:15 0.14 4.54 30.71 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:15:25 0.13 4.73 31.58 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:15:35 0.12 4.67 31.92 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:15:45 0.14 4.85 31.17 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:15:55 0.14 4.88 30.25 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:16:05 0.14 4.67 29.64 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:16:15 0.13 4.66 28.63 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:16:25 0.14 4.56 27.66 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:16:35 0.14 4.56 26.84 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:16:45 0.13 4.52 26.23 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:16:55 0.14 4.53 26.17 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:17:05 0.13 4.44 26.90 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:17:15 0.14 4.44 28.48 78 23.70 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:17:25 0.14 4.60 31.76 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:17:35 0.13 4.57 35.10 78 23.70 27.4 #3 Test Run - 60 Test Run
08/08/2024 14:17:45 0.14 4.76 37.00 78 23.70 27.4 #3 Test Run - 60 Test Run
08/08/2024 14:17:55 0.14 4.75 37.40 78 23.70 27.5 #3 Test Run - 60 Test Run
08/08/2024 14:18:05 0.14 4.70 36.40 78 23.70 27.6 #3 Test Run - 60 Test Run
08/08/2024 14:18:15 0.13 4.71 35.45 78 23.70 27.6 #3 Test Run - 60 Test Run
08/08/2024 14:18:25 0.13 4.62 34.28 78 23.70 27.7 #3 Test Run - 60 Test Run
08/08/2024 14:18:35 0.14 4.63 32.51 78 23.70 27.8 #3 Test Run - 60 Test Run
08/08/2024 14:18:45 0.14 4.55 29.58 78 23.70 27.9 #3 Test Run - 60 Test Run
08/08/2024 14:18:55 0.14 4.55 26.91 78 23.70 27.9 #3 Test Run - 60 Test Run
08/08/2024 14:19:05 0.13 4.48 25.33 78 23.70 27.8 #3 Test Run - 60 Test Run
08/08/2024 14:19:15 0.14 4.48 25.49 78 23.70 27.9 #3 Test Run - 60 Test Run
08/08/2024 14:19:25 0.14 4.60 26.86 78 23.70 27.9 #3 Test Run - 60 Test Run
08/08/2024 14:19:35 0.13 4.58 28.70 78 23.70 27.9 #3 Test Run - 60 Test Run
08/08/2024 14:19:45 0.13 4.58 29.50 78 23.70 27.8 #3 Test Run - 60 Test Run
08/08/2024 14:19:55 0.14 4.60 30.09 78 23.70 27.8 #3 Test Run - 60 Test Run
08/08/2024 14:20:05 0.14 4.54 30.45 78 23.70 27.8 #3 Test Run - 60 Test Run
08/08/2024 14:20:15 0.13 4.54 30.59 78 23.70 27.8 #3 Test Run - 60 Test Run
08/08/2024 14:20:25 0.13 4.61 30.73 78 23.70 27.8 #3 Test Run - 60 Test Run
08/08/2024 14:20:35 0.13 4.60 29.56 78 23.69 27.8 #3 Test Run - 60 Test Run
152
Company
Station
Unit
TimeStamp O2 NOX CO Ambient PBaro Humidity Group name Run name
Altamont
West
C-2
08/08/2024 14:20:45 0.14 4.56 27.94 78 23.69 27.6 #3 Test Run - 60 Test Run
08/08/2024 14:20:55 0.14 4.57 26.23 78 23.69 27.6 #3 Test Run - 60 Test Run
08/08/2024 14:21:05 0.13 4.50 24.38 78 23.69 27.7 #3 Test Run - 60 Test Run
08/08/2024 14:21:15 0.14 4.50 22.73 78 23.69 27.7 #3 Test Run - 60 Test Run
08/08/2024 14:21:25 0.14 4.50 21.83 78 23.69 27.7 #3 Test Run - 60 Test Run
08/08/2024 14:21:35 0.13 4.50 21.95 78 23.69 27.7 #3 Test Run - 60 Test Run
08/08/2024 14:21:45 0.14 4.56 22.91 78 23.70 27.7 #3 Test Run - 60 Test Run
08/08/2024 14:21:55 0.13 4.54 25.34 78 23.70 27.8 #3 Test Run - 60 Test Run
08/08/2024 14:22:05 0.15 4.62 28.48 78 23.70 27.6 #3 Test Run - 60 Test Run
08/08/2024 14:22:15 0.14 4.63 41.67 78 23.70 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:22:25 0.13 4.64 44.10 78 23.69 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:22:35 0.13 4.65 35.01 78 23.69 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:22:45 0.13 4.56 28.19 78 23.69 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:22:55 0.13 4.57 28.01 78 23.69 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:23:05 0.13 4.56 37.26 78 23.69 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:23:15 0.13 4.48 39.75 78 23.69 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:23:25 0.14 5.62 33.65 78 23.69 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:23:35 0.14 5.57 28.25 78 23.69 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:23:45 0.14 5.21 30.21 78 23.69 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:23:55 0.13 5.28 32.19 78 23.69 27.4 #3 Test Run - 60 Test Run
08/08/2024 14:24:05 0.13 5.02 46.55 78 23.69 27.4 #3 Test Run - 60 Test Run
08/08/2024 14:24:15 0.14 5.03 50.88 78 23.69 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:24:25 0.13 4.82 40.05 78 23.69 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:24:35 0.14 4.86 29.80 78 23.69 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:24:45 0.13 4.62 30.45 78 23.69 27.0 #3 Test Run - 60 Test Run
08/08/2024 14:24:55 0.14 4.62 40.13 78 23.69 27.0 #3 Test Run - 60 Test Run
08/08/2024 14:25:05 0.13 5.89 39.50 78 23.69 26.9 #3 Test Run - 60 Test Run
08/08/2024 14:25:15 0.12 5.53 31.90 78 23.69 26.9 #3 Test Run - 60 Test Run
08/08/2024 14:25:25 0.13 8.64 30.71 78 23.69 26.9 #3 Test Run - 60 Test Run
08/08/2024 14:25:35 0.14 8.53 33.70 78 23.69 26.9 #3 Test Run - 60 Test Run
08/08/2024 14:25:45 0.13 6.75 34.72 78 23.69 26.9 #3 Test Run - 60 Test Run
08/08/2024 14:25:55 0.13 6.93 35.28 78 23.69 26.9 #3 Test Run - 60 Test Run
08/08/2024 14:26:05 0.13 5.76 35.33 78 23.69 27.0 #3 Test Run - 60 Test Run
08/08/2024 14:26:15 0.14 5.88 34.40 78 23.69 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:26:25 0.13 5.04 32.54 78 23.69 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:26:35 0.13 5.11 31.00 78 23.69 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:26:45 0.13 4.76 29.88 78 23.69 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:26:55 0.13 4.77 29.17 78 23.69 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:27:05 0.14 4.68 28.92 78 23.69 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:27:15 0.14 4.69 29.04 78 23.69 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:27:25 0.14 4.59 29.58 78 23.69 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:27:35 0.14 4.60 30.51 78 23.69 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:27:45 0.14 4.57 32.50 78 23.69 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:27:55 0.14 4.57 34.20 78 23.69 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:28:05 0.13 4.54 34.55 78 23.69 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:28:15 0.13 4.54 34.95 78 23.69 27.1 #3 Test Run - 60 Test Run
08/08/2024 14:28:25 0.13 4.60 34.42 78 23.69 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:28:35 0.14 4.60 33.03 78 23.69 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:28:45 0.13 4.64 32.40 78 23.69 27.3 #3 Test Run - 60 Test Run
08/08/2024 14:28:55 0.13 4.64 31.26 78 23.69 27.2 #3 Test Run - 60 Test Run
08/08/2024 14:29:05 0.14 4.57 29.76 78 23.69 27.0 #3 Test Run - 60 Test Run
08/08/2024 14:29:15 0.15 4.56 28.95 78 23.69 26.9 #3 Test Run - 60 Test Run
08/08/2024 14:29:25 0.12 4.71 29.83 78 23.69 26.8 #3 Test Run - 60 Test Run
08/08/2024 14:29:35 0.13 4.70 32.14 78 23.69 26.8 #3 Test Run - 60 Test Run
08/08/2024 14:29:45 0.14 4.68 36.25 78 23.69 26.6 #3 Test Run - 60 Test Run
08/08/2024 14:29:55 0.14 4.69 41.92 78 23.69 26.6 #3 Test Run - 60 Test Run
08/08/2024 14:30:05 0.12 4.61 45.72 78 23.69 26.5 #3 Test Run - 60 Test Run
08/08/2024 14:30:15 0.13 4.59 42.55 78 23.69 26.5 #3 Test Run - 60 Test Run
08/08/2024 14:30:25 0.14 4.77 30.56 78 23.69 26.3 #3 Test Run - 60 Test Run
08/08/2024 14:30:35 0.14 4.77 38.10 78 23.69 26.1 #3 Test Run - 60 Test Run
08/08/2024 14:30:45 0.13 5.17 43.80 78 23.69 26.1 #3 Test Run - 60 Test Run
08/08/2024 14:30:55 0.14 4.85 39.90 78 23.69 26.2 #3 Test Run - 60 Test Run
08/08/2024 14:31:05 0.13 8.88 33.50 78 23.69 26.2 #3 Test Run - 60 Test Run
08/08/2024 14:31:15 0.14 8.75 30.55 78 23.69 26.2 #3 Test Run - 60 Test Run
08/08/2024 14:31:25 0.14 7.33 35.90 78 23.69 26.1 #3 Test Run - 60 Test Run
08/08/2024 14:31:35 0.13 7.59 40.65 78 23.69 26.0 #3 Test Run - 60 Test Run
Average 0.12 5.16 34.11 78 23.70 27.3
08/08/2024 14:35:24 0.02 191.61 -0.07 78 23.69 26.4 #3 Bias Check NOx Bias
08/08/2024 14:35:34 0.03 191.59 -0.09 78 23.69 26.4 #3 Bias Check NOx Bias
08/08/2024 14:35:44 0.01 191.96 -0.09 78 23.69 26.5 #3 Bias Check NOx Bias
08/08/2024 14:35:54 0.02 191.91 -0.04 78 23.69 26.5 #3 Bias Check NOx Bias
08/08/2024 14:36:04 0.03 192.17 -0.01 78 23.69 26.6 #3 Bias Check NOx Bias
08/08/2024 14:36:14 0.01 192.18 -0.02 78 23.69 26.6 #3 Bias Check NOx Bias
Average 0.02 191.90 -0.05 78 23.69 26.5
08/08/2024 14:40:25 5.05 1.59 0.14 78 23.69 25.6 #3 Bias Check O2 Bias
08/08/2024 14:40:35 5.05 1.69 0.13 78 23.69 25.5 #3 Bias Check O2 Bias
08/08/2024 14:40:45 5.05 1.06 0.10 78 23.69 25.4 #3 Bias Check O2 Bias
08/08/2024 14:40:55 5.06 1.11 0.07 78 23.69 25.4 #3 Bias Check O2 Bias
153
Company
Station
Unit
TimeStamp O2 NOX CO Ambient PBaro Humidity Group name Run name
Altamont
West
C-2
08/08/2024 14:41:05 5.05 0.82 0.03 78 23.69 25.5 #3 Bias Check O2 Bias
08/08/2024 14:41:15 5.04 0.85 -0.01 78 23.69 25.6 #3 Bias Check O2 Bias
Average 5.05 1.19 0.08 78 23.69 25.5
08/08/2024 14:43:21 0.05 0.59 197.60 78 23.69 25.0 #3 Bias Check CO Bias
08/08/2024 14:43:31 0.05 0.58 198.00 78 23.69 25.0 #3 Bias Check CO Bias
08/08/2024 14:43:41 0.06 0.58 198.00 78 23.69 25.1 #3 Bias Check CO Bias
08/08/2024 14:43:51 0.06 0.57 198.00 78 23.69 25.1 #3 Bias Check CO Bias
08/08/2024 14:44:01 0.06 0.57 198.00 78 23.69 25.1 #3 Bias Check CO Bias
08/08/2024 14:44:11 0.04 0.56 198.00 79 23.69 25.1 #3 Bias Check CO Bias
Average 0.05 0.58 197.93 78 23.69 25.1
154

UNIT C-2 FTIR NM/NE VOC AND FORMALDEHYDE
155
Company
Station
Unit
Raw Spectral Data
Spectrum Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid
1) Background - 11.3.3Background_0000021BKG.LAB 8/8/2024 08:56:12 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 191.438 1.149
2) NEA - 11.3 (A2)NEA_0000029.LAB 8/8/2024 09:01:34 -0.029 0.145 0.000 0.003 0.011 0.043 0.003 0.019 0.001 0.034 0.032 0.105 -0.001 0.341 -0.001 0.252 -0.243 0.570 -0.034 0.058 0.022 0.032 0.002 0.093 191.451 1.150
NEA_0000030.LAB 8/8/2024 09:02:27 0.011 0.145 0.000 0.003 0.009 0.039 -0.003 0.020 0.007 0.035 0.023 0.113 0.099 0.336 0.025 0.241 -0.073 0.570 -0.022 0.059 0.044 0.030 -0.003 0.092 191.436 1.149
NEA_0000031.LAB 8/8/2024 09:03:20 0.007 0.147 0.000 0.004 0.050 0.040 -0.001 0.021 0.002 0.032 0.037 0.108 -0.024 0.285 -0.011 0.241 -0.170 0.511 -0.030 0.058 -0.007 0.030 0.010 0.094 191.453 1.149NEA_0000032.LAB 8/8/2024 09:04:14 -0.061 0.149 -0.001 0.004 -0.007 0.041 -0.002 0.020 0.006 0.036 0.024 0.108 0.046 0.331 0.005 0.271 -0.117 0.552 0.054 0.061 0.029 0.030 -0.008 0.096 191.439 1.148NEA_0000033.LAB 8/8/2024 09:05:06 0.024 0.142 0.000 0.004 0.011 0.037 0.002 0.025 0.010 0.037 0.032 0.096 -0.001 0.349 0.007 0.241 -0.255 0.584 -0.022 0.056 0.013 0.028 0.006 0.090 191.474 1.148
NEA_0000034.LAB 8/8/2024 09:05:59 -0.039 0.143 0.001 0.004 -0.001 0.040 0.005 0.025 -0.002 0.037 0.082 0.118 -0.031 0.309 0.002 0.242 -0.289 0.540 -0.006 0.055 0.023 0.027 -0.007 0.091 191.464 1.149NEA_0000035.LAB 8/8/2024 09:06:52 0.020 0.151 0.000 0.004 -0.005 0.041 -0.001 0.019 0.002 0.038 0.122 0.113 0.066 0.343 0.005 0.237 -0.106 0.565 -0.008 0.060 -0.073 0.027 0.024 0.095 191.474 1.149NEA_0000036.LAB 8/8/2024 09:07:45 0.031 0.140 0.000 0.004 -0.007 0.042 0.001 0.031 -0.001 0.040 0.139 0.111 -0.015 0.314 -0.041 0.230 -0.087 0.582 -0.071 0.059 -0.001 0.030 0.008 0.088 191.457 1.150
AVERAGE -0.005 0.145 0.000 0.004 0.008 0.040 0.000 0.022 0.003 0.036 0.061 0.109 0.017 0.326 -0.001 0.244 -0.167 0.559 -0.017 0.058 0.006 0.029 0.004 0.092 191.456 1.149
3) CTS Direct - 11.3.4
CTS_0000044.LAB 8/8/2024 09:09:36 0.351 0.706 0.000 0.007 -1.075 4.049 -0.003 0.104 0.637 5.359 0.630 8.666 100.680 1.176 -0.030 0.587 -3.873 113.166 -5.684 2.747 6.345 0.728 -0.131 0.260 191.484 1.153
CTS_0000045.LAB 8/8/2024 09:09:52 0.244 0.710 -0.001 0.006 -1.092 4.052 0.004 0.094 0.631 5.356 0.596 8.676 100.693 1.014 -0.040 0.571 -3.984 113.138 -5.612 2.743 6.331 0.731 -0.086 0.255 191.475 1.153CTS_0000046.LAB 8/8/2024 09:10:08 0.218 0.702 -0.001 0.007 -1.086 4.051 -0.006 0.090 0.617 5.343 0.602 8.651 100.528 1.161 -0.049 0.634 -4.115 112.956 -5.699 2.744 6.316 0.720 -0.116 0.256 191.466 1.153CTS_0000047.LAB 8/8/2024 09:10:24 0.405 0.719 0.001 0.007 -1.051 4.041 0.004 0.095 0.644 5.381 0.647 8.672 101.158 1.307 -0.083 0.620 -4.461 113.663 -5.625 2.732 6.400 0.730 -0.098 0.269 191.451 1.153
CTS_0000048.LAB 8/8/2024 09:10:40 0.381 0.711 0.001 0.007 -1.057 4.052 0.002 0.091 0.631 5.352 0.576 8.660 100.648 1.091 -0.052 0.590 -4.237 113.088 -5.621 2.732 6.368 0.736 -0.142 0.257 191.459 1.153CTS_0000049.LAB 8/8/2024 09:10:56 0.416 0.691 0.000 0.007 -1.039 4.040 -0.003 0.097 0.618 5.333 0.599 8.651 100.280 1.157 -0.065 0.612 -4.033 112.710 -5.626 2.741 6.328 0.721 -0.109 0.259 191.447 1.153CTS_0000050.LAB 8/8/2024 09:11:12 0.203 0.713 0.001 0.007 -1.057 4.055 -0.003 0.093 0.637 5.347 0.598 8.674 100.497 1.162 -0.065 0.606 -3.790 112.928 -5.661 2.741 6.501 0.732 -0.070 0.258 191.439 1.153CTS_0000051.LAB 8/8/2024 09:11:27 0.364 0.753 0.001 0.007 -1.108 4.053 0.000 0.092 0.629 5.368 0.598 8.647 100.923 1.158 -0.070 0.626 -3.497 113.397 -5.716 2.728 6.412 0.732 -0.135 0.271 191.427 1.153
AVERAGE 0.323 0.713 0.000 0.007 -1.071 4.049 -0.001 0.094 0.631 5.355 0.606 8.662 100.676 1.153 -0.057 0.606 -3.999 113.131 -5.655 2.738 6.375 0.729 -0.111 0.261 191.456 1.153
4) Acetaldehyde Direct - 11.3.5 (A5)
CH3CHO_0000059.LAB 8/8/2024 09:13:19 105.100 0.579 9.942 4.267 -0.224 0.838 0.033 0.201 -0.091 0.561 -0.241 0.786 -0.410 0.853 -0.007 0.542 -0.590 1.683 -0.770 2.075 -2.517 0.918 -2.646 10.621 191.403 1.129CH3CHO_0000060.LAB 8/8/2024 09:13:35 105.414 0.562 10.000 4.284 -0.251 0.840 0.027 0.208 -0.081 0.569 -0.253 0.765 -0.326 0.932 -0.059 0.559 -0.621 1.871 -0.800 2.083 -2.412 0.911 -2.694 10.651 191.405 1.129CH3CHO_0000061.LAB 8/8/2024 09:13:50 105.323 0.588 9.988 4.295 -0.252 0.838 0.031 0.207 -0.099 0.565 -0.209 0.761 -0.463 1.015 -0.042 0.640 -0.438 1.966 -0.719 2.080 -2.511 0.910 -2.743 10.640 191.421 1.128
CH3CHO_0000062.LAB 8/8/2024 09:14:06 105.258 0.589 9.961 4.269 -0.249 0.834 0.033 0.201 -0.104 0.565 -0.247 0.802 -0.258 0.882 -0.023 0.563 -0.471 1.759 -0.735 2.080 -2.493 0.913 -2.655 10.638 191.419 1.128
CH3CHO_0000063.LAB 8/8/2024 09:14:22 105.461 0.543 10.016 4.301 -0.252 0.838 0.038 0.201 -0.093 0.566 -0.246 0.765 -0.320 0.910 0.003 0.648 0.119 1.826 -0.763 2.074 -2.479 0.911 -2.715 10.653 191.430 1.128CH3CHO_0000064.LAB 8/8/2024 09:14:38 105.337 0.530 9.968 4.280 -0.231 0.837 0.034 0.201 -0.098 0.570 -0.206 0.764 -0.293 0.954 -0.064 0.639 -0.470 1.948 -0.811 2.075 -2.490 0.921 -2.720 10.639 191.441 1.128CH3CHO_0000065.LAB 8/8/2024 09:14:54 105.156 0.588 9.957 4.280 -0.248 0.842 0.035 0.205 -0.098 0.567 -0.216 0.765 -0.307 0.975 -0.014 0.576 -0.485 1.953 -0.888 2.074 -2.552 0.920 -2.632 10.628 191.432 1.128
CH3CHO_0000066.LAB 8/8/2024 09:15:10 105.396 0.585 10.015 4.303 -0.201 0.846 0.034 0.207 -0.091 0.569 -0.227 0.778 -0.392 0.940 -0.015 0.605 -0.626 1.791 -0.854 2.088 -2.305 0.905 -2.657 10.648 191.421 1.128
AVERAGE 105.306 0.571 9.981 4.285 -0.238 0.839 0.033 0.204 -0.094 0.566 -0.231 0.773 -0.346 0.933 -0.028 0.597 -0.448 1.850 -0.793 2.079 -2.470 0.914 -2.683 10.640 191.421 1.128
5) CTS System - 11.3.2.2 (A4.5)CTS System_0000082.LAB 8/8/2024 09:17:17 0.622 0.738 0.002 0.031 -1.079 4.050 0.012 0.098 0.624 5.387 0.616 8.682 101.376 1.089 -0.054 0.650 -4.141 113.863 -5.722 2.757 6.481 0.739 -0.145 0.296 191.463 1.028CTS System_0000083.LAB 8/8/2024 09:17:33 0.375 0.700 0.002 0.030 -1.100 4.047 0.014 0.089 0.629 5.384 0.611 8.679 101.298 1.140 -0.071 0.645 -4.217 113.789 -5.574 2.748 6.338 0.730 -0.131 0.259 191.472 1.028
CTS System_0000084.LAB 8/8/2024 09:17:49 0.466 0.716 0.000 0.029 -1.129 4.044 0.014 0.096 0.621 5.370 0.584 8.665 101.150 1.165 -0.066 0.627 -4.152 113.608 -5.615 2.741 6.436 0.732 -0.099 0.279 191.484 1.028
CTS System_0000085.LAB 8/8/2024 09:18:04 0.533 0.735 0.000 0.029 -1.129 4.055 0.009 0.099 0.628 5.363 0.629 8.655 100.944 1.195 -0.066 0.619 -4.123 113.412 -5.634 2.754 6.357 0.735 -0.124 0.278 191.493 1.028CTS System_0000086.LAB 8/8/2024 09:18:20 0.475 0.720 -0.001 0.030 -1.080 4.050 0.010 0.094 0.641 5.401 0.632 8.707 101.587 1.182 -0.088 0.646 -4.366 114.079 -5.727 2.744 6.434 0.742 -0.137 0.269 191.490 1.028CTS System_0000087.LAB 8/8/2024 09:18:36 0.367 0.723 -0.001 0.029 -1.089 4.052 0.019 0.102 0.631 5.376 0.581 8.667 101.107 1.180 -0.086 0.617 -3.981 113.592 -5.628 2.751 6.480 0.730 -0.077 0.269 191.479 1.029
CTS System_0000088.LAB 8/8/2024 09:18:52 0.492 0.725 -0.001 0.030 -1.121 4.064 0.017 0.102 0.633 5.371 0.603 8.708 100.997 1.101 -0.062 0.629 -4.343 113.499 -5.726 2.758 6.387 0.729 -0.083 0.277 191.469 1.028CTS System_0000089.LAB 8/8/2024 09:19:08 0.399 0.714 0.000 0.031 -1.097 4.045 0.013 0.096 0.640 5.388 0.602 8.706 101.364 1.174 -0.088 0.598 -4.495 113.852 -5.698 2.744 6.414 0.744 -0.112 0.272 191.471 1.028
AVERAGE 0.466 0.721 0.000 0.030 -1.103 4.051 0.014 0.097 0.631 5.380 0.607 8.684 101.228 1.153 -0.073 0.629 -4.227 113.712 -5.665 2.750 6.416 0.735 -0.113 0.275 191.478 1.028
6) Acetaldehyde System
Spike Gas _0000105.LAB 8/8/2024 09:21:04 104.062 0.595 9.966 4.319 -0.246 0.831 0.041 0.214 -0.068 0.557 -0.254 0.756 -0.193 0.865 -0.058 0.494 -0.613 1.655 -0.822 2.044 -2.457 0.903 -2.624 10.517 191.485 1.028Spike Gas _0000106.LAB 8/8/2024 09:21:20 104.456 0.526 9.996 4.325 -0.266 0.836 0.045 0.213 -0.089 0.566 -0.237 0.784 -0.198 0.963 -0.048 0.553 -0.482 1.807 -0.740 2.061 -2.465 0.912 -2.624 10.555 191.489 1.028Spike Gas _0000107.LAB 8/8/2024 09:21:36 104.279 0.564 9.945 4.305 -0.265 0.836 0.050 0.215 -0.080 0.553 -0.243 0.791 -0.137 0.878 -0.031 0.505 -0.961 1.678 -0.869 2.061 -2.371 0.905 -2.674 10.537 191.484 1.028
Spike Gas _0000108.LAB 8/8/2024 09:21:52 104.425 0.583 9.982 4.321 -0.257 0.844 0.043 0.210 -0.072 0.568 -0.240 0.765 -0.248 0.932 -0.017 0.611 -0.664 1.875 -0.779 2.072 -2.377 0.915 -2.675 10.550 191.482 1.028
Spike Gas _0000109.LAB 8/8/2024 09:22:08 104.855 0.569 10.001 4.329 -0.247 0.833 0.053 0.209 -0.089 0.559 -0.241 0.768 -0.283 0.814 -0.067 0.547 -0.475 1.568 -0.734 2.078 -2.501 0.914 -2.715 10.593 191.480 1.028Spike Gas _0000110.LAB 8/8/2024 09:22:24 104.478 0.564 9.949 4.308 -0.253 0.835 0.044 0.214 -0.092 0.559 -0.248 0.766 -0.279 0.901 -0.015 0.536 -0.204 1.774 -0.876 2.075 -2.349 0.914 -2.688 10.552 191.475 1.028Spike Gas _0000111.LAB 8/8/2024 09:22:40 104.497 0.604 10.001 4.333 -0.287 0.841 0.045 0.216 -0.099 0.563 -0.209 0.775 -0.251 0.905 -0.036 0.560 -0.527 1.747 -0.833 2.056 -2.402 0.913 -2.627 10.558 191.461 1.028
Spike Gas _0000112.LAB 8/8/2024 09:22:56 104.951 0.553 9.989 4.324 -0.254 0.836 0.050 0.205 -0.089 0.563 -0.239 0.757 -0.226 0.924 0.006 0.578 -0.271 1.781 -0.815 2.074 -2.412 0.909 -2.690 10.601 191.451 1.028
AVERAGE 104.500 0.570 9.979 4.321 -0.259 0.836 0.046 0.212 -0.085 0.561 -0.239 0.770 -0.227 0.898 -0.033 0.548 -0.525 1.735 -0.808 2.065 -2.417 0.911 -2.665 10.558 191.476 1.028
7) Pre Baseline Effluent - 11.3.5 (A5)Pre Base_0000188.LAB 8/8/2024 10:28:29 0.313 2.240 -0.011 0.706 -0.677 3.162 18.039 0.618 9.880 0.504 32.597 5.142 0.718 3.326 9.001 14.517 -0.365 5.826 0.445 2.120 0.085 0.699 -0.016 0.892 191.462 0.991Pre Base_0000189.LAB 8/8/2024 10:28:45 0.674 2.243 -0.010 0.715 -0.753 3.141 17.977 0.633 9.859 0.510 35.278 5.366 0.797 3.356 7.289 15.471 -0.380 5.812 0.692 2.122 -0.088 0.694 -0.042 0.880 191.452 0.991
Pre Base_0000190.LAB 8/8/2024 10:29:01 0.324 2.246 -0.006 0.685 -0.656 3.123 17.984 0.638 9.906 0.512 27.660 4.936 0.711 3.412 8.190 15.405 -1.002 5.859 0.684 2.124 -0.036 0.686 -0.040 0.892 191.434 0.991
Pre Base_0000191.LAB 8/8/2024 10:29:17 0.490 2.204 -0.008 0.679 -0.525 3.116 17.898 0.613 9.880 0.508 20.792 4.620 0.671 3.338 8.765 14.764 -0.731 5.776 0.650 2.109 -0.088 0.679 0.010 0.876 191.440 0.991Pre Base_0000192.LAB 8/8/2024 10:29:32 0.363 2.220 -0.008 0.688 -0.704 3.129 17.912 0.602 9.901 0.509 24.908 4.888 0.765 3.348 9.911 16.254 -0.865 5.848 0.650 2.135 -0.207 0.679 -0.043 0.868 191.444 0.991Pre Base_0000193.LAB 8/8/2024 10:29:48 0.310 2.204 -0.011 0.696 -0.731 3.147 17.818 0.611 9.919 0.512 34.575 5.239 0.799 3.376 23.702 63.132 -0.618 5.850 0.425 2.096 0.132 0.681 -0.027 0.868 191.467 0.991
Pre Base_0000194.LAB 8/8/2024 10:30:04 0.376 2.241 -0.023 0.688 -0.734 3.153 17.704 0.618 9.888 0.508 36.603 5.270 0.726 3.340 7.902 14.762 -0.611 5.785 0.392 2.103 -0.107 0.681 0.007 0.888 191.483 0.990Pre Base_0000195.LAB 8/8/2024 10:30:20 0.059 2.269 -0.015 0.690 -0.917 3.226 17.705 0.605 9.923 0.509 53.958 5.851 0.672 3.331 9.594 15.788 -0.688 5.778 0.377 2.111 -0.120 0.691 0.002 0.910 191.474 0.989
AVERAGE 0.364 2.233 -0.012 0.693 -0.712 3.150 17.880 0.617 9.894 0.509 33.297 5.164 0.732 3.353 10.545 21.262 -0.658 5.817 0.539 2.115 -0.054 0.686 -0.018 0.884 191.457 0.991
8) Analyte Spike - 11.3.5 (A5)Spike_0000272.LAB 8/8/2024 10:37:45 7.970 2.131 0.733 0.700 -0.658 3.098 16.899 0.571 9.169 0.463 11.104 4.016 0.966 3.073 5.350 14.313 -0.852 5.382 0.384 2.096 -0.363 0.655 -0.246 1.147 191.467 0.991
Spike_0000273.LAB 8/8/2024 10:38:01 7.897 2.143 0.725 0.718 -0.837 3.130 16.919 0.575 9.189 0.471 29.275 4.765 0.948 3.174 4.793 15.677 -1.226 5.531 0.411 2.075 -0.025 0.670 -0.231 1.157 191.478 0.991
Spike_0000274.LAB 8/8/2024 10:38:17 7.768 2.141 0.717 0.697 -0.770 3.105 16.767 0.577 9.148 0.469 19.237 4.334 0.840 3.102 6.608 14.349 -0.892 5.398 0.511 2.077 -0.312 0.649 -0.224 1.146 191.479 0.991Spike_0000275.LAB 8/8/2024 10:38:32 7.652 2.131 0.734 0.691 -0.598 3.116 16.598 0.560 9.214 0.462 5.676 3.769 0.773 3.098 5.650 14.455 -1.274 5.328 0.542 2.083 -0.303 0.646 -0.171 1.130 191.460 0.992Spike_0000276.LAB 8/8/2024 10:38:48 7.773 2.082 0.735 0.685 -0.546 3.120 16.523 0.553 9.215 0.464 7.359 3.738 0.902 3.139 6.714 16.523 -0.947 5.437 0.587 2.068 -0.118 0.642 -0.218 1.127 191.436 0.992
Spike_0000277.LAB 8/8/2024 10:39:04 7.800 2.146 0.725 0.682 -0.555 3.112 16.679 0.564 9.183 0.456 3.929 3.706 0.935 3.032 6.166 15.278 -0.770 5.298 0.605 2.088 -0.317 0.654 -0.180 1.144 191.441 0.992Spike_0000278.LAB 8/8/2024 10:39:20 8.166 2.089 0.735 0.718 -0.679 3.021 16.011 0.538 9.281 0.456 1.536 3.506 0.735 2.925 6.336 14.797 -0.340 5.173 1.024 1.971 -0.671 0.620 -0.128 1.156 191.464 0.993Spike_0000279.LAB 8/8/2024 10:39:36 8.094 2.070 0.718 0.703 -0.795 3.021 15.895 0.547 9.282 0.454 4.128 3.518 0.877 3.019 5.792 14.373 -0.326 5.343 0.840 1.942 -0.519 0.617 -0.194 1.145 191.487 0.993
AVERAGE 7.890 2.117 0.728 0.699 -0.680 3.090 16.536 0.561 9.210 0.462 10.280 3.919 0.872 3.070 5.926 14.971 -0.829 5.361 0.613 2.050 -0.328 0.644 -0.199 1.144 191.464 0.992
9) System Zero - 11.3.6
Zero System_0000294.LAB 8/8/2024 10:41:59 0.038 0.257 0.000 0.011 0.032 0.067 0.010 0.034 0.001 0.061 -0.010 0.168 -0.085 0.551 -0.040 1.725 -0.378 0.956 0.049 0.096 -0.019 0.051 -0.013 0.151 191.415 1.141
Zero System_0000295.LAB 8/8/2024 10:42:15 0.002 0.270 0.001 0.011 -0.013 0.066 -0.001 0.029 0.002 0.059 0.009 0.172 0.047 0.549 -0.047 1.692 0.100 0.952 -0.102 0.098 0.094 0.051 0.017 0.158 191.402 1.141Zero System_0000296.LAB 8/8/2024 10:42:31 0.005 0.241 0.000 0.010 -0.002 0.068 0.000 0.032 -0.010 0.064 -0.013 0.165 0.051 0.555 -0.007 1.543 0.157 0.957 -0.030 0.097 0.022 0.045 0.014 0.139 191.394 1.140
Zero System_0000297.LAB 8/8/2024 10:42:47 -0.006 0.262 0.000 0.012 0.000 0.070 -0.003 0.036 -0.002 0.067 0.013 0.174 0.027 0.563 -0.032 1.422 0.175 1.051 -0.122 0.098 0.047 0.050 0.016 0.150 191.389 1.140
Zero System_0000298.LAB 8/8/2024 10:43:03 0.011 0.253 0.000 0.010 0.020 0.064 -0.005 0.031 -0.002 0.059 0.018 0.188 0.022 0.547 0.020 1.344 -0.196 0.916 -0.127 0.094 0.028 0.051 0.005 0.147 191.379 1.140Zero System_0000299.LAB 8/8/2024 10:43:18 -0.073 0.250 0.000 0.009 0.013 0.068 0.007 0.035 0.009 0.061 -0.031 0.181 0.004 0.552 0.015 1.278 -0.112 0.959 -0.017 0.099 0.057 0.047 0.023 0.147 191.382 1.139Zero System_0000300.LAB 8/8/2024 10:43:34 -0.010 0.257 0.001 0.009 0.037 0.068 0.001 0.035 -0.006 0.058 -0.006 0.178 0.008 0.572 -0.004 1.229 -0.249 0.950 0.038 0.096 0.009 0.050 -0.008 0.149 191.389 1.139
Zero System_0000301.LAB 8/8/2024 10:43:50 -0.096 0.259 -0.002 0.009 0.021 0.068 0.001 0.038 -0.004 0.063 -0.002 0.165 -0.062 0.515 -0.025 1.219 0.070 0.898 -0.005 0.097 -0.096 0.048 -0.013 0.152 191.399 1.139
AVERAGE -0.016 0.256 0.000 0.010 0.013 0.067 0.001 0.034 -0.001 0.061 -0.003 0.174 0.001 0.550 -0.015 1.431 -0.054 0.955 -0.040 0.097 0.018 0.049 0.005 0.149 191.394 1.140
10) Post Baseline Effluent - 11.3.5 (A5)Post Base _0000310.LAB 8/8/2024 10:45:57 0.423 2.246 -0.024 0.643 -0.860 3.235 17.225 0.594 10.003 0.485 52.574 5.687 0.808 3.261 10.107 20.503 -0.526 5.638 0.545 2.110 0.032 0.679 -0.046 0.908 191.452 0.987Post Base _0000311.LAB 8/8/2024 10:46:13 0.283 2.209 -0.010 0.619 -0.816 3.143 17.187 0.592 9.975 0.486 30.471 4.909 0.727 3.223 8.686 15.398 -0.797 5.569 0.395 2.083 0.149 0.666 -0.028 0.884 191.463 0.987
Post Base _0000312.LAB 8/8/2024 10:46:29 0.506 2.188 -0.019 0.628 -0.920 3.190 17.035 0.583 9.984 0.486 43.410 5.457 0.660 3.247 8.321 15.850 -0.604 5.644 0.421 2.099 0.004 0.677 -0.041 0.867 191.457 0.987
Post Base _0000313.LAB 8/8/2024 10:46:45 0.350 2.148 -0.002 0.604 -0.760 3.115 16.839 0.571 10.039 0.484 23.556 4.565 0.731 3.266 8.305 16.606 -0.703 5.620 0.488 2.079 0.157 0.657 -0.007 0.862 191.442 0.987
C3H6Propylene Pressure
(Atm)
C3H8Propane Temp (°C)
Date Time
CH2O
Formaldehyde
C2H4O
Acetaldehyde
C4H10Butane
C2H4Ethylene
CO2%
Carbon Dioxide
C2H2Acetylene
Altamont
West
C-2
CH4Methane
FTIR Analy
H2O%
Water
CF4Carbon Tetrafluoride
001193
C2H6Ethane
15
6
Company
Station
Unit
Raw Spectral Data
Spectrum Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid
C3H6Propylene Pressure
(Atm)
C3H8Propane Temp (°C)
Date Time
CH2O
Formaldehyde
C2H4O
Acetaldehyde
C4H10Butane
C2H4Ethylene
CO2%
Carbon Dioxide
C2H2Acetylene
Altamont
West
C-2
CH4Methane
FTIR Analy
H2O%
Water
CF4Carbon Tetrafluoride
001193
C2H6Ethane
Post Base _0000314.LAB 8/8/2024 10:47:01 0.427 2.165 -0.015 0.617 -0.833 3.154 16.901 0.570 9.996 0.489 35.234 5.076 0.720 3.282 8.315 16.828 -0.664 5.686 0.425 2.073 -0.119 0.659 -0.031 0.873 191.444 0.987Post Base _0000315.LAB 8/8/2024 10:47:17 0.483 2.180 -0.014 0.610 -0.912 3.163 16.867 0.573 10.035 0.479 38.088 5.261 0.707 3.218 8.279 15.780 -0.704 5.589 0.511 2.080 0.038 0.665 -0.027 0.873 191.459 0.987
Post Base _0000316.LAB 8/8/2024 10:47:32 0.147 2.177 -0.011 0.627 -0.981 3.234 16.656 0.562 10.076 0.482 52.366 5.500 0.741 3.291 8.447 16.496 -0.414 5.705 0.367 2.093 0.241 0.669 -0.036 0.892 191.485 0.987Post Base _0000317.LAB 8/8/2024 10:47:48 0.250 2.219 -0.035 0.665 -0.871 3.333 16.763 0.572 10.020 0.483 74.075 5.850 0.795 3.278 8.326 15.059 -0.702 5.663 0.421 2.091 0.200 0.695 -0.068 0.917 191.483 0.987
AVERAGE 0.359 2.192 -0.016 0.627 -0.869 3.196 16.934 0.577 10.016 0.484 43.722 5.288 0.736 3.258 8.598 16.565 -0.639 5.639 0.447 2.088 0.088 0.671 -0.035 0.884 191.461 0.987
11) Test Run #1 - 11.3.9Run 1_0000319.LAB 8/8/2024 10:49:02 0.464 2.142 -0.014 0.596 -0.841 3.148 16.663 0.574 10.051 0.479 32.901 4.836 0.672 3.203 8.144 15.606 -0.603 5.562 0.500 2.074 -0.001 0.654 0.000 0.856 191.443 0.988
Run 1_0000321.LAB 8/8/2024 10:49:55 0.760 2.094 -0.018 0.585 -0.958 3.013 15.946 0.550 10.126 0.472 20.184 4.205 0.669 3.090 7.430 14.957 -0.025 5.431 0.971 1.955 -0.426 0.631 0.073 0.832 191.463 0.989
Run 1_0000322.LAB 8/8/2024 10:50:48 0.870 2.083 -0.012 0.582 -0.959 3.013 15.891 0.550 10.159 0.468 18.431 4.096 0.706 3.109 7.658 14.975 0.172 5.452 0.871 1.963 -0.481 0.620 0.041 0.828 191.484 0.989Run 1_0000323.LAB 8/8/2024 10:51:41 0.419 2.132 -0.016 0.595 -0.950 3.152 16.676 0.570 10.052 0.481 38.837 5.161 0.736 3.239 8.051 16.151 -0.630 5.611 0.360 2.068 0.088 0.657 -0.029 0.854 191.459 0.989
Run 1_0000324.LAB 8/8/2024 10:52:34 0.420 2.263 -0.005 0.725 -0.754 3.174 18.194 0.624 9.845 0.504 37.418 5.397 0.656 3.312 9.075 14.300 -0.289 5.779 0.530 2.127 -0.037 0.696 -0.032 0.901 191.457 0.987
Run 1_0000325.LAB 8/8/2024 10:53:27 0.343 2.200 -0.002 0.641 -0.825 3.164 17.387 0.587 9.941 0.491 38.459 5.259 0.783 3.276 7.997 14.168 -0.624 5.706 0.503 2.100 0.017 0.674 -0.024 0.875 191.447 0.988Run 1_0000326.LAB 8/8/2024 10:54:20 0.408 2.136 0.002 0.592 -0.849 3.131 16.765 0.572 10.040 0.479 27.200 4.700 0.738 3.228 8.165 16.071 -0.717 5.600 0.517 2.079 -0.045 0.653 -0.030 0.851 191.456 0.987Run 1_0000327.LAB 8/8/2024 10:55:13 0.748 2.137 -0.011 0.641 -1.084 3.060 16.336 0.567 10.084 0.478 36.851 4.943 0.676 3.139 8.142 15.652 -0.080 5.488 0.946 1.975 -0.393 0.650 0.056 0.857 191.448 0.987
Run 1_0000328.LAB 8/8/2024 10:56:06 0.881 2.097 -0.010 0.608 -0.950 3.019 16.154 0.557 10.113 0.474 20.307 4.249 0.627 3.103 7.698 15.594 -0.011 5.449 0.850 1.967 -0.397 0.631 0.047 0.836 191.439 0.987
Run 1_0000329.LAB 8/8/2024 10:56:59 0.907 2.118 -0.008 0.621 -0.993 3.027 16.258 0.563 10.084 0.474 24.891 4.508 0.669 3.078 6.972 14.945 -0.118 5.441 0.891 1.973 -0.467 0.638 0.039 0.842 191.424 0.987Run 1_0000330.LAB 8/8/2024 10:57:52 0.963 2.126 -0.012 0.616 -1.000 3.036 16.246 0.558 10.086 0.477 28.374 4.480 0.673 3.124 6.925 14.891 -0.171 5.492 0.902 1.977 -0.494 0.650 0.046 0.846 191.450 0.987Run 1_0000331.LAB 8/8/2024 10:58:45 0.849 2.119 -0.007 0.625 -0.872 3.010 16.391 0.566 10.072 0.483 14.334 3.996 0.697 3.185 7.362 15.441 -0.002 5.568 0.974 1.970 -0.483 0.636 0.051 0.841 191.424 0.988
Run 1_0000332.LAB 8/8/2024 10:59:38 0.350 2.106 -0.004 0.576 -0.700 3.119 16.567 0.567 10.068 0.480 16.517 4.163 0.728 3.264 7.735 15.416 -0.724 5.614 0.473 2.074 0.070 0.648 0.010 0.839 191.466 0.988Run 1_0000333.LAB 8/8/2024 11:00:31 0.496 2.166 -0.010 0.611 -0.862 3.143 16.993 0.577 10.009 0.487 32.242 4.929 0.742 3.252 7.965 14.336 -0.697 5.631 0.450 2.084 0.001 0.665 -0.034 0.860 191.451 0.988Run 1_0000334.LAB 8/8/2024 11:01:24 0.511 2.126 -0.001 0.574 -0.598 3.103 16.813 0.580 10.016 0.487 10.016 3.922 0.751 3.275 8.137 15.265 -0.561 5.646 0.607 2.080 -0.011 0.649 0.011 0.842 191.460 0.989
Run 1_0000335.LAB 8/8/2024 11:02:17 0.452 2.113 -0.002 0.564 -0.659 3.114 16.519 0.570 10.070 0.482 11.625 3.941 0.674 3.248 7.013 14.972 -0.610 5.606 0.537 2.076 -0.035 0.640 0.003 0.840 191.465 0.989
Run 1_0000336.LAB 8/8/2024 11:03:10 0.475 2.121 0.000 0.568 -0.484 3.129 16.772 0.572 10.046 0.486 3.072 3.678 0.780 3.258 8.689 14.229 -0.571 5.647 0.650 2.086 -0.074 0.647 0.003 0.838 191.453 0.989Run 1_0000337.LAB 8/8/2024 11:04:02 0.551 2.085 -0.006 0.563 -0.729 3.120 16.418 0.569 10.070 0.481 14.528 4.020 0.689 3.241 7.500 15.418 -0.631 5.588 0.491 2.069 0.050 0.644 0.018 0.831 191.451 0.989Run 1_0000338.LAB 8/8/2024 11:04:55 0.909 2.120 -0.011 0.622 -0.759 3.010 16.386 0.569 10.079 0.477 7.199 3.720 0.661 3.108 7.919 15.162 0.000 5.454 1.022 1.971 -0.461 0.625 0.058 0.835 191.441 0.988
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12) Test Run #2 - 11.3.9
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15
7
Company
Station
Unit
Raw Spectral Data
Spectrum Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid
C3H6Propylene Pressure
(Atm)
C3H8Propane Temp (°C)
Date Time
CH2O
Formaldehyde
C2H4O
Acetaldehyde
C4H10Butane
C2H4Ethylene
CO2%
Carbon Dioxide
C2H2Acetylene
Altamont
West
C-2
CH4Methane
FTIR Analy
H2O%
Water
CF4Carbon Tetrafluoride
001193
C2H6Ethane
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Run 3_0000529.LAB 8/8/2024 13:55:23 0.376 2.187 -0.001 0.643 -0.486 3.115 17.723 0.598 9.912 0.498 10.219 4.102 0.731 3.286 8.413 14.480 -0.685 5.692 0.741 2.111 -0.176 0.670 -0.004 0.857 191.455 0.987
Run 3_0000530.LAB 8/8/2024 13:56:16 0.309 2.176 -0.010 0.639 -0.760 3.108 17.432 0.592 9.949 0.493 27.218 4.782 0.644 3.263 8.292 14.354 -0.615 5.637 0.527 2.086 -0.059 0.671 -0.030 0.860 191.447 0.991Run 3_0000531.LAB 8/8/2024 13:57:09 0.348 2.175 -0.005 0.638 -0.634 3.106 17.480 0.600 9.921 0.497 16.937 4.351 0.692 3.281 7.791 14.935 -0.543 5.683 0.634 2.094 -0.176 0.666 0.009 0.855 191.459 0.988Run 3_0000532.LAB 8/8/2024 13:58:02 0.405 2.180 -0.006 0.641 -0.695 3.118 17.504 0.589 9.920 0.493 24.528 4.686 0.725 3.287 8.344 16.298 -0.570 5.700 0.554 2.100 -0.043 0.675 -0.022 0.853 191.442 0.989
Run 3_0000533.LAB 8/8/2024 13:58:55 0.434 2.197 -0.011 0.657 -0.703 3.118 17.566 0.592 9.929 0.495 31.308 5.016 0.741 3.280 9.524 14.286 -0.323 5.688 0.515 2.090 0.029 0.674 -0.028 0.868 191.446 0.993
Run 3_0000534.LAB 8/8/2024 13:59:48 0.268 2.225 -0.013 0.697 -0.725 3.156 17.938 0.606 9.883 0.505 35.839 5.265 0.783 3.326 8.469 14.724 -0.550 5.783 0.653 2.110 -0.083 0.690 -0.036 0.877 191.429 0.990Run 3_0000535.LAB 8/8/2024 14:00:41 0.244 2.207 -0.012 0.675 -0.803 3.171 17.700 0.602 9.918 0.501 39.912 5.379 0.666 3.305 9.026 14.920 -0.575 5.729 0.514 2.100 0.052 0.682 -0.026 0.873 191.443 0.990
Run 3_0000536.LAB 8/8/2024 14:01:34 0.413 2.192 -0.011 0.652 -0.738 3.128 17.489 0.592 9.932 0.497 32.179 5.054 0.730 3.313 8.763 16.252 -0.644 5.734 0.460 2.087 -0.002 0.675 -0.032 0.862 191.451 0.990
Run 3_0000537.LAB 8/8/2024 14:02:27 0.325 2.169 -0.008 0.639 -0.710 3.113 17.443 0.593 9.943 0.498 26.354 4.805 0.728 3.316 8.887 14.042 -0.651 5.735 0.631 2.094 -0.049 0.669 -0.006 0.853 191.415 0.990Run 3_0000538.LAB 8/8/2024 14:03:20 0.351 2.165 -0.009 0.622 -0.593 3.102 17.451 0.603 9.961 0.498 16.099 4.291 0.726 3.276 8.196 14.396 -0.542 5.682 0.679 2.093 -0.088 0.667 0.001 0.847 191.424 0.989Run 3_0000539.LAB 8/8/2024 14:04:13 0.368 2.131 -0.016 0.619 -0.870 3.151 17.054 0.577 10.004 0.489 35.287 5.056 0.771 3.269 9.164 13.935 -0.610 5.669 0.515 2.080 0.045 0.667 -0.027 0.854 191.407 0.989
Run 3_0000540.LAB 8/8/2024 14:05:06 0.245 2.176 -0.010 0.608 -0.753 3.117 17.116 0.590 9.990 0.497 24.207 4.598 0.749 3.292 8.808 16.281 -0.555 5.726 0.541 2.084 -0.033 0.665 -0.021 0.861 191.395 0.988
Run 3_0000541.LAB 8/8/2024 14:05:58 0.444 2.170 -0.010 0.627 -0.876 3.166 17.073 0.583 9.989 0.493 37.841 5.213 0.776 3.312 8.373 16.008 -0.652 5.726 0.451 2.089 0.080 0.671 -0.037 0.860 191.437 0.988Run 3_0000542.LAB 8/8/2024 14:06:51 0.337 2.160 -0.010 0.612 -0.816 3.134 17.000 0.578 10.002 0.488 29.160 4.815 0.683 3.262 8.441 15.719 -0.541 5.653 0.485 2.086 0.014 0.659 -0.012 0.857 191.425 0.988Run 3_0000543.LAB 8/8/2024 14:07:44 0.294 2.136 -0.015 0.591 -0.697 3.115 16.971 0.581 10.024 0.489 17.209 4.223 0.733 3.241 7.430 15.381 -0.552 5.615 0.639 2.082 -0.016 0.658 -0.004 0.840 191.437 0.988
Run 3_0000544.LAB 8/8/2024 14:08:37 0.372 2.149 -0.015 0.608 -0.825 3.136 16.945 0.582 10.023 0.483 31.760 4.909 0.684 3.192 7.316 15.801 -0.483 5.540 0.478 2.081 -0.019 0.663 -0.018 0.852 191.441 0.988Run 3_0000545.LAB 8/8/2024 14:09:30 0.225 2.174 -0.010 0.633 -0.755 3.118 17.286 0.590 9.983 0.496 32.480 5.005 0.691 3.282 7.794 14.314 -0.654 5.669 0.544 2.073 0.021 0.665 -0.015 0.871 191.449 0.993Run 3_0000546.LAB 8/8/2024 14:10:23 0.281 2.211 -0.006 0.678 -0.814 3.176 17.671 0.608 9.922 0.502 42.327 5.477 0.691 3.322 9.316 15.068 -0.630 5.733 0.482 2.098 -0.093 0.691 -0.031 0.880 191.451 0.990
15
8
Company
Station
Unit
Raw Spectral Data
Spectrum Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid Conc Resid
C3H6Propylene Pressure
(Atm)
C3H8Propane Temp (°C)
Date Time
CH2O
Formaldehyde
C2H4O
Acetaldehyde
C4H10Butane
C2H4Ethylene
CO2%
Carbon Dioxide
C2H2Acetylene
Altamont
West
C-2
CH4Methane
FTIR Analy
H2O%
Water
CF4Carbon Tetrafluoride
001193
C2H6Ethane
Run 3_0000547.LAB 8/8/2024 14:11:16 0.417 2.225 -0.017 0.675 -0.784 3.157 17.755 0.609 9.896 0.503 37.202 5.292 0.732 3.333 8.976 14.078 -0.443 5.749 0.562 2.107 -0.062 0.683 -0.034 0.884 191.465 0.989Run 3_0000548.LAB 8/8/2024 14:12:09 0.329 2.222 -0.017 0.689 -0.827 3.181 17.775 0.604 9.890 0.504 42.238 5.494 0.775 3.301 9.556 14.360 -0.651 5.724 0.603 2.106 -0.111 0.686 -0.052 0.879 191.447 0.989
Run 3_0000549.LAB 8/8/2024 14:13:02 0.262 2.197 -0.007 0.657 -0.711 3.131 17.534 0.600 9.945 0.498 30.151 4.958 0.684 3.312 8.412 14.541 -0.492 5.728 0.494 2.098 0.074 0.671 -0.006 0.864 191.485 0.990Run 3_0000550.LAB 8/8/2024 14:13:55 0.412 2.220 -0.013 0.664 -0.827 3.201 17.440 0.604 9.948 0.497 50.691 5.625 0.732 3.254 8.491 14.186 -0.662 5.623 0.514 2.091 0.017 0.685 -0.043 0.884 191.448 0.989Run 3_0000551.LAB 8/8/2024 14:14:48 0.330 2.192 -0.010 0.662 -0.778 3.139 17.615 0.602 9.938 0.498 32.661 5.103 0.738 3.256 8.729 14.217 -0.491 5.661 0.642 2.096 -0.032 0.675 -0.031 0.864 191.465 0.989
Run 3_0000552.LAB 8/8/2024 14:15:41 0.420 2.207 -0.017 0.661 -0.809 3.183 17.534 0.594 9.927 0.492 43.848 5.478 0.717 3.246 8.755 13.873 -0.358 5.648 0.430 2.099 -0.129 0.684 -0.049 0.876 191.455 0.988
Run 3_0000553.LAB 8/8/2024 14:16:34 0.333 2.215 -0.008 0.657 -0.707 3.135 17.650 0.594 9.920 0.495 30.133 5.014 0.719 3.284 8.247 14.088 -0.591 5.721 0.626 2.106 0.011 0.678 -0.013 0.872 191.469 0.987Run 3_0000554.LAB 8/8/2024 14:17:27 0.363 2.219 -0.013 0.676 -0.776 3.179 17.741 0.600 9.904 0.500 40.963 5.470 0.714 3.314 8.005 14.074 -0.702 5.738 0.460 2.113 -0.014 0.685 -0.022 0.879 191.459 0.987Run 3_0000555.LAB 8/8/2024 14:18:20 0.505 2.205 -0.013 0.658 -0.781 3.156 17.654 0.599 9.932 0.500 36.460 5.288 0.776 3.289 8.295 14.280 -0.399 5.719 0.508 2.111 -0.136 0.681 -0.027 0.873 191.492 0.987
Run 3_0000556.LAB 8/8/2024 14:19:13 0.329 2.227 -0.010 0.688 -0.731 3.157 17.928 0.614 9.899 0.505 36.322 5.329 0.756 3.314 8.125 14.541 -0.709 5.763 0.689 2.110 -0.050 0.687 -0.028 0.888 191.510 0.989Run 3_0000557.LAB 8/8/2024 14:20:05 0.247 2.237 -0.015 0.699 -0.780 3.180 17.827 0.607 9.891 0.503 45.888 5.617 0.719 3.308 8.458 14.809 -0.553 5.725 0.549 2.099 -0.056 0.687 -0.054 0.889 191.481 0.992Run 3_0000558.LAB 8/8/2024 14:20:58 0.334 2.322 -0.095 0.919 -1.186 3.581 18.268 0.621 9.883 0.494 31.278 5.100 0.502 3.264 8.935 14.380 -0.368 5.666 0.683 2.285 -0.057 0.703 0.033 0.923 191.492 0.989
Run 3_0000559.LAB 8/8/2024 14:21:51 0.521 2.370 -0.087 0.909 -1.115 3.574 18.514 0.628 9.841 0.504 34.735 5.216 0.529 3.322 9.354 14.745 -0.566 5.774 0.629 2.285 -0.116 0.712 0.050 0.940 191.474 0.988
Run 3_0000560.LAB 8/8/2024 14:22:44 0.365 2.211 -0.006 0.689 -0.530 3.118 18.056 0.625 9.874 0.509 17.359 4.488 0.679 3.345 9.381 14.643 -0.557 5.795 0.670 2.123 -0.092 0.679 -0.028 0.860 191.478 0.989Run 3_0000561.LAB 8/8/2024 14:23:37 0.344 2.225 -0.008 0.698 -0.769 3.162 17.869 0.604 9.879 0.503 39.058 5.344 0.724 3.314 7.995 14.748 -0.704 5.750 0.591 2.109 -0.095 0.685 -0.018 0.885 191.453 0.989Run 3_0000562.LAB 8/8/2024 14:24:30 0.409 2.196 0.000 0.676 -0.430 3.111 17.855 0.605 9.886 0.505 8.936 4.075 0.746 3.310 8.751 14.539 -0.739 5.739 0.755 2.114 -0.054 0.676 -0.025 0.861 191.460 0.989
Run 3_0000563.LAB 8/8/2024 14:25:23 0.307 2.204 -0.012 0.671 -0.748 3.134 17.754 0.605 9.898 0.501 29.265 4.988 0.685 3.280 7.381 15.712 -0.693 5.692 0.654 2.104 -0.033 0.686 -0.027 0.864 191.414 0.989
Run 3_0000564.LAB 8/8/2024 14:26:16 0.425 2.210 -0.016 0.666 -0.826 3.166 17.588 0.607 9.921 0.495 41.272 5.413 0.695 3.277 8.860 14.448 -0.658 5.658 0.561 2.102 0.010 0.685 -0.029 0.882 191.422 0.989Run 3_0000565.LAB 8/8/2024 14:27:09 0.285 2.228 -0.015 0.688 -0.795 3.160 17.715 0.598 9.900 0.502 40.538 5.447 0.771 3.309 9.999 14.180 -0.670 5.740 0.536 2.097 -0.044 0.687 -0.045 0.882 191.409 0.992
Run 3_0000566.LAB 8/8/2024 14:28:02 0.226 2.220 -0.008 0.670 -0.709 3.144 17.745 0.598 9.906 0.503 32.193 5.103 0.709 3.315 8.420 14.923 -0.639 5.767 0.523 2.104 -0.060 0.681 -0.006 0.879 191.433 0.989
Run 3_0000567.LAB 8/8/2024 14:28:55 0.380 2.236 -0.004 0.704 -0.733 3.164 18.039 0.625 9.863 0.505 33.912 5.254 0.685 3.300 9.051 15.137 -0.583 5.716 0.532 2.122 -0.022 0.690 -0.027 0.879 191.424 0.987Run 3_0000568.LAB 8/8/2024 14:29:48 0.438 2.201 -0.007 0.664 -0.549 3.110 17.825 0.599 9.877 0.501 16.011 4.331 0.694 3.307 7.296 16.015 -0.632 5.707 0.729 2.114 -0.062 0.685 -0.022 0.867 191.461 0.987Run 3_0000569.LAB 8/8/2024 14:30:41 0.453 2.190 -0.008 0.651 -0.573 3.115 17.705 0.593 9.909 0.499 15.229 4.313 0.718 3.298 9.567 14.499 -0.408 5.705 0.714 2.108 -0.175 0.672 -0.008 0.862 191.467 0.988
AVERAGE 0.385 2.189 -0.014 0.657 -0.766 3.152 17.399 0.594 9.954 0.494 29.327 4.876 0.709 3.272 8.378 14.946 -0.560 5.674 0.591 2.098 -0.063 0.673 -0.013 0.866 191.457 0.989
14) CTS Direct - 11.4
CTS_0000575.LAB 8/8/2024 14:41:21 0.425 0.774 -0.001 0.009 -1.104 4.052 -0.008 0.089 0.630 5.349 0.590 8.713 100.572 1.182 -0.083 0.802 -4.303 113.027 -5.526 2.744 6.375 0.723 -0.120 0.259 191.464 1.148CTS_0000576.LAB 8/8/2024 14:41:37 0.350 0.776 0.000 0.010 -1.081 4.049 0.002 0.095 0.632 5.345 0.598 8.683 100.498 1.243 -0.052 0.754 -4.055 112.946 -5.627 2.752 6.411 0.731 -0.108 0.254 191.460 1.148CTS_0000577.LAB 8/8/2024 14:41:53 0.437 0.766 0.000 0.010 -1.086 4.057 -0.001 0.100 0.624 5.338 0.598 8.662 100.379 1.129 -0.100 0.723 -3.821 112.791 -5.503 2.755 6.345 0.737 -0.127 0.265 191.434 1.148
CTS_0000578.LAB 8/8/2024 14:42:09 0.518 0.773 0.000 0.009 -1.100 4.058 -0.003 0.100 0.623 5.357 0.583 8.669 100.760 1.247 -0.055 0.670 -3.395 113.230 -5.673 2.747 6.406 0.726 -0.141 0.256 191.428 1.148
CTS_0000579.LAB 8/8/2024 14:42:25 0.461 0.773 -0.001 0.009 -1.068 4.053 0.001 0.103 0.614 5.357 0.599 8.680 100.838 1.117 -0.024 0.742 -4.128 113.270 -5.667 2.743 6.453 0.725 -0.095 0.260 191.408 1.148CTS_0000580.LAB 8/8/2024 14:42:41 0.411 0.775 0.000 0.009 -1.074 4.042 -0.007 0.095 0.616 5.338 0.615 8.665 100.399 1.074 -0.079 0.658 -4.320 112.832 -5.617 2.740 6.295 0.718 -0.079 0.269 191.427 1.149CTS_0000581.LAB 8/8/2024 14:42:57 0.390 0.760 0.000 0.009 -1.023 4.052 -0.002 0.101 0.628 5.373 0.591 8.654 101.041 1.114 -0.089 0.640 -4.601 113.553 -5.684 2.740 6.428 0.720 -0.081 0.264 191.426 1.149
CTS_0000582.LAB 8/8/2024 14:43:13 0.494 0.780 -0.001 0.009 -1.066 4.058 0.003 0.098 0.621 5.341 0.614 8.679 100.375 1.285 -0.020 0.724 -4.334 112.841 -5.586 2.735 6.290 0.734 -0.113 0.261 191.442 1.149
AVERAGE 0.436 0.772 0.000 0.009 -1.075 4.053 -0.002 0.098 0.624 5.350 0.598 8.676 100.608 1.174 -0.063 0.714 -4.120 113.061 -5.610 2.744 6.375 0.727 -0.108 0.261 191.436 1.148
15) Acetaldehyde SystemSpike Gas System_0000589.LAB 8/8/2024 14:45:41 104.333 0.606 9.904 4.290 -0.263 0.835 0.106 0.217 -0.084 0.565 -0.262 0.833 -0.298 0.943 -0.107 4.202 -0.277 1.813 -0.799 2.073 -2.429 0.914 -2.698 10.538 191.437 1.035Spike Gas System_0000590.LAB 8/8/2024 14:45:57 104.321 0.601 9.972 4.317 -0.321 0.834 0.102 0.216 -0.081 0.565 -0.260 0.760 -0.226 0.878 -0.097 3.930 -0.377 1.652 -0.719 2.063 -2.540 0.905 -2.612 10.542 191.431 1.035
Spike Gas System_0000591.LAB 8/8/2024 14:46:13 104.591 0.555 9.982 4.317 -0.225 0.837 0.104 0.218 -0.082 0.565 -0.272 0.795 -0.341 0.932 -0.099 3.578 -0.473 1.778 -0.755 2.069 -2.592 0.905 -2.703 10.565 191.429 1.035
Spike Gas System_0000592.LAB 8/8/2024 14:46:28 104.259 0.553 9.926 4.294 -0.266 0.831 0.106 0.214 -0.082 0.567 -0.214 0.784 -0.273 0.938 -0.103 3.314 -0.645 1.777 -0.840 2.063 -2.463 0.902 -2.674 10.532 191.423 1.035Spike Gas System_0000593.LAB 8/8/2024 14:46:44 104.815 0.563 9.993 4.324 -0.310 0.835 0.099 0.214 -0.077 0.569 -0.267 0.788 -0.382 0.878 -0.097 3.186 -0.482 1.698 -0.737 2.071 -2.672 0.910 -2.670 10.589 191.425 1.035Spike Gas System_0000594.LAB 8/8/2024 14:47:00 104.685 0.556 9.951 4.319 -0.253 0.838 0.095 0.208 -0.087 0.566 -0.269 0.786 -0.271 0.904 -0.073 3.121 -0.621 1.682 -0.809 2.060 -2.408 0.896 -2.694 10.572 191.442 1.035
Spike Gas System_0000595.LAB 8/8/2024 14:47:16 104.457 0.603 9.959 4.302 -0.303 0.835 0.098 0.211 -0.097 0.562 -0.204 0.794 -0.281 0.874 -0.075 2.996 -0.283 1.666 -0.770 2.050 -2.595 0.903 -2.644 10.556 191.449 1.034Spike Gas System_0000596.LAB 8/8/2024 14:47:32 104.894 0.570 9.990 4.315 -0.228 0.842 0.093 0.213 -0.090 0.569 -0.256 0.760 -0.239 0.951 -0.071 2.710 -0.451 1.765 -0.838 2.074 -2.597 0.911 -2.678 10.599 191.416 1.034
AVERAGE 104.544 0.576 9.960 4.310 -0.271 0.836 0.100 0.214 -0.085 0.566 -0.251 0.787 -0.289 0.912 -0.090 3.380 -0.451 1.729 -0.783 2.065 -2.537 0.906 -2.672 10.562 191.431 1.035
16) CTS System - 11.3.2.2 (A4.5)CTS System_0000604.LAB 8/8/2024 14:49:23 1.023 0.773 0.004 0.096 -1.103 4.040 0.045 0.093 0.618 5.360 0.585 8.659 100.919 1.115 -0.092 1.975 -3.906 113.364 -5.625 2.743 6.199 0.730 -0.117 0.285 191.409 1.034
CTS System_0000605.LAB 8/8/2024 14:49:39 0.924 0.809 0.002 0.092 -1.133 4.060 0.036 0.100 0.622 5.379 0.615 8.664 101.225 1.156 -0.126 1.875 -4.410 113.716 -5.690 2.764 6.424 0.736 -0.159 0.302 191.420 1.033
CTS System_0000606.LAB 8/8/2024 14:49:55 0.760 0.784 0.001 0.086 -1.124 4.057 0.032 0.090 0.627 5.373 0.550 8.644 101.116 1.187 -0.078 1.854 -4.680 113.595 -5.680 2.748 6.388 0.719 -0.115 0.276 191.418 1.034CTS System_0000607.LAB 8/8/2024 14:50:11 0.741 0.814 -0.001 0.083 -1.113 4.057 0.031 0.105 0.625 5.381 0.591 8.667 101.302 1.054 -0.087 1.729 -4.260 113.776 -5.618 2.748 6.307 0.735 -0.108 0.285 191.424 1.034CTS System_0000608.LAB 8/8/2024 14:50:27 0.655 0.789 -0.001 0.080 -1.074 4.060 0.031 0.091 0.627 5.365 0.589 8.700 100.917 1.070 -0.099 1.640 -4.377 113.391 -5.658 2.758 6.370 0.730 -0.112 0.290 191.419 1.033
CTS System_0000609.LAB 8/8/2024 14:50:43 0.645 0.802 -0.001 0.078 -1.090 4.055 0.029 0.099 0.627 5.388 0.605 8.677 101.462 1.168 -0.104 1.583 -4.045 113.935 -5.696 2.748 6.465 0.729 -0.136 0.286 191.424 1.034CTS System_0000610.LAB 8/8/2024 14:50:58 0.628 0.769 -0.002 0.078 -1.062 4.055 0.030 0.093 0.624 5.356 0.585 8.653 100.775 1.151 -0.082 1.544 -3.918 113.204 -5.653 2.754 6.443 0.733 -0.095 0.278 191.431 1.034CTS System_0000611.LAB 8/8/2024 14:51:14 0.760 0.803 -0.002 0.076 -1.107 4.056 0.030 0.096 0.627 5.387 0.626 8.689 101.392 1.041 -0.086 1.539 -4.069 113.889 -5.582 2.756 6.355 0.726 -0.078 0.292 191.430 1.034
AVERAGE 0.767 0.793 0.000 0.084 -1.101 4.055 0.033 0.096 0.625 5.373 0.593 8.669 101.138 1.118 -0.094 1.717 -4.208 113.609 -5.650 2.752 6.369 0.730 -0.115 0.287 191.422 1.034
17) System Zero - 11.3.6
Zero System_0000620.LAB 8/8/2024 14:53:21 0.071 0.280 -0.004 0.067 0.029 0.079 0.025 0.028 0.001 0.047 0.111 0.215 0.249 0.379 -0.051 2.207 -0.178 0.710 -0.063 0.107 -0.022 0.053 0.011 0.165 191.440 1.035
Zero System_0000621.LAB 8/8/2024 14:53:37 0.312 0.273 -0.002 0.065 0.015 0.077 0.022 0.031 0.004 0.055 0.131 0.198 0.122 0.499 -0.038 2.240 -0.124 0.910 0.095 0.109 -0.202 0.053 -0.021 0.163 191.459 1.035Zero System_0000622.LAB 8/8/2024 14:53:53 0.144 0.271 -0.004 0.066 0.004 0.075 0.030 0.031 0.011 0.046 0.112 0.194 0.144 0.376 -0.054 2.251 0.220 0.650 0.001 0.102 0.004 0.052 0.027 0.160 191.464 1.035
Zero System_0000623.LAB 8/8/2024 14:54:09 0.108 0.272 -0.003 0.065 0.037 0.077 0.030 0.026 0.002 0.050 0.095 0.177 0.129 0.392 -0.052 2.294 0.071 0.686 -0.032 0.104 -0.165 0.054 0.013 0.160 191.469 1.035
Zero System_0000624.LAB 8/8/2024 14:54:25 0.145 0.270 -0.002 0.066 -0.048 0.076 0.029 0.021 0.000 0.045 0.129 0.197 0.133 0.396 -0.041 2.287 -0.174 0.714 0.044 0.101 -0.218 0.050 -0.031 0.158 191.463 1.036Zero System_0000625.LAB 8/8/2024 14:54:41 0.131 0.278 -0.003 0.066 0.031 0.076 0.027 0.035 -0.003 0.051 0.129 0.205 0.172 0.428 -0.041 2.263 -0.551 0.740 -0.124 0.109 -0.025 0.057 0.010 0.164 191.434 1.035Zero System_0000626.LAB 8/8/2024 14:54:57 0.039 0.286 -0.004 0.065 0.025 0.077 0.028 0.029 0.003 0.049 0.114 0.182 0.145 0.399 -0.018 2.281 -0.246 0.758 0.129 0.103 -0.035 0.053 -0.014 0.169 191.411 1.036
Zero System_0000627.LAB 8/8/2024 14:55:13 0.172 0.290 -0.005 0.093 0.018 0.096 0.117 0.033 -0.004 0.052 0.120 0.225 0.180 0.429 -0.035 2.297 -0.149 0.794 -0.090 0.124 0.042 0.056 -0.021 0.167 191.407 1.019
AVERAGE 0.140 0.277 -0.003 0.069 0.014 0.079 0.038 0.029 0.002 0.049 0.118 0.199 0.159 0.412 -0.041 2.265 -0.141 0.745 -0.005 0.107 -0.078 0.054 -0.003 0.163 191.443 1.033
15
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LAST PAGE OF REPORT

160
KMA West CE-2 2024 rev
Reference Methods 2, 3A, 6C, 7E, 10, & 19
Source Information
Company Name KMA West CS
Company Contact:Nathan Liebmann
Contact Phone No.713-420-3664
Stack Designation:Engine CE-2
Test & Review Dates
Test Date:8/8/2024
Review Date: 10/10/2024
Observer:None
Reviewer:Robert Sirrine
Emission Limits Emission Rates
VOC NOX CO VOC NOX CO
g/BHP-Hr 0.70 1.0 0.7 0.0 0.0 0.1
lbs./hr. 0.23 2.27 1.48 0.08 0.05 0.20
ppm 60 82 270 3 2 10
Percent
%O2 Correction as a whole #15.00 15.00 15.00
Test Information Heat Input
Stack I.D. inches As ft^2 Y Dl H @ Cp Pbar Pq (static)
fuel flow rate
(Btu/hr.)
Heat Input
(Btu/hr.)
12.00 0.785 23.70
Contractor Information
Contact: Jimmy Moten
Contracting Company: Kinder Morgan Emissions Testing Group
Address: 1001 Louisiana St Suite 1000 Houston TX 77002
Phone No.: 713-420-3350
Project No.:
8702

Round
Division of Air Quality
Instrumental Reference Methods - Gaseous Measurements
Method 19 - F factors for Coal, Oil, and Gas
Fd Fw Fc
scf/MMBtu scf/MMBtu scf/MMBtu
Diluent
F factor used
O2
CO2
Anthrocite 2
Bituminous 2
Lignite
Natural
Propane
Butane
10100
COAL
OIL
GAS
9780
9860
9190
8710
8710
8710
10540
10640
11950
320
10610
10200
10390
1970
1800
1910
1420
1040
1190
1250
Wet CEM
Correct For O2
CO2 Interference w/CO
Yes
Yes
Yes
KMA West CE-2 2024 rev
Division of Air Quality
NSPS Relative Accuracy Performance Specification Test - CEMS Certification
KMA West CS
Engine CE-2
Average Emission
Dry VOC NOX CO
g/BHP-Hr 0.0 0.0 0.1 Average % concentration
lbs./hr. 0.08 0.05 0.20 CO2 O2
ppm corrected for %O2 2.6 2 10 0.10
Run 1 Enter O2 or CO2
Dry VOC NOX CO CO2 O2 O2
Atomic Weight 44 46 28
lbs./MMBtu (O2)9.19E-03 6.89E-03 2.41E-02 E=Cd x Fd x (20.9/(20.9-%O2d))
lbs./MMBtu (CO2)E=Cd x Fc x (100 / % CO2d)
lbs./cu.ft 1.050E-06 7.876E-07 2.751E-06
lbs./hr.0.08 0.06 0.21 0.11
ppm corrected for %O2 2.66 1.87 10.74 0.15
Run 2
Dry VOC NOX CO CO2 O2
Atomic Weight 44 46 28
lbs./MMBtu (O2)9.17E-03 4.88E-03 2.27E-02 E=Cd x Fd x (20.9/(20.9-%O2d))
lbs./MMBtu (CO2)E=Cd x Fc x (100 / % CO2d)
lbs./cu.ft 1.050E-06 5.581E-07 2.601E-06
lbs./hr.0.08 0.04 0.20 0.08
ppm corrected for %O2 2.60 1.32 10.14 0.12 Raw Value
Run 3
Dry VOC NOX CO CO2 O2
Atomic Weight 44 46 28
lbs./MMBtu (O2)9.21E-03 4.92E-03 2.18E-02 E=Cd x Fd x (20.9/(20.9-%O2d))
lbs./MMBtu (CO2)E=Cd x Fc x (100 / % CO2d)
lbs./cu.ft 1.053E-06 5.628E-07 2.496E-06
lbs./hr.0.08 0.04 0.19 0.10
ppm corrected for %O2 2.62 1.34 9.738 0.12 Raw Value
C For Cal Drift
Raw Value
C For Cal Drift
C For Cal Drift
O2
CO2
Clear
lbs./MMBTU
KMA West CE-2 2024 rev
Calibration Error Test
Test Date August 8, 2024 O2
CS - Cal. Span 11.00
Units %
Cylinder No. Expiration
Date Cal. Gas CV- Certified
Concentration
CDir or CS -
Measured
Concentration
Difference
ACE Eq. 7E-1
Analyzer Cal.
Error
Status
Low-level 0.00 0.02 0.02 0.18% Passed Cal.
Mid-level 5.06 5.05 0.01 0.09% Passed Cal.
High-level 11.00 10.95 0.05 0.45% Passed Cal.
% of Span Sec. 8.2.1 Cal Gas Verification
0 to 20% of CS - Cal. Span Low-Level 0.00%
40 to 60% of Cal. Span Mid-level 46.00%
100% of Cal. Span High-level 100.00%
Test Date CO2
CS - Cal. Span
Units %
Cylinder
No.
Expiration
Date Cal. Gas CV- Certified
Concentration
CDir or CS -
Measured
Concentration
Difference
ACE Eq. 7E-1
Analyzer Cal.
Error
Status
Low-level
Mid-level
High-level
% of Span Sec. 8.2.1 Cal Gas Verification
0 to 20% of Cal. Span Low-Level
40 to 60% of Cal. Span Mid-level
100% of Cal. Span High-level
Test Date SO2
CS - Cal. Span
Units ppm
Cylinder
No.
Expiration
Date Cal. Gas CV- Certified
Concentration
CDir or CS -
Measured
Concentration
Difference
ACE Eq. 7E-1
Analyzer Cal.
Error
Status
Low-level
Mid-level
High-level
% of Span Sec. 8.2.1 Cal Gas Verification
0 to 20% of Cal. Span Low-Level
40 to 60% of Cal. Span Mid-level
100% of Cal. Span High-level
Test Date August 8, 2024 NOx
CS - Cal. Span 465.00
Units ppm
Cylinder
No.
Expiration
Date Cal. Gas CV- Certified
Concentration
CDir or CS -
Measured
Concentration
Difference
ACE Eq. 7E-1
Analyzer Cal.
Error
Status
Low-level 0.00 0.00 0.00 0.000% Passed Cal.
Mid-level 196.00 196.74 0.74 0.159% Passed Cal.
High-level 465.00 465.33 0.33 0.071% Passed Cal.
% of Span Sec. 8.2.1 Cal Gas Verification
0 to 20% of Cal. Span Low-Level 0.00%
40 to 60% of Cal. Span Mid-level 42.15%
100% of Cal. Span High-level 100.00%
Test Date August 8, 2024 CO
1.48 CS - Cal. Span 448.00
270 Units ppm
Cylinder
No.
Expiration
Date Cal. Gas CV- Certified
Concentration
CDir or CS -
Measured
Concentration
Difference
ACE Eq. 7E-1
Analyzer Cal.
Error
Status
Low-level 0.00 -0.11 0.11 0.025% Passed Cal.
Mid-level 199.00 199.40 0.40 0.089% Passed Cal.
High-level 448.00 447.33 0.67 0.150% Passed Cal.
% of Span Sec. 8.2.1 Cal Gas Verification
0 to 20% of Cal. Span Low-Level 0.00%
40 to 60% of Cal. Span Mid-level 44.42%
100% of Cal. Span High-level 100.00%
KMA West CE-2 2024 rev
Division of Air Quality Stack Test Review of
KMA West CS
SO2 NOX CO CO2 O2 Engine CE-2
CS Calibration Span 465.00 448.00 11.00
Units ppm ppm ppm % % Unprotected
CV - Cylinder Value:SO2 NOX CO CO2 O2
Low-Level 0.00 0.00 0.00
Mid-Level 196.00 199.00 5.06
High-Level 465.00 448.00 11.00
0 to 20% of Cal. Span 0.00% 0.00% 0.00%
40 to 60% of Cal. Span 42.2% 44.4% 46.0%
100% of Cal. Span 100.0% 100.0% 100.0%
Cdir - Enter Actual Up-scale Cylinder Value Used To Correct Emission Concentration.
CDir CMA 196.00 199.00 5.06
Calibration Error Test
Cs - Measured Concentration SO2 NOX CO CO2 O2
Low-Level 0.00 -0.11 0.02
Mid-Level 196.74 199.40 5.05
High-Level 465.33 447.33 10.95
Enter Up-scale Analyzer Response to be used during testing.
ACE Eq. 7E-1 196.74 199.40 5.05
Low-Level 0.00% 0.02% 0.18%
ppmdv Difference 0 0.11 0.02
Status Passed Cal. Passed Cal.Passed Cal.
Mid-Level 0.16% 0.09% 0.09%
ppmdv Difference 0.74 0.4 0.01
Status Passed Cal. Passed Cal.Passed Cal.
High-Level 0.07% 0.15% 0.45%
ppmdv Difference 0.33 0.67 0.05
Status Passed Cal. Passed Cal.Passed Cal.
Pre-Test Sampling System Bias
Initial Values VOC NOX CO CO2 O2
CO - Low-Level 1.48 -0.10 0.06 System Bias.
SBi - Zero Bias TRUE 0.32% 0.00% TRUE 0.36%± 5% of Span
Difference TRUE 1.48 0.01 TRUE 0.04
Pass or Failed Invalid Run Passed Cal. Passed Cal. Passed Cal.
CM - Up-scale Gas 192.47 197.83 5.05
SBi - Up-Scale Bias TRUE 0.92% 0.35% TRUE 0.00%
Difference TRUE 4.27 1.57 TRUE 0.00
Pass or Failed Invalid Run Passed Cal. Passed Cal. Passed Cal.
Raw Test Data Time Start Stop
Test Date:8/8/2024 SO2
VOC NOX CO CO2 O2 NOX
9.37 7.52 37.46 0.15 CO
0.0% 1.6% 8.4% 0.0% 1.4%CO2/O2
Post-Test System Bias 7E-2 SB=(Cs - Cdir)/CS x 100
Final Values VOC NOX CO CO2 O2
CO - Low-Level 0.70 0.20 0.06 System Bias.
SBi - Zero Bias TRUE 0.15% 0.07% TRUE 0.36%± 5% of Span
Difference TRUE 0.7 0.3 TRUE 0.0
Pass or Invalid Run Passed Cal. Passed Cal. Passed Cal.
CM - Up-scale Gas 191.97 195.83 5.01
SBi - Up-Scale Bias TRUE 1.03% 0.80% TRUE 0.36%
Difference TRUE 4.8 3.6 TRUE 0.0
Pass or Invalid Run Passed Cal. Passed Cal. Passed Cal.
Calibration Drift % of Span - D=ABS(SBf - SBi)
Low-Level Drift TRUE 0.17% 0.07% TRUE 0.00% Drift
Difference TRUE 0.8 0.3 TRUE 0.0 3% of Span
Pass or Re-Calibrate Pass Pass Pass
Up-scale Gas Drift TRUE 0.11% 0.45% TRUE 0.36%
Difference TRUE 0.5 2.0 TRUE 0.0
Pass or Re-Calibrate Pass Pass Pass
NOTE
These cells scans for th
Cdir gas after the Cmentered.
If this scan is incorrec
Cdir to the correct gas
Failed Bias Dialog
Failed Drift Dialog
Failed Cal Error Dialog
CO Calibration Gas
Failed Bias Dialog
KMA West CE-2 2024 rev
Division of Air Quality Stack Test Review of
KMA West CS
SO2 NOX CO CO2 O2 Engine CE-2
CS Calibration Span 465.00 448.00 11.00
Units ppm ppm ppm % %
CV - Cylinder Value:SO2 NOX CO CO2 O2
Low-Level 0.00 0.00 0.00
Mid-Level 196.00 199.00 5.06
High-Level 465.00 448.00 11.00
0 to 20% of Cal. Span 0.00% 0.00% 0.00%
40 to 60% of Cal. Span 42.2% 44.4% 46.0%
100% of Cal. Span 100.0% 100.0% 100.0%
Cdir - Enter Actual Up-scale Cylinder Value Used To Correct Emission Concentration.
CMA 196.00 199.00 5.06
Calibration Error Test
Measured Concentration SO2 NOX CO CO2 O2
Low-Level 0.00 -0.11 0.02
Mid-Level 196.74 199.40 5.05
High-Level 465.33 447.33 10.95
Enter Up-scale Analyzer Response to be used during testing.
ACE Eq. 7E-1 196.74 199.40 5.05
Low-Level 0.00% 0.02% 0.18%
ppmdv Difference 0 0.11 0.02
Status Passed Cal. Passed Cal.Passed Cal.
Mid-Level 0.16% 0.09% 0.09%
ppmdv Difference 0.74 0.4 0.01
Status Passed Cal. Passed Cal.Passed Cal.
High-Level 0.07% 0.15% 0.45%
ppmdv Difference 0.33 0.67 0.05
Status Passed Cal. Passed Cal.Passed Cal.
Pre-Test Sampling System Bias
Initial Values SO2 NOX CO CO2 O2
CO - Low-Level 0.70 0.20 0.06 System Bias.
SBi - Zero Bias TRUE 0.15% 0.07% TRUE 0.36%± 5% of Span
Difference TRUE 0.7 0.31 TRUE 0.04
Pass or Invalid Run Passed Cal. Passed Cal. Passed Cal.
CM - Up-scale Gas 191.97 195.83 5.01
SBi - Up-Scale Bias TRUE 1.03% 0.80% TRUE 0.36%
Difference TRUE 4.77 3.57 TRUE 0.04
Pass or Invalid Run Passed Cal. Passed Cal. Passed Cal.
Raw Test Data Time Start Stop
Test Date:8/8/2024 SO2
VOC NOX CO CO2 O2 NOX
9.19 5.18 35.46 0.12 CO
0.0% 1.1% 7.9% 0.0% 1.1%CO2/O2
Post-Test System Bias 7E-2 SB=(Cs - Cdir)/CS x 100
Final Values VOC NOX CO CO2 O2
CO - Low-Level 0.55 0.18 0.06 System Bias.
SBi - Zero Bias TRUE 0.12% 0.06% TRUE 0.36%± 5% of Span
Difference TRUE 0.6 0.3 TRUE 0.0
Pass or Invalid Run Passed Cal. Passed Cal. Passed Cal.
CM - Up-scale Gas 191.48 196.92 5.01
SBi - Up-Scale Bias TRUE 1.13% 0.55% TRUE 0.36%
Difference TRUE 5.3 2.5 TRUE 0.0
Pass or Invalid Run Passed Cal. Passed Cal. Passed Cal.
Calibration Drift % of Span - D=ABS(SBf - SBi)
Low-Level Drift TRUE 0.03% 0.00% TRUE 0.00% Response Spec.
Difference TRUE 0.2 0.0 TRUE 0.0 3% of Span
Pass or Re-Calibrate Pass Pass Pass
Up-scale Gas Drift TRUE 0.11% 0.24% TRUE 0.00%
Difference TRUE 0.5 1.1 TRUE 0.0
Pass or Re-Calibrate Pass Pass Pass
Failed Bias Dialog
Failed Drift Dialog
Failed Cal Error Dialog
Failed Bias Dialog
KMA West CE-2 2024 rev
Division of Air Quality Stack Test Review of
KMA West CS
SO2 NOX CO CO2 O2 Engine CE-2
CS Calibration Span 465.00 448.00 11.00
Units ppm ppm ppm % %
CV - Cylinder Value:SO2 NOX CO CO2 O2
Low-Level 0.00 0.00 0.00
Mid-Level 196.00 199.00 5.06
High-Level 465.00 448.00 11.00
0 to 20% of Cal. Span 0.00% 0.00% 0.00%
40 to 60% of Cal. Span 42.2% 44.4% 46.0%
100% of Cal. Span 100.0% 100.0% 100.0%
Cdir - Enter Actual Up-scale Cylinder Value Used To Correct Emission Concentration.
CMA 196.00 199.00 5.06
Calibration Error Test
Measured Concentration SO2 NOX CO CO2 O2
Low-Level 0.00 -0.11 0.02
Mid-Level 196.74 199.40 5.05
High-Level 465.33 447.33 10.95
Enter Up-scale Analyzer Response to be used during testing.
ACE Eq. 7E-1 196.74 199.40 5.05
Low-Level 0.00% 0.02% 0.18%
ppmv Difference 0 0.11 0.02
Status Passed Cal. Passed Cal.Passed Cal.
Mid-Level 0.16% 0.09% 0.09%
ppmv Difference 0.74 0.4 0.01
Status Passed Cal. Passed Cal.Passed Cal.
High-Level 0.07% 0.15% 0.45%
ppmv Difference 0.33 0.67 0.05
Status Passed Cal. Passed Cal.Passed Cal.
Pre-Test Sampling System Bias
Initial Values SO2 NOX CO CO2 O2
CO - Low-Level 0.55 0.18 0.06 System Bias.
SBi - Zero Bias TRUE 0.12% 0.06% TRUE 0.36%± 5% of Span
Difference TRUE 0.55 0.29 TRUE 0.04
Pass or Invalid Run Passed Cal. Passed Cal. Passed Cal.
CM - Up-scale Gas 191.48 196.92 5.01
SBi - Up-Scale Bias TRUE 1.13% 0.55% TRUE 0.36%
Difference TRUE 5.26 2.48 TRUE 0.04
Pass or Invalid Run Passed Cal. Passed Cal. Passed Cal.
Raw Test Data Time Start Stop
Test Date:8/8/2024 SO2
VOC NOX CO CO2 O2 NOX
9.22 5.16 34.11 0.12 CO
0.0% 1.1% 7.6% 0.0% 1.1%CO2/O2
Post-Test System Bias 7E-2 SB=(Cs - Cdir)/CS x 100
Final Values VOC NOX CO CO2 O2
CO - Low-Level 0.58 -0.05 0.02 System Bias.
SBi - Zero Bias TRUE 0.12% 0.01% TRUE 0.00%± 5% of Span
Difference TRUE 0.6 0.1 TRUE 0.0
Pass or Invalid Run Passed Cal. Passed Cal. Passed Cal.
CM - Up-scale Gas 191.90 197.93 5.05
SBi - Up-Scale Bias TRUE 1.04% 0.33% TRUE 0.00%
Difference TRUE 4.8 1.5 TRUE 0.0
Pass or Invalid Run Passed Cal. Passed Cal. Passed Cal.
Calibration Drift % of Span - D=ABS(SBf - SBi)
Low-Level Drift TRUE 0.01% 0.05% TRUE 0.36% Response Spec.
Difference TRUE 0.0 0.2 TRUE 0.0 3% of Span
Pass or Re-Calibrate Pass Pass Pass
Up-scale Gas Drift TRUE 0.09% 0.23% TRUE 0.36%
Difference TRUE 0.4 1.0 TRUE 0.0
Pass or Re-Calibrate Pass Pass Pass
Failed Bias Dialog
Failed Cal Error Dialog
Failed Drift Dialog
Failed Bias Dialog