DAQ-2025-000516

1

DAQC-086-25
Site ID 10209 (B4)

MEMORANDUM

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

THROUGH: Harold Burge, Major Source Compliance Section Manager

FROM: Robert Sirrine, Environmental Scientist

DATE: January 10, 2025

SUBJECT: Location: East Compressor Station near Altamont, Duchesne County, Utah
Contact: Erin Dunman – 303-914-7605
Tester: Engineering and Technical Services – Emissions Testing Group
Source: Engine Unit CE-5
FRS ID#: UT0000004901300039
Permit# TV Permit 1300039005 dated June 16, 2022, revised February 20, 2023
Action Code: Tr
Subject: Review of Stack Test Report received December 31, 2024

On December 31, 2024, the Utah Division of Air Quality (DAQ) received (via email) a stack test report
for the Kinder Morgan Altamont – East Compressor Station, Unit CE-5 natural gas compressor engine
located near Altamont, Utah. Testing was performed on November 5, 2024, to demonstrate compliance
with the NOX, CO, and VOC emission limits found in permit Conditions II.B.9.a, and 40 CFR 60 Subpart
JJJJ. The DAQ results are:

Source Test Date RM/Pollutant DAQ Result Tester Result Limit
CE-5 11/5/24 7/NOX 0.85 lb/hr 0.85 lb/hr 3.70 lb/hr
18 ppmvd* 18 ppmvd* 82 ppmvd*
0.3 g/BHP-Hr 0.3 g/BHP-Hr 1.0 g/BHP-Hr

10/CO 0.89 lb/hr 0.89 lb/hr 7.41 lb/hr
31 ppmvd* 31 ppmvd* 270 ppmvd*
0.3 g/BHP-Hr 0.3 g/BHP-Hr 2.0 g/BHP-Hr

6348**/VOC 0.15 lb/hr^ 0.15 lb/hr^ 0.59 lb/hr^
3 ppmvd* 3 ppmvd* 60 ppmvd*
0.0 g/BHP-Hr 0.0 g/BHP-Hr 0.7 g/BHP-Hr

**ASTM D6348-03, *@15% Oxygen ^Permit required VOC as propane + CH2O, Subpart JJJJ
requires that CH2O not be included as a VOC for the limits of ppmdv and g/BHP-Hr

* - / $ - - $ )
2

DEVIATIONS: None noted.

CONCLUSION: VOC as propane and total VOC + 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 specified in their Title V Permit and the ppmdv @15% O2 and
g/BHP-Hr limits are contained in 40 CFR 60 Subpart JJJJ. The KMA
East engine CE-5 NOX, CO, and VOC emissions test report appears to be
acceptable.

RECOMMENDATION: Unit CE-5 should be considered to have been in compliance with the
NOx, CO, and VOC applicable missions limits at the time of the test.

HPV: No.

ATTACHMENTS: KMA East CS stack test report received December 31, 2024
DAQ generated excel spreadsheets.

FedEx 2835 2945 4771
Harold Burge, Manager
Major Source Compliance Section
Utah Division of Air Quality
195 North 1950 West,4th Floor
Salt Lake City, UT
ffnder Morgan Altamont LIC
Altamont East Comprusor Station, Title V Permit 130m39005
Engine CE-5, Emission Test Report
LTTAH DEPARruENT OF
ENVIRONMENTAL OUruTY
!- -,1
D;.''S;ON OF AIR QUALIT,
Dear Mr. Burge,
As required by Condition ll.B.9.a. of Title V Operating Permit 1300039005, Kinder Morgan Altamont LLC conducted
initial emission testing on engine CE-5 at Altamont East Compressor Station to demonstrate compliance with
applicable emission limits and standards listed in Condition ll.B.9.a(1) of the referenced Title V Operating Permit. The
compliance testing was conducted on November 5,2024 and followed Emission Test Protocol dated August 19,
2024. Attached is a report from the test for your review. As demonstrated in the attached report, Engine CE-5 tested
below permit emission limits and applicable emission standards specified in 40 CFR 50 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 David De Cesari 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 at [e-mail] with other questions related to air permit compliance for this facility.
Don Perkins
Director, Operations
KTNDEFI-JMORGAN
7 ALrAmoNr LLc
Enclosures - Emissions Test Report
cc: Mechanical Testing File # 24-168
KINDEntnoncAx-/ ALTAHoNT LLc
Emissions T$ting Group
1001 Louisiana St., Suite '1000
Houston, TX77oo2
Emissions Test Report
One (1)\Ahukesha LTOI4GSI NatrralC,as Fired Ergire
UnitCE-5
Title V Operating Permit Number 1300039005
Emissions Testing Group File #24-168
Test Date: November 5,2024
l(nder Morgan Altamont LLC
East Com pressor Station
Duchesne fuunty, UT
Date:
Prepared
for:
Prepared
by:
Reviewed
by:
December 1Or 2o24
Utah Department of Environmental Quality (UDEA)
Division of Air Quality (DAO)
David De Gesari
Emissions Testing Group
(7131420-5311
Johndunn Johnston
Emissions Testing Group
(713) 42O-33sO
Table of Gontents
INTRODUCTION....
EMSSTONS GROUP IMORMATION.................. ........................2
RESI,LTS
EMISSIONS SAMPLING PROCESS ......................4
GENERAL TESTING PROCEDURE ......................6
EPA REFERENCE AND ASTM METHODS ..........,......,..............6
METHOD3,A.
INSTRUMENT CFIECKS AND CALIBRATIONS........... ............8
EPA PRorocol GASES (40CFR60, AppEnox A - M78.7 .l)........... ................... 8
IN"TERTERE\CE nrsroNse (40CFR60, AppElrDx A - M7E.8.2.7) ................ ............................... 8
ANaryzsn CelrBRAnoN ERRoR TESr (40CFR60, AppENDx A -M7E.8.2.3) ......................... 8
NO2 ro NO Col.rvERSroN EFFTCTENCY (40CFR60, APPENDD( A - M7E.8.2.4)..... ...................... 8
RESPoNSE TING TEsr (40CFR60, AppENDx A-M78.8.2.6).. ............................9
SysrEM BrAs Cmcr (40CFR60, Areruox A-M7E.8.2.5 & M78.8.5)... ................................9
VOC AND CHzO DetsRvmrnrroN............... ............................... l0
SAMpLE LocATroN AND SEr-tp ..........................12
DETERrvfi.JAnoNoFSrRArFrcAnoN(40CFR60,AppENoxA-M7E.8.1.2) . .... . ....
CALCIJ'LATIONS
CONCENTRATION CORRECTION........... ..,,..... 13
15% oxYGEN CORR8CTION.................... ......... 14
MASS EMSSION CALCLTLATIONS, METHOD 19.................... .....................15
ASTM D6348 EQUAIONS .......... 16
M$refl,'tvt DETECTABLE CoNcmrrRa1oN................... ............... 16
REFERENCE CELL ABSORPTION PATH LENGTH ........................... 17
SA.r/pLE CELL ABSoRprroN PATH L${GTH.. ............................... l8
WET _ DRY PoLLL"TANT CONCENTRATION CoRRECnoN ..........20
VOC CALCT,'I-ATIoNS By RESPoNSE FACTORS... .........................20
t2
t2
t2
l3
APPENDtx 2l
List of Figures
Figure l: Sample System Schematic
List of Tables
Table 1: Engine Detail I
Table 2: Emission Units and Requirements I
3
5
Table 3: Emission Unit & Summary Results for Unit CE-5
Table 4: Available Instrumentation....................
List of Equations
Equation 1: Bias Correction Calculation
Equation 2: EPA Fuel Specific Fd factor
3
4I
Equation 3: Emissions Corrected to L1o/o Oxygen t4
15
l5
Equation 4: Mass f,mission Rate Qb/hr)
Equation 5: Mass Emission Rate (g/bhphr)
Equation 6: Noise Limited Vlinimum Detectable Concentration #1 ................I
I
I
I
6
6
7
7
8
E
9
9
Equation 7: Analytical Minimum Detectable Concentration #2................ .......... I
Equation 8: Analytical iVlinimum Detectable Concentration #3................ .......... I
Equation 9: Reference Cell Path Length
Equation 13: Spike Recoveryr Percent
Equation 14: Moisture Corrected Concentration 20
20
20
20
Equation 15: VOC as Methane by Response Factors...............
Equation 16: VOC as Propane....
Equation 17: Total VOC for Approval Order Permit Limits...........
Hfoauctbn
The Company's Emissions Testing Grcup (ETG) conducted souroe emissions testing at the
Kinder Morgan Altamont LLC East Compressor Stration in fulfillment of the State of Utah
Department of Environrnental Quality (UDEO) Title V Operating Permik"l{urnber
1300039005. Thepurposeofthistestistodemonstratemmpliancewithpermittedemission
limiB and 40CFR60 Subpart JJJJ ficrthe unit listed belorv,
Table I and Table 2 present the emission units and species that were measured during
the testing along with applicable permit limits. All testing was conduded in accordance wlth
Environmental Protec'tion Agency (EPA)test methods as described in 40CFR60, Appendix
A, and the test protocol dated August 19,2024.
Concentrations of Volatile Organic Compounds (VOC) and Formaldehyde (CHzo) werc
determined using an FTIR folloring ASTM D6348 as allorued by 40CFR60 Subpart JJJJ.
Non-methane non-ethane VOC is rcported on a propane basis. Formaldehyde emissions
are excluded f,cr the purpose of compliance demonstration with 40CFR60 Subpart JJJJ
standards (VOC) but are included ficr the purpose of compliance with VOC permit limits
ffotalVoc).
Unit CE-S was tested on November 5,2024. David De Cesari and John Wllis conduc'ted
the test.
Table 1: Engine Detail
Table 2: Emisslon Units and Requirements
Title V Operating Permit
Number 1300039005
Title V Operating Permit
Number 1300039005
40CFR60 Subpart JJJJ
Tille V Operating Permit
Number 1300039005
r.:: I q i*il;11
FACILITY INFORMATION
Facility: Kinder Morgan Altamont LLC
East Compressor Stiation
Duchesne Couty, UT
GPS Coordinates:
LAT 40.359278 LONG -110.249692
Erin Dunman
Air Compliance
1667 Cole Blvd., Suite 300
Lakewood, CO 8M01
[e-mail]
[phone]
David De Cesari
Emissions Testing Group
[e-mail]
(713) 420-s311
EM ISSIONS GROUP INFORMATION
Facility:Emissions Testing Group Contact:
1001 Louisiana St., Suite 1000
Houston, TX77002
T6tSumnrary
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 Unit CE-S
Emissions Summary For Emissions Test Report - CE-s
Date tu05t24
Average Permit
f .imitsParameterRun I Run 2 Run 3
Time lO:32 12:05 13:27
Speed (RPM)
Load (%)
Fuel Flow (SCFH)
I .145
1,422
84.6
I t.4t7
t.t45
1,41 8
84.4
1,145
1,419
84.4
I 1,588
NO- (oomvd (4.15Yo O"\l8 l8 18 l8 82
NO- (LB/HR)0.82 0.85 0.87 0.85 3.70
NO. (g/BHP-HR)0.3 0.3 0.3 0.3 1.0
CO
CO (ppmvd @ 15Yo O.)3l 30 31 31 270
CO (LBIFIR)0.89 0.86 0.90 0.89 7.41
Co (P/BHP-HR)0.3 0.3 0.3 0.3 2.0
voc
VOC (ppmvd @,15Yo O.\,3 3 3 60
VOC (g/BHP-HR)0.0 0.0 0.0 0.0 o.7
VOC + CH,O
VOC + CH,O (LB,tlR)0.1 5 0.1 5 0.15 0.1 5 0.s9
o2
O" 9o Bias Corrected)o.oolo.oolo.oolo.oo
Emissions Sampling Process
PROCESS DESCRIPTION
The Waukesha L7044GSl (1,680 hp) reciprocating compressor engine is a four stroke,
rich burn, natural gas fired internal combustion engine, equipped with an NSCR
catalyst, 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 TESTVEHICLE
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 formaldehyde volatile organic
compounds (VOC) and formaldehyde (CHzO) and orygen (Oz) 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 $way sample valve, however, it is next directed through a heated sample
line to the FTIR hotbox where the temperature, pressure and flqr rate are kept constant by
way of a pressure regulator, temperature controller and needle-valve flow meter until the
sample enters the analyzer. Afterthe sample has passed through the analyzer, it is purged
outside of the trailer. See Figure I for the flow schematic.
()--!
sl-r!<-
L EG END
Pump F l,lo"rln"',"0 ,9-_ 5.waY vare
. a P I Prsssurac,uoe
Snap F rrlng -1><- dano v atso \-,-'
il;,1;o'' _6f- 81",ffi;: .pp F'owuere,
s oreno id -qf- t-w ay v ave -fl- orsrFrn'r 4-..- !311i1".."
Figure 1: Sample System Schematic
Table 4: Available lnstrumentation
Paramaters tlanufacturcr modol Detecton ftincipls Range
NOx Thermo Fisher Scientific 42i Thermal reduction of NOz to NO.
Chemiluminescent reaction of NO with O:
Variable to
'10.000 oom
CO Teledyne T3OOM NDIR with Gas Filter Conelation Variable to
10,000 oom
VOC / CHzO MAX iR Fourier Transform I nfrared Soectroscoov
Oz Servomex 4900 Paramaqnetic O lo 25o/o
Barometnc
Pressure Rosemount 3051 20 - 31 "Hg
WEUDry
Tempemture
Humiditu
Vaisala Model HMP 233 40 "F to 140'F
0o/o '1OOo/o
General Testing Procedune
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 08/19/2024. 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
orygen 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 CHzO were determined using an FTIR following ASTM
D6348 as allowed by 40CFR60 Subpart JJJJ.
EPA REFERENCE AND ASTM METHODS
Memoo 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 selecled. Method 1 was performed on the engine. A diagram is found
in the APPENDIX.
Meruoo 3A
"Determination of Oxygen and Carbon Dioxide Concentrations rn Emrbsions from
Stationary Sources (lnstrumental Analyzer Procedure)" The objective of Method 3A is
to determine the Oz concentrations from the source. Method 34 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 Oz in percent. Method 34 testing was performed on
the engine for the determination of Oz. The calibration enor, 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.
Memoo4
"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 allons the use of
an FTIR as an acceptable alternative to determine stack gas moisture.
Mentoo 7E
"Determination of Nitrogen Oxides Emissions from Stationary Sources (lnstrumental
AnalVer 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 anaiyzer for
the measurement of NOx (NO and NOz) in ppmvd. Method 7E testing was performed on
the engine forthe determination of NOx. The calibration error, system bias and system drift
data were within the tolerances of the method. The previousiy mentioned data and the
testing datia were recorded on a DACS. This data and test results are ficund in the
APPENDIX along with NOx converter check resuhs and calibration gas certificates.
Menpo 1O
"Determination of Carbon Monoxide Emrssrons from Stationary Sources
(lnstrumental Analyzer Procedure)" The objective of Method 10 is to determine the CO
concentrations from the source. Method 10 entails eXraction of a gas sample from a
stationary sourrc 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.
Menroo19
"Determination of Suffur Dioxide Removal Efficiency and Particulate Malter, 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 Orygen-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 Orygen concentration were collected and
calculated for the method. Test results are found in the APPENDIX along with the emission
rate formulas found in and Equation 4 and Equation 5.1
ASTM D6344
"Determination of Gaseous Compounds by Extnctive Direct lnterface Fourier
Transtorm lnfrared (FTIR) Specfroscopy" The objective of ASTM D6348 is to determine
the VOC and CHzO 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 06348 testing was performed on the engine for the
determination of VOC and CHzO in ppmvd. The acetaldehydefiracer spike, recovery
analysis and minimum detectible concentration for VOC and CHzO were within the
tolerances of the method. The previously mentioned data and the testing data were
recorded on FTIR softr,vare. Calibrations and test results are found in the APPENDIX.
1 The same exhaust iortr calculation was used for CO and Total VOC.
7
I NSTRUMENT CH ECKS AN D CALIBMTIONS
The folloaring instrument checks and calibrations guarantee the integnty of our sampling
system and the accuracy of our datia.
EPA PRorocol Gases (4(rcFR6O, ArFEr\rDD( A - MTE.7.1I
Calibration sheets for EPA Protocol 1 calibration gases are included in the APPENDIX.
IurenrensrcE REsFor{sE (4{IGFR6O, Aneexox A - MTE.8^Z.[
Vendor instrument data concerning interference response in the NOx, CO and 02 ana[yzers
are included in the APPENDIX.
Analyzn CauBRATrottr ERRoR TEsr (4{)CFR6O, AppE{DD( A - M7E823)
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 +l- 2 percent of the span. This curve
remained unchanged throughout the test. The analyzer calibration checks (linearity)
sheets are included in the APPENDIX.
NOz ro NO @uvenspir EFFrcENcy (4OCFR6O, ArpErDx A -VflE,BzAl
An NOz to NO conversion efiiciency test was performed on the day of testing folloruing the
procedure descnbed in 40CFR60, Appendix A, Method 7E Section 8.2.4.1. The results of
the conversion efficiency test are included in the APPENDIX.
Sarupr- Lrxe l-elx Gmecr<
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
(approximatety 12 - 15 inches of mercury) the valve on the pressure side of the pump is
closed (See Figure 1)thus sealing offthevacuum 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.
tlEspoNsE TIME TEsr (4OGFR6O, AppEuDD( A- M7E&26)
Before sampling began, it was determined the midJevel calibration gas best approximated
the emissions and was the more appropriate gas to be used as the upscale gas. A response
time testwas performed by first introducing the zero gas into the sample system at the outlet
of the probe untilall 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 lonJevel 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 anatyzer to determine upscale and downscale
responses. The greater of the upscale or dorynscale 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.
Svsreu Btns CHEo( (4(rcFR6O, A,pE{Dx A- M7E825 & M7E85)
Before sampling began, the upscale gas was determined as mentioned in the Response
Irme Iesf section. The system bias check was conducted once prior to and once follottting
the test runs of the series and consists of first introducing the NOx analyze/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 analyze/s low gas. The bias check
was acceptable if the direct gas reading of the analyzer is within +l- 5o/o of the complete
sample train reading of the analper [per 7E.13.21.
This same procedure was repeated for CO and Oz 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 02 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.1 3.3]. The
system bias (drift) checks sheet for each test are included in the APPENDIX.
VOG and CHd) Determination
VOC and CHzO 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 dunng the run.
Target Analytes include but are not limited to:
Data Qual ity Objectives
Accuracv: The accuracy of the measurements were ensured by performing analyte
spiking, priorto the test series, in which spike recoveries met +l-3Oo/o of predicted value
(see ASIM D6348 EQUATIONS sectrbn below).
Precision: The precision of the measurements were ensured by consecutive Calibration
Transfer Standard (CTS) analysis, performed pnor 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 belor were performed on the anatyzer.
2 Acetaldehyde was used as a sunogate for VOC and CHzO during spike and recoveries.
3 CFr was used as a tracer gas for acetjaldehde spiking.
a Ethylene was utilized as a Calibration TransEr Standard (CTS).
lo
Pre-test Analysis
the parameters outlined in Annex A-2 of Method ASTM D6348.
D6348.
was determined.
sampling and analytical system for transporting and quantifying the target
analytes. This technique followed procedures outlined in Annex A-5 of
Method ASTM D6348.
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
Post-test Analysis
Following data collection, the following checks was performed again for verification
against pre-test values:
identified in Annex A-8 of Method ASTM D6348
P
11
EMISSIONS TESTING
SatvIPT.E I-oGArPN AIID SET.r,P
A single point probe consisting of 3/8 inch stainless tubing open at one end was used
to collect the sample. The sampling point in the exhaust stack was 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. to
ensure a high integrity sample from the engine's exhaust.
Ilermrulranon (lr StrRATrFrcATroN (4OGFR6O, Alns{rD(
^ - M7E8.f 2)
A stratification check was performed on unit CE-5 using the sample probe. Three
points on a line passing through the centroidal area were used, spaced al 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.
Reciprocating lntemal Combustion Engines witfi Gircular Stacks
For exhaust stacks larger than four inches in diameter, a stratification check was
performed before the flrst run of each test. ln orderto ascertain the presence or absence
of stratification on engines with circular stacks, exhaust concentrations of Oz 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 t 0.3% difference of mean concentration, the gas stream was considered unstratified
and samples were collected ftom a single point that most closely matches the mean.
RJELGASANALYSIS
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.
@napuancsTEsil RuNs
The exhaust gas from the engine was sampled continuously to determine NOx, CO,
VOC, CHzO and Ozconcentrations forthree (3) individual sixty (60) minute test runs
@ highest achievable load of 84.5o/o. 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. Catalyst
measurements such as inlet catalyst temperature and the pressure drop across the
catalyst were obtained 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.
12
Galculations
CON CENTRATION CORRECTION
Emission concentration conections required in 40CFR60, Appendix A, Method 7E were
calculated by using the bias check zero and span values from before and afier the test. The
equation is as ficllorys:
cs*=G-co)Hem vo
Equation 1: Bias Corrcction Calculation
Itlomenclature:
Cgas'.Effluent gas concentration (ppmvd)
e : Average gas concentration indicated by analyzer (ppmvd)
Col
C^l
C^rl
Average of initial & final system calibration bias check responses for the zero
gas (ppmv)
Average of initial & final system calibration bias check responses for the span
gas (ppmv)
Ac'tualconcentration of the upscale calibration gas (ppmv)
i.2f t. lat?c?4
t3
EPA F-FACTOR
A fuel specific Fd factor was calculated as described in EPA Method 19, "Determination of
Sutfur Dioxide Removal Efficienry 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 tactor.
Fd-l(3.64. H*ton) + (1.53 . C*tvo) + (0.14 . Nzwton) - (0.46. Oz*tv))
GCV
PFuetcas
Equation 2: EPA Fuel Specific Fd factor
Nomenclafure:
Fa: Fuelspecific F-factor (dscf/lvlMBTU)
Hwt%t Hydrogen weight percent
Cwt%t Carbon weight percent
Nz*t%t Nitrogen weight percent
0z*tyi Orygen weight percent
GCV: Heating value of the fuel (BTU/dscf)
pFuetcost Density of the fuel gas (lb/scf)
15% OXYGEN CORRECTION
The measured concentration of NOx was conected to 15% Ozas set forth in 40CFR60,
Appendix A, Method 7E.
Noxoo,"(#fu1
Equation 3: Emissions Corrected to 15% Orygen
Nomerrclafurc:
NOx'. Conected emission concentration (ppmvd) 5
NOy66;. Observedemissionconcentration (ppmvd)
0/oO2: ObservedO2@ncentration(%)
5 The same formula is used for CO and VOC.
14
MASS EMISSON CALCULATIONS, METHOD 19
The F-factor MEthod and guidance firorn Part 75 wre used to calcuHe rnass emlssion rates
(lb/hr) and (g/bhphr) tor NOx, CO, CHzo and VOC. Equatlon 4 and Equatlon 5 were
used to delemine the rnass emission ratEs.
20.9Em- C6x F4x (20.9 - %Or)
GCVxQxx15f,
ilornerutatre:
Eum.
Ca'.
Fa,
ohoz..
Qn:
GCY:
BHP:
Equatlon 4: Mass Emission Rate (lb/hr)
20.9 GCV 453.6
Em - c7x F4*
1n.s - o6gr)x Qn x 10. " BHp
Equatlon 5: tass Emlgslon Rate (g/bhp-hr)
Pollutant ernlssion nates (lMrr and gbhtrhr)
Poll utant concentration 0b/sc0
Fuel speciftc F-factor br dry Cl measur€npnt (dssf/I\tlMBTU)
Orygen concEntratbn in percent, neasured on a dry basb
Fuel rate fiorn calibrated ACrA complhnt meter (scftt)
Heting value of the tud (BTU/scfl
Brake horseporer
The conversion Hors in Table 5 werc used to conEd the pollutant concenhation in ppm
to lUscf
Table 5: Unit Conveslon Factonr
1.194 x 1O7
7.268 x 1ff
REV4'| 0412024
l5
ASTM D6348 EQUATIONS
MINIMUM DETEGTABuE GOiICEAIIRATIO].I
MDC#2:
P:
Cave,
cp:
MDC#I.=ffi.+
Equation 5: Noise Limited Minimum Detectable Concentration #1
Nomenclafure:
MDC#7:
NEA:
REF:
Cr"fl
Lr"fl
Lcettl
_ Ctr),
Noise limited minimum detectable concentmtion for analyte m (ppm)
RMS noise fur analyte m
Root mean square absorbance value obtiained on the reference spectrum
Concentration used in generating the reference spectra for analyte m (ppm)
Path length used in generating the reference spectm for analyte m (ppm)
Path length of the cell used to perform the measurements (m)
Analytical algorithm enor minimum detectiable 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)
MDC#Z = 3 *
Equation 7: Analytica! Minimum Detectable Concentration #2
Nomerrclafure:
p
lZr,*,
P=1
ft:; i' :L,;\.:;,,
t6
MDC#3 =Y%' *Cret* Lref' REF"#IS Lceu
Equation 8: Analytical Minimum Detectable Concentration #3
Nomenclature:
MDC#3: Analytical algorithm enor minimum detectable concentration for analyte m
(ppm)
REA: Residual equivalent absorbance for analyte m
REF: Root mean square absorbance value obtained on the reference spectrum
C,"ft Concentration used in generating the reference spectra for analyte m (ppm)
Lr"f I Path length used in generating the reference spectra for analyte m (ppm)
Lceut Path length of the cell used to perform the measurements (m)
Rerenexce Cgr AssoRpnoil PATH l-srartr
L,:
Equation 9: Reference Cell Path Length
Nomenclature:
Lr, Reference cellabsorption path length (m)
Lf, FundamentalCTS absorption path length (m)
Tr Absolute temperature of reference CTS gas (R)
Tf , Absolute temperature of fundamental CTS gas (R)
Pr Absolute pressure of reference CTS gas (ton)
Pf , Absolute pressure of fundamental CTS gas (ton)
C,, Concentration of reference CTS gas (ton)
Cf Concentration of fundamental CTS gas (ton)
(l). Ratio of reference CTS absorbance to the fundamental CTS absorbance,\er/
determined by classical least squares
,,(+)(H@e)
17
SAwrpr-E Getr AesoRp'noN PATH l-r+grx
Lr=,.(+)(f)e)c)
Equation 10: Sample Cell Path Length
Nomenclature:
Ls,
Lr
Ts:
Tr,
P5,
Pr,
C",
C,
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 (ton)
Concentration of sample CTS gas (ton)
Concentration of reference CTS gas (ton)
Ratio of sample CTS absorbance to the reference CTS
determined by classical least squares
(f)absorbance,
DF=Tracer-sp1ys
Tracer-p1p667
Equation 11 : Dilution Factor
Dilution hctor of the spike gas
Diluted tracer concentration measured in a spiked sample (ppm)
Tracer concentration measured directly in undiluted spike gas (ppm)
Arar-rrrSpnono
Nomenclafurc:
DF:
Tracer-5p1ys:
Tracer-p1ps6y:
C"w=Udil+CS
Equation 12: Expected Spike Concentration
Nomerrclature:
Cexp
Ua,
Uail
cs:
CS
DF:
R:
Cobs:
Cerp:
Erpected spike concentration of the ana$e (ppm)
Concentration of the analytes in the unspiked samples (ppm)
Concentration of ana$es in spiked sample effiuent accounting for dilution
(ppm); Ucr = U" x (1 - DF)
Certified concentmtion of the calibration standard for the anaMe (ppm)
CS=C.xDF
Dilution factor of the spike gas
^ Coast?--X100rt - ^LexP
Equation 13: Spike Recovery, Percent
Nomenclafure:
Percent spike recovery (%)
Observed spike concentration of the ana$e (ppm)
Erpected spike concentration of the ana$e (ppm)
?.?/ 4i uncza
l9
UUET - DRY PoIruTANr GOiICEITERATION GORRECTION
/- C^"o,td - , lo/of,l/\'- [-T0T-/
Equation 14: Moisture Corrected Concentration
Nomenclature:
Ca,
Cmeas,
o/oH20
VOC CALGULATpNS BY RESPIOI{SE FAGTORS
VOC =
ethylene (ethene)
acetylene (ethyne)
propane
propylene (propene)
butane
Conected pollutant concentration on a dry basis (ppmvd)
Measured pollutant concentration on a wet basis (ppmvw)
Measured efiluent moisture concentration (%)
1.9 x c72 *
2.4 x c73 *
3xc14*
2.85 x c15 *
4xc\6
Equation 15: VOC as Methane by Response Factorso
Nomenclature:
c12 ethylene (ethene) (ppmwr)
c13 acetylene (ethyne) (ppmtnv)
c14 propane (ppmwr)
c15 propylene (propene) (ppmvw)
c16 butane (ppmvw)
VOC as propane = VOC as methanef 3
Equation 16:VOC as Prcpane
TotalVOC = VOC as propane + CH2O
Equation 17: Total VOC for Approval Onder Permit LimitsT
6 Using FID response factors, wih ethylene, acetylene, propylene rrveighEd dorvn wfpn belo,rr 0 ppm, and straight
readings for propane and butane.
7 Used for: lUhr.
20
APPENDIX
Kinder Morgan Altamont LLC
East Com pressor Station
UnitCE6
SECTION 1 : DETAtr,ED ENASSTOXS SIN&IARY
SECTION 2 : GENERAL TNFORMATION
SECTION 3: INSTRI,nMM CMCKSAND CALIBRATION
NOzTONO Cor.ryrnrsnCuecrFoRM............. .............................64
INTERTERB.TCE RESPoNSE CERTFTCATES ............ ............................ 68
L['rEARrry CIECK (CALBRATIoN ERRoR) FoRMs..................... ............................77
SysrEM INrEGRrry (BrAs CrGcK)FoRMs ..............81
ANevzm.DnrrFoRMs ....................... 83
FTIR- VALTDATIoN TEsr SLlv[vIARy er.tn QA/QC A8 ..................... ..................... 93
SECTION 4: RAWDATA
R.?! t,l 2,tr2A.)c
212
SECTION 1: DETAILED EMISSIONS SUMMARY
Tesr SuurmnnY
24
CqoI Nbr kdW!
btffi
tP^ @fl:
AGA @R:
UMmh6: U
udo------;E-
urnd., --i;;;E;i;;;;a-
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ne Onamtinr Prrana
tcd(RPM)1.145 1.t45 l.l,ltt 1.145
lEl Hon.Dorer lAzt lJlt 1.419 1.420
-o.d (%)u.6 u.4 a4A &rJ
d Torq@ (%)tt.7 rt-t trl tl-6
\crul TorqE (%)ttJ la.0 tt.0 ttt
rnidon Tlnlnr CBTITC)lt.9 l9.l t9.t 19.l
furto ErLrut Oud,.t TdFntr (-D LEtrT l.lt0 1.lt{t 1.179 1,1&,
lurbo Erirut Oud.t T@Fntun Cf, RIGET lror 1207 t2o7 1201
:.tdy.t trLt T.0pcntuE Ctr)1,016 lp95 r,095 1,095
:rtilYLt DiILMdrl PGrE C'H,O)0.1 0-l 0,t 0.1
lir Meifold Putm (P!|IG) LEPT 13 4.1 42 12
\Ir M&llold Putm (PSIG) RICrT 12 4.1 42 12
Lir Mmifold Pilsm a'rHrl LIFT t-7 IJ tJ tl
\lr Mdifold Pmtm ("Hrl RIGIT t.6 t..t tJ t.5
lir Mriltold Tdmrrrln frl 122 ll9 120 lm
l..krl Wrtr Outtct Tcmocrrtuc fFl 113 l?5 r75 t7s
,ub. O,ll Oud.t T@Bn@ f-E)t71 t79 t19 t'tt
,ub. Oll Pnr.@ (PSIG)54,55.0 5S.r s4J
Dmor6tor
SEdo! Pil.@ (PSIG)ll ll ll 11
:oEDEror IX!.ie. PulE (ISIC)5to 3t3 st5 5t3
t'low Mcrruremerti
tucl GE Strdc Pnrr@ (PSIG)133.1 135.1 135.6 tv.6
.ud Ce Irlfr.Endd P6r@ ("I1O)30J ,95 29-7 29t
.udcuTrEEnmCT)5{',t5 45 17
t T.dtsiltun atr)IttS [3 ttli a&i
'@l Fud rbr (SCFH)ll,4l?lr,4ol,I l,stt tt,a71
t Flffi tLB/HR'l - M.rhod 19 lJ33 tJ21 t,r42 e.,.66
Nilrurt trlffi fl)SCFIn - M.thod 19 tto,432 I I0J5t I I zJ)Er ll0Js9
hh.ut trlq (WACtrM) - Mrthod 19 7,135 7,ltt 1 A4A 7,t73
Ur Flo? (WSCIM) - indhod 19 to1 r19 107106 lO9/496 lorJ94
{crt nrE (ETU/HP-Hf,)t,0t3 t,101 t225 t,136
lPA Fel F-Frcton O, BDi! (NCTA{MATU),,702 t,702 t.702 a3t2
lmbietri lnt
Ti (-E),at 4l 15 45
c Pd.m (rrHcl t3.tt a!79 23-79 23-tO
i R.trtiv. HMidltY (?6),7.1 32t 32.0
\brolut. Hmiditv (Gnlny'LB)73.4 15.4 t42 17.7
enisioni Concetrtntions & Cdculrted Mu Enisioni
{Or (ppwd Rrr MouEd D?y)60Jl 62.$62-70 6t,at
{Or (ppmvd Bi$ Coffifi)62-04 51,,7 55.05 63Jt
lO, (D!0vd A 15% 0,)It It It l8
{or &B/Hn)0J2 0.65 0,t,0J5
ior (y'BHP-HR)o-J OJ OJ OJ
lO (ppEvd Rn M.uurcd Dry)lml4 103J6 10615 10612
lO aoDEYd Bis Cor,td)l10rt r07.71 rto.vt tw.77
lO (DoDvd @ 15% Oi),r 30 l1 !1
:O(LB/HR)0.E9 0J6 0-90 0.,9
:O (JBHP.HR)0l 0l OJ 03
{ro (%)l6J{t 11 29 l6J0 17.o1
lH,O (DDEwl l.ta l.l4 r.l4 l.ll
lH'O (DD6vd)lJ7 lJt t31 131
]rl,O (LBIIIR)0.0r 0.01 0.01 0.01
/OC I CH. (Dpdw)7G.s9 21 t7 27 -O1 27-16
/w e crH. llDew)t.t6 929 9.01 9J}r
'/OC (!DEvd)10.67 1123 10J3 10.91
r'OC (Dnilvd a l!7. O,l 3 3 !I
/Oc (r/BIIP-ER)0-0 0.0 0.0 o-o
/(r('+ C-H.o {oDEvd}l2.tx 12.61 1220 tz.,,3
i OC + CH,O (L!,/HR)0.ts 0,15 0.15 0.15
:O, (% RD M.uund W.l)991 9"94 10.00 997
lor (% Dry)lr-m 17,.17 t2-o2 1201
L ('/6 R8 M.rt@d Dry)4.O7 {}.06 4.O7 .{t.07
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Fuel. Gns Aranvsrs
45
Upp.r ory H.d v.lu._______lJll_bb/dlcr
Low Ory H..t V.lu. 1,M btu/dlcl
Stsclk G..vrty MDENslfr ru lUcl
Tot.l Cr6on! 1 112007972 Tobl H
1006.79 HHV Brl 1 113.82
Compn!!rbility
0.997359837
74.7E3351
23.3315S6
1.403495
0.481550
100.0000
Upp.r Ory H..t V.lu._______L.1!L brud!clLo* Ory Hrd V.lu. r,006 btddlcl
uohwohhr ffi
EPA F4.dor lo.lcl E /U d.druMbtu
4_2455
Sfiflc Orrvfiy (]ffi
Don.ltY______!.9!!L lb/3"r
1.1420
100E 29 HHV r.rl 1111.53
Compn..rbdity
0.9s735S837
46
Condiu.ni LHVIi) d.!l LHV(i) o.l BHv(i) d..l rHV(r) Br
DOO o
CAEEOtr DEI,0 o
1012
3 aalsTa5 3E
IJ n 5251il
x.o5t
oa
Conrffiu.nt LHv(l) ro.1 HHVII) d..l
Smcx Dncnarr
47
Stack Diameters Upstrearn: 6.86
Stack Diameters Downstream: 17.14
123
Test Sample
Port
o.>6oo
Waukesha L7044GS| Unit CE-
5
4A
Geu eRATrotu Gns GenrrrrcArEs
49
iii.rnc,)ra,rrlIl
l:0tt r:ri)liltaiirr"
DocNumber: 514216
Linde Gas & Equipment lnc.
5700 S. Alameda Street
Los Angeles CA 90058
Tel: [phone]
Fax: [phone]
PGVP lD: F22O22
CERTIFICATE OF ANALTSI^S / EPA PROTOCOL G/t'
Customer & Order Information
LGEPKG HOUSTON TX HP
10205 SWEETWATER LN
HOUSTON TX 77037-1240
cerfiicate I ssuance Date. o912w2022
Llnde Oder Number 721 85535
Parl Number: EV NICDOXE4o-AS
Customer PA Numbe[ 801 90356
Ftl Date Ogl1Z2O22
Lot Number: 70086225503
Cylinder Style & Outlelr AS CGA 580
CylinderPEssuE andVolume 2OOOpsig 140ft3
Concentrution
Expiration Date:
Cylinder Number:
09t2612030
cc145597
NIS T I raceable
Expanded Uncertainty
5.04 %
5.06 %
Balance
Carbon dioxide
Orygen
Nitrogen
r 0.05 %
r 0.03 %
C ertiJic atio n Informatio n :Ce ft ific ation Date : O912612022 Ierrn. 96 Months E x pi ratio n D ate : 0912612030
This cy'inder was certified a@rding to the 2012 EPA TEceability ProlNol, Document #EPA-6001R-12/531, using Prccedure G1. Un@rtainty abov€ is expressed as absolute expanded
un@rtainty at a level of @nfiden@ of approximately 95% wth a @veEge fac,lor k = 2. Oo Not Uss this Standard i, Pre$urs is less than 100 PSIG.
CO2 responses hava been @rsted for Oxygen lR B@dening effecl.
AnulVtiCAl Data: (R=Reterencestandad z=zercGas
1. Component: Carbon dioxido
Requested ConcentEtion: 5 %
Certifi€d Con@ntration: 5.04 %
lnstrument Us€d: Honba VIA-510 S/N 20c194wK
Analyti€l Method: NDIR
Last Multipoint Calib?lion: OBl29l2O22
Rslorenco Standard; Typs / Cyiinder #:
Concentration / UncertaintY:
Expiration Date:
TE@ablo lo: SRM # / Sampls f / cylinder #:
SRM Concentsaiion / un@rtainty:
SRM ExpiEtion Oate:
RolGroncr Standard: Type / Cyiinder #:
Con@ntration / Uncertainty:
Expiratlon Date:
TE@ablo to: SRM # / Sample # / Cylinder #:
SRM Corcentration / Uncertainty:
SRM ExpiEtion Oate:
NTRM / OT0030310
7 O11 o/o tO O58 o/o
o'U2712027
NTRM#OT0030296 / 190702 / DT0030296
7.01 1 / 10.058
o'!/2712027
NTRM / DTOO10262
9875%r0040%
1111U2022
NTRM / 170701 / DT0010262
9.475% I lO.O4O%
11118t2022
C=Gas Candidate)
FiEl Analysir Data: Dalo 0912
z: o R: 7.01 C: 5.034 Conc: 5.03
R: 7 .02 Zi 0 C: 5.054 Conc: 5.05
Z: 0 C: 5.054 R: 7.03 Conc: 5.05
UOM: % Moan T€st Aslay: 5.04 '/.
Component:Oxygon
Requ€sted Con@ntEtion: 5 %
Cortifi€d ConcentEtion: 5.06 o/o
lnstrument Us€d: Siemens Orymat 6E S/N 7M82021 1AA000CA1
Analyti@l Method: PaEmagnetic
Last Multipoint Calibtilion: OBl3Ol2O22
Fi6t Analysi! Dala: Dato 0912612022
zi 0 R: 9.875 c: 5.056 conc: 5.05
R: 9.884 Zi o C: 5.06 conc: 5.06
z: o C: 5.059 R: 9.88'l Conc: 5.06
UOM; % Moan T€t Arsay: 5.06 %
z:oR:0C:0Conc;o
R:02:oc;0Conc:o
Zioc:0R:0Conc:o
UOt: % ltleaf, Tost Assay: %
Analyzed By Courtnqy Ziolk.Certitied By
of the use of lhe infomation @ntained herein ex@d the f@ established for provrdinq such infoEilllion.
ProSpec EZ Cert
Analy!i!
ZiOR;0C:0Conc:o
R:0Zt0c:0Conc;o
Zi0C:0R:0conc:o
UOM: % Mean Tost Alsay: '/.
4[\/-()
!'itii rnC litf ,lijtirl
T',t)lr irr.;rlllaliLrr
Linde Gas & Equipment lnc.
6055 Brent Drive
Toledo OH 43611
Tel: [phone]
Fax: [phone]
PGVP lD: F12024
DocNumber: 571547
CERTIFICATE OF ANALYSIS / EPA PROTOCOL GAS
Customer & Order Inlormation
LGEPKG HOUSTON TX HP,10205 SWEETWATER LN
HOUSTON TX 77037-1240
Cediicate I ssu ance Date : Ul25l2O24
Ltnde ader Numbe( 727A9172
Pai Numbet Nl CD11O3E-AS
Customer PO N\mbet 80802184
Fill Date. o4t1612024
Lol Number 7000'14107FA
CylindetStyle& Ourelr AS CGA590
Cyhnder Pressue and yolume 2000 psig 140 lt3
Concentration ProSpec EZ CertffiffiffiEXprrauon uale:
Cylinder Number:
0412512032
E80001266
Nt5 I lraceaDte
Expanded Uncertainty
10.9 %
'|1.00 0/o
Balance
Carbon dloxide
Orygen
Nitrogen
to.1 %
r 0.03 %
C ertific atio n I nfor matio n :Ce iific atio n D ate : 0412512024 Ierm: 96 Months Expiration Date: O412512032
uncertainty at a lev€l of @nfidence of apprcximately 95% wilh a @veBge faclor k = 2. Do Not Use this Standard il Pressure is l€ss than 100 PSIG.
02 rgsponses have bs€n @rected for CO2 interf€ren@.
Analvtical Data:rR=Releence Standad. Z=Zea Gas. C =Gas Candidate)
'1. Componenl: Carbon dioxido RefoBnc!Standard: Typo/cylinder#: NTRM/CC725962
ConcentGtion / Uncortainty: 19.34 % 10.03 %
Expiration Date: o'111212027
Traaablrto: SRM#/Sample#/Cy'inderf: NTRM/ 1 701 I CC725962
SRM Concsntration / Uncertainty: 19.Uo/o I !0.16o/0
SRM ErpiEtion Oate: 0111212027
Requesl€d ConentEtion: 1'1.0 %
C€rtified Conc€ntEtion: 10.9 %
lnstrument Used: Horiba VA-5000
Analyti€l Method: NDIR
Last Multipoint Calibalion: 04|OU2O24
FiEt Analyli! Data: Dato 04125/2024
Zi O R: 19.34 C: '10.89 Conc: 10.9
R: 19.34 Z: O C: 10.89 Conc: 10.9
Zi O C: 10.89 R: 19.34 Conc: 10.9
UOil: % Moan To3tAlsay: 10.9 %
Socond Analysi! Data; Daie
ZiOR:0C:0Conc:o
R:OZi0C:0Conc:o
ZiOC:0R:0Conc:0
UOil: % Moan T.3tA!say: %
Component: Oxygrn
Roqu€sted ConcentEtion:
C€riifi ed Conc€ntEtion:
lnstrument Ussd:
Analyti€l Method:
Last Multircint Calibration:
11.0 yr
1 1.00 %
Servomex 575
Paramagn€tic
04109t2024
Roforonco Standard: Type / cy'inder #:
ConcentEtion / Un@rtainty:
Expiration Date:
TEaable to: SRM # / Sample # / Cylinder #:
SRM Concentration / uncertainty:
SRM ErpiEtion Date:
GMtS / E80022483
22.U oh rO.O5 ok
03t2212029
2659a / 71-D-04 / CALo15785
20.72% l!.O43Yo
0u23t2021
FlEtAnalyri! Data: Dato 0412512024
Zi O Ri 22.il C: 11 Conc: 11
R: 22.54 Z: o c: 11 conc: 11
Zi O C: 11 Rt 22.54 Conc: 11
I,JOM: % Moan T6t Aslay: 11 %
Socond AnalysiE Oata: oale
ZioR:0C:0Conc;o
R:0Zi0C:0Conc:o
ZiOC:0R:0Conc:o
UOM: % MeanToslAisay: %
tii,^ rt/.*^s L ,f,, ,;-(t"r
Analfzed By Certified By Lroyo ^napp
of the use of the infomation @ntained herein er@d the fre established for providinq such infonadion. 'l Of 1
Making our world
more productive
571s23
Linde Gas & Equipment lnc.
5700 S. Alameda Street
Los Angeles CA 90058
Tel:[phone]
Fax: [phone]
PGYP lDl. F22024
CERTIFICATE OF A:NALYSIS:/:EPA PROTOCOL GAS
Cedificate lssuance Oete: 05i0312024
Linde Ordet Nunbe. f2789187
Paft Number Nl NO195Z3E-AS
Custamet PO Number 80802198
Cuslomer & Order Information
LGEPKG HCUSTON TX HP
10205 SWEETWATER LN
HOUSTON TX 77037-1240
Fiil Ddto: O4l2Ol2O24
Lot Numbet: 7008641 1 105
Ct4lnder Style & Oul€t; AS CGA 660
Cylindot Pressure and Volumer 2000 psig i42 lt3
C e rtifie d C o n c e ntr atio n
Expiration Date: 05/03/2032 NIST Traceable
Cylinder Number: CC2M446 Expanded Uncertainty
194 ppm Nitric oxide t 1 ppm
195 ppm Nitric oxide (as NOx) t 1 ppm
Balance Nitrogen
C e rtifi c atio tt I nfo r m ati o n :C e ilifi c ati o n D ate : O5l 03 12024 ferm; 96 Months Expiration Date : 0510312032
This cyllnderwas cerlifi€d a@dlng to the 2o12 EPA Tracsability Protocol, DoelMl fEPA.500iR-12]531, using Procedure G1. Uncertainty abovo is expressed as absolut€ expanded
uncenainty al a levsl of conlidencs of approximately 95% with a covorage factor k = 2. Do Not Uso thrs Standa.cl rl Pr€ssur€ is l6ss than ,00 PSIG.
Analvtical Data:Z=Zob Gas, C=Gas Cdndidate)(R=Roference Standard
Nltric oxide
R6qu6sted Concentration: 195 ppm
Cerulled Concentration: 194 ppm
lnsltumant Used:
Analy{@l [rethod
Lasl Multipoint Callbratlon: 04/05/2024
Themo Eleclron 421-HL S/N 1030545087
Chemilumines@nce
Ref.r.nco Standard: Type / Cylinder#: GMIS / OT0010509
Concentralion / Unce(ainty: 256 ppm tl ppm
Expiratloh Date: OSIOT 12028
Tr.ce.ble to: SRM#/Samplo#/Cyllnde.#: 1685b/43-L-11 /CAL0'17304
SRM Concentration / Unertainty: 243.9 ppm / t1.'l ppm
SRM Expiration Da(o: 05/09/2020
llefe.enceStandard: Type/Cylinder#: GMIS/DT0010509
Concenfalon / tlncertainty: 256 ppm !1 ppm
Erplration Date: 05/09/2028'lrlc.able to: SRM#/Sample#/Cylinder#: 1685b/43-L-1I /CAL017304
SRM Con@nirauon / Uncertainty: 243.9 ppm / 11.1 ppm
SRM Expiratlon Date: 05/09/2020
I Flrst Anslysls Oata:
i:: 0 R: :Z56 Cr ,i-.2
C: 194.3
R: 256
Oale
Conc:
Conc:
Concr
04125/2024
194
194
Second Anolysi! D.ta: Datc O5l03l2O?-4
Z'. O R: 256 C: fiA.7 Conc: 195
R: 256 Z: 0 C: 194.4 Conc: '194
Z: 0 C: 194.5 R: 256 Conc: 195
UOM: ppm Mean Tost Assay: 195 ppm
R: 256 Zi O
Z: 0 C: 194.3
LJOM: ppm
Codponent. Niiric oxide (aE Nox)
Requested Concentration: 195 ppm
Certillsd Concontration: 195 ppm
M6an Test Assay:
lnslrument Used:
Analytical Method:
The/mo El€ctron 42I-HL S/N 1030545087
Chemiluminescence
Last Multiooint Callbration: 04/0y2024
Z, o R: 256 C: 194.5 Conc: 195
R: 256 Zi 0 C: 194.6 Conc: 195
Z: 0 C: 1S4.6 R: 256 Conc: 195
UOM: ppm Mcan Test Assay: 195 ppm
Socond Ahalysls Dala: Date 05/l
Zi 0 R: 256 C: 195 Conci 195
R: 256 Z: O Cr 194.7 Conc: 195
Zi 0 C: 194.8 R: 2$ Conc: 195
UOM: ppm Mean Te-st Assay: 195 ppm
Analyz6d By Certified By
of the use ol the infomation contained herern exceed the fee Elablished lor providing such information.
52
DocNumber: 1143235
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uo@riaoryaboycarrp.&da!abrclut!rrp6nd.duryle?v e ' b.l cl *rtonto -ot ap"omltay s5x uil ; :;;;i.;;; : z oo Not us o'tr st ndad rr pmur rs rru rhao l oo pslc
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E$rrrlon Oato G.'t21nO28
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[e-mail] I LJmfirnty 493 1 gpfi I t2 1 ppfi
SRM Esds Dato 03/312023
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Z 0 Rr 5O5 C: a55 Core 465
R: 305 & 0 Ci .16{ Conc: 464
Zt O C: a65 R: 5O5 Conc: ,165
Uoilr pph tl..nl[tA...yi 465 pgm
GM|S / DT0022869
506 gpm i2 pDm
ut21no28
:ffi ffi?x&?Hffi Iffiffi"xr*.'ffi iffiF,ffi ffi kTh. nlo.rlce.t 6 crlf,ad $lh lh. un<krr.a,se ,1.l ry Ea o, tE E{md;nr, t r s oil tf, ,romdd coniaffd lfe .Er.d rha !- [E!hh.d td prcv
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L o R: sos c: ,a64 cohc: 464R. 5O5 Z: 0 Cr 4&{ Cooc: 464z: o c: {6a R: 5o5 cone 464tofl: m Jq. T..t &sy: 1&1 mm2. Chwt NtEic orid. (B ,{Or)
RA.H.d Crylqrate 45O pOfiCt!fid C66nFds 165 ,F0kr$,l:rtJsd
Stmdrrd. Iypo r Cy''nde. il
Concontralon / Unerianty
ErgEtff OatoThct@ Elodcn {2t S/N 0Z?60?4326 Trruo tcr sRM r I ss4ri- r / cylndBr tr 16€6b,t a2.t -:7 / cALq17o55SRM Ctrdradon / Um{tlinty: ,ag0-7 pprD f t2:3 gl,a
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IZ: 0 R: Sm C: {6at C6c a66R: 506 Z: O C: ,t55 Corc: ,a6SZi 0 C: 466 R: 506 Cqc 4e6UOlt: m
',6 fEt Ar{y: 4S6 9om
12/0912029 NIST Traceabla
cyiinder Number: DT00367g7 Expanded uncerlalnty
,tO{ ppm Nitrlc oxide t 3 ppm
{65 ppm Nttrtc oxtde (ar tlor} t 3 ppm
Balanco Nltrogen
Andytaa lr.trcd. Chrmilqnry@6LC U'&drr Cdtb.a[o.t 1111212921
&utyah
2: O n: 5ffi C: 4Er Conc: a6rti- 506 L O C: 4Et Conc: ,a&4Z 0 C: 464 R: !06 Co^c: 4BttOI: Fg.n x.rnf.rt^..ry: tA4 mm
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SMART.CERT
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x6 ,0?31 ?0i,0
Meko Mode,Sarirl
Mh5 MKS 2O3IOJC2EKVSl3T 0171a&87 12115n02t
Thrs rs to certfy the gases .eferenc€d have been calibrated/tested, and venfied to meet the defined sp€cilications. This
ctrbratron/test was pacrmed usrng Gases or Scales lhat are traceable through Nattonal lnstituto of Standards and
Technolooy (Nl5T. 11 lhe lnlernatronal System of Unri's (Sl). The basrs of compliance staled is e comparison of the
measurement praramrrlr:r9 to the speotied or required cahbratloMesting process. The expanded uneertainties use a coveEge
ladot ol k=2 lo app,.r ,r ii'.e,$e 95% cDnlldence level of the measurement. unless otherws€ noted, Thl3 cahbration cedlficate
app,res only lc lr., n..fn descnbed and shall not be reproduced other than rn futl, wtthout wnlen approval from Red Eall
Technrcal Gas Se", ,:r : It not inctuded, the uncerlarnty of cahbration$ are avatlable upon reql84 and were taken into accounly/hen determtnlng pass or farl
,/arra* tkuhu
Aaron Varolag
Analytlcal Cheml.t
Assay Laboralory: Red Bail TGSVrns 0?-J. Rovricd m:k0l&O+17
'vlirrnC rlrt,l,,tlr1
lrOI:' r'rti){irr(1r1.'-
DocNumber: 563154
Linde Gas & Equipment lnc.
6055 Brent Drive
Toledo OH 43611
Tel: +'l [phone]
Fax: [phone]
PGVP lD: F12024
CERTIFICATE OF ANALYSIS / EPA PROTOCOL GAS
Customer & Order Information
LGEPKG HOUSTON TX HP
10205 SWEETWATER LN
HOUSTON TX 77037-1240
C ertift ed C onc entr ation
Date: OyO2J2O32
Cylinder Number: DT0O16S64 Expanded Uncertainty
197 ppm Carbon monoxide t'l ppm
Balanco Nitrogen
ProSpec EZ Cert
C ertiJicatio n I nformatio n :Certification Date:011022024 Term: 96 Months Expiration Date : 01 |OZ2O32
This cy'inder was @rtified a@rding to the 2012 EPA Tra@ability Prct@ol, Documont #EPA-600/R-12531, using P@edure G1. Un@rtainty above is expEssed as absolute expanded
uncenainty at a level of @nfiden@ of approximately 95% with a @varag€ factor k = 2. Do Not Uso ihis Standard if PB$UE is less than 100 PSIG.
AnalVtical Data: (R=Rereence standard z=zero Gas, c=Gas candidate)
'1. Component: Carbon monoride Roforonco Standard: Type / Cylind.r #:
Cenitcate /ssuance Date O1lO2l2O24
Ltnde Oder Number: 72653272
Parl Number: Nl CO1gsZE-AS
Cuslomer PO Number 80664554
Fill Date 1210612023
Lot Number: 700013340F4
cylinder style & outlel: AS cGA 350
Cylinder Pressue and Volume 2OO0 psig 145 n3
Requsstad ConentEtion: 195 ppm
Csrtif€d Con@ntration: '197 ppm
lnstrurcnt Used: Hdba VIA 510
Analyti€l Method: NDIR
Last Multipoint Calibrctian: 12lOGl2O23
Analysir Dala: Dale O1lO2l2O24
Zt 0 R: 249 C: 197 Conc; 197
R; 249 Zi O C: 197 Conc: 197
Zi 0 C: 197 R; 245 Conc; 197
UOM: ppm ilc.nToltA$ay: 197 ppm
TE@able to: SRM # / Sample # / Cylinder #: 2636a / 57-F-15 I FFg792
SRM Concent-ation / Un@rtainty: 247.1 ppm I ! O.27 ppm
SRM ExDiction Oate: 0/.l'1312024
Cenified By Lroyo MaPP
Socond Analysis Data: Oat.
ZiOR:0C:0Conc:o
R:02:0C:0Conc:o
Z:oC:0R:0Conc:o
UOM: ppm iloan Telt Alsay: ppm
/r/ { /r-
Con@ntEtjon / Uncortainty
ExpiEtion Date
GMtS / CC180720
248.9 ppm r0.4 ppm
0u2212031
('a!, ^rtY"'"
Analyzed By
of the use of the infomation @ntained herein ex@d the fe established for providing such info[iCion. 1 Ot 1
)
fvlartnr:,llI *0ljr
Trotf i:,r)tll!aiitr
503698
Linde Gas & Equipment lnc.
6055 Brent Drive
Toledo OH 43611
Tel: [phone]
Fax: [phone]'l
PGVP lD: F12022
CERTIFICATE OF ANALYSIS / EPA PROTOCOL GAS
Customer & Ordet Information
LGEPKG HOUSTON TX HP
10205 SWEETWATER LN
HOUSTON TX 17037-1240
CeftiDate lssuan@ Date Ogl21l2o22
Ltnde Oder Number 72185538
Paft Number Nl C0450E-AS
Customer PO Number 801 90362
Fill Date:0813112022
Lot Number 7OO012243F4
Cylinder Style & Outlel. AS CGA 350
Cylinder Pressure and Volune 2OO0 p3ig 145 ft3
C e rt iJi e d C o n c entr ati o n
09tz'U2030
Cylinder Number: SA11711 Expanded Uncertainty
448 ppm Carbon monoxide t 2 ppm
Balance Nitrogen
C e rtiJi c atio n Info rmatio n :Ce rtific ation D ate. 09 121 12022 Ierm: 96 Months Expiration Date : 09121 12030
This cylinder was @rtifgd a@rding to th6 20'12 EPA Trac@bility Pro(@ol. Oocument #EPA600/R-12y531 , using Procodure G1. Uncertainty above is expressed as absolute expand€d
uncertainty at a level of @nfiden@ ol approximately 95% with a @veEg6 factor k = 2. Do Not Use this Standard if Pressurs is less than 100 PSIG.
AnalVtical Duta: lR=Rereence standa'd z=zerc Gas
'1. Component: Carbon monoxido Roforenco Standard: Typ€ / Cylinder #: GMIS / ND243'13
Con@nlration / Uncertainty: 1 000 ppm t3 ppm
ExpiEtion Date: 0210112029
Tra@ablo to: SRM # / Sample # / Crinder #: 1681 b /'1-K-42 / CAL0'15913
SRM Concentsation / Un@rtainty: 983.5 / 13.0 PPM
SRM ExpiEtion Oate: 0912612021
Certified By
C=Gas Candidate)
Requested ConentGtion:
C6rtifi ed Concentration:
lnstrument Us€d:
Analyti€l Method:
Lasi Multipoint CalibEtion:
450 ppm
448 ppm
Horiba VA-3000
NDIR
08t25t2022
FiEt Analyrii Data: Dalo Ogl21l2o22
Zi o R: 1000 c: 447 Conc: 447
R; 1000 zt o C: 448 conc: 448
Zi 0 C: 44A R: 1000 Conc: 448
UOil: ppm Uean TsllAlray: UA ppm
t4J^,^ ftf"".S)
Analrzed By
Analysis
ZioR:0C:0Conc:o
R:oZi0C:0Conc:o
Z:OC:0R:0Conc:o
UoM: ppm Msan TstAslay: ppm
{ur', ./,r*
of the u$ of the intomation @ntained herein ex@d the f@ esiablished for p.oviding such infoirlDllon. Page 1 of 1
'v1:(in! ctr *orl.J
x1i{9 0ri)(hjflrvil
Customer & Order lnformation:
LGEPKG HOUSTON TX HP
10205 SWEETWATER LN,
HOUSTON, TX77037-1240
Linde Order Number: 72642748
Customer PO Number: 80653928
Cylinder Style:
Cylinder Pressure @70 F:
Cylinder Volume:
Valve Outlet Connection:
Cylinder Number(s):
Linde Gas & Eouioment lnc.
ISO 9001 Reglstered
37256 Hlghway 30
Geismar, LA 70734
Tel:[phone]O
Fax: [phone]
Certificate lssuance Date: 121612023
Certifi cation Date: 1 21612023
Lot Number:70340 3339 51
Part Number: Nl AYI 00H1ZP-AS
DocNumber:722188
Expiration Date: 1 21 512024
CERTIFICATE OF ANALYSIS
Primary Standard
AS
2000 psig
13s ft3
cGA 350
cc245503
Fill Date:121512023
Analysis D ate: 1 21 512023
Filling Method: Gravimetric
1 'L..- j., ,'./ .?'-'' )
Analyst:Craig Billiot QA Reviewer: Mark Hebing
Requested Certified
Concentration Concentration Analytical AnalyticalComponent (Molar) (Molar) Reference Uncertainty
,cetaldehyde 100 ppm 104 ppm 1 !'l %
etrafluoromethane 10 ppm 10.8 ppm 2 !1%
Nitrogen 99.989% 99.98852% 3 N/A
Key to Analytical Techniques:
Referance Analytlcal lnstrumont - Analytical Principle
1
2
3
Agilent 78908 - Gas Chromatography with FID
Agilent 78908 - Gas Chromatography with TCD
N/A - By Difference of Other Components
National lnstifuts of Standards and Techrclogy (NIST) or MeasuEm€nt Canada, or thDugh NIST Standard R6iacn@ Mai8rials or equivalont wh€re avaflable.
Note: All expre$ions for @n@ntEtion (e.9., % or ppm) aE for gas phase, by mole unle$ otheMis noted. Analyli€l un@rtanity is expEsiad as a Rslative % unle$ otheruise noted
IMPORTANT
use of the inbmatim contained h€Bin exe6d tho fue Gtablish€d lor prcviding such infomation.
Pagd{ of 1
\,lakinq cur !'JoIld
rr)rrl prili.hr(lrvf'
Linde Gas & Eouloment lnc.
6055 Brent Drlve
Toledo, OH 43611
Tel: +1 (4'19) 729-7732
Fax: [phone]'l'l
Customer & Order lnformation:
LGEPKG HOUSTON TX HP
10205 SWEETWATER LN,
HOUSTON, TX77037-1240
Linde Order Number: 72778822
Customer PO Number: 80791694
Certifi cate lssuance Dale: 4117 12024
Revision Number:0
Certification Dale: 4l'17 12024
Lot Number: 7000141 01 UA
Part Number: A! EYI 00C-AS
DocNumber:751342
Expiration Date: 41 1 512029
CERTIFICATE OF ANALYSIS
Certified Standard
Requested Certified
Concentration Concentration Analytical AnalyticalComponent (Molar) (Molar) Reference Unce
Ethylene 100 ppm 100 ppm 1 !2%
Balance Balance
Cylinder Style: AS
Cylinder Pressure @70F: 2000 psig
Cylinder Volume: 145 ft3
Valve Outlet Connection: CGA 590
Cylinder Number(s): CC49943Y
Fill Date:411012024
Analysis Date: 41 1 512024
Filling Method: Gravimetric
/./ r /,n nnL rly"*S
QA Reviewer: Lloyd Knapp Approved Signer: Mike Monnette
Key to Analytical Techniques:
Reference Analytlcal lnstrument - Analytlcal Principle
1 MKS-2010 - FTIR
Tho gas €libEtion cy'indor standard pBparsd by Lind€ Gas & Equipmnt lnc. is @nsilerd a @rlifed standard. lt is pEpaBd by gmvimetric, volumt ic, or partial pEssuB lachnhuB. The
National lnstitul€ of Standards and Tochrclogy (NIST) or Measurem€nl Canada, or thrcugh NIST Standard Referen@ Malerials or €quivalont wh6r€ available.
Note: All exp@$ions for @n@ntration (e.9., % or ppm) ac br gas phase, by mols unles othoNis noted. Amlyti6l unGrtanity is €xpEsd as a Rolativa % unles oth€Mi$ noted.
IMPORTANT
uss of th€ inbmation contained h6Ein €x@ed the fee stablished tor providing sucfi infomatjon.
1 oflf
SECTION 3: INSTRUMENT CHECKSAND
CALIBRATION
l
Leax Gxecx
60
SAMPLE LINE LEAK CHECK
East
Pre-test Leak Check
Time of Day
Duration
lnitialVacuum
FinalVacuum
8:12:00
1 minute-18 " Hg
Time of Day
Duration
lnitialVacuum
FinalVacuum
14:59:00
1 minute
-1I " Hg
SrnanFrcATrou Gxecx
62
STRAT|F|CATION CHECK (7E.8.1.21
Station:
Unit:
Date:
East
CE-5
5-Nov-24
Location Time Orl%l Diff of Mean (%)
Port 1 Point 1 9:55:1 1 -0.07 0.00
Port 1 Point 2 9:58:56 -0.07 0.00
Port 1 Point 3 10:03:04 -0.08 0.01
Mean:{.07 0.00
Highest Stratification: 0.01%
Difference of mean is less than 0.3%: Single sampling point
Point Used: 2
NOz To NO GomleRTER Gxecx Fonm
il
NOz - NO CONVERTER CHECK (7E.8.2.41
1 21 3651 51 02
NO2 Cylinder Nu
NO2 Calibration Gas Cylinder
Percent Conversion = (Response / Cylinder Value) ' 100
Time NOx (ppm)
8:43:54 41.66
8:44:04 41.79
8:44:14 42.31
8:44:24 42.50
8:44:34 42.95
8:44:44 43.11
42.39 Average
65
RespoNsE Trnne Tesr
Response Time Check
Station:
Unit:
Date:
East
cE-5
5-Nov-24
Slowest Average Time 75 seconds
02 Analyzer: Servomex 4900
S/N: 200150
Mid Gas Concentration:
Analyzer Span Setting:
5.06
11.00
Upscale Response
Low Response
seconds
seconds
NOx Analyzer: Thermo 42i
S/N:12136515102
Mid Gas Concentration:
Analyzer Span Setting:
195
465
Upscale Response:
Low Response:
CO Analyzer:
S/N:
Teledyne T300M
777
Mid Gas Concentration:
Analyzer Span Setting:
197
448
Upscale Response:
Low Response:
IurenrERENGE RESPONSE GENTIFrcAIES
THE EFFECT OF VARIATIONS
IN SAMPLE COMPOSITIONS
ON SERVOMEX MAGNETO'
DYNAMIC OXYGEN
ANALYSERS
Servomex
Ir{ cAS rN.rLYStsL=A9E.:lS
figure I
ShaPed Pcla Pieczs
Oumb-bellon
torque
suspension
Cell
Figure 2
'lfih'L
a.
l0% COu -0-29 x l0-2 x I0 = 4.O29
5%CO +0.07xI0-rx5 =+0.OO4
5yo n{crane 4TOxldxg = {.135
78% Nr +0-0O x lfrrx 78 = 0'000
. Effectof bac-kground gas = -O'1607o Or
This effectcan be corrected by zeroing
and spanning the analyser in the ustnl way
and then offieaing tre zero by-({'r0l =.- +O.l6Y" Oz.
For gises not listed in ttre uble. standand
. tables of iolume magnetic susceptibility can be
.o"irfiea and the relative rnagnetic suscepribility
obained from:
Ks-K,
lq -K.
Where:
Ko = Volume magnetic suscepobility of gas
(" = Volume magnetic suscepntilty of nirogen
Ko = Volume rnagnetic susceptibility of o:oygen
N8: Nitrogen dioxide is significandy
paramagnedc- Rs it eiists in tnermal duilibrium
*iO An]trWen teroxide. which is weaktY
aiamagnetii its effecc varies markedly with
ternpe€R re.
69
I
Orygen is very s'iong:Y perama.gnetic'-ie
anracted i-nto a mag.:ic iield' Vinually all other
;;;;; ; weakly die::agnerc. i'e' repelled from a
magnetic field.- ln the Servome( magnetodYnamic
measuring cell (F9r:= l). orfgen molecules are
acracted -i,nto a .rery sirong mignetic field' This
cztuses the deflectibr of a Cumbbelt' moun(ed on
" toiq,ru sr.p.ntlon ,'rom its null (i-e'zgrot
posititn- ft ii Ounu--on is Cetected opdcally and a
current is applied to: coil rcund the dtmbtell
which resto,' s it to =e nult positioo- The curenc
reguired to do this's CirecW proponionat to the
orrygeo concentraoo: (see tgure 21.
. Servomex oq/:€n analyseis are calibrated oo
a scale which is nocatiseC for nitrogen a( O and
orygen at 1OO.
For the highes: acctrrec'f it is necessany to
correct for the iero :.-r of the background gas in
the sarnple.
The paramage:ic e,'fect varies with
(e(nperature. Theloto."n'ng tables list measuring
cell temperarures oi 20'C (foi analysers with
unhea(ed cellsl, 5O'C (54o rangel. 60'C (l l00Al
and I lo'C (l looHl. Octrer yalues can be found by
hcerpolauion.-Assuming
the tollowing composidon. and the
analysis at sO'C:
t: Volqmo Magnotic Surcoptibiti"/ o( G""o'(not-"ti""
Formula Molar
rneg.iusc ZO'C
x 10r' x 0-01%
Zrro Errocso'c 6o'c I ldc
x 0.01% x 0.0'l% x 0'31%/,5E:.: €+-i' .
.aldehYde
ic acid
tone
c/lene
lonitrile
'l alcohol
monia
Jon
rlene
,'on chloride
ron trifluoride
)rnine
: Eutadiene
lSutadiene
lutane
r-Eutane
3utene
Butyl acetate
:-Burylene
cHrcHo
cHrcorH
CHTCOCHT
HCCH
cHr-cHcN
cHrcHcHroH
NHr
Ar
C.Ht
8Cl:
8F:
8rr
C.Hr
C.H.
C.Hto
(CHTLCHCHT
CHlCHlCH=CH1
CHTCOOC.HT
(CH:LCH=Ci{r
CH:CrHz
COr
CSr
CO
ccl.
CF.
CIr
CICHTCHTOH
cHch
(CHIITCHQH:
QlHrr
CrHro
Crt{r
C.Hr
(CHOh
(CrHr)rO
CCtHTCHFT
cFCI=cFCl
COrFr
CH{OCHI}I
(CHJlNH
CHOCHT
(CHrlrNCtHr
CrHrFrClO
CrH.
ctHroH
CHTCOOCTH,
CrHrNHr
QHrCrHr
CrHrBr
crHrcl
CrH.
Buryne (EthYlacerYlene)
irbon dioxide
arbon disulPhide
arbon rnonoxide
arbon tetrachloride
.arbcn tetrafluoride
.hlorine
irloro ethanol
frlorofocm
lumene
lldohexane
)lrctopentane
llactopropane
Oiacetylene
Oictrloroethylene
Oiethyl cther
2.2 Oifluoro 1 chloroethane
1.2 Oifluoro 1,2 dichloroethYlene
Oifluoro dichloro methane (Freon 12)
Oirnedroxy methane
Oimethylamine
Oimedrylether
Oimethylethylamine
Enflurane (Ethrane)
Ethane
Ethanol
Edryl acetate.
Echyl amine
Ethyl beneene
Etfiyl bromide
Ethyl ctrloo'de
Ectytene
-22.70
-31.50
-33-70
-20.80
-24.10
-36.70
-1a.00
-19-60
-51-84
-59.90
-19-00
-73.50
-35.60
-30.60
-50J0
-51-70
-41.10
-77.50
-44.40
-{3.50
-21.00
-42.20
-9.80
-oo-bU
-31.20
-r0-50
-51.40
-59.30
{9.53
-54.13
-59.18
-39.90
-37.50
-4920
-55.10
-3L10
-€0.00
--5L20
-47.30
-39.90
-26.30
-63.60
-80.10
-26.80
-33.60
-54.20
-39.90
-77.20
-5..70
-46.00
-r8,g070
-o.31
-0.56
-4.63
4.25
-{.35
-{.71
4.17
4.ZZ
-1.24
-1.38
4.20
-1-784.64
-{-54
-1.1 1
-1-15
-.0.84
-r.89
-{1.9 4
-0.91
-a.26
4-87
0.06
-1.58
{J-r3
4.82
-1.14
-l-37
-L74
-1.62
035
4.81
{.74
. -1.07
-1.25
-1.17
-1-39
-1.r6
-'t.024.81
4.41
-1.49
-1.974-43
-o.62
-1.2?
4.81
-1.88
-t.23
-o.98
4.20
4.31
4.62
4-69
4.28
-{.39
4.79
-4.i9
4-24
-r.36
-1.53
4.22
-1-s6
4.75
-0_59
-1.22
-1.26
-{.93
-2.09
-r.03
-r.00
4.29
-4-96
0.07
-1-7 L
-4.61
-4.91
-1.25
-r.5 1
-L17
-r-79
0J8
4.89
-{-81
-l-18
-1-37
-1.29
-1.53
-r.28
-1.12
-{-89
{.46
-r.64
-L174.{7
{.59
-1.3.r{.89
-208
-IJ6
-r.0s
4.2?
-0.35
{.64,
-o.71
-o.29
4.4{)
4.81
4.20
4.75
-1.41
-r.57
-o.23
-7-0?4-n
4-61
-1.25
-r.30.
-{-s5
-2-15
-1.05
-1.03
_-n :1
-J'l c:
0.c7
-1.i3
-o.8
4.S{
-r ?o
-r-=5
-z->1
-1-81oi9
-{-c2
-{.84
-127
-l-rl
-1J3
-lJo
-1i2
-l-t6{s2
-{-47
-'r.69
-221
-o-d3
-{-7r
-rJS]
41,2
-?-14
-r-.0
-r-124-2.
4.4J
4.7{
4-a2
4:3
4.45
jc3
423
4:9
-1-i2
-1.31
-{ 76
-2324i9
-{-70
-1.r5.=n
-i.r0
t ..,
_i 1?
-:.I9
-:Jt
!-c8
-:06
-:-l Z
-:-08_.O
-.-r 6
-1 q1
-aI2
!-45
-i-05
-dJ6
:-1.40
-r-63
-r-52
-1-81
-r5z
-IJ3
-l-05-{54
-r.95
-L57
-0-56
-o.92
-1.59
-r.05
-L16
-1.61
-r.28
{I-26
t
2
'l i:!
:iiii': r
Ges
EthYlene glYcol
i Ethylene oxide
€thYl mercaPtan
Fluorochlorobromom e:rane
Fluorodichloromethane (Freon 2 I )
Fluroxene
Freon 114
Furan
Germanium tetrachlorije
Halothane
Helium
n-HePtane
n-Hexane
Hydrogen
Hydrogen bromide
Hydrogen chloride
Hydrogen cYanide
Hydrogen iodide
Hydrogen selenide
Hydrogen sulPhide
lsoflurane (Forane)
lsoprene
Ketene
Krypton
Methane
Methanol
Methoxyfluorane
tvlethyl acetate
Methyl cYcloPent>ne
Methylene chlon.e
Methylethlyketone
Methyl fluoride
Methyl formate
Methl iodide
Methl iso'butyl keta':e irrilerQ
Methyl mercaPtan
Mo lybdenum hexafl urcride
Monochlorobenzene
Neon
Nitric oxide
Nitrobenzene
Nitrogen
Nitrogen dioxide
ortho-Nitrotoluene
para-Nitrotoluene
Nitrous oxide
n-[r{onane
n€ctane
Orygen
Ozone
iso-Pentane
Molar zero Etrot
rnag-ruic zo'C so'c '60'c 110'c
i rd' x o.o1% x o-01% x o-01% x o.o1%
Formula
(CHrOHh -38'80
(cHrho -30-70
crHrosolH -47.00
CFCIBT -5E'00
cHchF -48-80
CFTCHTOCHCHT -56'70
CrClrFr -77'10
C.H.O -43.09
GeCl. -7L00
crH8rctF: -78.80
He -1'88
CrH,r -{5'24
CrHr. -73'60
Hr -3-98
HBr -35'30
HCI -?.2'60
HcN -14.50
Ht -48.20
HrSe -39'20
HrS -25.50
CrHrFsClO -80'10
CrHc -44'80
cHrCO -15.70
Kr -28'80
CH. -17'40
cHpH -21-40
cHCtzCFrOCHr. -47.10
GH:COCHT -42-60
CeHrz -70'20
CH€lz -46'60
CH.cocHrcH, -45'50
cHrF -25.50
HCOOCHT -32.oO
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iso-?roPyt erher
PcoVll fluoride
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Sila;e
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Sul:hur hexafuoride
Tet=choroethYlene
Ter:hydroiuran
Tol':Ene
l.I.l Trichloroethane (Freon 113)
Tria':toroethylene
Triiuo roch loroethYlene
T;inethylamine
Tuigsten fluoride
Ur:r\ane
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Vir.:fi chloride
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S.riradr.r hrr a tor<y oa coot(rr< pro<g< impm(nd( 'dd ctfrfon ""-t' t'
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Anrlvzcr lnterference end Menufacturer Stabilitv Tests
In an effort to assist our customers with meeting the requirements of the Instmmental Methods for testing 3A,
6C,?E, 10, and 20, we are providing I $ummary of interferences for certain Thermo Fisher Scieilific analpers-
The requirement for conducting analyzer interference checks for potential interfering gases is the responsibility
of thc testing organizations- The Methods do, however, allow for the manufacturer of instrumcnts to provide
this data. Tests are required to be conducted on the same "make and model" as thoss being usod for mothod
testing
The information contained in the accompanying tables pertains to the "make" of analyzers under the name of:
Therrno Electron Corporation, Thermo Environmental lnstruments, and Thermo Scientific. Thc "model" of
anallzers are: Model 42for NO, NOr, NO*, Modcl 43 for SOz, Model43 tbr CO, and Model4l0 for CO:. The
specific polluiant detection and analytical technology foreach of the above listed specific models have
remained the same for various series of rnalyzers manufactured ov€r the past years. Therefore the interferencc
test results shown for the iQ series analyzers in this document would produce essentially fie sarne results for
iSeries and earlier series of these models.
The potential interfererrcs g,rs test results shown in tho following tables indicate that none of the Thermo
Scientific analyzers tested have a collective analytical detection interference that would sum more than 0-5% of
the anallzer span value. The acceptance criterion based on Section 13.4 of Method 7E, states that thc sum of the
responses must not be greater than 2.5% of the analyzer calibration value,
If you hwe any questions regarding the information contained herein, please do not hesitatc to contact us.
Line Manager. Environrnental Anal yzers
Environmental & Process Monitoring
Thermo Fisher Scientific
27 Forge Parkway Franklin, MA 02038
Phone +l [phone] | Mobile +l (508) eI-4629
m ichael.loncar@lhermofisher,com I www.thermofisher,co,fn
ThermoFisherSCIENTIFIC
73
thermoscientific
Manufacturer's Stsbility Tef,t
Thermo Fisher Scientific certifies that the 42iQ Series of anallzers and the 48iQ analper have been tested in
accordance with the USEPA procedures outlined in 40 CFR Part 52.23, as well as Methods 7E and 10, and have
the results shown below:
Test Ilescription Acceptrnce
Criterir
Results:42iQ
FrmilY
Rrsults: 4ElQ
Thermal Stability Drift S 3Yo of Range
@80o/, of Range
Drift < ZYoof Range
@ 80% of Range
between 0 and 40 C
Drift < 2% of Range
@80o/o of Range
bstween 5 and a5 C
Fault Conditions Alarm if conditions
result in
performance outside
of compliance
Visible and electronic alarms are a standird
feature
Insensitivity to
Supply Voltage
Variations
*10% variation
from nominal
voltage produces
drift S 270 of span
(El80P/o of Ranse
< l% dcviation from span for voltage
change from 90 VAC to 130 VAC
Analyzer
Calibration Error
(Response-Span
Valuef <ZYoof
Span Value for
high, mediurn arrd
low calibration sas
<2o/o of Calibratiorr Span
ThermoFisherSCIENTIFIC
74
thermoscientific
Thgrmo Scientifi c Model 42iOLS/IIL NO-NO1-NOx Analvzer
Potential InterfcTent Ges Responsm
Potential lnterferent Model42iqts
Test 6as Concentration As ppm NO As ppm NO2
As ppm
NOr
COz 5%-0.01 0.01 -0.02
COr t5%-0.02 -0.01 -0.03
HrO 316 -0.04 0.02 -0.02
NrO 47 oorn 0.03 -0.01 0.02
c0 S0 oorn 0.03 0.00 0.03
soz 27 ppm 0.00 -o.01 -0.01
CHo 50 pprn 0.01 0.o1 0,00
HCI 20 ppm 0.02 0.m 0,02
NHa 9 oorn 0.00 0.00 -0.01
Sum of Responses 0.17 0.07 0.L6
Span Value 150 128 160
% of Calibration
SDan 0.1196 0.05%0.10%
Potential lnterferent Model42iQHL
Test Gas Concentratlon As oom ttto As oom NO2
As ppm
NOx
Coa 596 0.00 0.00 0.00
COz 15%0.00 o.00 0.00
HrO 1%0.03 -0.01 0.01
Nzo 47 oom 0.03 0.00 0,03
CO 50 oom o.00 0.02 0,02
SOr 77 ppm 0_00 0.00 0.00
CHq 50 ppm 0.00 0.00 0,00
HCr 20 pom -0.01 0.09 0.08
iJH,,9 ppm 0.01 6.61 6.68
Surn of Responses 0.08 0.12 0.L5
Span Value 160 128 160
% of Calibration
Span 0.0s96 0.09% o.09%
Note: Acceptance criterion based on Section 13.4 of Method 7E, states that the sum
of the respons€s must not be greater thrn 2.5% of the anallzer calibration value.ThermoFisher
75
SCIENTIFIC
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 olso meet the interference check requirement if the instrument
manufacturer performs this or a similar check on on onolyzer of the same moke and model of the anolyzer that you use
and provides you with documented results.
Z Bslt tdTAPl Hiri L€mlca
Pdential PGntial lntErf eEnt
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, AbElutE Sum of fieJpo6Es 1.186 L71A
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The prefix "M" and the suffix "E" ate no longer used in the Teledyne lexicon to designate their analyzers. The
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Station
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East
Waukesha L7044GSI
Unit
Date
CE.5
5-Nov-24
Run 1 2 3 AVERAGE
C2 Measured PPM (Cb"r)-0.07 -0.06 -0.07 -0.07
)2 Average Low Gas Bias (Co)-0.02 -0.04 -0.03 -0.03
32 Average Upscale Gas Bias (Cr)5.10 5.08 5.10 5.09
C2 Calibration Gas Concentration (Crr)5.06 5.06 s.06 5.06
C, Corrected PPM (Cn"")0.00 0.00 0.00 0.00
\rlO1 Measured PPM (C6"r)60.21 62.56 62.70 61.82
lOl Average Low Gas Bias (Co)0.47 0.23 0.17 0.29
[Ol Average Upscale Gas Bias (Cr)188.13 187.75 187.60 187.82
NOy Calibration Gas Concentration (Cr")195 195 195 195
NOy Corrected PPM (Cg"")62.08 64.82 65.06 63.99
CO Measured PPM (Go"r)108.34 103.96 106.66 106.32
CO Average Low Gas Bias (Co)-1.1 5 -1.65 -1.74 -1.51
CO Average Upscale Gas Bias (C,")193.50 191 .50 191.00 192.00
CO Calibration Gas Concentration (C-")197 197 197 197
CO Corrected PPM (Cg"")110.81 107.71 1 10.79 109.77
* 02 LOWER DETECTION LIMIT REACHED: 02 = O o/o
UTAH DEPARTMENT OF
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5-Nos2,l------Atta;dt---------Easi
-
Unit cE5
-=N--
FTIR Anatyz.r 00441
Minimum Detectible Goncentration & Calibration Transfer Standard
Minimum Detectible Concentration for NM NE VOC Constitutes
MOC c"H.c,H,c,H.c.H. c.H.,
R.rldurl(pPmwl
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Run 3 K lu5 -g_23 u.tg,in not
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92
FTlR-Vru;oarlou Tesr Suuuenv AND QA/QG A8
Date
Company
Station
5-Nov-24 Unit
FTIR Analyzer
cE-5
Altamont Post
00441East
Validation Summary Table
FTIR lnstrument Make Model Serial
MAX iR 04441
lnstrument Checks Readino Soecification Pass or Fail
Sional lntensitv 0.0736 > u.u4 Absorbance PASS
Detector Linearitv 0.0273 < 0.1 o/o PASS
lnstrument Resolution 1.035 1.O4 +l- 0.04 cm PASS
I nstrument Frequencv Precision 3133.070 3133 068 +/- 0.020 cm-'PASS
Orioinal Laser Fequencv 1 5799.1 87
Calculated Laser Fequency 1 5799.1 76
lnstrument Laser Fequencv Shift 0.01 +O OA nm'PASS
Direct Calibrations Readino Soecification Pass or Fail
Elnvlene(UcF1e)-Ulb 2.O4%t 5% Certified Value PASS
Acetaldehyde (GH"O)0.37%t lOo/o Certified Value PASS
Svstem Resoonse Times Readino Soecification Pass or Fail
CTS > 95% of Full Scale 1.20 < 5 minutes PASS
Svstem CTS -0.37o/o t5% Direct CTS PASS
Min imum Detectable Concentrations Calculated MDC #3 Units
Ethvlene (CrHr)3.3873 ppm
Acetylene (GHr)17.4295 ppm
Propylene (C"H")5.8661 DDM
ProDane (C"H*)2.0114 ppm
Butane (C.H,n)0.7385 Dpm
Formaldehvde (CHrO)1.1392 DOm
Soike Gomoound % Soike Recoverv Soecification Pass or Fail
Acetaldehyde (C?H10)95.63%70 - 130o/o PASS
Run Validation: Automated vs. Manual Taroet Analvte Soecification Pass or Fail
Test Run #1 Averaoe SDectrum EthVlene (CeHa)f2oo/o PASS
Test Run #1 Outlier Spectrum Ethylene (CrHo)r20%PASS
Test Run #2 Averaqe Spectrum Ethvlene (CrH,)*2Oo/o PASS
Test Run #2 Outlier Soectrum Ethvlene (C,H")l2Oo/o PASS
Test Run #3 Averaqe Spectrum Ethylene (CrHo)*20%PASS
Test Run #3 Outlier Spectrum Ethylene (CrH,)l20o/o PASS
Test Run #1 Averaqe Soectrum Formaldehyde (CHzO)t2oo/o PASS
Test Run #1 Outlier Spectrum Formaldehyde (CHrO)r20%PASS
Test Run #2 Averaqe Spectrum Formaldehyde (CHrO)t20o/o PASS
Test Run #2 Outlier Soectrum Formaldehyde (CHzO r2OV.PASS
Test Run #3 Averaqe Spectrum Formaldehyde (CHrO r20%PASS
Test Run #3 Outlier Spectrum Formaldehvde (CH,O *20o/o PASS
94
Date
Company
Station
5-Nov-24 Unit
FTIR Analyzer
cE-5
Altamont Post
00441East
Appendix A8: QA/QC Procedures
A8.2-A8.3: System Performance Verification - Dry Ambient Air
A8.4: Spectral Comparison of Difference Spectrum - Effluent
Pre-Test Post-Test
{nalysis Region 3131 to 3135 3131 to 3135 cm
Sample Spectra Llne Position (Freq)3133.070 3133.065 cm
Reference Spectra Line Position (Freq)3133.068 3133.068 cm-'
Sample Spectral Resolution (FWHM)1.035 1.005 cm
Pre-test Spectral Resolution (FWHM)1.046 1.046 cm
Line Position Shift o.'19%-0.30%
Resolution Shift -1.05%A.92o/.
HrO Ethvlene cH2o
Run 1
o
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Manual(ppm)16.529 1.053 0.063
Auto (opm)16.554 1.061 0.061
Error (o/ol -0.1s%4.71%3.68%
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Auto (oom)16.159 1.030 0.129
Error (o/ol -0.13%-0.59%-'l.30Yo
Run 2
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Manual(pom)17.862 1.094 0.027
Auto (oom)17.883 1.091 0.028
Error (%)4.12o/"0.31olo -3.96%
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Manual(opm)18.644 0.937 0.100
Auto (nom)18.685 0.940 0.099
Error (%)4.22o/o {.30%0.69%
Run 3
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Manual (oom)16.853 1.089 0.043
Auto (oom)16.888 1.083 0.044
Error (%)-0.21%0.51%-2.15%
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Manual(oom)16.036 1.105 o.141
Auto (ppm)16.055 1.108 0.1 39
Error (%)-0.12%4.24%'l .64Yo
95
Unit CE-S Vatidation
96
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97
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105
Appendix At Test Plan Requirements - MAX-iR SN 00441ZnSe DTGS
Test Run No. 1 Background Scans 100
Test Run DurationTbt-hrs Sample Scans-6-
Spectral Averaging Time T60- min
Comoound Formula lnterterants Expected Goncentration ML'G#1 MUG#Z ML'G#3 Accuracvl Precrsror
Acetaldehyde c2H10 Hzo 0 to 50 ppm CH2O 0.1615 0.4909 0.6454 +l- 3oo/o
Carbon Dioxide Coz 5 to 15%0.0021 0.0187 0.06lt8
Ethane c2H6 Coz 0.0172 0.1407 0.5269
Ethylene CzHo Coz 0.1 557 +l- 5o/o
Formaldehyde cH20 Hzo 0 to 100 ppm 0.0213 0.0000 0.0000 +l- 3Oo/o
Propane CrHt Hzo 0 to 10 ppm 0.0717 0.8159 0.4/,92 +l- 3Oo/o
Water Hzo 5 lo 2Oo/o o.oo12 2.7758 0.0639
l06
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S6ectE Oate conc Patn Lsngtn conc Re30lulton femprcl Pcss SpectEl Appodiretion
A@taldehyde 11114t21
10 073 9. 86 99 320 192 Tffi 111 /
9E7 1 10 lo 1,218.434 Cosine54 995 986 542.251 o 1 93.204
109 01 1 9.86 |.o14.844 n 193.120
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127 000 9.86 1.252.220 1.0 192.91 5 0.996
203 000 986 2 001 580 1.0 192.612 0 994
500 000 9.86 4.930.000 n 192.395 0.994
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4 1.740 000 9.86 41 1.556.400 o
47 420.OOO 9.86 467.561.200 o 1EE 699 o.999
53 030 000 985 522.475 AOO 1.0 189 448 0 989
64 060 000 s86 531 531 600 10 189 230 0 989
c 737 922 400 10 189 575 0 s8s
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230 199 998 9.86 2.269.77194O 1.0 192.080 r.006
240.425.O52 9.86 2.370.591 013 1.0 192.'165 t.0062* 2S2.O12 9ffi 2.50 /.319.430 o 191.952 .06
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10.500 9.86 103.530 o
I 3.800 986 136.068 1.0 190 268
14 700 986 144 942 10 190.2()4
21.000 9.86 207 060 1.0 190.141
34.500 9.86 340.170 1.0 190.242
48 300 986 476 234 1.0 190 281
9.86 680 340 1.0 90 026
Appendix A3: FTIR Reference Spectra
{08
Appendix A4: Pretest Procedures - MAX-iR SN 00441
AoDendix A4.4: Determrnatron ot sample cell
rbsorotion oath lenoth CzHo Quality Control Checks
Absolute Temperature (K)T,464.929 0.85 </ (TsiTo >/ 1.15 YEST"464.234
Absolute Pressure (torr)P,760 000 0.85 </ (PrlPs) >/ 1 15 YESP,739.5 15
Concentration (ppm)c,96.499
l(Ls-Cs)-(Lr-Cr)l </ Factor of 2 YES
c,102.210
Absorbance Ratio &/A 1.013
Path Length (m)L,9.860
Ls 9 672
llleasurement System Capabi I ities Gas Concentration Path
Length
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(min:sec)
Dilution
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System Zero - Moisture Analysis (A4.3)N2 062
Path Length (A4.4)CrHo 102.21 9.67
Mechanical Response Time (A4.5 CrHo 101.73 0:53
Equilibration Response Time (A4.6)c2H4o 101.33 1:46
Analyte Spike Recovery (A5)c2H4o 8.29 0.08 98.74o/"
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A6.1: NEA
See Appendix A2 calculations.
A5.2 & A6.3: Line Position and Resolution - Zero Air
A6.4: Detector Linearity
Siqnal Avq. Below Culoff (averaqe from 1OO-5OO cm r)
l,H" Direct to Cell -0.0009
\llowed Pedormance Hanqe -0.1 to +0.1
/sts Heoton 31 3U-31 J /lm
iamole Soectra Line Position (Freo)31 33.0670
leference Soectra Line Position (Freo)3133 0680 tm-'
Soectral Resolution (FWHM)1 046
-ine Position Shift O.1Oo/"
111
Appendix A7: Verification of Quantification Algorithm
Reference Spectn Date Iomp
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193 )Ot 101 5d 995 54 710 o3 o52
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19? 915 n 9c6 127 (](]0 1)7 179 o)o 1d
1C2.6 t2 o.994 203.000 2U3.000 0.0 0.0u
192 395 0 9s4 500 000 500 14S 01 003
4t1 12021
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t6a. /6 1q 50, ooo 1C 505 754 1A o.o2
149 89 0.999 24.28O.000 24.204. t61 0.31
189 33 0 ccg 30 1 70 000 30 106 S06 o )1
189 13 o 999 35.990.OO0 35.923.22 /66.4 0.19
189 37 0 999 41 740 000 41 634 856 105 1 o)5
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1 E9. /6 0 990 a5 3/O 000 a5 041 256 2AA. I 0.34
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18S 28 o s89 148 370 000 14t 941 157 424 A o29
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191 t79 1 000 96 499 95 594 o1 010
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193 309 0 997 99 4'11 9A 122 t3 130
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12
2
MAX.iR
Basic Validation Report
Validation Status:
Unit Model: DTGS
Spectrometer:
Detector Model:
StarBoost Filter:
Attenuator Screen:
Gas Cell Model:
Pressure Transducer:
Gas Cell Window Material:
O-rings:
Voltage:120VAC
Laser Frequency (water band@ 3133.068 cm-1): At water band 31 33.068 cm-1 (+/- 0.02 cm-1)
FWHM: 1.046 cm-1 (1.04+40.04cm-1)
'r-ffi;r"dsJ&..
1825352
N/A
S/N: 1426177
MA)(
Analytica I Tech nologies
part of Thermo Fisher Scientific
PASSED
I 0 l -0343
DTGS
None
None
t0t-0324
20 psia
ZnSe
Viton
S/N:
S/N:
S/N:
S/N:
00441
1841377
t-
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1ffr-rur*trurt=tuss
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, []ruulm
\
|-s-\\^
CTS check at temperature (191"C):
Ethylene certified cylinder # CC106195
MAX-iR measured ethylene: 102.299 ppm
08-1 9-2025 conc: 101 ppm (t 1%)
[(102.299 / 101)-1]" 100 = 1.29o/o difference
Specification: < + 2% certified value
exp:
123
Signal@ 191'C: 0.07 (0.04)
Linearity: 0.01 1 3% (<0.1 %)
Resolution= 1cm-l Scans= 10 Detector Gain = 27
Johndunn Johnston
Print Signature
09-05-2024
Date
124
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SECTION 4: RAW DATA
GE€ O2y NOxAitD GO
137
Company
Slaton
Unit
TimeStamp
1 1/05/2024 08:19:05
11/05/2024 08:'19:'15
1110512024 oa:19:25
1'1105/2024 08:19:35
1110512024 Oatl9:45
1 1/05/2024 08:19:55
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11/05/2024 09:01:36
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1 1/05/2024 09:55:21
1 1/05/2024 09:55:31
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1 1/05/2024 09:56:0'l
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1110512024 09:57:51
I l/05/2024 09:58:01
Avengr
1'1105/2024 0g:58:56
1'1105/2024 09:59:oG
1 1/05/2024 09:59:18
11n512O24 09:59:26
Group name
Calibration Check
Calibration Check
Calibration Check
Calibration Ch€ck
Calibratiofl Check
Calibration Check
Calibration Ch6ck
Calibration Chack
Calibration Check
CalibEtim Check
CalibEtim Check
Calibration Check
Calibraton Chsck
Calibration Check
Calibration Check
Calibration Ch€ck
Calibration Ch€ck
Calibration Check
Converter Check
Converler Check
Converter Chack
Converler Check
Converter Check
Converter Check
Pro Bias Check
Pr€ Bias Check
Pm Bias Check
Prc Bias Check
Pre Bias Check
Pra Bias Check
Pre Bias Check
Pre Bias Check
PE Bias Check
Pre Bias Check
Pre Bias Check
Pe Bias Check
Prs Bias Check
Prc Bias Check
Pre Bias Check
Pre Bias ChEk
Pro Bias Check
Pre Bias Check
StEtilication Trav6rs6
Stratifietion TraveBe
Stratifi cation Traverse
StEtifi@tion TraveBe
Stmtification TEveBe
StEtifi€tion TEveB€
Stratifi cation Traverse
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StEtiti€tion Traverse
StEtifcation TEveEe
Stratificatlon TmveBe
Stratifietion Traverse
Stratifi€tion TEverse
Stratifi@tion TEveBe
Stratification TEverse
Stratification TraveBe
Stralification Traverse
StEtifi€tion TEveBe
Stratili€tion TraveBe
Stratfication Trav€rse
Straiiti€tion TEvoBe
Stratitication Traverse
Run name
Zero Cal Check
Zero Cal Check
Zerc Cal Check
Zem Cal Check
Zero Cal Check
Zero Cal Check
Span Cal Check
Span Cal Check
Span Cal Check
Span Cal Check
Span Cal Check
Span Cal Check
Mid Cal Check
Mid Cal Check
Mid Cal Check
Mid Cal Check
Mid Cal Check
Mid Cal Check
NO2-NOx Cal Check
N02-NOx Cal Check
NO2-NOX Cal Check
NO2-NOX Cal Check
NO2-NOX Cal Check
NO2-NOx Cal Check
02 Bias
02 Bias
02 Bias
02 Bias
02 Bias
02 Bias
NOx Bias
NOx Bias
NOx Bias
NOx Bias
NOx Bias
NOx Bias
CO Blas
CO Bias
CO Bias
CO Bias
CO Blas
CO Bias
#1 Strat Ch6ck
#1 Strat Check
#1 Strat Check
#1 Strat Ch€ck
#1 Strat Check
#1 Strat Check
#1 Strat Check
*'l StEt Check
#1 Strat Check
#1 Stmt Check
#1 StEt Ch6ck
#1 Strat Check
*1 Slrat Check
*1 Strat Check
*'l StEt Check
#l Slmt Check
*1 Strat Check
*1 Stmt Chack
#2 Stral Ch6ck
#2 Slrat Check
*2 Strat Ch6ck
#2 Strat Check
Altamont
East
CE-5
o2
-0.04
-0.02
-0.04
-0.02
-0.04
-0.02
{r.03
11.05
'11.11
11.O7
11.08
11.06
11.06
11.07
5.04
5.08
5.05
5.08
5.04
5.09
5.06
21.00
2'1.00
21.OO
21.O4
21.OO
21.O4
21.O1
5.13
5.10
5.13
5.10
5.10
5.12
5.11
0.02
-0.01
0.02
-0.02
0.00
0.00
0.00
0.00
-0.02
0.00. -0.04
0.00
-0.02
{t.01
-0.08
:0.05
-0.08
-0.06
-0.09
-0.08
-0.08
-0.06
-0.09
-0.07
-0.08
-0.08
-0.09
-0.07
-0.08
-0.06
-0.10
-0.07
.{1.07
NOx
-0.02
-0.02
-0.03
-0.03
-0.03
-0.03
-0.03
484.21
464.50
464.73
46/.70
464.97
404.89
464.87
'192.86
192.70
1 92.53
192.24
1 92.1 5
1 92.08
192.4s
41.66
41.79
42.3',1
42.50
42.95
43.1 1
12.19
5.68
5.20
2.'15
'1.91
1.'t1
0.99
2.81
1 88.37
'186.37
188.38
188.44
1 88.95
'188.96
1 88.58
0.90
0.87
0.76
o.72
0.65
0.62
0.75
58.36
58.37
58.37
58.38
58.35
58.39
58.50
58.45
58.3s
58.62
59.03
59.1 2
59.47
59.60
59.78
60.19
60.92
80.87
59.06
co
0.00
-0.02
-0.03
-0.05
-0.09
-o.12
-0.05
447.40
446.00
447.4O
446.20
448.00
448.00
u7.20
196.00
196.00
196.00
196.00
196.00
196.00
196.00
-1.77
-1.82
-'t.83
-1.86
-1.89
-1.89
-1.E4
-2.25
-2.32
-2.30
-2.31
-2.31
-2.31
-2.31
-0.68
-0.69
-o.72
-o.74
-0.76
-o.76
.{,,73
195.00
195.00
195.00
195.00
195.00
195.00
195.00
'tol.70
101.95
101.25
100.50
99.75
99.15
99.00
99.00
99.00
99.50
100.35
101.20
101.80
101.70
101.15
100.45
99.95
99.50
100.3E
tunbient PBarc
23.82
23.82
23.42
23.82
23.82
23.82
23.82
23.82
2s.82
23.82
23.82
23.82
23.82
23.62
23.82
23.82
23.82
23.82
23.82
23.82
23.E2
23.82
23.82
23.82
23.82
23.82
23.82
23.82
23.82
23.82
23.42
23.82
23.82
23.82
27.82
23.82
23.82
23.82
23.82
23.82
23.42
23.82
23.82
23.42
23.82
23.82
23.42
23.82
23.82
23.42
23.82
23.42
23.82
23.82
23.82
23.42
23.42
23.82
23.82
23.82
23.82
23.82
23.82
23.82
23.82
23.82
23.82
23.E2
Humidity
59.6
58.9
58.8
58.7
58.6
58:9
47.4
47.6
47.8
48.3
48.8
48.7
dtrt1
48.s
46.8
47.3
47.9
44.7
49.4
17.E
55.1
54.8
54.7
54.5
53.9
52.2
u.2
52.0
52.1
52.3
52.8
52.9
52.5
50.5
50.5
50.6
50.7
50.9
51.1
50.7
50.7
50.9
51.1
5't.1
51.'1
51.1
51.0
44.3
44.1
43.9
43.8
43.8
43.8
43.7
43.7
43.8
44.3
44.5
44.2
44.1
44.O
44.O
44.1
44.2
44.3
u.0
35
35
35
35
35
35
35
38
38
38
38
38
38
38
-0.09 ao.12 97.50 44 23.82 45.4-0.06 60.28 96.E5 44 23.82 45.2-0.09 60.57 96.45 44 23.82 45.1-0.08 60.50 96.00 44 23.42 45.2
42
42
41
41
41
41
41
40
40
40
40
39
ao
/t0
39
39
39
39
40
40
39
37
37
37
37
37
37
37
38
38
38
38
38
38
38
44
44
44
44
44
44
44
44
44
41
44
44
44
44
44
44
44
44
11
138
Company
Station
Unit
TimeStamp
'l 1/05/2024 09:59:38
1110512024 09:59:48
1 1/05/2024 09:59:58
1 1/05/2024 10:00:06
11lOSl2O24 10:trl1a
1110512024 1O:OO:24
1110512024 10:00:36
'l1lOSl2O24 10:00:46
1 1/05/2024 10:00:56
'1'1/05/2024 10:01:06
1 1/05/2024 10:01:16
1110512024 1O:O1:28
1 1/05/2024 10:0'l:36
1110.512424 1O:O1:48
Average
1110512024 1O:O3:O4
11lOSl2O24 10:03:14
1110512024 1O:O3:24
1110512024 1O:03:Y
11lOSl2O24 10:03:44
1110512024 10:O3iil
1110512024 1O:O4:O4
1110,512024 1O:O1:14
11lOSl2O24 10:04:24
1'llO5l2O24 1O:O4:U
11lOSl2O24 1O:M:44
1110512024 1O:U:*
1 1/05/2024 10:05:04
1110512024 10:05:14
1110512024 1O:O5.24
11lOSl2O24 1O:O5:U
11lOSl2O24 1O:o5:44
1110512024 1O:O5:54
Awnge
1110512024 10:32.11
1110512024 10:32:21
11lOSl2O24 10:32:31
1110512024 10:32:41
1110512024 10:32:51
1'1105/2024 10:33:01
1110512024 10:33:11
1110512024 10:33:21
11lOSl2O24 10:33:31
1110512024 10:33:41
1110512024 10:33:51
1110512024 1O:U'.O1
11lOSl2O24 10:34:11
1110512024 1O:U:21
11lOSl2O24 10:34:31
.1110512024 1O:U:41
1'llO5l2O24 10:34:51
'l1lO5l2O24 1O:35:O1
11lOSl2O24 10:35:11f lOSr2O24 10:35.21
11nil2024 10:35:31
11N5t2O24 10:35:41
11nSnO24 10:35.51
'11lO5/2024 10:36:01
11niDO24 10:36:11
11n512O24 10:36:21
'11lO5/2024 10:36:31
11/05/2024 10:36:41
11lOSl2O24 10:36:51
1110512024 10:37:O1
'l1lO5l2O24 10:37:11
1 1 to5t2024 10 .3't .21
1110512024 10:37:31
11lOSl2O24 10:37:4'l
11lOSl2O21 10:37:51
'11105/2024 10:38:01
1110512024 10:38:11
1110512024 1O:U:21
1'1105/2024 10:38:31
1 1/05/2024 10:38:41
1'l1012024 10:38:51
'11/052024 10:39:0'l
1 1/052024 10:39:1 1
11n512O24 10:39:21
Ambient PBam Grcup name
StEtifi€tion TEwBe
Stratifi cation Traverss
Stratifi cation Traverse
Stratifi€tion TEvaBs
StEtifi€tion TEveBe
StEtifiGtion TEveBe
StEtification TraveBe
Stmlifi€tion TEveBe
StEtili€tion TEvsrse
Stratification TEveBe
StEilliEtion TEveBe
Stratifi cation Trav€rs€
StEtilication TEve86
StEtification TEvsEe
Stratification TrawBe
Stratilication Travarse
Stratili€tion TEvaBe
Stratifl€tion TEwre
Stratilication Trav6rs6
Stratifi cation Traverse
Stratifi€tion TEwre
Stratification TEveBe
Stratilication Traverse
Stratilication TEveBe
Stratification Trav€Bo
Stratifi€tion TEve6e
Stratilication Travers€
Stratifi€tion TEveBe
Stratificstion Trav€Be
Stralifietion TEwBe
Stratili€tion TEveBe
Stratilication Traversg
#1 Tast Run - 80
#1 Test Run - 00
#1 Test Run - 60
*1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 80
#1 T6st Run - 60
#1 TBst Run - 60
#1 Test Run - 80
#1 Tost Run - 60
#1 Test Run - 60
#1 Test Run - 00
#'1 Tast Run - 60
#1 Test Run:60
#1 Test Run - 00
#1 Test Run - 60
#1 Test Run - 60
,1 Test Run - 60
#1 Test Run - 60
#1 Tast Run - 60
#1 Tsst Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Tsst Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 T$t Run - 60
*1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#'l Test Run - 60
*1 Tast Run - 60
#'l Test Run - 80
#1 T€st Run - 60
#1 Test Run - 80
#1 T6st Run - 60
#1 Test Run - 60
#1 Test Run - 60
#'l T€st Run - 60
#1 T€sl Run - 60
#1 Test Run - 60
Run namo
#2 StEt Check
#2 Strat Chsck
#2 Strat Chsck
#2 Strat Chect
,2 StEt Check
#2 StEt Check
#2 Strat Chec.F
*2 StEt Check
#2 StEt Chock
#2 Strat Ch6ck
*2 Strat Chsck
#2 Strat Check
#2 Strat Check
#2 Strst Cheek
#3 Strat Chsck
#3 StEt Check
#3 Strat Chack
#3 Strat Ch€ck
#3 StEt Check
#3 Strat Check
#3 StEt Check*i StEt Check
#3 Strat Check
#3 Strat Check
,,3 Strat Check
#3 Strat Check
#3 Strat Check
#3 Strat Ch6ck
#3 Stmt Check
#3 Strat Chsck
#3 Strai Check
#3 Strat Check
Test Run
Test Run
Test Run
Tast Run
Tesl Run
Test Run
Tesl Run
Tesl Run
Tesl Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tast Run
Test Run
Test Run
Tert Run
Test Run
T6st Run
Test Run
Tast Run
Test Run
Test Run
T$t Run
Test Run
Test Run
T6st Run
Tsst Run
Test Run
Test Run
Test Run
Tesi Run
Test Run
Test Run
Test Run
TBt Run
Test Run
Test Run
Test Run
Test Run
Test Run
T6st Run
Altamont
East
cE-5
02
-0.1 0
-0.08
-0.07
-0.06
-0.07
-0.06
-0.07
-0.06
-0.08
-0.07
-0.09
-0.00
-0.08
-0.06
{.07
-0.07
-0.09
-0.07
-0.09
-0.07
-0.09
-0.07
-0.10
-0.08
-0.09
-0.07
-0.08
-0.06
-0.09
-0.08
-0.07
-0.08
-0.05
{.0E
-0.07
-0.08
4.07
-0.09
-0.06
-0.09
-0.06
4.12
-0.05
-0.07
-0.06
-0.10
-0.07
-0.08
-0.07
-0.08
-0.05
-0.09
-0.05
-0.07
-0.06
-0.08
-0.06
-0.07
-0.05
-0.08
-0.09
-0.06
-0.07
-o.08
-0.00
4.07
4.06
-0.07
-0.08
-0.08
-0.08
-0.07
-0.07
-0.07
-0.08
-0.00
-0.09
-o.07
NOx
80.43
60.26
60.05
60.08
60.1 3
60.28
60.51
60.47
60.40
60.33
80.00
4o.12
60.29
60.29
60.2E
60.56
60.32
80.4,1
80.94
60.87
60.88
80.60
60.1 5
59.92
59.65
59.09
59.83
59.93
80.06
60.1 9
60.34
60.30
80.59
60,30
00.06
60.1 I
80.66
80.38
5S.82
59.68
59.34
60.10
60.87
80.84
80.89
80.85
60.08
60.70
60.74
80.38
60.05
80.08
59.88
59.96
60.1 5
80.06
59.97
59.96
60.04
80.14
60.31
60.57
61.30
61.08
60.81
60.65
60.36
59.88
59.31
59.49
59.74
59.77
59.85
s9,61
58,43
s8.69
59.43
59.40
co
96.00
96.00
96.55
97.00
97.45
97.70
98.00
98.05
98.50
98.50
98.00
98.00
98.00
98.65
97./t0
99.20
99.50
99.25
99.00
98.55
98.00
97.85
97.50
97.50
97.50
97.95
98.75
99.50
101 .00
10'1.85
1 02.60
103.00
103.00
99.53
1 13.45
114.70
116.'10
1 17.30
't17.15
1 16.50
115.30
111.70
115.00
1 15.40
1 1 5.50
1 15.1s
1'14.20
1 15.00
1 15.40
1'16.50
118.30
119.90
120.85
120.35
120.00
120.30
121.10
121.85
121.5O
120.70
1 1 9.55
1 18.20
117.70
1 16.80
1 16.50
't 16.80
1 17.90
'I 18.45
1 17.60
1 15.20
'113.35
112.N
112.OO
112.40
112.50
1 '12.50
1 1 1.55
110.65
23.42
23.82
23.42
23.42
23.82
23.O2
23.42
23.A2
23.82
23.E2
23.82
23.82
23.82
23.82
23.82
23.82
23.82
23.42
23.82
23.81
23.41
23.81
23.U
23.81
23.81
23.41
23.81
23.81
23.81
23.81
23.81
23.81
23.8'l
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.8'1
23.81
23.81
23.8'1
23.8'1
23.81
23.81
23.8',1
23.81
23.81
23.81
23.81
r39
Humidity
45.2
45.0
44.7
44.4
44.O
43.7
43.8
44.1
44.3
44.5
44.6
44.5
44.5
44.7
4.6
44.9
45.0
45.2
45.4
45.6
45.6
45.6
45.7
46.1
46.2
48.3
46.2
46.'l
46.2
48.4
46.5
48.6
46.6
45.9
40.9
40.9
41.0
41.2
4't.4
41.7
42.2
42.2
42.4
42.7
42.5
42.2
42.1
42.1
422
42.3
42.3
42.1
42.O
42.O
42.O
42.O
4't.9
41.8
41.8
42.O
42.2
42.5
42.4
42.4
42.4
42.7
42.9
43.1
43.'l
43.0
43.0
42.9
42.7
42.3
42.'l
42.O
42.'l
42.O
44 23.4244 23.4245 23.8245 23.8245 23.A244 23.4244 23.4244 23.4244 23.8244 23.4244 23.A244 23.8244 23.4244 23.8211 23.42
t-
44
44
44
44
44
44
44
43
43
43
43
43
43
43
43
43
43
43
11
46
46
48
4A
45
45
45
45
46
48
46
46
46
46
40
48
46
46
46
4A
46
40
45
45
45
45
45
45
45
45
45
45
46
46
46
48
46
46
46
46
46
46
46
46
Company
Station
Unit
TimeStamp
11/05/2024 10:39:31
1110'512024 10:39:41
11n512o24 10:39:51
1110512024 1O:4O:o1
1110512024 1o:4o'.11
1110512024 1O:4O:21
1110512024 1O:4o:31
1110512024 1o:4O:41
1110512024 1o:4o:51
111O5t2O24 10:41:O'l
1110512024 10:41:11
1110512024 10:41:21
1110'512024 10:41:31
11N512o24 10:41:4'l
11lOSl2O24 10:41:51
1110512024 1O:42:O1
1'llO5l2O24 10:42:11
11nSl2O24 10:42:21
1110512024 10:42:31
1110512O24 10:42:41
11lo1l2o24 10:42:51
1110512024 1O:43:o1
1110512024 10:43:11
11n512O24 10:43:21
1110512024 10:43:31
11n5no24 10:43:41
1110512O24 10:43:51
11lOSl2O24 1O:44:O1
1110512024 1O:M:11
1110512024 10:44:21
1110512024 10:44:31
11n512O24 1O:M:41
1110512024 10:44:51
1110512024 1O:45:O1
11lOSl2O24 10:45:11
11n5/2O24 10:45:21
11lo5l2o24 10:45:31
1110512024 10:45:41
11/05/2024 10:45:51
11/05/2024 10:40:01
1110512024 10:44:11
1110,512024 10:46:21
11/05/2024 10:46:31
1110512024 10:46:41
11lOSl2O24 10:46:51
'l 1 lO5l2O24 1O:47 :O1
1110,512024 10:47:11
1110512024 10:47:21
1 1 lO5l2O24 10:47 :31
11N512O24 10:47:41
11lOSl2O24 10:47:5'l
1110512024 10:48:01
111O5t2O24 10:48:11
1',11o5t2024 10,4A:21
11nil2024 10:48:31
11nSl2O24 10:48:41
11n5PO24 10.48:51
1 1/05/2024 1 0:49:01
11lO5nO24 10:49:'11
11lo5no24 10:49:21
11lO5nO21 10:49:31
11n5n024 10:49:41
11lOSnO24 'lO:49:51
1 1/05/2024 '10:50:01
11/05/2024 10:50:11
11lOSl2O24 1O:5O:21
1 1/05/2024 1 0:50:31
l1loslzo24 1O:5o:41
1110512024 1O:5O:51
1110512024 10:51:O1
1110512O24 1O:5'l:11
11lOSl2O21 10:51:21
11/05/2024 10:51:31
11NSl2o24 10:51:41
11&5/2024 10:51:51
11n512O24 1O:52:o1
11n5f2024 1oi52:11
11fi5no24 10:52:21
11rc5no24 10:52:31
11rc5no24 10:52:41
PBaro
23.81
23.81
23.81
23.81
23.4'1
23.8',1
23.81
23.4'l
23.81
23.81
23.81
23.81
23.81
23.81
23.8'.1
23.81
23.41
23.81
23.81
23.81
23.81
23.81
23.8'l
23.4'1
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.41
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.41
23.81
23.81
23.81
23.81
23.81
23.8'l
23.81
23.81
23.6'l
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.8'l
23.81
14()
Grcup name
#1 Tesl Run - 60
#1 Test Run - 60
#1 Tast Run - 60
#1 Tsst Run - 80
#'l Test Run - 60
#l Test Run - 00
#1 Tast Run - 80
#1 Test Run - 60
#1 Test Run - 00
#1 Test Run - 60
#1 Tsst Run - 60
#1 Tsst Run - 80
#1 Tsst Run - 00
#1 Tesl Run - E0
#1 TBst Run - 60
#1 Test Run - 60
#1 Tost Run - 60
#'l Test Run - 60
#1 Tsst Run - 60
*1 Test Run - €0
#'1 T6st Run - 00
#'l T6st Run - 80
#1 Tast Run - 60
#1 Test Run - 60
#'l Test Run - 60
#1 TBst Run - 60
#1 Test Run - 80
#1 Test Run - 60
#1 Test Run - 00
#1 Test Run - 60
#1 Test Run - 60
*'1 Test Run - 60
#'1 Tost Run - 60
#1 Test Run - 60
#1 TBst Run - 60
,1 Test Run - 80
*1 Test Run - 60
#1 Test Run - 60
*1 Test Run - 60
#1 T6st Run - 60
#'l Test Run - 80
#1 Tsst Run - 60
#1 Test Run - 60
#1 Test Run - 80
#1 T6st Run - 80
#'1 Tsst Run - 60
#1 Tast Run - 80
#1 Tsst Run - 60
,1 Tast Run - 80
*1 Tesl Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Tost Run - 60
*1 Test Run - 60
#1 Tast Run - 60
#1 Test Run - 60
#1 Test Run - 00
#1 Test Run - 60
#1 Test Run - 80
#1 Tsst Run - 80
f,1 Test Run - 60
#1 Test Run - 60
#1 T6st Run - 60
#1 Test Run - 60
11 Test Run - 60
#1 Tost Run - 80
#1 Test Run - 60
#1 Test Run - 60
#1 Tost Run - 60
#1 Tsst Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 T€st Run - 8O
#'l Test Run - 60
#1 Test Run - 60
#1 Tost Run - 60
#1 Test Run - 50
#1 Test Run - 60
*1 T€st Run - e0
#1 Test Run - 60
Altamont
East
cE-5
02
-0.10
-0.05
-0.09
-0.00
-0.08
-0.06
-0.07
-0.07
-0.08
-0.06
-0.09
-0.05
-0.08
-0.06
-0.09
-0.06
-0.09
-0.05
-0.08
-0.05
-0.09
-0.07
-0.09
-0.06
-0.08
-0.07
-0.08
-0.06
-0.08
-0.08
-0.08
-0.06
-0.08
-0.09
-0.1 1
-0,06
-0.07
-0.09
-0.07
-0.09
-0.07
-0.08
-0.07
-0.08
-0.06
-0.08
-0.05
-0.09
-0.04
-0.08
-0.05
-0.09
-0.07
-0.06
-0.06
-0.08
-0.06
-0.06
-0.06
-0.07
-0.05
-0,07
-0.06
-0.08
{.0€
-0.09
-0.06
-0.10
-0.05
-0.08
-0.05
-0.09
-0.07
-0.10
-0.06
-0.09
-0.05
-0.06
-0.07
-0.08
NOx
59.27
59.40
59.64
59.1 1
58.53
58.54
58.55
58.45
58.39
58.08
57.67
57.78
58.73
58.91
60.07
60.05
60.12
59.89
59.63
58.99
57.86
58.1 3
58.94
58.93
58.8/t
58.90
58.98
58.98
59.06
59.02
58.93
58.86
58.76
58.71
58.81
59.37
60.17
60.01
59.87
60.23
60.75
60.38
60.06
60.04
59.52
59.69
60.(x
60.27
61.02
60.67
60.1 1
60.1 6
60.07
60.06
60.14
60.1 6
60.30
60.38
60.50
60.52
60.42
60.43
60.44
60.51
60.01
60.63
60.69
60.88
61.12
60.98
60.51
60.61
60.78
60.69
60.60
60.34
59.19
58.92
57.93
58.09
co
110.00
110.00
1'.to.25
110.95
111.40
111.25
110.4s
109.50
108.85
108.50
109.05
109.90
110.70
1 1'1.40
111.50
110.90
110.50
110.50
'110.75
'111 .00
110.95
110.25
110.00
110.00
1'1o.60
1 1 t.00
110.80
109.85
109.50
109.50
'109.80
110.55
111 .00
1 10.00
1 10.15
109.80
109.40
'109.00
'108.90
109.20
109.65
1 10.55
1 11 .70
1 '12.00
11 1 .85
1 10.95
109.70
108.15
107.00
106.1 0
105.40
104.75
1(X.80
105.t5
1 06.10
107.80
109.15
1 10.00
1 10.00
1 09.60
1 08.30
107.70
107.20
1 06.50
1 00.1 5
'106.00
106.05
'100.50
106.90
107.50
108.05
108.50
108.35
'1o7.70
106_80
106.30
106.50
106.35
1 05.70
1 0r1.80
AInbient
46
46
46
46
46
46
46
46
46
46
46
46
46
46
46
46
46
46
46
46
46
46
46
46
46
46
46
46
46
48
46
46
46
46
46
48
47
47
47
47
47
47
47
47
47
47
47
47
47
47
47
47
47
47
47
47
47
47
47
47
47
48
48
48
48
48
48
48
48
48
48
48
49
49
49
49
49
49
49
49
Humidity
41.9
41.7
41.7
41.8
41.9
41.8
41.4
41.8
41.7
41.7
41.7
41.7
41.7
41.8
41.7
41.6
41.6
41.5
41.4
41.4
41.3
41.4
41.4
41.2
41.0
41.1
41.2
41.2
41.2
41.1
40.9
41.0
4't.1
41.2
41.2
41.2
41.2
41.1
41.0
40.E
40.5
40.3
40.0
39.8
3S.7
39.7
39.7
39.7
39.8
39.9
40.1
40.2
40.2
40.0
39.6
39.3
39.2
39.2
39.2
39.1
39.1
39.1
38.9
38.8
38.6
38.5
38.7
38.5
38.1
37.6
37.2
36.8
36.4
36.2
36.0
35.9
35.9
35.9
35.9
Run name
Test Run
Tost Run
Test Run
Test Run
Test Run
Tssl Run
Test Run
T6st Run
Tesl Run
Test Run
Tsst Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
T6st Run
Test Run
Te3t Run
Test Run
Test Run
Test Run
Test Run
Tesl Run
Test Run
T6st Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tost Run
Test Run
Test Run
Test Run
Tast Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tsst Run
Test Run
Tast Run
Test Run
Test Run
Test Run
Test Run
T6st Run
Tsst Run
Test Run
T6st Run
Test Run
Test Run
Test Run
Tsst Run
Test Run
Test Run
Test Run
T€st Run
Tesl Run
Test Run
Test Run
Tesi Run
Test Run
Tost Run
T€st Run
Test Run
T6t Run
Test Run
Test Run
TBt Run
Test Run
Test Run
Test Run
Test Run
T$t Run
Company
Station
Unit
TimeStamp
1110512024 10:52:51
1110512024 1O:53:O1
11lOSl2O24 10:53:11
1110512024 10:53:21
11lOSl2O24 10:53:31
11n512O24 10.53:41
1110512024 10.53:51
'l 1 lO5l2O24 1O:54:O1
'l1lO5l2O24 10:54:11
11lOSl2O24 10.il:21
11n5no24 10.54:31
1110512024 10:54:41
11lo5l2o24 10:54:51
1110512024 1O:55:O1
1110512024 'lO:55:11
1110512024 10:55:21
1110512024 10:55:31
1110512024 10:55:41
1 1/05/2024 10:55:51
1110.512024 1O:54:O1
11lOSl2O24 10:56.11
11lOSl2O24 10:56:21
11lOSl2O24 1O:56t31
11lO5lZO24 10:56:41
'l l/05/2024 10:56:51
11lOSl2O24 10:57 .O1
1110512024 10:57:11
11lOSl2O24 10:57.21
'l1lO5l2O24 10:57:31
1110512024 10:57 .41
1110512024 10:57 .5'l
1110512024 1O:58:O1
11/05/2024 10:58:11
111O512O24 10:58:21
'1 1/05/2024 l0:58:31
11/05/2024 10:58:41
11n5t2024 10.58.51
1110512024 1O:59:O1
11/05r'2024 10:59111
111O5t2024 10.59.21
11lOSl2O24 10.59:31
1110512024 10'.59:41
11/05/2024 10:59:5'l
11nSl2O24 11.OO:O1
1110512024 11:OO:11
11lOSl2O24 11:OO:21
1 1/05/2024 1 1:00;31
't1lO5l2O24 11:OO:41
1110512024 11:OO:51
1110512024 11:O1:01
11nSl2O24 1'l:O1:11
1110512024 11:O1:21
1110512024 1'l:O1:31
111O5t2O24 11:01:41
11n5f2024 11:01:51
11lOSl2O24 11:02:01
11nil2024 11:O2:11
11n512O24 '11:02:21
11n512O24 11:O2.31
11n512O24 11:02:41
1110512024 11:02:51
'l1lO5l2O24 11:o3:O1
11lOSl2O24 11:03:11
1110512024 11:03:21
1'llO5l2O24 11:03.31
11lOSl2O24 11:O3,41
1110512024 11:O3.51
1110512024 '11:O4:O1
11lOSl2O24 11:O4:11
1110512024 11:U:21
'l1lO5l2O24 11:U:31
11lOStzO24 11:U.41
11lOSnOz4 11:O4.5'l
11n5no24 11:05:O'l
11n512O21 11:05:11
11N5nO24 11:05:21
1 1O5/2024 1 1:05:31
1'l/05/2024 11 :05:41
11IO5PO24 11:O5:5'l
11lOSnO24 '11:06:01
PBarc
23.81
23.41
23.81
23.81
23.81
23.81
23.41
23.41
23.8'l
23.81
23.8',1
23.81
23.8'.1
23.81
23.8'l
23.81
23.81
23.81
23.81
23.81
23.8'l
23.81
23.8'l
23.81
23.81
23.41
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.8'l
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.8',1
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.8'l
23.81
23.81
23.8'l
23.81
23.81
23.E1
23.81
23.81
23.8'l
23.81
23.81
23.81
23.81
23.81
23.E'1
23.81
23.81
23.81
23.81
23.A1
23.81
141
Grcup nama
#1 Test Run - 60
*1 Test Run - 80
#'l TBt Run - 60
#1 Test Run - 80
#1 Tast Run - 60
#1 Test Run - 80
#1 Test Run - 60
#'l T6st Run - 60
#1 Test Run - 80
#1 Tesl Run - 80
#'l Test Run - 60
#1 T6st Run - 60
#1 Test Run - 80
*1 TBst Run - 60
#1 Test Run - 00
#1 Tsst Run - 60
#1 Test Run - 80
#1 Tsst Run - 00
#1 Test Run - 60
#1 Tsst Run - 60
#1 Tsst Run - 80
#1 Test Run - 60
#1 Tsst Run - 60fl Test Run - 60
#1 Tsst Run - 60
#1 Test Run - 60
#1 TBst Run - 80
#1 Tsst Run - 60
#1 Test Run - 60
#1 Tsst Run - 60
#1 Test Run - 60
#1 Tsst Run - 60
#1 Tsst Run - 60
#1 Test Run - e0
#1 Tost Run - 00
#1 Tast Run - 60
#1 Test Run - 60
#1 Tast Run - 60
#1 Tsst Run - 80
#1 Tsst Run - 60
#1 Test Run - e0
#1 Tsst Run - 80
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 T6st Run - 60
#1 Test Run - 80
#1 Tsst Run - 60
#1 Tsst Run - 60
#1 Tast Run - 80
#1 Tsst Run - 60
#1 Tsst Run - 60
#1 T6st Run - 80
#1 Tost Run - 60
#1 Test Run - 60
#1 Test Run - 00
#1 Test Run - 60
#1 Tast Run - 60
#1 Test Run - 60
#1 T6st Run - 60
f1 Tast Run - 80
#1 Test Run - 60
#1 Test Run - 60
#1 Tesl Run - 80
#1 Test Run - 80
#1 T6st Run - 60
#1 Test Run - 80
#1 Test Run - 60
*1 TBsl Run - 60
#1 Test Run - 60
#1 lest Run - 60
#'l Test Run - 60
#1 Test Run - 60
#1 Tast Run - 60*l TBt Run - 60
#'l Tsst Run - 60
#1 Test Run - 60
#1 Tsst Run - 60
*1 T6st Run - 60
#1 Test Run - 80
Altamont
East
cE-s
02
-0.07
-0.08
-0.06
-0.08
-0.06
-0.07
-0.07
-0.07
-0.08
-0.07
-0.07
-0.07
-0.06
-0.07
-0.08
-0.07
-0.08
-0.06
-0.09
-0.08
-0.08
-0.06
-0.08
-o.o7
-0.07
-0.07
-0.08
-0.08
-0.08
-0.07
-0.09
-0.07
-0.09
-0.05
-0.07
-0.05
-0.09
-0.05
-0.08
-0.05
-0.06
-0.06
-0.08
-0.07
-0.09
-0.08
-0.08
-0.05
-0.09
-0.07
-0.08
-0.07
-0.0E
-0.07
-0.08
-0.0s
-0.08
-0.08
-0.07
-0.07
-0.07
-0.07
-0.09
-0.07
4.07
-0.04
-0.07
-0.07
-0.09
-0.04
-0.09
-0.07
-0.09
-0.06
-0.08
-0.09
-0.08
-0.08
-0.07
-0.08
NOx
58.37
58.21
58.04
58.05
58.47
58.68
58.78
59.39
40.21
60.03
58.83
58.89
58.24
58.45
59.17
58.99
58.71
58.82
59.40
59.34
59.21
59.39
59.61
59.85
60.'18
59.93
58.64
58.83
59.44
59.87
60.39
59.77
s9.23
59.63
60.48
80.98
61.86
41.82
61.39
61.25
00.87
8O.42
59.23
59.92
61.53
61.38
81.20
61.33
61.33
6't.23
6'l.31
61.27
61.24
60.97
60.44
60.67
63.31
63.16
82.43
62.32
61.96
61.99
62.O1
61 .95
61.9!t
61.69
d1.17
60.84
60.25
60.49
81.39
61.11
60.18
60.23
60.34
60.47
60.64
60.71
80.91
60.88
co
1 03.1 5
102.40
101.90
101.75
'102.00
'102.00
102.00
102.20
102.50
102.45
101.75
101 .10
100.50
99.70
99.30
98.60
98.40
98.95
101 .95
104.90
107.05
107.50
106.80
105.10
104.'10
103.70
103.25
103.60
104.70
100.20
107.05
107.40
107.00
107.00
107.45
107.50
106.95
105.95
104.90
10/.25
103.75
103.00
1 02.50
1 02.80
104.70
107.20
108.00
108.75
107.75
106.75
'106.85
107 .70
109.35
110.85
111 .50
110.65
108,85
107.80
107.50
107.50
107.85
108.10
108.50
108.50
108.40
1 08.00
107.85
107.15
106.60
106.05
105.25
104.90
104.80
105.15
'105.80
106.00
105.95
104.80
1(N.05
104.00
Arnbiant
4g
49
49
49
49
49
49
49
49
48
48
48
48
48
48
49
49
49
49
49
49
49
49
49
49
49
49
49
49
49
49
49
49
49
49
49
49
49
49
49
49
49
49
49
49
49
49
49
4A
48
48
4A
4A
48
48
4A
48
48
4A
48
48
48
48
4A
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
Humidity
35.9
36.0
36.0
36.0
35.7
35.6
35.7
35.8
35.8
35.7
35.6
35.8
36.0
36.0
36.1
36.3
36.3
36.5
36.6
36.5
36.4
36.3
36.4
36.4
36.5
36.6
36.8
36.9
30.7
36.6
36.5
3€.4
36.3
36.3
36.0
35.9
35.9
35.9
35.7
35.7
35.6
35.5
35.4
35.5
35.8
36.0
36.1
36.3
38.4
38.s
36.6
36.7
36.8
36.9
36.9
36.9
38.9
36.9
38.9
38.9
36.8
36.9
36.7
36.6
36.5
36.s
36.7
38.9
36.9
36.9
36.9
36.7
36.6
36.6
30.6
36.9
36.8
36.7
36.7
Run name
Test Run
Test Run
Tast Run
Test Run
Tast Run
Test Run
Test Run
Test Run
Tagt Run
Test Run
Tast Run
Test Run
Test Run
Test Run
Tsst Run
Test Run
Test Run
Tast Run
Tsst Run
Tsst Run
Test Run
Test Run
Tast Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tast Run
Test Run
Test Run
Tsst Run
T6st Run
Test Run
Test Run
Test Run
Tetl Run
Test Run
Test Run
Test Run
Test Run
Tsst Run
Test Run
Tesl Run
T6st Run
Test Run
Tost Run
Test Run
Test Run
Test Run
Tesl Run
Tast Run
Test Run
Tsst Run
T6st Run
Test Run
Test Run
Test Run
T€st Run
Test Run
Test Run
T6st Run
Test Run
Test Run
Te3t Run
Test Run
Test Run
Test Run
Test Run
Tst Run
Tast Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
T6st Run
Comparry
Station
Unit
TimeStamp
111O512024 11.06:'11
11lOSl2O24 11tO8:21
11to512024 't 1 .04.31
1110512024 11:OA.41
1 1 lOSl2O24 1 I :O8:5'l
1110512021 11:O7:O1
11t05t2024 11 .O7 .11
1110512024 11:07:2'l
111051202411:O7 i1
1110512024 11:07:41
1110512024 11:O7'.51
1110512024 11:O8:O1
11lOg2O24 11:08:11
1110512024 '11:Og:21
1'llOSl2O24 11:Oa3'l
11lOSl2O24 11:08:41
11lOSl2O24 11:08:51
111O512O24 11 .O9:O1
11t05t2024 ',t1 .09:11
11lOSl2O24 11 .09:21
11lOSl2O24 11:09:31
11nil2g24 11:09'.41
11t05t2024 11 .O9.51
11lOSl2O24 '11:1O'.O1
11lOSl2O24 11:10:'11
1110512024 11:10:21
1 I l05l2o24 1 1 .1O:3'l
11lo'l2o24 11:'lO:41
1110512024 11:10:51
1'llO5l2O24 11:11:O'l
11lOSl2O24 11 .11:11
11losl2g24 11:11 .2'l
111O512O24 11:11:31
1110512024 11:11:41
1110512O24 11:11 .5'l
1110512024 11:12:01
1110512024 11:12:11
11lOSl2O24 11:12:21
11lOSl2O24 11:12:31
1110512024 11:12:41
1110512024 11:12:51
11lOSl2O24 11:13:01
1110512024 11:13:11
11lo5l2o24 11:13:21
1110512O24 11:13:31
1110512024 11:13141
11lo5l2o24 11:13:51
1'llO5l2O24 11:14:01
11lOSl2O24 11:14:11
1110512024 11:14:21
11lo1l2o24 1'l:14:31
1'UOSI2O24 1'l:14:41
'l1lO5l2O24 11:14:51
111O5120.24'11:15:01
1110512024'11:15:11
1110512024 11:15.21
11n5no24 11:'15:31
11n6noz4 11:15:4'l
11lO5nO24 11:15:51
11lOSl2O24 11:14:01
11105120,24 11:14111
11lOSl2O24 11:16:21
11/0t2024 11:16:31
11lO5l2O24 11 .16:41
1 1 lO5l2O24 1 1 :'18:51
11lOSl2O24 11.17:O1
1110512O24 11:17:11
1110512024 11:17:21
1110512024 11.',t1.31
1110512024 11 .17:41
'l1lO5l2O24 11:17:5'l
'l1l05l2O24 11:14:o1
11rc5nq24 11:14:11
11lO5l-2O24 11:18.21
11nSnO24 11:18:31
11nSnO24 11:18:41
11N512O24 11:14:51
1110512024 11.19:01
11Nsno24 11:19:11
1110512024 11:19:21
PBarc
23.81
23.81
23.E'1
23.8't
23.81
23.81
23.81
23.8'.1
23.81
23.81
23.81
23.91
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
2X.81
23.81
23.81
23.E,1
23.81
23.81
23.81
23.61
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.8 1
23.81
23.81
23.A1
23.8 1
23.41
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.41
23.8'1
23.81
23.81
23.81
23.81
23.81
23.81
23.8'1
23.61
23.81
23.81
23.81
23.81
23.81
23.81
23.81
142
Group name
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 00
#1 Test Run - 60
#'1 Tsst Run - 60
#1 Test Run - 60
#1 Test Run - 60fl Test Run - 60
#1 Test Run - 60
#1 Tesi Run - 60
#1 Tsst Run - 60
#1 Test Run - 60
#1 Tsst Run - 60
#1 Test Run - 60
#1 Tesi Run - 80
#1 Test Run - 00
#1 Test Run - 60
#1 T6st Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Tsst Run - 00
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 00
#'l Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#'1 Test Run - 00
#1 Tost Run - 60
#1 Test Run - 00
#1 Test Run - 80
#1 Tast Run - 60
*1 Test Run - 80
#1 Test Run - 60
#1 Test Run - 60
#1 Tast Run - 60
#1 Test Run - 60
#1 Tast Run - 80
#1 Tast Run - 60
#1 Test Run - 60
#'l Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#'1 Test Run - 60
# l Test Run - 60
#1 Test Run - 60
#1 Tesl Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 00
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#l Test Run - 0O
#'l Test Run - 60
#1 Test Run - 60
#l Test Run - 60
*1 Test Run - 60
*1 Tsst Run - 60
#1 Test Run - 60
#1 Test Run - 60
,1 Test Run - 80
#1 Test Run - 60
Altamonl
East
02
-0.08
-0.07
-0.07
-0.07
-0.08
-0.07
-0.09
-0.06
-0.07
-0.08
-0.08
-0.09
-0.07
-0.07
-0.00
-0.07
-0.00
-0.07
-0.06
-0.07
-0.07
-0.07
-0.06
-0.08
-0.07
-0.08
-0.05
-0.07
-0.07
-0.07
-0.07
-0.07
-0.06
-0.09
-0.06
-0.07
-0.05
-0.08
-0.06
-0.10
-0.07
-0.09
-0.06
-0.10
-0.07
-0.09
-0.06
-0.1 0
-0.05
-0.09
-0.06
-0.09
-0.07
-0.08
-0.06
-0.08
-0.04
-0.09
-0.06
-0.08
-0.07
-0.07
4.06
-0.07
-0.07
-0.08
-0.06
-0.07
-0.06
-0.07
-0.06
-0.09
-0.09
-0.09
-0.04
-0.07
-0.08
-0.07
-0.07
-0.07
NOx
61.08
61 .19
01.20
81.21
61.60
61.55
81.55
61.55
61.42
60.95
60.26
60.41
60.45
00.19
59.91
60.59
61.60
61.38
41.23
81.2E
61.38
6'l.6rl
62.15
62.10
61.99
61.90
01.80
61.66
60.89
60.85
60.64
61.23
62.22
62.20
63.01
62.60
60.61
00.6s
60.71
60.73
60.82
80.47
59.90
59.74
59.08
59.51
60.32
59.69
59.04
59.19
60.43
60.43
60.72
60.30
59.01
59.32
59.87
60.49
61.19
61.02
60.48
59.85
58.83
59.18
59.53
59.65
60.35
60.35
60.41
60.04
61.32
61.98
63.02
62.80
62.50
42.70
62.90
62.64
62.48
62.44
co
104.35
'105.00
106.45
107.95
108.50
'108.40
107.60
106.55
106.00
108.20
100.75
107,40
107.50
107.50
107.05
106.20
105.30
l0/..70
105.50
107.40
'109.90
'I 12.'10
1 13.00
1'11 .85
110.40
'109.30
109.00
10s.10
109.50
109.20
'108.20
107.50
'108.80
10e.50
105.05
106.00
'106.00
106.00
'106.30
'to7.20
107.85
108.00
107.90
107.50
107.80
108.30
109.30
109.50
108.80
1 08.1 0
107.50
'107.60
108.30
1 09.1 0
109.50
1 09.70
1 09.50
109.50
109.40
109.30
109.35
108.50
107.40
1 06.1 0
1 05.50
'105.80
108.00
106.00
105.70
'104.85
104.25
1()4.30
105.40
'to7.40
109.70
1 1 1.50
1 1 '1.50
110.15
108.1 0
1 08.35
tunbiant
48
48
48
48
4A
48
48
48
48
48
48
48
49
49
49
50
50
51
51
51
52
s2
52
52
52
52
52
52
52
52
53
53
53
53
53
53
53
53
53
53
53
53
52
52
52
52
52
52
52
52
51
51
51
51
51
51
51
51
51
51
50
50
50
50
50
50
50
50
50
50
49
49
49
49
49
49
49
49
49
49
Humidity
36.6
36.6
36.7
38.8
37.1
37.1
37.',1
37.2
37.4
37.8
37.6
38.3
38.9
39.4
39.6
39.5
39.1
38.0
37 .1
38.5
35.4
34.8
34.3
34.1
33.9
33.5
33.6
33.7
33.7
33.6
33.3
33.4
32.5
31.6
30.9
30.5
30.4
30.4
30.e
30.9
31.3
31.6
31 .9
32.2
32.5
33.0
39.4
33.6
33.7
33.8
33.8
33.7
33.6
33.6
33.5
33.6
33.7
33.8
33.9
34.0
33.9
33.8
33.8
33.9
33.9y.1
v.4
v.7
34.8
34.8
34.8
34.E
34.8
35.1
35.3
35.7
35.9
36.1
36.2
Run name
Test Run
Test Run
Test Run
Tast Run
Test Run
Test Run
Testflun
Tast Run
Test Run
Test Run
Test Run
TestRm
Test Run
Test Run
Test Run
Test Run
Tesl Run
Test Run
Test Run
Test Run
Tesl Run
Test Run
Test Run
Test Run
Tesl Run
Tesl Run
Test Run
Test Run
Test Run
Tesl Run
Tesl Run
Tesl Run
Test Run
Tegl Run
Tast Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tesl Run
Test Run
Tesl Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tesl Run
Tesi Run
Test Run
Tesl Run
Test Run
Tesl Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tesi Run
Test Run
Test Run
Test Run
Tesl Run
Test Run
Test Run
T€st Run
Test Run
T4t Run
Test Run
Company
Station
Unit
TimeStamp
1110512024 11:19:31
11lOSl2O24 11:19:41
1110512024 11:19:5'l
11lOSl2O24 11:2O:O1
1110512024 '11:2O:1'l
1110512024 11:20:21
11lOSl2O24 11:20:31
1110512024 11.20.41
1110512024 1'l:20:51
1110512024 11:21:O1
11lOSl2O24 1'l:21.11
1110512024 11:21.21
1110'512024 11:2'l:31
11n5t2024 11.21.41
1110512024 11:21:51
11t05t2024 11.22.01
11N512O24 11:22:11
11t05t2024 11"22.21
1110'512024 11:?2:3'l
1110512024 11:22:41
11to5t2024 11.22.s'l
11n512O24 11:23:01
1'110512024 11t23t11
1'l lO5l2O24 11:23:21
11lO5nA24 'l.1:23:31
1110512024 11 .23:41
1110512024 11:23:5'l
I',t 10512024 ',l 1 :24:01
11lO5lZO24 '11:24:11
1'l lO5l2O24 1'l:24:21
1110512024 11:24:31
11l0sl20z4 11:24:41
1110512024 'l.1:24:51
1'llOSl2O24 '11:25:01
1'l lO5l2O24'l 1 :25. 1'l
11lOSl2O24 11:25:21
11lOSl2O24 11:25:31
1110512024 11:25:4'l
11lOSl2O24 11:25:51
1110512024 11:28.0'l
1110512024 11:26:11
1110512024 11:26:21
1110512024 11:26.31
1110512024 11:26:41
11lOSl2O24 11:26.51
1110512024 1'l:27 01
11lOSl2O24 11:27 11
11lOSl2O24 1'l:27 .21
11lOSl2O24 11:27'.31
1110512024 11:27.41
1110512024 11:27.51
1110512024 1'l:28:01
11rc5n024 11:28:11
11nil2024 11:2A.21
11n512O24 1'l:28:31
1110512024 11:28:41
11N5nO24 11:28:51
11N512O24 '11:29:01
11n5no24 '11:29:11
11NS/2O24 11:29:21
1110512024 'l.1:29:31
11lOSl2O24 11:29:4'l
11D5nO21 11:29:51
11lOSl2O24 11:30:01
11lOSl2O24 11:3O:11
1'llo5l2o24 11:3O:2'l
1110512024 11:30:31
I1lO5l2O24'l1 30:41
11lOSl2O24 11:30:51
11 lO5l2O24 'l 1 :31 :O1
1110512024 11:31:11
rlOSnO24 11:31:21
11rc5no24 11:31:31
'l1lO5l2O21 11:31:11
11n5no24 11:31:51
11lOSf2O24 11:32:01
AYorlg.
11n5n024 11:37.23
11fi5n024 11:37:33
PBam
23.81
23.8'l
23.81
23.81
23.81
23.81
23.81
23.41
23.81
23.41
23.81
23.81
23.81
23.41
23.81
23.E'1
23.81
23.81
23.81
23.81
23.41
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.8'l
23.81
23.81
23.E,l
23.81
23.8'1
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.8't
23.81
23.81
23.81
23.El
23.41
23.81
23,41
23.41
23.81
23.41
23,81
23.81
23.41
23.41
23.81
23.41
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.81
23.80
23.80
143
Group name
f1 Test Run - 60
#1 Tast Run - 60
#1 Test Run - 00
#1 Test Run - 60
#l Test Run - 60
#1 Test Run - 00
#l Test Run - 60
#1 Tsst Run - 60
#1 Test Run - 60
#'l Tast Run - 50
#1 Tast Rm - 60
#1 Test Run - 80
#1 T6st Run - 60
#1 T6st Run - 60
#1 Tast Run - 60
#'l Test Run - 60
#1 Tsst Run - 60
#1 Test Run - 60
#1 Tast Run - 60
#1 Test Run - 60
#1 TBst Run - 60
#1 Tsst Run - 60
f1 Test Run - 00
*1 Test Run - 60
#1 Test Run - 60
*1 Test Run - 60
#'1 Tast Run - 60
#1 T6st Run - 80
ll Tast Run - e0
#1 T$t Run - 80
#1 Test Run - 60
#1 Tost Run - 80
#1 Tast Run - 80
*1 Test Run - 00
fl Tasl Run - 60
#1 Test Run - 60
#1 Test Run - 60fl T6st Run - 60
#1 Tast Run - 60
*1 T6st Run - 60
#1 Test Run - 60
#1 Tast Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Tast Run - 60
#1 Test Run - 60
#'l Test Run - 60
#1 Test Run - 60
#1 Test Run - 60
#1 Tesl Run - 60
#1 Test Run - 60
#'l Test Run - 60
#1 Test Run - 60
#1 Test Run - 00
#1 Tast Run - 60
#1 Tast Run - 60
#1 Test Run - 60
#1 Test Run - 00
#1 Test Run - 60
#1 Test Run - 60
#'1 Test Run - 60
#1 Tost Run - 60
*1 TBt Run - 80
#1 Test Run - 60
#1 Test Run - 60
#1 Test Run - 80
#1 Test Run - 60
*1 Test Run - 60
#1 Test Run - 60
#1 T€st Run - 60
#1 Test Run - 60
#1 T6st Run - 60
#1 Test Run - 80
#1 Test Run - 60
*1 Test Run - 80
#1 Tsst Run - 60
#1 Bias Check
#1 Bias Check
Altamont
East
cE-5
o2
-0.09
-0.05
-0.09
-0.07
-0.08
-0.08
-0.08
-0.05
-0.10
-0.07
-0.10
-0.08
-0.08
-0.06
-0.10
-0.07
-0.08
-0.07
-0.08
-0.06
-0.07
-0.05
-0.09
-0.07
-0.08
-0.08
-0.08
-0.05
-0.08
-0.07
-0.06
-0.06
-0.08
-0.07
-0.09
-0.06
-0.10
-0.07
-0.06
-0.08
-0.08
-0.00
-0.07
-0.07
-0.08
-0.08
-0.06
-0.05
-0.09
-0.05
-0.09
-0.07
-0.08
-0.07
-0.09
-0.07
-0.07
-0.06
-0.08
-0.07
-0.09
-0.07
4.O7
-0.07
-0.06
-0.06
-0.07
-0.00
-0.07
-0.08
-0.07
-0.08
-0.08
-0.M
-0.08
-0.07
{.07
-0.05
-0.03
NOx
42.17
62.14
61.67
61.91
42.54
82.1'1
81.48
62.31
83.05
81.72
59.90
61.3'l
63.48
63.37
61.98
61.96
61.65
61.85
62.58
61.73
60.35
60.38
60.40
oo.77
61.65
61.40
81.1 1
4o.47
59.85
59.97
60.1 7
60.02
59.1 3
59.04
58.96
58.95
58.89
58.82
58.74
58.79
59.05
58.41
57.48
57.53
59.73
59.46
58.42
58.77
s9.49
s8.84
57.22
57.83
58.50
58.64
58.90
59.04
59.40
59.27
59.'14
59.15
59.37
59.30
58.86
58.59
58.04
58.45
59.03
55.27
59.39
59.39
59.67
59.57
59.37
59.39
59.10
59.1 1
60.2'l
187.41
147.M
CO
109.55
1 10.95
1 1 1.35
1 10.50
109.60
109.00
109.35
109.50
109.50
109.50
109.50
109.50
'109.50
'109.50
109.20
108.00
106.80
105.70
105.50
105.50
105.45
'1M.80
103.70
103.00
103.00
103.50
1(x.15
104.85
105.00
1U.75
1U.75
105.40
106.20
107.20
108.20
'108.40
108.00
107.65
108,00
108.00
107.85
107.50
'107.10
107.00
107,00
100.90
106.35
106.00
106.00
106.50
106.50
105.85
105,20
105.00
105.40
'108.50
107.55
1 08.35
108.50
108.45
108.00
107.90
107.20
107.00
106.80
1 06.50
'106.10
1 05.50
1 05.1 0
104.50
1(x.50
10/1.50
105.15
105.55
't06.00
106.00
10E.34
-1.52
-1.55
Ambient
49
48
48
48
48
48
48
4A
48
4A
4A
48
49
49
49
49
49
49
49
49
49
49
49
49
49
48
48
48
48
48
48
48
48
4A
48
48
48
4A
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
48
4A
48
48
48
48
48
48
48
48
49
50
Humidity
3€.5
36.9
37.1
37.2
37 .1
36.9
36.7
36.5
36.5
38.4
38.4
36.6
34.4
38.3
38.0
35.9
35.8
35.9
36.0
38.1
36.1
36.1
38.1
36.1
36.1
38.3
36.5
36.7
38.8
36.9
36.9
36.9
38.9
37.0
37.1
37.2
37.2
37.0
36.9
30.8
36.9
36.9
36.9
37.0
37.2
37.4
37.5
37.6
37.7
37.9
38.0
38.1
38.1
38.2
38.5
38.8
39.0
38.9
38.7
38.7
38.8
38.8
38.7
38.8
38.9
39.0
38.8
38.4
3{t.4
34.2
38.2
38.1
38.3
38.4
38.5
38.8
37.7
37.2
36.5
Run name
Test Run
Tast Run
Test Run
Test Run
Tast Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tesl Run
Tesl Run
Test Run
Test Run
T6sl Run
Tesl Run
Tesi Run
Test Run
Test Run
Test Run
Test Run
Tesl Run
Test Run
T$t Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
T6st Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
T6st Run
Test Run
Test Run
Test Run
Test Run
Tesl Run
Test Run
Tesl Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tesl Run
Test Run
Test Run
Test Run
NOx Bias
NOt Bias
Company
Station
Unit
TimeStamp
1110512024 11:37:43
11lo5l2o24 11:37:53
1110512024 11:38:03
111O512O24 11:34:13
Avenga
43:54
44:U
44:14
44:24
44:U
44:44
48:48
48:58
49:08
49:18
49:28
49:38
111O5t2024 11:
11tO512024 1',!)
1110512024 1't:
11t05t2024 1'.t:
11t05t2024 11:
11tO512024 11.
Avoraqa
11n5t2024 1',|.
11n5t2024 11:
111O5t2024 1',ll
11t05t2024 11:
1110'512024 11:
11t05t2024 11.
AverSqs
1110512024 12:05:28
1110512024 12:o53a
'1110512024 12:05:48
111O512024 12:o5:5a
11lOSl2O24 12:04:08
1110512024 12:04i8
'1110512024 12:06:28
'l1lO5l2O24 12:06:34
1110512024 12:06:44
'l1lOSl2O24 12:06:58
11105t2024 12.07.O8
11tO512024 12.07.18
1 1 1O5t2024 ',t2 .O7
"2811lOSl2O24 '12:07:34
1'llo5l2o24 12:07:44
'l 1 lO5l2O24 12:07 :58
1110512024 12.Oa:O8
1110512024 12:Oa:14
11tO512024 12'.08.28
11lo5l2024 12:08:38
1110512024 12:OA.4A
1110512024 12:08:58
1110512024 12:O9:OA
11lOSl2O24 12:09:18
1110512024 12:09:24
11lOSl2O24 12:09:38
1110512024 12:09:48
11t05t2024 12'.O9:5A
1110512024 12:1O:Oa
1110512024 12:10:18
1110512024 12:'lo:24
1110512O24 12:10:34
11lOSl2O24 12:10:44
11lOSl2O24 12:lO:58
1110512024 12:11:Oo
1110512024 12:11:14
11lOSl2O21 12:11:28
1110512024 12:11:34
1110512024 12:11:44
11losl2o24 12:11:58
11lOSl2O24 12:'12:OB
11lOSl2O24 12:12:18
11n512o24 12.12:24
11lOSl2O24 12:12:38
11n512O24 12112:48
1110512024 12:12:54
11nSl2O24 12:13:Oa
11lOSl2O24 12:13:18
1110512024 12:13:24
1'llOSl2O24 12:13:36
1110512O24 12:13:44
11n5no24 12:13:58
11lO5nO24 12:14:04
1110512024 12:14.14
'l1lOSl2O24 12:14:28
1110512024 12:14:38
1110512024 12:14:48
1110512024 12:14:58
PBarc
23.80
23.80
23.80
23.80
23.80
23.80
23.80
23.80
23.80
23.80
23.80
23.E0
23.80
23.80
23.80
23.80
23.80
23.80
23.80
23.79
25.79
23.79
23.79
23.75
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23."19
23.79
23.79
23.79
23.79
23.79
23.19
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
14
Group nam€
#'1 Bias Check
#'l Bias Check
#1 Bias Check
#1 Bias Check
#'l Bias Check
#l BiEs Chec*
#1 Bias Chek
#1 Bias Check
#1 Bias Ch*k
#1 Bias Ch6ck
#1 Bias Check
#1 Bias Chek
#1 Bias Chek
#1 Bias Check
#1 Bias Chmk
#1 Bias Check
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 80
#2 Test Run - 60
#2 Tesl Run - 60
#2 TBst Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 80
#2 Test Run - 80
#2 Test Run - 60
#2 Test Run - 00
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 80
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 TBst Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 00
#2 Test Run - 60
#2 Test Run - 60
*2 Test Run - 80
#2 Tsst Run - 00
#2 Test Run - 60
*2 Test Run - 60
#2 Test Run - 80
#2 Test Run - 60
#2 T6st Run - 60
#2 Tast Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Tast Run - 80
#2 Tost Run - 60
#2 Test Run - 80
*2 TBt Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Tast Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 80
#2 Test Run - 60
i2 Test Run - 60
*2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Tast Run - 60
#2 Test Run - 60
#2 Test Run - 60
Altamont
Eact
o2
-0.04
-0.03
-0.04
-o.o2
{,04
5.13
5.07
5.09
5.06
5.09
5.06
5.08
-0.02
-0.02
-0.01
-0.03
-0.(]4
-0.04
-0.03
-0.06
-0.08
-0.05
-0.08
-0.05
-0.07
-0.05
-0.05
-0.06
-0.06
-0.07
-0.07
-0.05
-0.07
-0.05
-0.06
-0.05
-0.06
-0.04
-0.06
-0.06
-0.06
-0.06
-0.06
-0.06
-0.06
-0.06
-0.05
-0.08
-o.06
-0.07
-0.06
-0.07
-0.06
-0.06
-0.06
-0.05
-0.06
-0.06
-0.08
-0.06
-0.06
-0.07
-0.07
-0.06
-0.04
-0.06
-0.06
-0.06
-0.07
{.07
-0.07
-0.05
4.06
-0.08
-0.06
-0.06
-0.07
NOx
187.69
187.77
187.75
187.75
18f.87
1.62
1 .33
1.04
1.00
o.71
0.65
1.06
0.19
0.19
0.19
0.19
0.'19
0.20
0.1 9
84.91
65.24
64.67
64.16
64.1 9
64.28
63.86
63.19
83.30
84.26
64.22
64.14
u.26
64.48
64.39
84.23
64.23
64.20
64.47
65.1 0
64.47
64.51
64.36
63.82
63.80
63.37
63.29
62.57
63.14
64.76
64.37
63.51
63.14
62.64
62.33
61.39
62.28
63.73
63.88
u.12
84.15
64.33
64.1 1
63.07
42.70
61.77
61.78
01.70
61.53
61 .09
61 .39
02.19
61 .91
61 .43
61 .47
62.34
e2.28
62.04
co
-1.58
-1.59
-1.59
-1.58
-1.57
- t.43
-1.34
-1.2s
-1.20
-1.20
-1.20
-1.27
192.00
192.00
192.00
192.00
192.00
192.00
192.00
100.50
100.90
101.00
101.40
10't.95
102.65
104.10
105.75
106.75
106.75
1 05.90
1 04.60
103.60
103.00
1 03.00
1 03.00
1 02.80
1 02.50
1 02.50
1 02.50
1 02.50
102.40
1 02.00
101 .50
101 .50
101 .70
1 02.00
102.00
101 .45
1 00.20
99.80
100.25
101 .80
103.25
104.85
105.45
105.50
105.50
105.'15
104.80
'104.45
1 04.00
1 03.70
103.25
1 02.65
102.20
101 .50
101.15
1 00.55
100.40
1 00.00
100.45
'100.80
101 .20
101 .90
102.80
104.00
104.50
Ambient
50
50
50
49
5o
48
47
47
47
47
47
17
47
47
47
47
47
47
17
Humidity
36.0
35.9
35.9
36.1
36.3
37.5
37.5
37 .7
37.8
37.9
37.f
39.2
39.'1
39.1
39.3
39.2
39.1
39.2
42.3
41.4
40.2
39.2
38.4
38.0
37.7
36.9
36.3
35.8
35.6
34.8
v.2
33.9
33.8
lto
34.3
34.3
34.0
33.9
33.4
33.0
33.0
33.0
33.0
33.0
33.2
3:t.3
33.3
33.6
33.8
33.9
34.1
34.3
u.4
34.5
34.5
34.5
34.5
34.5
34.5
34.7
34.9
35.0
35.0
34.9
35.0
35.1
34.8
u.7
34.5
34.5
u.5
34.7
34.8
u.6
u.3
34.4
Run name
NOx Bias
NOx Bias
NOx Bias
NOx Bias
02 Bias
02 Bias
O2 Bias
02 Bias
02 Bias
02 Bias
CO Bias
CO Bias
CO Bias
CO Bias
CO Bias
CO Bias
Tesl Run
Test Run
Tesl Run
Test Run
Tast Run
Test Run
Test Run
Test Run
Tesl Run
Test Run
Test Run
Test Run
Tesl Run
Tsst Run
Test Run
Test Run
Tesl Run
Test Run
Test Run
T€st Run
Tesl Run
Test Run
Test Run
Test Run
Test Run
T€st Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
T6st Run
Test Run
Tesl Run
Test Run
Test Run
Test Run
Test Run
Tesi Run
Test Run
T€st Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
T6st Run
Tesl Run
T$t Run
39
40
40
40
41
41
41
41
41
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
41
41
41
41
41
41
41
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
40
Company
Stration
Unit
TimeStamp
'l1lO5l2O24 12:'15:OA
1110512O24 12:15:18
1110512024 12:15:2A
11lOSnO24 12:15:U
1110512024 12:15:48
1'llO5l2O24 12:15:58
1110512024 12:16:0A
11lOSl2O24 12:16:18
1110512024 12:18:29
1llOSl?O24 12:16:34
11t05t2024 12iA.4A
1110512024 12:16:58
11N512O24 12:17.OA
11t05t2024 12..17..1A
1110512024 12:17:28
11lOSl2O24'12:17:*
'l1lO5l2O24 12:'17:44
1110512024 't2:17 .58
1110512024 '12:'l.8:Oo
1110'512024 12:18:18
11lOSl2O24 12:18:28
111O5t2024 12.1838
11n512O24 12.18:48
1110512024 12:14:54
1110512024 12:19:08
1'llOSl2O24 12:19.1A
1'llOil2o24 12:19:2a
1110512024 1219t38
1110512024 12:19:48
11tO512024 12.19.58
11tO512024 12,20.O8
1110512024 12:20:18
111O512024 12.2O:28
'11to512024 12"20:34
1110512024 12:20:44
1110512024 '12.20:58
1110512024 12:21:Og
111O512024 12:21:18
'1110512024 12:21:24
1110512024 12:21:34
1110512024 '12.21:48
1110512024 12:21:58
11n512O24 12:22:08
'l1lO5l2O24 '12:22:14
1110512024 12:22:28
1110512024 12:22:38
11to5l2o24 '12:22.4a
1'lt05t2024 't2:22.58
1110512O24 12:23:08
1110512024 12:23j8
1110512024 12:23.28
1110512024 12:23.38
1110512024 12:23:48
1110512024 12:23:54
11n5r'2024 12:24:Oa
11n512O24 12:24:18
11n512O24 12:24:29
11oSQO24 12:2434
11N5nO24 12.24:44
'l1lOSl2O24 12.24:5A
1110512024 12.25:0A
111O512O24 12:25:18
1110'512024 12:25:28
1110512024 122534
1110512024 12.25:48
1110512024 12:25:54
1110512024 12:28:OA
1110512024 12:2gtg
1 1 lO5l2O24 12:26:28
1110512024 12:26:U
'l1lO5l2O24 12:24:48
11lOg2O24 12:26.58
11rc5no24 12.27:Oa
11n5f2024 12:27:18
11n512424 12:27:24
11N512O24 12:27:38
11n5no24 12:27.4A
11n5no24 12:27:58
11NSI2O24 12:28:08
1110512024 12:28:18
Altamont
East
cE-5
02
-0.05
-0.07
-0.06
-0.06
-0.06
-0.06
-0.06
-0.07
-0.07
-0.06
-0.06
-0.00
-0.06
-0.07
-0.06
-0.06
-0.07
-0.07
-0.06
-0.05
-0.07
-0.08
-o.08
-0.05
-0.06
-0.05
-0.06
-0.05
-0.08
-0.08
-0.08
-0.05
-0.00
-0.06
-0.07
-0.08
-0.06
-0.07
-0.06
-0.07
-0.06
-0.07
-0.00
-0.07
-0.07
-0.07
-0.06
-0.06
-0.04
-0.07
-0.05
-0.0s
-0.05
-0.05
-0.05
-0.05
-0.05
-0.07
-0.06
-0.07
-0.05
-0.07
-0.05
-0.05
{.05
-0.06
-0.05
-0.05
-o.04
-0.04
-0.08
-0.07
-0.07
-0.08
-0.07
-0.05
{.06
-0.07
-0.00
-0.05
NOx
61 .'16
59.02
59.82
60.53
60.78
61.49
61.53
61.42
61.20
60.95
61.26
81.45
81.46
62.16
62.1 5
82.17
62.24
42.36
62.80
43.12
02.86
62.42
62.36
82.21
42.46
62.89
62.85
62.44
62.59
63.32
63.27
63.1 I
63.1 0
42.94
62.74
62.58
82.62
62.55
82.40
42.27
62.27
62.U
61.89
81.80
63.03
65.89
65.72
65"56
85.24
04.78
64.92
65.01
65.09
65.37
64.61
63.49
63.45
62.96
42.92
62.63
61.99
60.19
60.08
60.13
61.55
62.U
62.46
81.96
62.27
62.77
82.05
60.80
80.73
60.31
60.43
60.93
01..14
62.96
83.58
64.60
co
104.05
103.70
102.95
102.50
'101.80
101.05
'100.25
100.00
100.30
101.25
'102.35
103.80
104.85
105.70
106.00
105.75
104.90
104.20
1(x.00
103.65
103.40
102.30
10'l .55
100.85
100.50
100.50
100.50
100.50
'100.50
100.50
100.50
100.80
101.75
102.50
102.90
103.00
102.30
101.80
101.50
101 .50
101.85
102.70
103.25
1 03.50
103.40
'102.80
102.45
102.00
101 .60
101.05
100.50
100.50
100.s0
100.95
101 .'10
100.80
1 00.1 5
'100.00
'100.00
100.00
'100.60
101 .50
1 02.55
103.40
1@.10
'104.55
105.00
105.45
'105.30
104.45
103.'t 5
101.40
100.60
100.50
'100.50
'100.50
100.50
100.50
100.50
100 50
tunbiBnt
40
40
40
40
40
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
41
41
11
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
4'l
41
41
41
41
41
41
41
41
4'l
41
41
1'1
PBam
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.75
23.79
23.75
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.?9
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
2t.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
145
Humidity
u.4
u.2
34.0
34.0
34.0
u.1
34.3
34.6
34.7
u.8
34.9
35.'t
35.4
35.5
35.5
35.4
35.3
35.5
35.6
35.4
35.'1
35.0
35.0
35.1
35.0
35.1
35.3
35.4
35.5
35.7
36.1
36.2
35.5
35.2
35.1
u.7
u.4
u.1
34.0
33.5
33.1
32.9
32.9
32.9
32.8
32.4
32.7
32.3
31.8
31.7
31.8
32.1
32.4
32.7
32.7
Jt.o
32.6
32.4
32.1
31.7
31.0
30.5
30.2
30.1
30.0
30.0
30.0
30.0
N.2
30.4
30.5
30.8
30.8
30.9
31.0
30.9
30.9
31.1
31.4
31.1
Run name
Test Rln
Test Run
Test Run
Test Run
Tast Run
Tsst Run
Test Run
T6st Run
Tost Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tsst Run
Test Run
Te3l Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tesl Run
Test Run
Test Run
T6st Run
Test Run
Tast Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
T6st Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tsst Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
T6st Run
T$t Run
Test Run
T6st Run
Test Run
Test Run
Test Run
T6st Run
Test Run
Tast Run
Test Run
Test Run
T6st Run
Group nam6
#2 Test Run - 60
#2 Tesl Run - 60
#2 Test Run - 80
#2 Tesl Run - 80
#2 Tast Run - 60
#2 T6st Run - 80
#2 Tesi Run - 60
#2 T6st Run - 60
#2 Tsst Run - 60
#2 Tsst Run - 60
#2 Tsst Run - 00
*2 Test Run - 80
f2 Tsst Run - 80
#2 Test Run.00
#2 Test Run - 80
#2 Tost Run - 60
#2 Test Run - 00
#2 Tast Run - 60
#2 Test Run - 80
#2 Tesi Run - 00
#2 Test Run - 00
*2 Test Run - 60
#2 Test Run - 80
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Tesl Run - 60
#2 Tost Run - 80
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Tesl Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Tsst Run - 60
#2 Test Run - 60
#2 Tsst Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Tast Run - 60
#2 Test Run - 00
#2 Test Run - 60
#2 Tost Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
f2 Tsst Run - 60
#2 Tsst Run - 80
#2 T6st Run - 60
#2 Test Run - 60
#2 Test Run - 00
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 00
#2 Test Run - 60
#2 Test Run - 60
#2 Test Ruf, - 60
#2 T€st Run - 60
#2 T$t Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 80
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 80
#2 Test Run - 50
#2 Test Run - 60
#2 Test Run - 80
TimeStamp
1110512024 12.28:24
111O5t2024 12.2A..39
11tO512024 12.28.44
1110512024 12.28.58
11lo5l2024 12:29:oa
11lo1l2o24 12:29:14
1'llOSl2O24 12:29:24
1110512024 12:29:34
111O5t2024 ',t2.29:48
1110512024 12:29:54
11l05t2024 12:3O:OA
'l1lo5l2i24 12:30:18
1110512024 12:30:24
1110512024 12:30:34
1110512024 12:30:48
11lOSl2O24 12:30:54
1110512024 12:31:oa
1 'l lO5l2O24 '12:31 :18
1 1 lO5l2O24 '12:31 :29
1110512024 12:31:3A
11lOSl2O24 12:31:48
11lOSl2O24 12:31:54
1'llO5l2O24 12:32:Oa
11lOSl2O24 12:32:14
11lOSl2O24 12:32:29
11lOSl2O24 12:32:38
11lo5l2o24 12:32:48
11lOSl2O24 12:32.5A
1110512024 12:33:oa
1110512024 12:33:14
1110512024 12:33:24
1110512024 12:33.38
1110512024 12:33:44
1110512024 12:33:54
1110512024 12:U.Og
1110512024 12:34:18
1110512024 12:34:24
11lOSl2O24 12:34.38
1110512024 12:34:44
1110512024 12:34:58
1110512024 12:35:OA
111O512O24 12:35:14
'l1lOSl2O24 12:35:24
11t05t2024 12.35.38
1110512024 12:35:48
1110512024 12:35:58
1 1 lOSl2O24 12:34:OA
11lOSl2O24 12:36:18
1110,512024 12:36.24
1110512024 12:36:38
'l1lOSl2O24 12:36:48
11lOSl2O24 12:36:58
1110512024 ''12:37:08
11rc5no24 '12:37:14
11lOSl2O24 12:37:24
11n5nt24 12:37.34
1110512o24 12:37:44
1110512024 12:37:54
1110512024 123A:Og
1110512024 12:3AiA
1110512024 12:38:2A
1110512024 12343fJ
11lOSl2O24 12:38:48
1110512024 12.38:58
1'llOSl2O24 12:39:oa
'l1lo5l2L2412:39 18
1110512024 12:39'.28
'l1l05l2o24 12:39:34
1110512021 12:39'.48
11lOSl2O24 12:39:58
1110512024 12:40:Oa
1110512024 12:40:14
11lO5nO24 12.40.28
11n5r'2021 12:40:38
11n5no24 12:40:44
11n5f2024 12:40:58
11nWO2412:41:OA
'l1lO5l2O24 12:41:18
1110512024 12:41'.28
11lO5nO24 12:41 .38
A/tamont
East
cE-5
o2
-0.06
-0.06
-0.06
-0.05
-0.06
-0.07
-0.07
-0.07
-0.06
-0.07
-0.05
-0.07
-0.07
-0.07
-0.05
-0.08
-0.06
-0.07
-o.o7
-0.07
-0.05
-0.07
-0.06
-0.06
-0.09
-0.06
-0.07
-0.06
-0.06
-0.05
-0.07
-0.07
-0.07
-0.07
-0.06
-0.06
-0.06
-0.06
-0.07
-0.06
-0.07
-0.06
-0.07
-0.06
-0.06
-0.07
-0.06
-0.07
-0.06
-0.06
-0.08
-0.06
-0.07
-0.06
-0.08
-0.07
-0.07
-0.07
-0.08
-0.07
-0,06
-0.06
-0.07
-0.05
-0.07
-0.06
-0.06
-0.07
-0.07
-0.07
-0.06
-0.06
-0.07
-0.06
-0.07
-0.06
-0.07
-0.07
-0.07
-0.08
NOx
63.94
62.92
62.53
61.38
60.77
59.68
60.38
61.14
60.93
60.00
60.31
51.07
61.14
61.56
61.96
62.55
62.00
80.84
60.9'l
60.85
60.79
60.89
61.08
60.22
60.13
60.95
61.24
61.93
61.52
60.61
61.70
62.87
62.39
61.01
61.65
82.37
64.00
66.26
66.21
64.22
64.18
63.45
63.27
62.68
82.62
62.62
62.71
62.90
63.29
63.92
64.21
64.69
04.66
64.55
64.33
63.50
63.45
63.21
62.73
6l .96
61.74
61.24
61 .06
60.96
61.20
61.39
61.60
61.95
62.O4
62.72
62.74
62.56
62.05
61 .15
61.69
62.16
62.13
63.21
62.47
60.88
co
101 .70
102.95
103.75
104.20
103.80
102,50
101 .40
100.80
1 00.55
101 .1 5
102.05
103.60
104.50
105.35
105.10
104.75
104.05
104.00
103.75
103.05
102.70
1 02.55
103.00
104.60
106.35
108.40
110.25
11 '1.00
1 10.00
108.20
'106.15
'105.10
105.15
105.60
106.00
'106.05
105.50
104.80
104.25
104.00
104.30
104.50
'104.95
105.35
105.70
106.00
105.55
105,20
105.00
105.00
104.80
'104.25
1 02.90
102.50
1 02.50
102.75
'103.00
103.00
103.20
103.75
104.80
106.30
107.2s
107.50
1 07.50
107.35
107.00
106.30
105.65
105.05
104.50
1(X.00
103.35
102.45
101.75
100.75
100.40
1 00.1 0
100.50
101.45
Ambiant
41
41
41
41
41
41
41
4',|
4'l
41
41
41
4',!
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
41
4',!
11
41
41
41
41
41
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
PBarc
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.?9
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.75
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.?9
23.19
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23_79
146
Humidity
31.3
31.1
3'1.2
31.2
31.2
31.2
31.5
31.8
31.7
31.5
31.6
31.8
31.9
31 .5
31.1
30.7
30.6
30.4
30.4
30.3
30.1
29.4
29.7
29.7
29.8
30.0
30.2
30.3
30.4
30.4
30.5
30.9
Jt.t
31.2
31 .4
31 .9
31 .9
31 .9
31.8
31.7
31.6
31 .6
31.6
31.6
31.8
32.0
32.2
32.3
32.3
32.3
32.1
31.9
31.8
31.8
31.7
31.8
31.6
31.6
31.6
31.1
30.6
30.3
30.2
30.0
29.9
29.7
29.7
29.4
29.2
29.3
29.5
29.7
29.7
29.7
29.7
30.2
30.4
30.5
30.4
Run name
Test Run
Test Run
Test Run
Test Run
T6st Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tost Run
Test Run
Test Run
Test Run
Test Run
T6st Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
T€st Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
T€3t Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
T6st Run
Test Run
Test Run
Tesl Run
Tesl Run
Test Run
Test Run
T6st Run
Tsst Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
T6st Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tesi Run
Test Run
Test Run
Test Run
Group narn6
#2 Test Run - 60
#2 Test Run - 60
*2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 80
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
f2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 00
#2 Tast Run - 80
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 80
*2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 80
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 80
#2 Test Run - 60
#2 Tesl Run - 60
f2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 80
#2 Test Run - 80
il2 Test Run - 60
#2 Tesl Run - 80
#2 Test Run - 60
il2 Test Run - 60
#2 Test Run - 80
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
*2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 80
#2 Test Run - 60
#2 Test Run - 80
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
f2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 80
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 TBt Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 00
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 T$t Run - 60
#2 Test Run - 60
Company
Station
Unit
TimeStamp
11lOSl2O24 12:41:48
11lOSl2O24 12:41.58
11t05t2024 12.42.OE
11nSl2O24 12:12.18
11lOSl2O24 12:42:28
't1lO5l2O24 12:42:38
11lOSl2O24 12:42.48
't1lo5t2024 't2.42.58
11nSl2O24 12:43.O9
1110512024 12:43:18
1'llO5l2O24 12:43.28
1110512024 12:43.3A
1110512024 12:43'.48
1110512024 12:43:58
11lOSl2O24 12:44.OA
1110512021 12:44:18
1110512024 12:44:28
11lOSl2O24 12:44.3A
11lOSl2O24 12:44:48
1110512024 12:44:54
111O512024 12.45:OB
11lOSl2O24 12:45:18
'l1tOSl2O24 '12:45:28
1110512024 12:45:34
1110512024 12:45:48
11tO512024 '12.45:58
1114512024 12:44:AA
11lOSl2O24 12:16:18
1110512024 12:44:28
1110512024 12:48:38
I I 10512024 't2:16'.48
1'110512024 12:44:58
1110512024 12:47:Og
11tO512O24 12:47.18
1'110,512024 12:47.2A
1110512024 12:47 .38
1110512024 12:47:44
1110512024 12:47:58
11lOSl2O24 12:4A.Og
11lOSl2O24 12:4A:18
11lOSl2O24 12:44.24
11lOSl2O24 12:1938
1110512024 12:48.48
1110512024 12:48.58
1110512024 12:49.OA
1110512024 12:49j9
1110512024 12:49.28
11lOSl2O24 12:49:34
1110512024 12:49.44
11tO512024 12.49.58
1110512024 12:50.OA
1110512024 12:5O'.1A
1110512024 12:50.2A
1'll05l2024 12:50'.38
11lO5nO24 12"50.48
11lOSl2O24 12:50.58
11rc5no24 12:51:Og
11n512O24 12:51:18
11nil2l24 12:51:2A
11lOSl2O24 12:51:38
1110512024 12:51:48
11lOSl2O24 12:il.5A
1110512024 12:52.0a
1110512024 12:52.18
11lOSl2O24 12:52:24
11lOSl2O24 12:52:Xg
1110512024 12:52:49
1110512024 12:52:54
1110512024 12:53:Oa
1110512024 12:g:18
1110512024 12:53:24
11losl2o24 12:53:38
11nSf2O24 12:53:48
1110512024 12:53:58
11nil2o24 12:il:OA
11n5no24 12:54:18
11NS|2O24 12:54'.28
11n5no24 12:54:34
11n512O24 12:54:48
1110512024 12:54'.58
PBaro
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.75
23.79
23.79
23.79
2s.79
23.79
23.79
?3.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23_79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.?9
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.19
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.19
23.79
23.79
23.19
23.79
23.79
23.79
23.79
23.79
23.75
23.79
23.79
23.79
23.79
23.79
23.79
147
Group name
#2 Test Run - 60
#2 Test Run - 80
*2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - g0
il2 Tesl Run - 80
*2 Test Run - €0
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 80
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 80
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 80
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - e0
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 80
#2 Tesl Run - 00
#2 Test Run - 80
,2 T$1 Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
fZ Test Run - 60
#2 Test Run - 80
#2 Tesl Run - 60
*2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Tesi Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 00
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 80
#2 Test Run - 60
#2 Test Run - 80
,2 Test Run - B0
,2 Tesi Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
*2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 80
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 00
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 80
Altamont
Easi
cE-5
o2
-0.06
-0.07
-0.06
-0.07
-0.07
-0.06
-0.06
-0.06
-0.07
-0.06
-0.06
-0.07
-0.06
-0.06
-0.07
-0.07
-0.07
-0.07
-0.07
-0.08
-0.07
-0.07
-0.06
-0.07
-0.06
-0.07
-0.06
-0.47
-0.07
-0.07
-0.07
-0.06
-0.06
-0.06
-0.07
-0.06
-0.06
-0.08
-0.06
-0.06
-0.06
-0.06
-0.06
-0.08
-0.06
-0.07
-0.06
-0.07
-0.06
-0.07
-0.06
-0.07
-0.07
-0.08
-0.06
-0.06
-0.07
-0.07
-0.06
-0.06
-0.06
-0.07
-0.06
-o.o7
-0.06
-0.00
-0.07
-0.06
-0.08
-0.06
-0.07
-0.06
-0.06
-0.07
-0.06
-0.07
-0.06
-0.06
-0.07
-0.06
NOx
61.63
62.57
67.54
63.05
62.99
62.78
62.54
61.97
62.15
62.35
82.32
62.37
62.32
62.09
61.64
80.98
41.22
61.41
81.44
61.50
6'1.61
62.55
62.09
60.77
61.86
83.54
42.*
62.36
62.09
61.57
60.82
59.43
59.50
8't.53
61.57
42.15
62.12
81.85
62.97
44.73
87.O7
69.85
68.09
63.50
63.20
62.54
42.52
62.90
63.1 1
63.75
63.76
63.80
63.40
62.69
42.32
61.54
61.06
00.61
61.37
62.62
82.11
8't.12
81.20
83.19
63.01
62.44
62.34
61.98
62.16
62.30
62.62
63.18
83.09
62.93
63.14
63.53
63.52
62.41
62.35
61 .10
co
103.30
104.55
105.00
1 04.50
103.20
102.10
'101.50
101.70
't02.70
103.50
'104.00
103.35
101 .85
101.20
'101 .00
101 .85
1 02.35
1 02-50
1 02.1 5
102.00
102.00
1 02.50
1 03.1 0
1 03.50
103.00
102.75
102.60
103.40
1 04.1 s
104.60
104.50
'104.05
103.1 5
'102.80
102.50
102.50
101 .90
101 .30
100.30
100.00
100.00
100.40
100.75
101 .00
101 .50
102.85
104.55
'106.50
107.40
107.10
105.95
104.55
103.85
1 03.1 5
102.60
101 .80
100.55
100.05
100.00
100,s5
100.85
'101 .65
102.45
1 03.60
1 04.1 0
'104,50
104.50
104.50
104.50
't04. t5
104.00
104.45
105.15
105.60
106.00
'105.5s
105.50
'105.50
105.75
'106.00
Ambienl
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
42
41
4',|
41
4'l
41
41
41
41
41
41
41
41
40
40
41
41
41
40
40
40
40
40
40
Humidity
30.4
30.4
30.6
30.8
31 .0
30.9
30.8
30.7
30.3
30.1
30.1
30.3
30.4
30.6
30.5
30.3
30.3
30.4
30.6
30.9
31.1
30.9
N.7
30.8
30.7
30.6
30.5
30.5
30.5
30.7
30.9
30.8
30.8
30.8
30.9
31 .1
31.2
31.2
31.5
31.9
32.1
31 .7
31.1
30.9
30.8
30.4
30.2
30.1
30.1
30.4
30.6
30.7
30.8
30.9
30.7
30.5
30.3
30.2
30.2
30.1
30.0
30.'l
30.2
30.2
30.2
30.3
30.5
30.7
30.8
31 .0
31.4
31.5
3l .4
31.3
31.3
31.7
32.O
32.2
32.2
32.2
Run name
Test Run
Test Run
Test Run
Tast Run
Tast Run
Tesl Run
Tasl Run
Test Run
T6st Run
Test Run
Test Run
Test Run
Test Run
T6st Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tast Run
T6st Run
Test Run
Test Run
Test Run
Tssl Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tast Run
Test Run
TBlt Run
Test Run
T6st Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tast Run
T6st Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
T'estRun
Tost Run
Test Run
T6st Run
Test Run
T*t Run
T6st Run
Test Run
Test Run
Test Run
TBt Run
T$t Run
Test Run
Test Run
Test Run
TimeStamp
ln5no24 12:55:08
1110512024 12:55:18
11lo5t2024 12:55:24
111O512O24 12:55:38
11lo1l2o24 12:55:44
1 1 lO5l2O24 '12 .s5:54
1 1 lO5l2O24 '12 .Sa:OB
1110512024 12'.56:18
1110512024 12:54:24
1110512024 12156:38
1 1 tO512024 ',12 .5e:48
1110512024 12:54:5E
1110612024 12:57:oa
11nSl2O24 12:57:14
1 1 tO5l2O24 '12 .57 :24
11lO5l2O24 12.57:34
1110512024 12:57:48
1110512024 12.57:54
1110512024 12:54:Oa
1 1 lo5l2o24 12 .58:14
1110612o24 12:54:24
111051202412:58:38
11lOSl2O24 12:58:44
1110512024 12:5a:58
1110512024 12:59:Oa
1110512024 12:59:14
1110512024 12:59:24
1110512024 12:59:34
1 1 l15l2o24 't2:59:48
1110512024 12:59:58
'I1105/2024 I3:00:08
1uO5l2O24 13:Oo:14
11lOSl2O24 13:00:26
1 1 lOSl2O24 13:OO:38
1110512024 13t0O:48
1 '1l0t2024 13:o0:54
11/05/2024 13:01:08
1110512024 13.o1:14
1110512024 13:01:28
1 1 /05/2024 1 3:01 :38
1110512024 13:01:48
1110512024 13:01:58
1110512024 13.O2:OA
11nsl2l24 13:02:18
1110512O24 13:02:28
1110512024 13:02:38
1110512024 13:02:44
111O5t2024 13"02:58
1110512024 13:O3:oa
1110512024 13:03:14
'l1lOSl2O24 13:03:24
11lOSl2O24 13:03:38
11lOSl2O24 13:03:48
'l 1/05/2024 13:03:58
11lost2024 13:O4:Og
1110512024 13:04:18
11lOSl2O24 13:04.28
1110512024 13:04:38
11N512O24 13:04:44
110sl2o24 13:U:58
'11105/2024 13:05:08
1110512024 13:05:18
Avorags
11losl2o24 13:09:47
1110612024 13:09:57
1110512024 13:1O:O7
1110512024 13:1o:17
1110612024 13:10:27
1110512024 13:10:37
Avorage
11lOSl2O24 13:14:47
1110512024 13:14:57
11n5n0z4 13:15:O7
1110512024 '13:15:17
11nil2024 13:15:27
11N5nO24 13:15:37
Avenge
Altamont
East
cE-5
o2
-0.07
-0.06
-0.07
-0.07
-0.06
-0.07
-0.06
-0.06
-0.07
-0.06
-0.07
-0.07
-0.07
-0.07
-0.06
-0.08
-0.06
-0.06
-0.07
-0.07
-0.06
-0.06
-0.06
-0.00
-0.07
-0.07
-0.07
-0.06
-0.07
-0.06
-0.07
-0.07
-0.06
-0.06
-0.07
-0.06
-0.04
-0.06
-0.07
-0.06
-0.08
-0.06
-0.07
-0.08
-0.06
-0.08
-0.07
-0.08
-0.07
-0.08
-0.07
-0.07
-0.06
-0.07
-0.07
-0.07
-0.08
-0.06
-0.08
-0.06
-0.07
-0.07
.0.06
-0.03
-0.04
{.04
-0.03
-0.03
-0.03
-0.03
5.09
5.09
5.07
5.08
5.06
5.07
5.08
PBaro
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.?9
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
2t.f I
144
Grcup name
#2 Test Run - 60
f2 Test Run - 60
#2 Test Run - 60
#2 Tssl Run - 60
#2 Test Run - 60
#2 Test Run - 60
*2 Tsst Run - 60
#2 T6st Run - 60
#2 Tsst Run - 00
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 80
#2 Test Run - 60
#2 Test Run - 80
#2 Test Run - 80
*2 Test Run - 60
#2 Test Run - 60
f2 Tsst Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
f2 Test Run - 80
#2 Test Run - 60
#2 Tsst Run - 60
#2 Tsst Run - 60
#2 Test Run - 60
#2 Test Run - 80
#2 Test Run - 60
#2 Test Run - 60
#2 Tesl Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Tsst Run - 60
#2 Test Run - 00
#2 Test Run - 60
#2 Test Run - 60
#2 TBst Run - 60
#2 Tast Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 T6st Run - 60
#2 Tssi Run - 60
#2 T6st Run - 60
#2 Test Run - 60
f2 Test Run - 00
#2 Tesl Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 T€st Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 T6st Run - 60
#2 Test Run - 60
#2 T6st Run - 60
#2 Test Run - 60
#2 Test Run - 60
#2 Bias Check
#2 Bias Chock
#2 Bias Check
#2 Bias Check
#2 Bias Check
#2 Bias Check
#2 Bias Check
#2 Bias Check
#2 Bias Check
#2 Bias Check
#2 Bias Check
#2 Bias Check
Run name
Test Run
Tsst Run
Test Run
Test Run
Test Run
T€st Run
Test Run
Test Run
T€st Run
Test R!n
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tsst Run
Tsst Run
Test Run
Tast Run
Test Run
Test Run
T6st Run
Tast Run
Test Run
Test Run
Test Run
Tost Run
Tast Run
Test Run
Test Run
Test Run
Test Run
Tast Run
T6st Run
Test Run
Test Run
Tsst Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tesl Run
Test Run
Tast Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
NOx Bias
NOx Bias
NOx Bias
NOx Bias
NOx Bias
NOx Bias
02 Bias
02 Bias
02 Bias
02 Bias
O2 Bias
02 Bias
NOx
61 .32
62.06
62.48
63.35
63.29
63.38
04.07
84.69
64.07
62.59
43.24
a4.26
64.00
61.69
62.01
64.32
64.46
65.1 9
64.81
63.99
83.1 1
61.70
62.06
62.33
61.88
81.05
61.98
63.06
63.02
62.E9
62.93
83.52
64.1 5
65.24
04.85
63.83
83.90
63.51
63.08
42.29
02.06
El.U
41.82
00.93
61.16
61.89
61.43
61.16
61.03
60.74
60.59
60.03
60.20
60.45
81.00
81.91
61.85
41.42
61.54
41.22
61.36
61.38
62.56
187.23
187 .76
187.74
187.88
'187.98
188.27
187.62
1.77
1.ll
1.O7
0.79
0.74
0.59
1.01
co
105.70
106.00
106.00
105.65
106.00
106.40
106.50
106.40
105.25
103.60
102.45
102.40
I 03.1 0
'103.80
'104.90
105.25
'106.00
106.80
107.65
108.35
108.50
108.85
109.00
108.60
107.20
105.15
103.30
102.70
'103.10
10,4..20
105.40
106.80
108.00
109.35
'l l 1.00
1 1 3.10
114.40
1 15.00
't14.20
112.95
't 12.00
11 1 ,50
11 1.55
112.10
112.95
1 13.00
1 13,00
1 13.00
't12.50
112.10
112.00
111.70
1 10.75
1 10.15
1 09.50
'107.80
1 06.35
1 05.30
1 05.00
105.15
105.55
100.00
103.98
-1.66
-1.68
-1.70
-1.72
-1.75
-1.78
-1.72
-1.80
-'1.48
-1.41
-1.36
-1.35
-1.36
-1./B
Ambient
40
40
40
40
39
39
39
39
39
39
39
39
39
39
39
39
39
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
38
39
39
39
39
39
39
39
40
40
40
40
40
40
40
40
41
41
41
41
41
41
41
41
41
41
41
42
42
/tl
42
42
42
42
42
42
12
43
43
43
43
43
43
/E
Humidity
32.2
32.2
32.3
32.4
32.4
32.4
32.5
32.7
32.8
33.0
33.1
33.2
33.5
33.6
33.8
33.7
33.7
33.8
33.7
33.7
33.6
33.6
33.6
33.7
33.7
34.1
v.4
v.7
u.9
35.0
35.2
35.4
35.7
35.9
36.0
36.1
36.1
35.9
35.6
35.2
35.0
v.7
u.5
34.3
33.9
33.7
33.6
JJ.C
33.4
33.1
33.0
32.7
32.s
32.2
32.1
31.9
31.7
31.6
31.5
31.4
31.4
31.4
32.5
31 .1
31.3
31 .4
31.5
31.7
31 .9
31.5
30.6
30.7
30.8
30.9
30.9
30.8
30.1
Company
Station
Unit
TimaStamp
1110512024 13:18:34
11lOSl2O24 13:18:44
1110512024 13:18:54
1110512024 13:19:U
11lOSl2O24 13:19:'14
1110512024 13:19:24
AYerag.
1110512024 13:27:35
11lOSl2O24 13:27:45
1110512024 13:27.55
1110512024 13:2a:O5
11n512O24 13:28:15
1110512024 13:28:25
11t05t2024 13.28.35
1110512021 13:28:45
'l1lO5l2O24 13:28:55
1 1 lOSl2024 ',13 .29 .O5
11lOSl2O24 13:29:15
1110512024 13:29:25
11li5l2o24 13:29:35
1110512024 13:29:45
11lOSl2O24 13129.55
1 1/05/2024 13:30:05
1'l105/2024 13:30:15
1 't lO5t2O24 13:30 .25
1110512024 13:30'.35
11lo1l2o24 13:30:45
11/05/2024 13:30:55
1110512024 13:31.O5
11lOSl2O24 13:31:15
111O5t2024 13.31.25
11/05/2024'13:31:35
11n5t2024 13.31.45
11/05/2024 13:31:55
1110512O24 13:32:OS
1110512024 13:32:15
1110512024 13:32:25
11lOSl2O24 13:32:35
1110'512024 13:32:45
1'llO5l2O24 13:32.55
1'l105/2024 13:33:05
1110512024 13:33:15
1110512024 13.33.25
1 l/05/2024 13:33:35
11lOSl2O24 13:33.45
1 1/05/2024 13:33:55
111O512024 13:34:05
111O512024 13:i4:15
1 1 lOSl2O24 13:34 .25
1110512024 13:34.35
11lOSl2O24 13:34:45
1110512024 13:34:55
11/05/2024 13:35:05
'1 1/05/2024 13:35:15
1110512024 13:35:25
1 1/05/2024 13:35:35
11n512O24 13:35:45
'1105/2024 13:35:55
1'105/2024 13:36:05
1 1/05/2024 1 3:38:1 5
11lOSl2O24 1334:25
1 1/05/2024 1 3;36:35
111O5r2O24 13.3A:45
1110512024 13:36:55
1110512024 13:31:Os
1110512024 13:37'.15
1110512024 13:37 .25
11lOSl2O24 13:31:35
1110512024 13:37:45
1110512024 13:37:55
1'1l0t2024 13:38:05
11/012024 13:38:15
1110512024 13:38'.25
1 1/05/2024 13:38:35
11n512O24 13:38:45
1 1/052024 13:38:55
11/Ot2024 13:39:05
11/05/2024 13:39:15
11n512O24 13:39:25
Altamont
East
cE-5
o2
-0.04
-0.03
-0.(X
-0.04
-0.04
-0.04
{t.04
-0.07
-0.07
-0.07
-0.06
-0.08
-0.07
-0.07
-0.06
-0.06
-0.08
-0.07
-0.07
-0.06
-0.07
-0.06
-0.07
-0.07
-0.07
-0.07
-0.07
-0.07
-0.07
-0.07
-0.07
-0.07
-0.07
-0.08
-0.07
-0.08
-0.07
-0.08
-0.07
-0.08
-0.07
-0.07
-0.07
-0.06
-0.0E
-0.07
-0.07
-0.07
-0.08
-0.07
-0.08
-0.08
-0.07
-0.07
-0.07
-0.08
-0.07
-0.07
-0.07
-0.07
-0.07
-0.08
4.07
-0.07
-0.08
-0.07
-0.08
-0.07
-0.07
-0.06
-0.08
-0.07
-0.07
-0.07
-0.08
-0,08
-0.06
-0.07
-0.07
NOx
0.29
0.28
o.27
o.25
o.22
o.22
0.26
03.1 1
63.06
82.92
63.06
63.56
63.09
62.2'l
62.29
62.42
62.59
62.99
83.54
04.51
64.51
84.29
84.03
63.05
63.12
63.20
63.07
a2.u
62.93
63.37
63.40
63.45
63.22
42.75
63.07
63.52
63.42
82.g',l.
63,07
63.66
63.65
63.35
63.94
64.93
64.79
63.99
63.97
63.67
63.87
64.43
64.55
85.29
64.95
63.86
84.02
64.58
63.69
82.40
62.83
63.'16
83.17
63.19
62.05
60.39
61.01
62.03
61 .93
60.52
60.31
59.18
59.85
61.21
62.O7
63.82
63.39
62.88
62.76
62.19
82.24
co
191.00
19't.00
191.00
'191 .00
191 .00
191 .00
191.00
106.00
105.70
105.00
't(x.'15
104.00
104.40
104.7s
105.00
't05.00
105.00
105.45
106.30
107.40
'108.20
109.70
I 10.80
1 1 1.95
1 13.10
1 1 3.80
1't3.75
1 12.95
1 11.40
1 10.00
108.80
107.95
1 07.50
1 07.50
'107.30
'107.00
107.25
108.35
'109.50
'I 10.80
't l 1.45
11 1.15
1 10.60
1 10.55
11 1.00
111.00
1 10.70
109.45
108.00
106.95
106.55
107.00
107.00
1 07.00
107.00
'107.00
107.20
107.50
'107.55
108.25
109.05
109.50
109.50
109.15
1 08.15
107.60
100.85
106.50
'106.90
107.1s
107.60
108.35
108.90
109.05
109.25
108.50
107.30
100.15
105.30
tunbienl
43
43
43
43
43
43
43
44
44
44
44
44
44
44
44
44
44
44
44
44
44
44
44
44
44
44
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
44
44
45
45
45
45
45
45
46
46
46
46
47
47
47
47
47
47
47
46
46
46
46
46
46
46
45
45
45
45
45
45
45
45
45
45
Humidity
30.1
30.0
30.0
30.1
30.4
30.5
30.2
28.9
28.8
24.4
28.0
27.8
27.8
28.0
28.2
24.5
28.7
28.8
28.7
28.2
27.7
27.4
27.1
26.9
26.9
27.7
28.0
28.3
28.3
28.2
28.3
28.4
28.5
28.5
28.5
28.7
29.2
29.',1
28.6
28.3
28.3
30.1
32.X
32.4
32.2
30.9
29.2
28.6
29.2
28.8
28.9
29.5
29.8
29.3
27.8
26.3
25.5
24.4
24.4
24.1
23.9
24.O
24.1
24.0
23.8
23.7
23.6
23.5
23.6
23.8
24.1
24.4
24.6
24.7
24.7
24.8
24.9
Run name
CO Bias
CO Bias
CO Bias
CO Bias
CO Bias
CO Bias
T6st Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
T6st Run
Tast Run
Test Run
Tast Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tost Run
Test Run
Test Run
Test Run
Test Run
Telt Run
T€sl Run
Tosl Run
Test Run
T€st Run
Test Run
Test Run
T€st Run
Test Run
T6st Run
Test Run
T6st Run
Test Run
Tsst Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tsst Run
Test Run
T6sl Run
T6st Run
Test Run
Test Run
Test Run
Test Run
Test Run
T€st Run
TBst Run
Test Run
Test Run
Test Run
Test Run
T€st Run
Test Run
Test Run
Tesi Run
Tost Run
Test Run
Tesi Run
Test Run
Tesl Run
Test Run
Tast Run
T€st Run
Test Run
PBarc
23.79
23.79
23.?9
23.79
23.79
23.79
' 23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
2X.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.75
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
2X.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
149
Group name
#2 Bias Check
#2 Bias Ch*k
#2 Bias Chmk
#2 Bias Chek
#2 Bias Check
#2 Bias Check
#3 T6st Run - 50
#3 Tesl Run - 60
#3 Tast Run - 80
#3 Test Run - 80
#3 T6st Run - 60
*3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Tost Run - 60
,r3 Test Run - 80
*3 Tast Run - 50
,3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 00
#3 Test Run - 60
#3 Test Run - 00
#3 Test Run - 60
#3 Test Run - 80
#3 Tasi Run - 80
#3 Tesl Run - 80
#3 Test Run - 60
#3 Test Run - 60
#3 Tsst Run - 60
#3 Tsst Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
f3 Test Run - 60
,,3 Test Run - 60
#3 Test Run - 60
,13 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 T6st Run - 60
#3 Test Run - 60
#3 Test Run - 60
{.3 Test Run - 60
#3 Tost Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 T6st Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
{3 Test Run - 60
#€ Test Run - 60
#3 Test Run - 60
*3 Test Run - 60
#3 Test Run - 60
*3 Test Run - 60
*3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Tesl Run - 60
#3 T6st Run - 60
#3 Test Run - 00
#3 Test Run - 60
#3 Ta3t Run - 60
#3 T6st Run - 60
Company
Station
Unit
TimeStamp
1110512O24 13:39:35
1110512024 13:39:45
'l'llO5l2O24 13:39:55
1110512024 13.4O:O5
1110512024 13:40:15
11lo5l2o24 13:40:25
1110512024 13:40:35
11lo5l2o24 13:40:45
1'llO5l2O24 13:40:55
't 1 lo5l2024 't3 .4',t :o5
1'l lo5l2o24'13.41 :'l 5
1110512024 13:41:25
11lo5l2o24 13:41:35
1110512024 13.41,45
11t05t2024 13.41.55
1110512024 13:42.05
't't lo5l2024 't3 .42 .15
'l'll05l2o24 13:42:25
11lOSl2O24 'l.3:42:35
1110512024 13:42:45
1110512024 13.42.55
11lOSl2O24 13:43:05
'l1lO5l2O24 '13:43:15
't1lo5l2024 't3.43.25
1 1 lOSl2O24 13:43:35
1 1 lO5l2O24 13:43:45
111O5t2024 13..43.55
1110512021 13:44:05
1110512024 13:44.15
1110512024 13:44:25
11t05t2024 13.44.35
1110512O24 13.44:45
1110612124 13:44:55
11lOSl2O24 13:45:05
11lOSl2O24 13:45.15
11lOSl2O24 13:45:25
11lOSl2O24 13:45:35
11n512O24 13:45:45
1110512O24 13:45:55
'l1lo5l2o24 13:46:05
1110512024 13:46:15
1'llo5l2124 13:46:25
1110'512024 13:46:35
1110512024 13:16:45
11/05/2024 13:46:55
1110512024 13:47:O5
1110512024 13:47:15
1110512024 13:47:25
11lOSl2O24 13:47:35
1 1 lO5l2O24 '13:47 :45
1 'l lO5l2O24 13:47 :55
1 1/05/2024 'l 3:48:05
11lOSl2O24 13:48:15
'1110il2424 13:44:25
1 1/0512024 1 3:48:35
11|O5EO24 13:44:45
11n5no24 13:18:55
11N512O24 13:49:05
'l1lO5l2O24 13:49:15
11nSl2O24 13:49:25
1110512021 '13.49:35
11lO5l'2O24 13.49:45
1 1/05/202,1 I 3:49:55
1 1/05/2024 1 3:50:05
1110512024 13:50:15
11lOSl2O24 13:50:25
1 1/05/2024 13:50:35
1110512024 '13:50:45
1 1/05/2024 '1 3:50:55
1110512024 13:51:o5
1110512024 13:51:15
111O5f2O24 13:51:25
1 1/05/2024 1 3:5'l :35
1 1/05r'2024 13:51:45
1 1/05/2024 '13:5'l :55
11nSl2O24 13:52:05
11nSl2O24 1.3:52:15
11n512024 '.t3.52.25
11n512O24 13:52:35
11tO5120.24 ',t3.52.45
Aliamont
Ea3t
cE-5
o2
-0.08
-0.07
-0.08
-0.07
-0.07
-0.07
-0.07
-0.08
-0.07
-0.07
-0.07
-0.07
-0.07
-0.08
-0.07
-0.08
-0.07
-0.08
-0.07
-0.07
-0.08
-0.07
-0.08
-0.06
-0.08
-0.07
-0.08
-0.07
-0.08
-0.07
-0.07
-0.08
-0.07
-0.08
-0.07
-0.08
-0.07
-0.07
-0.07
-0.07
-0.08
-0.08
-0.08
-0.07
-0.08
-0.07
-0.08
-0.07
-0.08
-0.07
-0.07
-0.07
-0.07
-0.07
-0.08
-0.08
-0.07
-0.07
-0.07
-0.08
-0.07
-0.08
-0.07
-0.07
-0.07
-o.08
-0.07
-0.08
-0.07
-0.08
-0.08
-0.07
-0.08
-0.o7
-0.07
-0.07
-0.08
-0.08
-0.07
-0.08
NOx
42.40
62.33
61.58
61.92
62.91
62.91
93.36
63.09
82.89
02.83
02.83
63.07
63.59
83.80
84.23
64.58
64.87
04.90
65.52
65.26
64.09
44.26
64.85
84.74
64.98
04.03
62.96
63.50
64.64
64.47
64.22
63.85
63.51
63.5/t
83.53
63.55
83.54
03.54
63.57
64.01
65.09
64.17
63.1 I
63.20
63.15
62.78
61.93
61.99
83.38
e3.37
63.1 1
63.44
64.54
64.49
64.45
83.81
63.09
63.06
62.64
62.95
03.50
63.13
02.68
02.74
62.97
62.87
82.50
62.74
63.42
63.34
63.1 6
83.47
64.'15
83.67
62.42
62.21
61.71
61.'13
60.58
60.58
co
105.15
105.85
'107.00
'108.50
110.60
'112.05
113.00
112.85
112.15
112.20
1 12.80
1 13.90
'114.50
114.00
't12.40
111.15
1 1 1.00
11 1.35
't12.70
1 13.80
111.75
1 15.35
1 15.00
1 13.80
112.40
112.10
1 12.90
't 13.45
1 13.65
112.70
1 10.95
109.40
108.50
108.80
109.60
1 10.50
111.00
1 10.55
110.50
110.65
111 .35
1 11 .95
1 11 .90
1 11 .0s
1 10.05
'109.20
108.45
107 .75
107.00
106.40
104.25
106.60
107.00
107,35
106.80
1 0€.1 0
106.00
1 06.00
106.40
1 06.50
1 06.35
1 05.05
1(X.60
1 04.1 5
104.00
'104.05
1 04.75
1 05.30
1 05.50
105.50
'105.20
105.00
105.00
105.00
105.40
105.20
'104.6s
104.30
104.00
104.25
Ambient
45
45
45
45
44
44
44
44
44
44
44
44
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
43
44
44
44
44
14
44
44
44
44
44
44
44
44
44
44
44
44
44
44
44
44
44
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
PBarc
23.79
23.79
23.75
23.79
23.79
23.79
23.79
23.79
23.79
23.75
23.79
23.79
23.?9
23.79
2X.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.75
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.75
23.79
23.79
Humidity
24.E
24.8
24.5
24.5
24.7
24.9
25.1
25.4
25.4
26.0
m.1
20.0
25.9
25.8
26.0
28.3
26.4
28.3
24.1
26.1
26.O
26.2
24.4
26.6
26.8
28.9
26.9
26.9
26.8
26.8
26.7
28.7
28.8
28.8
24.8
26.9
27.O
27.O
26.9
26.7
28.6
26.5
24.3
26.3
24.4
26.5
26.6
26.5
28.4
26.5
26.6
26.7
26.8
27.O
27.2
27.3
27.3
27.2
27.7
29.8
30.0
29.7
29.3
29.0
29.0
25.5
27.8
28.9
26.1
25.4
25.3
25.0
24.7
24.4
24.1
24.O
23.9
23.9
23.6
23.5
Run namE
Test Run
Test Run
Test Run
Test Run
T6sl Run
Tost Run
Test Run
Test Run
Tssl Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tast Run
Test Run
Tast Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
T6st Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tsst Run
Test Run
Test Run
Tesl Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tssl Run
Test Run
Test Run
Test Run
Tast Run
Test Run
Test Run
Test Run
Tost Run
Test Run
Test Run
T6st Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tost Run
Tesl Run
Test Run
Test Run
T6st Run
T€st Run
Tast Run
Test Run
Test Run
Test Run
Grcup name
#3 Tsst Run - 60
#3 Test Run - 60
#3 Test Run - 00
,,3 T6st Run - 60
#3 Test Run - 60
,,3 Tesi Run - 00
#3 Tasi Run - 60
#3 Test Run - 60
#3 Test Run - 60
*(i TBst Run - 60
{.3 T6st Run - 60
*3 Test Run - 80
#3 Test Run - 00
#3 Tsst Run - 60
il3 Test Run - 00
,13 Tost Run - 60
*3 Tost Run - 00
#3 Tast Run - 60
#3 Test Run - 60
*3 Test Run - 60
#3 Test Run - 80
*3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 80
#3 Test Run - 80
#3 T6st Run - 80
#3 Test Run - 80
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 00
,,3 Test Run - 60
#3 Tast Run - 60
#3 Tesl Run - 80
#3 Test Run - 60
#3 Tasl Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Tssl Run - 60
#3 Test Run - 60
,l3 Test Run - 60
#3 Test Run - 80
#3 Tasl Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 TBst Run - 60
#3 T6st Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Tsst Run - 60
#3 Test Run - 60
#3 Tast Run - 60
#3 Tsst Run - 60
#3 Test Run - 60
*3 Test Run - 60
#{l Tast Run - 60
#3 Tsst Run - 60
#3 T€st Run - 60
#3 Tost Run - 60
*3 TBt Run - 60
*3 Test Run - 60
#3 Test Run - 60
#3 TBst Run - 60
#3 Test Run - 60
#3 Tsst Run - 60
#3 Test Run - 60
*3 Test Run - 60
#3 Test Run - 60
#3 Tast Run - 60
#3 Test Run - 60
#3 Tesi Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 80
Company
Siation
Unit
TimeStamp
1110512024 13:52:55
'1 1/05i2024 13:53:05
1 1/05/2024 13:53:15
11lOSl2O24 13:53:25
1 1/05i2024 13:53:35
1 1/05i2024 1 3:53:45
'1 1/05/2024 1 3:53:55
1 1/05/2024 I 3:54:05
'l1lO5l2O24 13:54:15
1110512024 13:54:25
1110512O24 13.54:35
1110512024 13:il:45
111O512024 13.54:55
11/05i2024 13:55:05
'l1lO5l2O24 13:55:15
11t05t2024 13.55..25
11/05/2024'13:55:35
1110512024 13:55'.45
1'1/05/2024 13:55:55
11lOSl2O24 13:56.Os
1110512024 13:5415
11lOSl2O24 13:56.25
1'l lO5l2O24 13:54:35
1110512024 13:56.45
1 1/05i2024 13:56:55
1 'l lOSl2024 13:57 :O5
11lOSl2O24 13:57 .15
1110'512024 13:57:25
11t05t2024 13.57.35
1110512024 13:57:45
1110512024 13.57.s5
1 1/05/2024 1 3:58:05
111O5t2021 13 5A 15
111O5t2024 13 54 25
1110512024 13:58:35
11lOSl2O24 13:5A:45
11/05/2024 13:58:55
11/05/2024 13:59:05
11/05/2024 13:59:'15
1110512024 13:59:25
1 1 tO5I2024 ',t3 .59 .35
1110512024 13:59:45
11/05/2024 13:59:55
11tO512024 14..OO.O5
1110512024 14:00:15
1110512024 14:00:25
11lOSl2O24 14:0O.35
11lOSl2O24 14:00:45
1110512024 14:OO:55
1110512024 14:O1:O5
1110512024 14:01.15
11lOSl2O2414:01 25
11lOSl2O24 '14:01 .35
11lOSnO24 14:01.45
11n5r'2024 14:01:55
11N512O24 14:02:O5
11n5/2O24 14:02.15
11n512024 14.02.25
11n512O24 14:02:35
11nSl2O24 14.02:45
11lOSl2O24 14:02:55
1110512024 14:O3:O5
11n512O24 14:03:15
1110512024 14:03:25
1110512024 14:03.35
1110512024 14:03:45
1110512024 14:03:55
1110512024 14:M:O5
11lOSl2O24 14:04.15
11lOSl2O24 14:04.25
1110512024 14:U:35
11lOSnO24 14:U.45
'l1lO5l2O24 14:04.55
11nil-2024 '14:O5,O5
1110512024 'l.4:05:15
11n512O24 14:05:25
11nSl2O24 14:05:35
11lOSf2O24 't4:o5:45
11N512O24 '14:05.55
1110512024 14:O6:05
Group name
#3 Test Run - 60
/,3 Test Run - 60
#3 Tsst Run - 60
#3 Tsst Run - 60
#3 Test Run - 60
*13 Test Run - 60
#3 Test Run - 80
#3 TBst Run - 60
#3 Test Run - 80
#3 Test Run - 60
#3 Test Run - 60
*3 Test Run - 60
#3 Test Run - 80
#3 Test Run - 00
#3 Test Run - 60
#3 Test Run - 80
#3 Test Run - 80
#3 Test Run - 80
*3 Test Run - 60
#3 Test Run - 00
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 T6st Run - 60
#3 Test Run - 80
#3 Test Run - 60
#3 Test Run - 60
*l3 Test Run - 60
#3 Tsst Run - 60
#3 Test Run - 60
#3 T6st Run - 60
#3 Tast Run - 60
#3 Test Run - 60
f3 Test Run - 00
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
*3 TBt Run - 60
*3 Test Run - 00
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 80
,3 Test Run - 80
#3 Test Run - 60
#3 Test Run - 00
#3 Test Run - 60
#3 Test Run - 60
#3 Tost Run - 60
#3 Test Run - 60
#3 Test Run - 80
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 T€st Run - B0
#3 Test Run - 60
#3 Test Run - 60
*3 Test Run - 60
,,3 T€st Run - 60
#3 T€st Run - 60
#3 Test Run - 60
#3 Tast Run - 80
*3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 80
#3 Test Run - 60
*3 Tost Run - 60
#3 Test Run - 60
*3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 T6st Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Tsst Run - 60
#3 Test Run - 50
'flun name
Test Run
Test Run
Test Run
Test Run
Test Run
TEsi Run
Test Run
T6st Run
Tast Run
Tast Run
Test Run
Test Run
Jest Run
Test Run
Test Run
Test Run
Test Run
T6st Run
Test Run
Test Run
T6st Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tsst Run
Test Run
Test Run
Tesl Run
Tast Run
Test Run
Test Run
Tast Run
Test Run
Tesl Run
Test Run
Test Run
Tast Run
Test Run
Test Run
T6st Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tsst Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tast Run
Test Run
Test Run
Test Run
T€st Run
Tast Run
Test Run
Telt Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
T€st Run
Test Run
Test Run
Test Run
Tost Run
Test Run
Altamonl
East
cE-5
o2
-0.07
-0.08
-0.07
-0.08
-0.07
-0.08
-0.07
-0.08
-0.07
-0.08
-0.08
-0.07
-0.08
-0.07
-0.08
-0.07
-0.07
-0.07
-0.08
-0.07
-0.08
-0.08
-0.08
-0.07
-0.07
-0.07
-0.07
-0.08
-0.07
-0.08
-0.07
-0.08
-0.07
-0.08
-0.08
-0.07
-0.08
-0.07
-0.08
-0.06
-o.o7
-0.07
-0.00
-0.07
-0.07
-0.07
-0.07
-0.08
-0.07
-0.07
-0.07
-0.07
-0.07
-0.08
-0.07
-0.07
-0.07
-0.07
-0.07
-0.07
-0.07
-0.07
-0.08
-0.07
4.07
4.07
-0.08
-0.07
-0.07
-0.08
-0.07
-0.07
-0.06
-0.08
-0.07
-0.08
-0.07
-0.07
-0.08
-o 07
NOx
59.87
60.06
61.09
el.21
61.51
61.80
62.31
62.22
61.71
62.01
62.61
42.21
81.60
61.60
62.05
61.68
60.08
60.78
62.20
82.1 3
62.24
61.93
81.38
61.83
62.58
82.42
62.03
62.26
62.42
62.03
63.44
63.00il.'t7
63.53
61.92
62.43
63.21
63.19
62.71
62.81
63.19
63.97
45.27
64.91
64.57
84.49
83.50
83.51
63.53
63.1 5
82.22
62.48
82.83
62.99
63.45
83.65
84.'18
63.95
03.71
63.77
83.06
42.92
82.61
62.39
61 .42
6'1.97
63.21
83.25
63.41
63.00
62.00
62.32
62.81
82.30
61.90
81 .97
6 1.54
61.42
60.78
81.20
co
104.75
'105.10
105.20
104.55
'104.00
'103.10
103.00
103.00
103.00
102.75
102.30
102.70
103.70
104.55
105.40
105.45
105.00
1 05.30
105.65
'106,00
105,95
105.25
104.20
103.25
102.60
'102.50
102.50
102.50
103.20
103.55
104.00
1(X.40
104.35
103.55
102.80
102.50
102.55
103.35
104.90
106.20
106.60
107.00
106.85
106.30
106.00
105.80
'104.80
104.00
103.00
103,00
103,05
1 04.1 0
104.80
105,60
1 06.30
1 06.50
106.65
1 07.00
107.00
'106.95
106.25
105.60
1o{..25
1 03.55
1 03.50
1(}4.65
106.30
107.90
108.90
1 09.1 5
'109.50
109.80
110.65
111.50
111.30
1 10.70
109.65
108.50
107.85
107 50
Ambienl
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
48
46
4e
45
45
45
46
46
46
4A
46
46
46
46
46
46
46
48
46
46
46
46
45
45
45
45
45
45
45
45
45
45
45
46
46
46
4A
46
48
46
46
46
48
4A
46
46
46
48
46
46
46
46
46
48
48
46
46
PBaro
23.79
23.79
23.79
23.79
23.?9
23.79
23.79
23.19
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
2s.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.75
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.19
23.19
23.?9
23.79
23.79
23.19
23.79
23.79
23.79
23.79
23.79
23.79
23.19
23.19
23.79
23.79
23.19
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
Humidity
23.4
23.2
23.1
23.0
22.9
23.1
23.2
23.3
23.3
23.3
23.3
23.3
23.3
23.3
23.3
23.O
22.8
23.O
23.4
23.0
22.8
22.7
22.7
22.4
22.5
22.3
22.3
22.3
22.8
23.O
22.6
22.3
22.1
22.O
21.9
22.O
22.1
22.2
22.3
22.5
22.s
22.5
22.7
22.8
23.1
23.1
23.1
23.O
22.9
22.9
23.1
23.4
23.5
23.8
23.7
24.4
24.6
24.2
23.9
23.7
23.7
23.7
23.4
23.5
23.5
23.4
23.5
23.5
23.6
23.7
23.8
24.O
24.O
24.O
24.O
24.O
24.1
24.2
24.4
24.6
{5{
Company
Slation
Unit
TimeStamp
1110512024'14:06.15
1'110512024 14:06:25
111O512Q24 14:O6:35
11lOSl?O24 14:06:45
1'llO5l2O24 14:06.55
1110512024 14:07:o5
1110512O24 '14:O7..15
1110512024 14:07:25
1110512024 14:O7:35
1110512024 14:07'.45
1110512024 14:07.55
1110,512024 14:O8:O5
1110,512024 14:OA:15
1110512024 14.oa:25
11lo5l2o24 't4:08:35
111Q512O24 14:O8:45
1'llOSl2O24 14:08:55
1110512024 14:O9:O5
1110,512024 14:09:15
1110512024 '14:09:25
'l1lOSl2O24 14:09.35
'l1lo5l2024 14:09:45
1110512024 14:09:55
1110512024 14:1o.Os
11lOSl2O24 14:1O:15
1110512024 14:10:25
'l1lO5l2O24 14:1O:35
1110512024 14:10.45
1110512024 14:10:55
111A512024 14:11:os
1110512024 14:11:15
1110512024 14:11:25
1110512024 14:11:35
1110512024 14:11:45
1110512024 14:11:55
1'l lO5l2O24 14:12:05
111O512Q24 14:12:15
11lOSl2O24 14:12:25
1110512024 14:12:35
11lOSl2O24 14:12:45
1110512024 14:12:55
1110612024 14:13:05
1110512024 14:13:15
1110512024 14:13:25
111O512024 14:13:35
1110512024 14:13:45
1110512024 14:13:55
111O512024 14:14:05
11lOSl2O24 14:14:15
11lOSl2O24 14:14:25
11lOSl2O24 14:14:35
'l1lO5l2O24 14:'14:45
11lOSl2O24 14:14:55
1uO5l2O24 14:15:05
1'1l0t2024 14:15:15
11n512O24 14:15:25
11lOSl2O24 14'.15t35
1110512024 14:15:45
111O512024 14:15:55
11nSl2O24 14:16:Os
11lo5l2024 14:16:15
1110512024 14:16:25
1110612024 14:16:35
1110512024 14:16:45
11l0sl2o24 14:16:55
11lOSl2O24 14:17:os
1110512024 14:17:15
11lOSl2O24 14:17 .25
1110512024 14:17 :35
11lo5l2024 14:17:45
1 1 lO5l2O24 1 4:17 ..55
1 1/05/2024 14:18:05
11lOSnO24 14:18:15
11lOSnOz4 14:14:25
11lo5no24 '14:'18:35
11lO5nO24 14:'18:45
11lOSnO24 14la:55
11N5PO24'14:19.O5
11N512O24 14:19:15
11lisl2o24 14:19.25
PBarc
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.75
23.79
23.79
23.79
23.79
2X.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23,79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.?9
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
152
Group name
*3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 80
#3 Test Run - 60
#3 Tast Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 80
#3 Test Run - 60
f3 TBt Run - 60
*3 Test Run - 80
#3 Test Run - 80
#3 Test Run - 80
#3 Test Run - 60
#3 Test Run - 80
,3 Test Run . 60
#3 Test Run - 60
#3 Test Run - 80
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 80
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 TBt Run - 80
#3 Test Run - 60
#3 Test Run - 80
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 80
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 80
#3 Test Run - 60
f3 Test Run - 80
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Tast Run - 60
#3 Test Run - 60
*3 Test Run - 60
#3 Test Run - 60
,3 Test Run - 60
#3 Test Run - 00
#3 T6st Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
*3 Test Run - m
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
*3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 50
Altamont
East
cE-5
o2
-0.08
-0.07
-0.07
-0.07
-0.08
-0.07
-0.08
-0.07
-0.08
-0.07
-0.08
-0.07
-0.08
-0.07
-0.08
-0.07
-0.07
-0.07
-0.08
-0.07
-0.07
-0.08
-0.07
-0.08
-0.07
-0.08
-0.08
-0.08
-0.08
-0.08
-0.08
-0.07
-0.08
-0.07
-0.08
-0.07
-0.08
-0.07
-0.08
-0.08
-0.07
-0.08
-0.07
-0.08
-0.07
-0.08
-0.08
-0.08
-0.07
-0.08
-0.07
-0.08
-0.08
-0.07
-0.08
-0.08
-0.08
-0.08
-0.08
-0.07
-0.07
-0.07
-0.07
-0.07
-0.08
{.08
-0.07
-0.08
-0.07
-0.08
-0.07
-0.07
-0.07
-0.07
-0.07
-0.08
-0.07
-0.08
-0.08
-0.08
NOx
62.22
62.63
63.31
63.30
63.8/t
63.50
62.51
62.32
61.82
61.08
60.70
00.68
e1.21
61.06
60.46
60.79
61.46
61.39
61.55
61.41
01.05
60.61
59.84
80.1 I
60.82
60.93
61.63
61.58
6',t.47
6't.32
60.38
60.75
61.84
61.68
61.52
61.58
61.73
62.31
63.28
63.35
61.76
61.80
62.72
82.89
63.91
63.74
63.2s
63.16
62.93
62.63
82.41
62.37
61.99
61.99
62.16
62.24
62.41
62.33
62.29
42.24
62.10
62.36
63.16
83.29
63.54
63.42
62.98
62.79
4234
62.77
63.43
63.33
82.87
62.94
63.24
63.34
03.1 1
63.10
63.58
63.81
co
107.20
106,55
105.60
104.75
1U.40
'1(x.00
104.00
104.30
104.65
'105.25
105.70
106.00
106.00
106.00
106.00
'106.00
'106.00
105.50
1 05.10
105.15
106.05
107.30
107.90
107.50
106.55
105.95
105.50
105.05
104.05
103.15
1 02.30
102.15
102.70
103.10
103.50
102.90
102.40
'101 .70
101 ,85
102.20
'103.20
1()4.15
105.45
107.40
108.90
1 10.10
'1 10.50
109.90
108.65
107.85
107.20
107.00
'106.50
105.80
104.95
1M.85
105.10
1 05.50
1 05.95
1 05.80
105.00
1 04.65
104.25
103.40
102.75
1 02.50
1 02.50
1 02.85
103.15
'103.50
104.00
104.00't04.00
104.00
104.1 5
'104.40
103.80
102.95
1 02.1 5
102.00
Ambient
46
46
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
46
46
46
46
46
46
46
46
46
46
46
46
45
45
45
45
45
45
45
45
45
46
46
46
46
46
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
45
Humidity
24.8
24.8
24.9
25.1
25.1
25.1
25.0
25.O
25.O
25.2
25.2
25.3
25.3
25.5
25.8
28.1
26.8
27.O
27.0
27 .1
27.3
27.4
,1 1
27.7
27.9
24.1
28.3
28.5
28.6
28.7
28.8
29.1
29.4
29.6
29.7
29.A
29.7
29.5
29.4
29.3
29.2
29.1
29.2
29.3
29.4
29.5
29.6
29.9
29,9
29.8
29.8
29.8
29.4
29.1
24.9
28.9
28.9
29.1
29.4
29.6
29.8
30.0
30.'!
30.'l
29.9
29.8
29.7
29.6
29.6
29.0
29.7
29.6
29.4
29.3
29.2
29.1
28,8
2A.8
2A.O
259
Run name
T€st Run
Test Run
Tsst Run
Test Run
Tost Run
Test Run
T6st Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tsst Run
Test Run
Test Run
Test Run
Test Run
Test Run
T6st Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tsst Run
Test Run
Test Run
T€st Run
Test Run
Test Run
Test Run
Test Run
T€st Run
Test Run
T€st Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
T€st Run
T€st Run
Test Run
Test Run
T6sl Run
Test Run
Test Run
Tesi Run
Test Run
16st Run
Tast Run
Test Run
Tast Run
Te$t Run
Test Run
T$t Run
Test Run
Test Run
Test Run
Test Run
Test Run
Company
Station
Unit
TimeStamp
't1lO5l2O24 14:1.9:35
1110512024 14:1|9:45
1110512024 14:19:55
1110512024 14:2O:O5
1110512024 14:20:15
1'tto5t2024 14.20,.25
1110512024 14120:35
11t05t2024 14.20.4s
1110512024 14:20.55
1110512024 14:21:O5
111O5t2024 14.21 .15
11n512O24 14:21:25
1110512024 14:21:35
1110512024 14:21:45
11lOSl2O24 14:21:55
'l1lOSl2O24 14:22:05
1110512024 14:22:15
1110512024 14:22:25
'l1lO5l2O24 11:22:35
'l1lO5t2o24 14:22.45
1'llO5l2O24 14:22.55
1110512024 14:23:05
11lOSt2O24 14:23:15
1110512024 14i23.25
'l 1 lO5l2O24 1 4:23 .35
1110512024 14:23.45
1110512024 14:23.55
1110512O24 14:24:05
1110512024 '14:24:15
1110512024 14:24:25
1110512A24 U.24.35
11tO512024 14.24.45
11lOSl2O24 14:24:55
1110512024 14:25:05
11lOSl2O24 14:25:15
11lOSl2O24 14:25:25
'l1lOSl2O24 14:25:35
1110512024 14:25:45
1110512O24 14:25:55
1110512024 14:26:Os
't1lo5l2024 14:26:15
'l1l05l2o24 14:28:25
11n5n024 14:28:35
1110512024 14:26:45
11lOSl2O24 14:28:55
'l1lOSl2O24 14:27:Os
1110512024 14:27:15
11lOSl2O24 14:27.25
Avengo
1110512024 14:32:Og
11lOSl2O24 14:32:19
11lOSl2O24 14:32:29
11lOSl2O24 14:32:39
11lOSl2O24 14:32.49
1'|.10512024 14:32:59
Averaqe
1110512O24 14:38:54
1110512024 14:39:04
1'110512024 14:39:14
1110512024 14:39 24
11rc5f2024 14:39:34
11n5ni24 14:39:44
AErage
11lOSl2O24 14:42:03
11lOSl2O24 14:42:13
1110512024 '14:42:23
11rc5ng24 14:42:33
1110512024 14:12:43
'11N512O24 14:42:53
Average
Altamont
East
cE-5
02
-0.08
-0.06
-0.0E
-0.08
-0.08
-0.07
-0.07
-0.07
-0.07
-0.08
-0.07
-0.07
-0.08
-0.08
-0.07
-0.08
-0.07
-0.08
-0.07
-0.07
-0.07
-0.07
-0.07
-0.08
-0.07
-0.07
-0.08
-0.07
-0.08
-0.07
-0.07
-0.07
-0.08
-o.o7
.0.07
-0.07
-0.08
-0.07
-0.07
-0.07
-0.07
-0.08
-0.08
-o.o7
-0.08
-0.07
-0.08
-0.07
-0.07
-0.03
-0.03
-0.04
-0.04
-0.02
-0.01
-0.03
5.12
5..11
5..11
5.11
5.09
5.10
5.1 1
0.00
-0.01
0.00
0.00
0.00
0.00
0.00
NOx
63.97
63.63
42.74
62.58
82.26
82.27
82.25
82.1 I
61.24
81.31
41.52
41.44
61.34
41.42
61.62
6'1.60
61.38
81.19
60.66
61.09
61.61
61.55
62.99
62.99
63.55
a3.27
61.96
62.13
62.45
4237
62.14
62.33
42.78
62.69
62.41
62.77
63.20
03.08
02.55
62.50
00.9E
60.92
00.93
81.37
62.25
62.31
a2.5'l
61.83
82.70
147.O2
187.10
187.35
1A7.42
187.61
187.78
1 87.3E
0.53
o.47
0.36
0.34
0.29
o.2E
0.38
0.11
0.09
0.08
0.05
0.05
0.04
0.07
co
1 02.00
1 02.00
1 02.00
1 02.00
1 02.35
'103.05
104.00
'105.95
107.60
108.90
109.30
108.85
108.20
107.00
105.E5
104.40
103.55
'103.00
103.00
103.00
'103.45
1 03.50
104.05
104:55
105.70
107.20
108.50
108.60
108.00
106.85
106.50
'108.70
'107.40
107.95
107.90
107.20
106.60
106.00
106.00
105.60
105.25
104.30
103.70
104.00
10/..70
105.45
106.05
106.50
't06.68
-1.69
-1.74
-1.75
-1.77
-1.79
-1.77
-1.15
-1.1 1
-1.1 3
-'1.'15
-'1.15
-1 .17
-1.20
-1.15
191.00
'191 .00
191.00
'191 .00
191.00
19'1.00
191.00
Ambienl
45
45
45
45
45
45
45
45
44
44
44
44
44
44
44
44
44
44
44
45
45
45
45
45
45
44
44
44
44
44
44
44
14
44
44
44
44
44
44
44
43
43
43
43
43
43
43
43
tts
43
43
43
43
44
44
/13
PBarc
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
21.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
23.79
Humidity
26.3
25.8
24.9
23.9
22.7
22.2
22.O
21 .9
21.8
22.O
22.3
22.7
22.9
23.1
23.3
23.4
23.5
23.4
23.2
22.9
22.6
22.4
22.',|
21.4
21.s
21.2
21.O
21.0
21.3
21.4
21.4
21.4
21.7
21.8
21.9
21 .9
21.8
21.8
21.9
21.8
2't.7
21.7
2',1.7
21.4
22.O
22.2
22.2
22.1
25.7
21.1
21.1
21.1
21.1
21.1
21.0
21.1
19.9
19.9
'19.8
19.5
'19.5
19.6
19.7
19.3
19.3
't9.2
'19.1
19.0
18.9
19.1
Run name
Tost Run
Tast Run
Tesl Run
Tasl Run
Test Run
Test Run
Test Run
Test Run
Test Run
Tost Ron
T€st Run
Tast Run
T€st Run
Test Run
Tsst Run
Tesi Run
Tast Run
Test Run
Tast Run
Test Run
Test Run
Test Run
Tesl Run
T6st Run
Test Run
Test Run
Tosl Run
Test Run
Test Run
Test Run
Tast Run
Tast Run
Test Run
Test Run
Test Run
T6st Run
Test Run
Test Run
Test Run
TBst Run
Test Run
Test Run
Test Run
Test Run
Test Run
Test Run
T6st Run
T€st Run
NOx Bias
NOx Bias
NOx BiEs
NOx Bias
NOx Bias
NOx Bias
02 Bias
02 Bias
OZ BiEs
02 Bias
02 Bias
O2 Bias
CO Bias
CO Bias
CO Bias
CO Bias
CO Bias
CO Bias
23.80
23.80
23.80
23.80
23.80
23.80
23.E0
Group name
#3 Test Run - 80
#3 Test Run - 60
#3 Tast Run - 80
#dl Tast Run - 60
#3 Test Run - 60
#3 Tesl Run - 60
#3 Test Run - 60
#3 Tsst Run - 60
#3 Test Run - 60
#3 TBst Run - 60
,,3 Tsst Run - 60
#3 Test Run - 00
#3 Test Run - 60
,l3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
{.3 Tast Run - 60
{.3 Test Run - 00
*3 Test Run - 60
tr3 Test Run - 00
#3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 80
#3 T6st Run - 60
#3 T6st Run - 60
#3 Test Run - 60
#3 Test Run - 00
#3 Test Run - 60
#3 T6si Run - 80
#3 Tesl Run - 60
#3 Test Run - 60
#3 Tast Run - 60
,,3 Test Run - 60
#3 Test Run - 80
,,3 Test Run - 00
#3 Tesi Run - 60
#3 Test Run - 60
#3 Test Run - 00
#3 Test Run - 60
#3 Test Run - 60
#3 Tast Run - 60
,,3 Test Run - 60
#3 Test Run - 60
#3 Test Run - 60
,,3 Test Run - 80
#3 Test Run - 60
#3 Test Run - 80
,,3 Test Run - 60
#3 Bias Chsck
#3 Bias Check
#3 Blas Check
#3 Bias Check
#3 Bias Check
#3 Eias Chect
#3 Bias Chack
#3 Bias Check
#3 Bias Chack
#3 Bia3 Chsck
,l3 Bias Chck
frl Bias Chrck
,Kl Bias Check
#3 Bias Chsk
,,3 Bias Chek
#3 Bias Ch*k
l,3 Bias Chack
S3 BiB Chrck
45
45
45
45
45
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46
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46
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23.81
23.81
23.81
23.81
23.81
23.8'1
23.81
23.82
23.82
23.82
23.82
23.82
23.82
23.82
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9
LAST PAGE OF REPORT
UTAH DEPARTMENT OF
ENVIRONMENTAL OUATITY
'-:i"', :) 1 llll,'.i
D;1::SION OF AIR QUAUT{
160
KMA East CS CE-5 2024 rev
Reference Methods 2, 3A, 6C, 7E, 10, & 19
Source Information
Company Name Kinder Morgan Altamont - East Plant
Company Contact:Erin Dunman
Contact Phone No.303-914-7605
Stack Designation:CE-5
Test Date:11/5/2024 High Flow Test Date: 1/0/1900
Review Date: 1/10/2025 Mid Flow Test Date: 1/0/1900
Observer: none Low Flow Test Date: 1/0/1900
Reviewer:Robert Sirrine
Emission Limits Emission Rates
NMHC NOX CO NOX CO
g/bhp-hr 0.7 1.0 2.0 0.048 0.3 0.3
lbs/hr 0.59 3.70 7.41 0.15 0.85 0.88
ppm 60 82 270 3.327 18.010 30.850
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.)
14.00 1.07 9489
Contractor Information
Contact: Nathan Liebmann
Contracting Company: KMA Emissions Test Group
Address: 1001 Lousiana St. Ste 1000 Houston TX 77002
Phone No.: 713-420-3664
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
Yes
Yes
Correct For O2
CO2 Interferece w/CO
Yes
KMA East CS CE-5 2024 rev
Division of Air Quality
NSPS Relative Accuracy Performance Specification Test - CEMS Certification
Kinder Morgan Altamont - East Plant
CE-5
Average Emission
Dry NMHC NOX CO
g/bhp/hr 0.0 0.3 0.3 Average % concentration
lbs/hr 0.150 0.85 0.885 CO2 O2
ppm 3.33 18.01 30.85 -0.07
Run 1 Enter O2 or CO2
Dry NMHC NOX CO CO2 O2 O2
Atomic Weight 44 46 28
lbs/MMBtu (O2)1.19E-02 6.43E-02 6.97E-02 E=Cd x Fd x (20.9/(20.9-%O2d))
lbs/MMBtu (CO2)E=Cd x Fc x (100 / % CO2d)
lbs/cu.ft 1.38E-06 7.4E-06 8.0E-06
lbs/hr 0.152 0.819 0.888 -0.08
ppm corrected for %O2 3.39 17.46 31.10 -0.07
Run 2
Dry NMHC NOX CO CO2 O2
Atomic Weight 44 46 28
lbs/MMBtu (O2)1.11E-02 6.72E-02 6.78E-02 E=Cd x Fd x (20.9/(20.9-%O2d))
lbs/MMBtu (CO2)E=Cd x Fc x (100 / % CO2d)
lbs/cu.ft 1.28E-06 7.7E-06 7.82E-06
lbs/hr 0.14160 0.85421 0.86257 -0.05
ppm corrected for %O2 3.16 18.25 30.27 -0.06 Raw Value
Run 3
Dry NMHC NOX CO CO2 O2
Atomic Weight 44 46 28
lbs/MMBtu (O2)1.21E-02 6.74E-02 6.99E-02 E=Cd x Fd x (20.9/(20.9-%O2d))
lbs/MMBtu (CO2)E=Cd x Fc x (100 / % CO2d)
lbs/cu.ft 1.39E-06 7.8E-06 8.06E-06
lbs/hr 0.156242 0.87161 0.90299 -0.07
ppm corrected for %O2 3.43 18.32 31.175 -0.07 Raw Value
Run 4
Dry NMHC NOX CO CO2 O2
Atomic Weight 64 46 28
lbs/MMBtu (O2)E=Cd x Fd x (20.9/(20.9-%O2d))
lbs/MMBtu (CO2)E=Cd x Fc x (100 / % CO2d)
lbs/cu.ft
lbs/hr
ppm corrected for %O2 0.00 Raw Value
C For Cal Drift
ppm corrected for
%O2
C For Cal Drift
C For Cal Drift
C For Cal Drift
Raw Value
O2
CO2
Clear
lbs/MMBTU
KMA East CS CE-5 2024 rev
Calibration Error Test
Test Date November 5, 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 -0.03 0.03 0.27% Passed Cal.
Mid-level 5.06 5.06 0.00 0.00% Passed Cal.
High-level 11.00 11.07 0.07 0.64% 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 NMHC
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 November 5, 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 -0.03 0.03 0.006% Passed Cal.
Mid-level 195.00 192.43 2.57 0.553% Passed Cal.
High-level 465.00 464.67 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 41.94%
100% of Cal. Span High-level 100.00%
Test Date November 5, 2024 CO
7.41 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 -0.05 0.05 0.011% Passed Cal.
Mid-level 197.00 196.00 1.00 0.223% Passed Cal.
High-level 448.00 447.20 17.80 3.973%Failed 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 43.97%
100% of Cal. Span High-level 100.00%
KMA East CS CE-5 2024 rev
Division of Air Quality Stack Test Review of
Kinder Morgan Altamont - East Plant
NMHC NOX CO CO2 O2 CE-5
CS Calibration Span 465.00 448.00 11.00
Units ppm ppm ppm % %Unprotected
CV - Cylinder Value:NMHC NOX CO CO2 O2Low-Level 0.00 0.00 0.00
Mid-Level 195.00 197.00 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 41.9% 44.0% 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 195.00 197.00 5.06
Calibration Error Test
Cs - Measured Concentration NMHC NOX CO CO2 O2Low-Level -0.03 -0.05 -0.03
Mid-Level 192.43 196.00 5.06
High-Level 464.67 447.20 11.07
Enter Up-scale Analyzer Response to be used during testing.
ACE Eq. 7E-1 192.43 196.00 5.06
Low-Level 0.01% 0.01% 0.27% ppmdv Difference 0.03 0.05 0.03
Status Passed Cal. Passed Cal. Passed Cal.
Mid-Level 0.55% 0.22% 0.00%
ppmdv Difference 2.57 1 0
Status Passed Cal. Passed Cal. Passed Cal.High-Level 0.07% 0.18% 0.64%
ppmdv Difference 0.33 0.8 0.07
Status Passed Cal. Passed Cal. Passed Cal.
Pre-Test Sampling System Bias
Initial Values NMHC NOX CO CO2 O2
CO - Low-Level 0.75 -0.73 0.00 System Bias.
SBi - Zero Bias TRUE 0.17% 0.15%TRUE 0.27%± 5% of Span
Difference TRUE 0.78 0.68 TRUE 0.03
Pass or Failed Invalid Run Passed Cal. Passed Cal. Passed Cal.
CM - Up-scale Gas 188.58 195.00 5.11
SBi - Up-Scale Bias TRUE 0.83% 0.22%TRUE 0.45%
Difference TRUE 3.85 1.00 TRUE 0.05
Pass or Failed Invalid Run TRUE Passed Cal. Passed Cal.TRUE Passed Cal.
Raw Test Data Time Start Stop
Test Date:11/5/2024 NMHC
NMHC NOX CO CO2 O2 NOX12.0 60.210 108.340 -0.070 CO
0.0%12.9% 24.2%0.0% 0.6%CO2/O2
Post-Test System Bias 7E-2 SB=(Cs - Cdir)/CS x 100
Final Values NMHC NOX CO CO2 O2
CO - Low-Level 0.19 -0.57 -0.04 System Bias.
SBi - Zero Bias TRUE 0.05% 0.12%TRUE 0.09%± 5% of Span
Difference TRUE 0.2 0.5 TRUE 0.0
Pass or Invalid Run Passed Cal. Passed Cal. Passed Cal.
CM - Up-scale Gas 187.67 192.00 5.08
SBi - Up-Scale Bias TRUE 1.02% 0.89%TRUE 0.18%
Difference TRUE 4.8 4.0 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 0.12% 0.04%TRUE 0.18% Drift
Difference TRUE 0.6 0.2 TRUE 0.0 3% of Span
Pass or Re-Calibrate Pass Pass Pass
Up-scale Gas Drift TRUE 0.20% 0.67%TRUE 0.27%
Difference TRUE 0.9 3.0 TRUE 0.0
Pass or Re-Calibrate Pass Pass Pass
CE-5 Flow & Moisture
As ft^2 Pbar Pq (static) Ps Avg Ts F CO2 - FCO2 O2 N2+C Md Ms
1.07 0.00 0.00 0.00 -0.08
Y Cp Vm cf Vlc AVG Tm F Vm std Vw std Bws S Bws
0.0000 0.00 0.999
Load - Megawatts
AvgSqrtDlp Vs scfm wet acfm Qsd dscfh
Heat InputBtu/hr Low Mid High
#VALUE! #VALUE! 1.104E+5 12.69570178
#1 - Times
Date
Point No.dl "p"sqrt dl "p"ts F tm F (in) tm F (out)Cp 3D Probe Final
Vf
Initial
Vi
1 1.000 1.00 0
2 1.000 1.00 0
3 1.000 1.00 04 0
5 0
6
7
8
9
10
11
12
13
14
15
1617
1819
2021
2223
24
NOTEThese cells scans for the appropriate Cafter the Cm-entered.
If this scan is incorrect change the Cmaand Cdir to the correct
gas value.
Failed
Failed
Failed Cal
CO
Wet CEM Yes
Yes
Correct For O2
CO2 Interference w/COYe
Correct For O2
Failed
KMA East CS CE-5 2024 rev
Division of Air Quality Stack Test Review of
Kinder Morgan Altamont - East Plant
NMHC NOX CO CO2 O2 CE-5
CS Calibration Span 465.00 448.00 11.00
Units ppm ppm ppm % %
CV - Cylinder Value:NMHC NOX CO CO2 O2Low-Level 0.00 0.00 0.00
Mid-Level 195.00 197.00 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 41.9% 44.0% 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 195.00 197.00 5.06
Calibration Error Test
Measured Concentration NMHC NOX CO CO2 O2Low-Level -0.03 -0.05 -0.03Mid-Level 192.43 196.00 5.06
High-Level 464.67 447.20 11.07
Enter Up-scale Analyzer Response to be used during testing.
ACE Eq. 7E-1 192.43 196.00 5.06
Low-Level 0.01% 0.01% 0.27%
ppmdv Difference 0.03 0.05 0.03
Status Passed Cal. Passed Cal. Passed Cal.
Mid-Level 0.55% 0.22% 0.00%
ppmdv Difference 2.57 1 0
Status Passed Cal. Passed Cal. Passed Cal.
High-Level 0.07% 0.18% 0.64%
ppmdv Difference 0.33 0.8 0.07
Status Passed Cal. Passed Cal. Passed Cal.
Pre-Test Sampling System Bias
Initial Values NMHC NOX CO CO2 O2
CO - Low-Level 0.19 -0.57 -0.04 System Bias.
SBi - Zero Bias TRUE 0.05% 0.12%TRUE 0.09%± 5% of Span
Difference TRUE 0.22 0.52 TRUE 0.01Pass or Invalid Run Passed Cal. Passed Cal. Passed Cal.
CM - Up-scale Gas 187.67 192.00 5.08
SBi - Up-Scale Bias TRUE 1.02% 0.89%TRUE 0.18%
Difference TRUE 4.76 4 TRUE 0.02
Pass or Invalid Run TRUE Passed Cal. Passed Cal.TRUE Passed Cal.
Raw Test Data Time Start Stop
Test Date:11/5/2024 NMHC
NMHC NOX CO CO2 O2 NOX11.2 62.560 103.960 -0.060 CO
0.0%13.5% 23.2%0.0% 0.5%CO2/O2
Post-Test System Bias 7E-2 SB=(Cs - Cdir)/CS x 100
Final Values NMHC NOX CO CO2 O2
CO - Low-Level 0.26 -1.72 -0.03 System Bias.
SBi - Zero Bias TRUE 0.06% 0.37%TRUE 0.00%± 5% of Span
Difference TRUE 0.3 1.7 TRUE 0.0
Pass or Invalid Run Passed Cal. Passed Cal. Passed Cal.
CM - Up-scale Gas 187.82 191.00 5.11
SBi - Up-Scale Bias TRUE 0.99% 1.12%TRUE 0.45%
Difference TRUE 4.6 5.0 TRUE 0.1
Pass or Invalid Run Passed Cal. Passed Cal. Passed Cal.
Calibration Drift % of Span - D=ABS(SBf - SBi)
Low-Level Drift TRUE 0.02% 0.26%TRUE 0.09% Response Spec.
Difference TRUE 0.1 1.2 TRUE 0.0 3% of Span
Pass or Re-Calibrate Pass Pass Pass
Up-scale Gas Drift TRUE 0.03% 0.22%TRUE 0.27%
Difference TRUE 0.2 1.0 TRUE 0.0
Pass or Re-Calibrate Pass Pass Pass
CE-5 Flow & Moisture
As ft^2 Pbar Pq (static) Ps Avg Ts F CO2 - FCO2 O2 N2+C Md Ms
1.07 0.00 0.00 0.00 -0.05
Y Cp Vm cf Vlc AVG Tm F Vm std Vw std Bws S Bws
0.0000 0.00 0.999
Load - Megawatts
AvgSqrtDlp Vs scfm wet acfm Qsd dscfh
Heat InputBtu/hr Low Mid High
#VALUE! #VALUE! 110358.000 12.686808
#1 - Times
Date
Point No.dl "p"sqrt dl "p"ts F tm F (in) tm F (out)Cp 3D Probe Final
Vf
Initial
Vi1 1.000 1.00 0
2 1.000 1.00 03 1.000 1.00 0
4 0
5 0
6
7
8
9
10
1112
13
1415
16
1718
19
20
21
22
23
24
Failed
Failed
Failed Cal
WET CEM Yes
YesCorrect For O2
CO2 Interference w/COYe
Correct For O2
Correct For O2
Failed
KMA East CS CE-5 2024 rev
Division of Air Quality Stack Test Review of
Kinder Morgan Altamont - East Plant
NMHC NOX CO CO2 O2 CE-5
CS Calibration Span 465.00 448.00 11.00
Units ppm ppm ppm % %
CV - Cylinder Value:NMHC NOX CO CO2 O2Low-Level 0.00 0.00 0.00
Mid-Level 195.00 197.00 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 41.9% 44.0% 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 195.00 197.00 5.06
Calibration Error Test
Measured Concentration NMHC NOX CO CO2 O2Low-Level -0.03 -0.05 -0.03Mid-Level 192.43 196.00 5.06
High-Level 464.67 447.20 11.07
Enter Up-scale Analyzer Response to be used during testing.
ACE Eq. 7E-1 192.43 196.00 5.06
Low-Level 0.01% 0.01% 0.27%
ppmv Difference 0.03 0.05 0.03
Status Passed Cal. Passed Cal. Passed Cal.
Mid-Level 0.55% 0.22% 0.00%
ppmv Difference 2.57 1 0
Status Passed Cal. Passed Cal. Passed Cal.
High-Level 0.07% 0.18% 0.64%
ppmv Difference 0.33 0.8 0.07
Status Passed Cal. Passed Cal. Passed Cal.
Pre-Test Sampling System Bias
Initial Values NMHC NOX CO CO2 O2
CO - Low-Level 0.26 -1.72 -0.03 System Bias.
SBi - Zero Bias TRUE 0.06% 0.37%TRUE 0.00%± 5% of Span
Difference TRUE 0.29 1.67 TRUE 0Pass or Invalid Run Passed Cal. Passed Cal. Passed Cal.
CM - Up-scale Gas 187.82 191.00 5.11
SBi - Up-Scale Bias TRUE 0.99% 1.12%TRUE 0.45%
Difference TRUE 4.61 5 TRUE 0.05
Pass or Invalid Run TRUE Passed Cal. Passed Cal.TRUE Passed Cal.
Raw Test Data Time Start Stop
Test Date:11/5/2024 NMHC
NMHC NOX CO CO2 O2 NOX12.2 62.700 106.660 -0.070 CO
0.0%13.5% 23.8%0.0% 0.6%CO2/O2
Post-Test System Bias 7E-2 SB=(Cs - Cdir)/CS x 100
Final Values NMHC NOX CO CO2 O2
CO - Low-Level 0.07 -1.75 -0.03 System Bias.
SBi - Zero Bias TRUE 0.02% 0.38%TRUE 0.00%± 5% of Span
Difference TRUE 0.1 1.7 TRUE 0.0
Pass or Invalid Run Passed Cal. Passed Cal. Passed Cal.
CM - Up-scale Gas 187.38 191.00 5.11
SBi - Up-Scale Bias TRUE 1.09% 1.12%TRUE 0.45%
Difference TRUE 5.1 5.0 TRUE 0.1
Pass or Invalid Run Passed Cal. Passed Cal. Passed Cal.
Calibration Drift % of Span - D=ABS(SBf - SBi)
Low-Level Drift TRUE 0.04% 0.01%TRUE 0.00% Response Spec.
Difference TRUE 0.19 0.03 TRUE 0.00 3% of Span
Pass or Re-Calibrate Pass Pass Pass
Up-scale Gas Drift TRUE 0.09% 0.00%TRUE 0.00%
Difference TRUE 0.4 0.0 TRUE 0.0
Pass or Re-Calibrate Pass Pass Pass
CE-5 Flow & Moisture
As ft^2 Pbar Pq (static) Ps Avg Ts F CO2 - FCO2 O2 N2+C Md Ms
1.07 0.00 0.00 0.00 -0.07
Y Cp Vm cf Vlc AVG Tm F Vm std Vw std Bws S Bws
0.0000 0.00 0.999
Load - Megawatts
AvgSqrtDlp Vs scfm wet acfm Qsd dscfh
Heat InputBtu/hr Low Mid High
#VALUE! #VALUE! 1.121E+5 12.88583376
#1 - Times
Date
Point No.dl "p"sqrt dl "p"ts F tm F (in) tm F (out)Cp 3D Probe Final
Vf
Initial
Vi1 1.000 1.00 0
2 1.000 1.00 03 1.000 1.00 0
4 0
5 0
6
7
8
9
10
1112
13
1415
16
1718
19
20
21
22
23
24
Failed
Failed Cal
Wet CEM YesYesCorrect For O2
CO2 Interference w/COYe
Correct For O2
Failed
Correct For O2
Failed