DAQ-2024-011658

1

DAQC-1171-24
Site ID 13031 (B4)

MEMORANDUM

TO: STACK TEST FILE – PACIFICORP – Lake Side Plant

THROUGH: Harold Burge, Major Source Compliance Section Manager

FROM: Paul Morris, Environmental Scientist

DATE: November 19, 2024

SUBJECT: Source: CT01, CT02, CT03, and CT04
Contact: Veronica Reyes – 801-796-1916
Location: 1825 North Pioneer Lane, Vineyard, Utah County, UT
Test Contractor: Mostardi Platt
FRS ID #: UT0000004904900241
Permit/AO#: Title V operating permit 4900241002 dated July 16, 2021
Action Code: TR
Subject: Review of Stack Test Report dated November 13, 2024

On November 13, 2024, Utah Division of Air Quality (DAQ) received a test report for the PacifiCorp
Lake CT01, CT02, CT03, and CT04 in Vineyard, Utah. Testing was performed on October 21-24, 2024,
to demonstrate compliance with the emission limits found in Conditions II.B.2.g and II.B.6.f. The
DAQ-calculated test results are:

Source Test Date RM/Pollutant DAQ Result Test Result Limit

CT01 10/23/2024 201A&202/PM10 9.8 lb/hr 9.8 lb/hr 10.8 lb/hr
0.003* 0.003* 0.01*

CT02 10/24/2024 201A&202/PM10 8.5 lb/hr 8.5 lb/hr 10.8 lb/hr
0.002* 0.002* 0.01*

CT03 10/21/2024 201A&202/PM2.5 11.1 lb/hr 11.1 lb/hr 14 lb/hr
201A&202/PM10 13.4 lb/hr 13.3 lb/hr 14 lb/hr

CT04 10/22/2024 201A&202/PM2.5 10.2 lb/hr 10.2 lb/hr 14 lb/hr
201A&202/PM10 12.7 lb/hr 12.7 lb/hr 14 lb/hr

*lb/mmBtu

DEVIATIONS: No deviations were reported during this testing.

CONCLUSION: PacifiCorp Lake Side Plant was operating in compliance with above
listed emission limits at the time of this test.

6 , 3
2

RECOMMENDATION: None.

HPV: No.

ATTACHMENTS: Test report dated November 13, 2024, and DAQ generated spreadsheets.
Total Particulate Matter
Emissions Compliance
Test Report
PacifiCorp
Lake Side Power Plant
CT01, CT02, CT03, and CT04
1825 N Pioneer Lane, Vineyard, Utah
Utah Division of Air Quality (UDAQ)
Title V Operating Permit # 4900241002
Report No. M243903
October 21 through 24, 2024
Crown Point, IN I Mendota Heights, MN I Denver, CO | Henderson, NV
Corporate Headquarters 888 Industrial Drive Elmhurst, Illinois 60126
630-993-2100
Total Particulate Matter
Emissions Compliance Test Report

PacifiCorp Lake Side Power Plant CT01, CT02, CT03, and CT04
1825 N Pioneer Lane, Vineyard, Utah UDAQ Title V Operating Permit # 4900241002
October 21 through 24, 2024

Report Submittal Date:
November 8, 2024

© Copyright 2024
All rights reserved in Mostardi Platt

Project No. M243903
TABLE OF CONTENTS

1.0 EXECUTIVE SUMMARY ............................................................................................................................... 1
2.0 TEST METHODOLOGY ................................................................................................................................ 2 2.1 Method 1 Traverse Point Determination ............................................................................................. 2 2.2 Method 2 Volumetric Flowrate Determination .................................................................................... 2 2.3 Method 3A Oxygen (O2)/Carbon Dioxide (CO2) Determination .......................................................... 3
2.4 Method 4 Moisture (H2O) Determination ............................................................................................ 3 2.5 Method 201A Filterable Particulate Matter Determination.................................................................. 3 2.6 Method 202 Condensable Particulate Matter (CPM) Determination .................................................. 3
3.0 TEST RESULT SUMMARIES ...................................................................................................................... 4
4.0 CERTIFICATION............................................................................................................................................ 8
APPENDIX Appendix A - Plant Operating Data ........................................................................................................ 10
Appendix B - Test Section Diagrams ...................................................................................................... 59 Appendix C - Sample Train Diagrams .................................................................................................... 61 Appendix D - Calculation Nomenclature and Formulas ......................................................................... 64 Appendix E - Sample Analysis Data ....................................................................................................... 74
Appendix F - Reference Method Test Data (Computerized Sheets) ...................................................... 83 Appendix G - Field Data Sheets ........................................................................................................... 140
Appendix H - Calibration Data .............................................................................................................. 161 Appendix I - Gas Cylinder Certifications ............................................................................................... 184
Project No. M243903 CT01, CT02, CT03, and CT04
i ©Mostardi Platt
1.0 EXECUTIVE SUMMARY
Mostardi Platt performed a speciated filterable particulate matter (FPM) and condensable PM (CPM) air emissions test program to determine the emissions rate of total filterable PM emissions, filterable PM equal to or less than a nominal aerodynamic diameter of 10 micrometers (PM10),
filterable PM equal to or less than a nominal aerodynamic diameter of 2.5 micrometers (PM2.5), and of CPM for Pacificorp at the Lake Side Power Plant in Lindon, Utah. Testing was performed at four (4) combined-cycle combustion turbines, designated as CT01, CT02, CT03, and CT04.
Testing was performed to meet the requirements of the Utah Division of Air Quality Title V Operating Permit # 4900241002, the requirements of United States Environmental Protection Agency (USEPA), Title 40, Code of Federal Regulations, Part 60 (40CFR60), and 40CFR51, as
applicable. The test locations, test dates, and test parameters are summarized below.
TEST INFORMATION
Test Locations Test Dates Test Parameters
CT01 and CT02 October 23 and 24, 2024 PM10
CT03 and CT04 October 21 and 22, 2024 PM10/PM2.5
The purpose of this test program was to determine the FPM, PM10, PM2.5, CPM PM concentrations
from the exhausts of CT01 through CT04 at normal operating conditions. Selected results of the test program are summarized below. A complete summary of emission test results follows the narrative portion of this report. Operating data provided by PacifiCorp is included in Appendix A.
Test Location Test Date Test Parameter Regulation Citation Emission Limit Average Test Result
CT01 10/23/24
PM10
Permit
4900241002
10.8 lb/hr
0.01 lb/mmBtu
9.8 lb/hr
0.003 lb/mmBtu
CT02 10/24/24 8.5 lb/hr
0.002 lb/mmBtu
CT03 10/21/24
PM10/PM2.5 14.0 lb/hr
13.3 lb/hr
CT04 10/22/24 12.7 lb/hr

Project No. M243903 CT01, CT02, CT03, and CT04
Page 1 of 187 ©Mostardi Platt
The identifications of the individuals associated with the test program are summarized below.
Representative Address Contact
Testing Coordinator Pacificorp Lake Side Power Plant
1825 N. Pioneer Lane Vineyard, Utah 84042
Tom Wiscomb Environmental Advisor
(801)[e-mail]
Test Facility Representative Veronica Reyes Environmental Analyst (801)[e-mail]
Test Company Representative Mostardi Platt 702 West 48th Avenue, Unit A Denver, CO 80216
Christopher Eldridge Field Operations Lead - Denver (630)[e-mail]
The test crew consisted of Messrs. A. Peng, H. Little, R. Fischer, and C. Eldridge of Mostardi Platt.
2.0 TEST METHODOLOGY
Emission testing was performed in accordance with the following USEPA reference methods as specified in 40CFR60, Appendix A, and 40CFR51, Appendix M. Explanations of nomenclature and calculations are found in Appendix D. Sample analysis data are found in Appendix E.
Reference method data and field data sheets are found in Appendices F and G, respectively.
The following methodologies were used during the test program:
2.1 Method 1 Traverse Point Determination
Test measurement points were selected in accordance with Method 1. The characteristics of the measurement location are summarized below.
Sample Point Selection
TEST POINT INFORMATION
Location Stack Diameter Port Length Upstream Diameters Downstream Diameters Test Parameter
Number of Sampling Points
CT01, CT02,
CT03 and CT04 216” 7” ~120/~0.6 ~576/~2.7 FPM, PM10,
PM2.5, CPM 12
2.2 Method 2 Volumetric Flowrate Determination
Gas velocity was measured following Method 2, for purposes of calculating stack gas volumetric
flow rate and emissions on a lb/hr basis. An S-type pitot tube, differential pressure gauge, thermocouple and temperature readout were used to determine gas velocity at each sample point. All of the equipment used was calibrated in accordance with the specifications of the Method. Calibration data are presented in Appendix H.
Project No. M243903 CT01, CT02, CT03, and CT04
Page 2 of 187 ©Mostardi Platt
2.3 Method 3A Oxygen (O2)/Carbon Dioxide (CO2) Determination Gas samples were collected for the duration of the TPM sampling runs utilizing an ECOM analyzer continuously sampling from the exhaust of the dry gas meter. Linearity calibrations were performed prior to sample analysis, and mid-range calibration checks were performed after each run. Final O2 and CO2 concentrations were corrected for calibration error of the instrument. Calibration data are presented in Appendix H. 2.4 Method 4 Moisture (H2O) Determination
Stack gas moisture content was determined using a USEPA Method 4 sampling train. In this technique, stack gas was drawn through a series of four impingers (prepared per USEPA Method 202). The first two impingers were each empty prior to sampling. Impinger three was loaded with 100 ml of deionized water and impinger four was charged with clean, dried silica gel. The entire impinger train was measured or weighed before and after each test run to determine the mass of moisture condensed. During testing, the sample train was operated in the manner specified in USEPA Method 4. All of the data specified in Method 4 (gas volume, delta H, impinger outlet well temperature, etc.) was recorded on field data sheets.
All of the equipment used is calibrated in accordance with the specifications of Method 4. Calibration data are presented in Appendix H. 2.5 Method 201A Filterable Particulate Matter Determination Stack gas total filterable particulate concentrations and particulate concentrations less than 10 microns (PM10) and 2.5 microns (PM2.5) emission rates were determined in accordance with
Method 201A, 40CFR51, Appendix M. An Environmental Supply Company, Inc. sampling train was used to sample stack gas at an isokinetic rate, as specified in the Method. Laboratory analysis data are found in Appendix E. All of the equipment used was calibrated in accordance with the specifications of the Method. Calibration data are presented in Appendix H. 2.6 Method 202 Condensable Particulate Matter (CPM) Determination
Stack gas CPM concentrations and emission rates were determined in accordance with the Method 202, 40CFR51, Appendix M, in conjunction with Method 201A filterable particulate matter sampling. CPM was collected in the impinger portion of the Method 202 sampling train. CPM was collected in impingers after filterable particulate material was collected using Method
201A. The organic and aqueous fractions were then taken to dryness and weighed. The total of all fractions represents the CPM. Compared to the December 17, 1991 promulgated Method 202, this Method includes the addition of a condenser, followed by a water dropout impinger
immediately after the final heated filter. One modified Greenburg Smith impinger and an ambient temperature filter follow the water dropout impinger. A schematic of the sampling train configured with these updates is found in the Appendix.
The impinger contents were purged with nitrogen (N2) immediately after sample collection to
remove dissolved sulfur dioxide (SO2) gases from the impingers. The impinger solution was then extracted with DI water, acetone, and hexane. The organic and aqueous fractions were dried and the residues weighed. The total of the aqueous, organic, and ambient filter fractions represents
the CPM. CPM data was applied to both the Method 201A sample to determine total PM10/PM2.5 emission rates. Laboratory analysis data are found in Appendix E. All of the equipment used was calibrated in accordance with the specifications of the Method. Calibration data are presented in Appendix H.
Project No. M243903 CT01, CT02, CT03, and CT04
Page 3 of 187 ©Mostardi Platt
3.0 TEST RESULT SUMMARIES

Client:
Facility:
Test Location:
Test Method:
Normal Normal Normal
10/23/24 10/23/24 10/23/24
9:35 12:15 15:37
11:42 14:24 17:44
Run 1 Run 2 Run 3 Average
226.7 224.2 221.5 224.1
9.0% 8.9% 10.5% 9.5%
25.52 25.52 25.52 25.52
40.385 40.364 39.775 40.175
70.951 69.538 68.385 69.625
1,083,292 1,061,713 1,044,109 1,063,038
646,824 636,632 617,782 633,746
710,569 698,959 690,059 699,862
9.3 9.3 9.2 9.3
13.6 13.3 13.6 13.5
92.6 94.0 95.4 94.0
1,040.0 1,040.0 1,040.0 1,040.0
0.00252 0.00245 0.00267 0.00255
0.0006 0.0006 0.0006 0.0006
0.0010 0.0009 0.0010 0.0010
5.3 5.1 5.5 5.3
0.002 0.002 0.002 0.002
0.00264 0.00151 0.00229 0.00215
0.0006 0.0003 0.0005 0.0005
0.0010 0.0006 0.0009 0.0008
5.6 3.2 4.7 4.5
0.002 0.001 0.001 0.001
0.00516 0.00396 0.00496 0.00469
0.0012 0.0009 0.0011 0.0011
0.0020 0.0015 0.0019 0.0018
10.9 8.3 10.2 9.8
0.003 0.002 0.003 0.003
Standard Fuel Factor Fc, scf/mmBtu
PacifiCorp
Lake Side Power Plant
CT01
201A/202
Source Condition
Date
Start Time
End Time
Stack Conditions
Average Gas Temperature, °F
Flue Gas Moisture, percent by volume
Average Flue Pressure, in. Hg
Gas Sample Volume, dscf
Average Gas Velocity, ft/sec
Gas Volumetric Flow Rate, acfm
Gas Volumetric Flow Rate, dscfm
Average %CO2 by volume, dry basis
Average %O2 by volume, dry basis
Isokinetic Variance
Gas Volumetric Flow Rate, scfm
Filterable <PM10 (Method 201A)
grams collected
grains/acf
grains/dscf
lb/hr
lb/mmBtu (Standard Fc Factor)
Condensable PM (Method 202)
grams collected
grains/acf
grains/dscf
lb/hr
lb/mmBtu (Standard Fc Factor)
Total PM<10 (Method 201A/202)
grams collected
grains/acf
grains/dscf
lb/hr
lb/mmBtu (Standard Fc Factor)
Project No. M243903 CT01, CT02, CT03, and CT04
Page 4 of 187 ©Mostardi Platt

Client:
Facility:
Test Location:
Test Method:
Normal Normal Normal
10/24/24 10/24/24 10/24/24
8:45 11:10 13:35
10:51 13:18 15:42
Run 1 Run 2 Run 3 Average
222.7 222.3 221.4 222.1
7.6% 7.8% 8.1% 7.8%
25.47 25.47 25.47 25.47
41.323 40.991 41.084 41.133
72.473 72.238 71.991 72.234
1,106,521 1,102,934 1,099,174 1,102,876
673,155 670,330 666,510 669,998
728,628 726,710 725,118 726,819
9.3 9.3 9.3 9.3
13.0 13.0 13.1 13.0
91.0 90.7 91.4 91.0
1,040.0 1,040.0 1,040.0 1,040.0
0.00198 0.00242 0.00040 0.00160
0.0004 0.0006 0.0001 0.0004
0.0007 0.0009 0.0002 0.0006
4.3 5.2 0.9 3.5
0.001 0.002 0.000 0.001
0.00270 0.00238 0.00193 0.00234
0.0006 0.0005 0.0004 0.0005
0.0010 0.0009 0.0007 0.0009
5.8 5.1 4.1 5.0
0.002 0.001 0.001 0.001
0.00468 0.00480 0.00233 0.00394
0.0011 0.0011 0.0005 0.0009
0.0017 0.0018 0.0009 0.0015
10.1 10.4 5.0 8.5
0.003 0.003 0.001 0.002
Standard Fuel Factor Fc, scf/mmBtu
PacifiCorp
Lake Side Power Plant
CT02
201A/202
Source Condition
Date
Start Time
End Time
Stack Conditions
Average Gas Temperature, °F
Flue Gas Moisture, percent by volume
Average Flue Pressure, in. Hg
Gas Sample Volume, dscf
Average Gas Velocity, ft/sec
Gas Volumetric Flow Rate, acfm
Gas Volumetric Flow Rate, dscfm
Average %CO2 by volume, dry basis
Average %O2 by volume, dry basis
Isokinetic Variance
Gas Volumetric Flow Rate, scfm
Filterable <PM10 (Method 201A)
grams collected
grains/acf
grains/dscf
lb/hr
lb/mmBtu (Standard Fc Factor)
Condensable PM (Method 202)
grams collected
grains/acf
grains/dscf
lb/hr
lb/mmBtu (Standard Fc Factor)
Total PM<10 (Method 201A/202)
grams collected
grains/acf
grains/dscf
lb/hr
lb/mmBtu (Standard Fc Factor)
Project No. M243903 CT01, CT02, CT03, and CT04
Page 5 of 187 ©Mostardi Platt

Client:
Facility:
Test Location:
Test Method:
Normal Normal Normal
10/21/24 10/21/24 10/21/24
10:55 14:17 16:55
13:09 16:27 19:05
Run 1 Run 2 Run 3 Average
168.6 167.8 167.8 168.1
11.0% 10.8% 10.8% 10.9%
25.51 25.51 25.51 25.51
41.903 39.985 39.962 40.617
67.864 67.763 67.526 67.718
1,036,153 1,034,622 1,030,993 1,033,923
660,428 661,897 659,603 660,643
742,160 742,047 739,445 741,217
9.4 9.5 9.6 9.5
12.0 12.2 12.2 12.1
106.8 101.7 102.0 103.5
1,040.0 1,040.0 1,040.0 1,040.0
0.00040 0.00071 0.00063 0.00058
0.0001 0.0002 0.0002 0.0002
0.0001 0.0003 0.0002 0.0002
0.8 1.6 1.4 1.3
0.00139 0.00146 0.00207 0.00164
0.0003 0.0004 0.0005 0.0004
0.0005 0.0006 0.0008 0.0006
2.9 3.2 4.5 3.5
0.00619 0.00305 0.00450 0.00458
0.0015 0.0008 0.0011 0.0011
0.0023 0.0012 0.0017 0.0017
12.9 6.7 9.8 9.8
0.004 0.002 0.003 0.003
0.00659 0.00376 0.00513 0.00516
0.0015 0.0009 0.0013 0.0012
0.0024 0.0015 0.0020 0.0020
13.7 8.2 11.2 11.1
0.00758 0.00451 0.00657 0.00622
0.0018 0.0011 0.0016 0.0015
0.0028 0.0017 0.0025 0.0023
15.8 9.9 14.3 13.3
Total PM<10 (Method 201A/202)
grams collected
grains/acf
grains/dscf
lb/hr
grams collected
grains/acf
grains/dscf
lb/hr
grains/acf
grains/dscf
lb/hr
lb/mmBtu (Standard Fc Factor)
Total PM<2.5 (Method 201A/202)
grams collected
lb/hr
Condensable PM (Method 202)
Filterable <PM10 (Method 201A)
grams collected
grains/acf
grains/dscf
Filterable <PM2.5 (Method 201A)
grams collected
grains/acf
grains/dscf
lb/hr
Gas Volumetric Flow Rate, acfm
Gas Volumetric Flow Rate, dscfm
Average %CO2 by volume, dry basis
Average %O2 by volume, dry basis
Isokinetic Variance
Gas Volumetric Flow Rate, scfm
Stack Conditions
Average Gas Temperature, °F
Flue Gas Moisture, percent by volume
Average Flue Pressure, in. Hg
Gas Sample Volume, dscf
Average Gas Velocity, ft/sec
Standard Fuel Factor Fc, scf/mmBtu
PacifiCorp
Lake Side Power Plant
CT03
201A/202
Source Condition
Date
Start Time
End Time
Project No. M243903 CT01, CT02, CT03, and CT04
Page 6 of 187 ©Mostardi Platt

Client:
Facility:
Test Location:
Test Method:
Normal Normal Normal
10/22/24 10/22/24 10/22/24
9:10 12:15 14:55
11:20 14:29 17:04
Run 1 Run 2 Run 3 Average
170.0 166.7 165.4 167.4
9.3% 8.5% 10.0% 9.3%
25.53 25.53 25.53 25.53
40.545 39.931 39.371 39.949
69.006 66.697 66.853 67.519
1,053,589 1,018,332 1,020,720 1,030,880
683,510 669,714 661,686 671,637
753,542 732,199 735,383 740,375
9.4 9.4 9.5 9.4
12.3 12.5 12.3 12.4
99.9 100.4 100.2 100.2
1,040.0 1,040.0 1,040.0 1,040.0
0.00065 0.00049 0.00243 0.00119
0.0002 0.0001 0.0006 0.0003
0.0002 0.0002 0.0010 0.0005
1.4 1.1 5.4 2.6
0.00124 0.00076 0.00493 0.00231
0.0003 0.0002 0.0013 0.0006
0.0005 0.0003 0.0019 0.0009
2.8 1.7 11.0 5.1
0.00481 0.00255 0.00286 0.00341
0.0012 0.0006 0.0007 0.0008
0.0018 0.0010 0.0011 0.0013
10.7 5.7 6.4 7.6
0.00546 0.00304 0.00529 0.00460
0.0013 0.0008 0.0013 0.0011
0.0021 0.0012 0.0021 0.0018
12.2 6.7 11.8 10.2
0.00605 0.00331 0.00779 0.00572
0.0015 0.0008 0.0020 0.0014
0.0023 0.0013 0.0031 0.0022
13.5 7.3 17.3 12.7
Standard Fuel Factor Fc, scf/mmBtu
PacifiCorp
Lake Side Power Plant
CT04
201A/202
Source Condition
Date
Start Time
End Time
Stack Conditions
Average Gas Temperature, °F
Flue Gas Moisture, percent by volume
Average Flue Pressure, in. Hg
Gas Sample Volume, dscf
Average Gas Velocity, ft/sec
Gas Volumetric Flow Rate, acfm
Gas Volumetric Flow Rate, dscfm
Average %CO2 by volume, dry basis
Average %O2 by volume, dry basis
Isokinetic Variance
Gas Volumetric Flow Rate, scfm
Filterable <PM2.5 (Method 201A)
grams collected
grains/acf
grains/dscf
lb/hr
Filterable <PM10 (Method 201A)
grams collected
grains/acf
grains/dscf
lb/hr
Condensable PM (Method 202)
grams collected
grains/acf
grains/dscf
lb/hr
Total PM<2.5 (Method 201A/202)
grams collected
grains/acf
grains/dscf
lb/hr
Total PM<10 (Method 201A/202)
grams collected
grains/acf
grains/dscf
lb/hr
Project No. M243903 CT01, CT02, CT03, and CT04
Page 7 of 187 ©Mostardi Platt
4.0 CERTIFICATION
Mostardi Platt is pleased to have been of service to PacifiCorp. If you have any questions regarding this test report, please do not hesitate to contact us at 630-993-2100.
As project manager, I hereby certify that this test report represents a true and accurate summary of emissions test results and the methodologies employed to obtain those results, and the test program was performed in accordance with the methods specified in this test report.
MOSTARDI PLATT
___________________________ Project Manager Chistopher S. Eldridge ___________________________ Quality Assurance Benjamin W. Hendricks
Project No. M243903 CT01, CT02, CT03, and CT04
Page 8 of 187 ©Mostardi Platt
APPENDICES
Project No. M243903 CT01, CT02, CT03, and CT04
Page 9 of 187 ©Mostardi Platt
Appendix A- Plant Operating Data
Project No. M243903 CT01, CT02, CT03, and CT04
Page 10 of 187 ©Mostardi Platt
10/23/24 09:35 0.7 17,345.8 1,908.0 239
10/23/24 09:36 0.7 17,329.6 1,906.3 239
10/23/24 09:37 0.8 17,305.9 1,903.6 238
10/23/24 09:38 0.7 17,300.9 1,903.1 238
10/23/24 09:39 0.7 17,309.8 1,904.1 238
10/23/24 09:40 0.7 17,152.6 1,886.8 238
10/23/24 09:41 0.7 17,276.7 1,900.4 238
10/23/24 09:42 0.8 17,265.3 1,899.2 238
10/23/24 09:43 0.8 17,259.0 1,898.5 238
10/23/24 09:44 0.8 17,237.2 1,896.1 237
10/23/24 09:45 0.7 17,230.5 1,895.4 237
10/23/24 09:46 0.7 17,215.2 1,893.7 237
10/23/24 09:47 0.6 17,215.1 1,893.7 237
10/23/24 09:48 0.7 17,218.5 1,894.0 237
10/23/24 09:49 0.7 17,223.1 1,894.5 237
10/23/24 09:50 0.8 17,219.4 1,894.1 237
10/23/24 09:51 0.7 17,225.4 1,894.8 237
10/23/24 09:52 0.8 17,226.4 1,894.9 237
10/23/24 09:53 0.8 17,218.8 1,894.1 237
10/23/24 09:54 0.7 17,208.0 1,892.9 237
10/23/24 09:55 0.8 17,184.8 1,890.3 236
10/23/24 09:56 0.8 17,180.7 1,889.9 236
10/23/24 09:57 0.8 17,191.8 1,891.1 237
10/23/24 09:58 0.7 17,164.1 1,888.1 236
10/23/24 09:59 0.8 17,142.4 1,885.7 235
10/23/24 10:00 0.8 17,130.0 1,884.3 235
10/23/24 10:01 0.7 17,132.8 1,884.6 235
10/23/24 10:02 0.8 17,140.4 1,885.4 236
10/23/24 10:03 0.8 17,143.8 1,885.8 236
10/23/24 10:04 0.7 17,127.3 1,884.0 236
10/23/24 10:05 0.8 17,125.5 1,883.8 236
10/23/24 10:06 0.6 17,126.2 1,883.9 236
10/23/24 10:07 0.7 17,117.7 1,882.9 235
10/23/24 10:08 0.7 17,114.0 1,882.5 235
10/23/24 10:09 0.7 17,095.3 1,880.5 235
10/23/24 10:10 0.7 17,094.8 1,880.4 235
10/23/24 10:11 0.7 17,095.0 1,880.5 235
10/23/24 10:12 0.8 17,101.1 1,881.1 235
Source UNIT1

COPPM
(PPM)
GASFLOW
(HSCFH)
GHEAT
(MMBTU/HR)
UNITLOAD
(MW)
Average Data - Run 1
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/23/2024 09:35 Through 10/23/2024 11:42
Time Online Criteria: 1 minute(s)
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:46 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 11 of 187 ©Mostardi Platt
Average Data - Run 1
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/23/2024 09:35 Through 10/23/2024 11:42
Time Online Criteria: 1 minute(s)
10/23/24 10:13 0.7 17,098.2 1,880.8 235
10/23/24 10:14 0.6 17,088.7 1,879.8 235
10/23/24 10:15 0.7 17,096.5 1,880.6 235
10/23/24 10:16 0.7 17,084.3 1,879.3 235
10/23/24 10:17 0.6 17,077.8 1,878.6 235
10/23/24 10:18 0.6 17,075.9 1,878.3 235
10/23/24 10:19 0.7 17,067.3 1,877.4 235
10/23/24 10:20 0.7 17,053.5 1,875.9 234
10/23/24 10:21 0.7 17,032.9 1,873.6 234
10/23/24 10:22 0.7 17,038.0 1,874.2 234
10/23/24 10:23 0.7 17,030.8 1,873.4 234
10/23/24 10:24 0.7 17,043.1 1,874.7 234
10/23/24 10:25 0.8 17,049.3 1,875.4 234
10/23/24 10:26 0.7 17,047.2 1,875.2 234
10/23/24 10:27 0.7 17,051.6 1,875.7 234
10/23/24 10:28 0.7 17,053.7 1,875.9 234
10/23/24 10:29 0.6 17,042.9 1,874.7 234
10/23/24 10:30 0.7 17,035.9 1,873.9 234
10/23/24 10:31 0.7 17,031.5 1,873.5 234
10/23/24 10:32 0.8 17,030.3 1,873.3 234
10/23/24 10:33 0.7 17,045.6 1,875.0 234
10/23/24 10:34 0.7 17,070.6 1,877.8 235
10/23/24 10:35 0.7 17,059.8 1,876.6 234
10/23/24 10:36 0.7 17,034.6 1,873.8 234
10/23/24 10:37 0.7 17,028.7 1,873.2 234
10/23/24 10:38 0.7 17,021.1 1,872.3 234
10/23/24 10:39 0.7 17,019.8 1,872.2 234
10/23/24 10:40 0.7 17,012.8 1,871.4 234
10/23/24 10:41 0.8 17,005.7 1,870.6 234
10/23/24 10:42 0.6 16,987.7 1,868.6 233
10/23/24 10:43 0.6 16,984.2 1,868.3 233
10/23/24 10:44 0.7 16,964.0 1,866.0 233
10/23/24 10:45 0.7 16,981.2 1,867.9 233
10/23/24 10:46 0.7 16,994.9 1,869.4 233
10/23/24 10:47 0.7 17,022.1 1,872.4 234
10/23/24 10:48 0.7 17,058.9 1,876.5 234
10/23/24 10:49 0.8 17,079.3 1,878.7 235
10/23/24 10:50 0.7 17,082.8 1,879.1 235
10/23/24 10:51 0.7 17,087.5 1,879.6 235
10/23/24 10:52 0.8 17,093.2 1,880.3 235
10/23/24 10:53 0.7 17,078.8 1,878.7 235
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:46 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 12 of 187 ©Mostardi Platt
Average Data - Run 1
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/23/2024 09:35 Through 10/23/2024 11:42
Time Online Criteria: 1 minute(s)
10/23/24 10:54 0.7 17,070.7 1,877.8 235
10/23/24 10:55 0.7 17,074.5 1,878.2 235
10/23/24 10:56 0.7 17,068.6 1,877.5 235
10/23/24 10:57 0.7 17,057.5 1,876.3 234
10/23/24 10:58 0.7 17,042.6 1,874.7 234
10/23/24 10:59 0.7 17,034.0 1,873.7 234
10/23/24 11:00 0.7 17,042.2 1,874.6 234
10/23/24 11:01 0.7 17,049.6 1,875.5 234
10/23/24 11:02 0.6 17,043.2 1,874.8 234
10/23/24 11:03 0.7 17,063.6 1,877.0 234
10/23/24 11:04 0.7 17,070.7 1,877.8 234
10/23/24 11:05 0.6 17,044.5 1,874.9 234
10/23/24 11:06 0.7 17,019.1 1,872.1 234
10/23/24 11:07 0.7 17,028.9 1,873.2 234
10/23/24 11:08 0.8 17,057.2 1,876.3 234
10/23/24 11:09 0.7 17,063.7 1,877.0 234
10/23/24 11:10 0.7 17,043.5 1,874.8 234
10/23/24 11:11 0.7 17,052.9 1,875.8 234
10/23/24 11:12 0.7 17,066.5 1,877.3 234
10/23/24 11:13 0.7 17,385.9 1,912.4 234
10/23/24 11:14 0.9 17,465.6 1,921.2 234
10/23/24 11:15 1.1 17,629.1 1,939.2 234
10/23/24 11:16 1.1 17,711.3 1,948.2 235
10/23/24 11:17 1.2 17,710.9 1,948.2 235
10/23/24 11:18 1.2 17,891.8 1,968.1 235
10/23/24 11:19 1.3 17,902.5 1,969.3 236
10/23/24 11:20 1.3 17,899.0 1,968.9 236
10/23/24 11:21 1.2 17,901.0 1,969.1 236
10/23/24 11:22 1.3 17,924.5 1,971.7 237
10/23/24 11:23 1.3 17,926.8 1,971.9 237
10/23/24 11:24 1.4 17,936.5 1,973.0 238
10/23/24 11:25 1.2 17,938.6 1,973.2 238
10/23/24 11:26 1.1 17,929.3 1,972.2 238
10/23/24 11:27 1.1 17,930.2 1,972.3 239
10/23/24 11:28 1.2 17,922.4 1,971.5 239
10/23/24 11:29 1.2 17,903.5 1,969.4 239
10/23/24 11:30 1.2 17,913.1 1,970.4 239
10/23/24 11:31 1.2 17,914.5 1,970.6 239
10/23/24 11:32 1.3 17,919.4 1,971.1 239
10/23/24 11:33 1.1 17,928.1 1,972.1 239
10/23/24 11:34 1.1 17,906.3 1,969.7 238
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:46 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 13 of 187 ©Mostardi Platt
Average Data - Run 1
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/23/2024 09:35 Through 10/23/2024 11:42
Time Online Criteria: 1 minute(s)
10/23/24 11:35 1.2 17,890.0 1,967.9 238
10/23/24 11:36 1.1 17,881.0 1,966.9 238
10/23/24 11:37 1.1 17,874.1 1,966.2 238
10/23/24 11:38 1.1 17,866.0 1,965.3 238
10/23/24 11:39 1.0 17,879.4 1,966.7 238
10/23/24 11:40 1.1 17,896.3 1,968.6 238
10/23/24 11:41 1.1 17,896.8 1,968.6 238
10/23/24 11:42 1.0 17,885.9 1,967.4 237
0.8 17,279.6 1,900.8 236
0.6 16,964.0 1,866.0 233
1.4 17,938.6 1,973.2 239
104.2 2,211,786.9 243,296.2 30,159
128 128 128 128
128 128 128 128
Geometric Mean
Included Data Points
Total number of Data
Points
Average
Minimum
Maximum
Summation
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:46 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 14 of 187 ©Mostardi Platt
10/23/24 12:15 1.2 17,869.9 1,965.7 237
10/23/24 12:16 1.2 17,859.1 1,964.5 237
10/23/24 12:17 1.2 17,872.8 1,966.0 237
10/23/24 12:18 1.0 17,876.7 1,966.4 237
10/23/24 12:19 1.2 17,861.4 1,964.8 237
10/23/24 12:20 1.1 17,856.3 1,964.2 237
10/23/24 12:21 1.1 17,848.3 1,963.3 237
10/23/24 12:22 1.1 17,839.8 1,962.4 237
10/23/24 12:23 1.2 17,838.7 1,962.3 237
10/23/24 12:24 1.0 17,831.5 1,961.5 237
10/23/24 12:25 1.0 17,830.2 1,961.3 237
10/23/24 12:26 1.0 17,816.4 1,959.8 237
10/23/24 12:27 1.0 17,809.8 1,959.1 236
10/23/24 12:28 1.0 17,796.9 1,957.7 236
10/23/24 12:29 1.1 17,785.5 1,956.4 236
10/23/24 12:30 1.0 17,781.0 1,955.9 236
10/23/24 12:31 1.0 17,780.1 1,955.8 236
10/23/24 12:32 1.0 17,773.9 1,955.1 236
10/23/24 12:33 1.1 17,769.4 1,954.6 236
10/23/24 12:34 0.9 17,762.5 1,953.9 236
10/23/24 12:35 1.0 17,745.4 1,952.0 235
10/23/24 12:36 1.0 17,731.8 1,950.5 235
10/23/24 12:37 1.0 17,723.1 1,949.5 235
10/23/24 12:38 1.1 17,719.9 1,949.2 235
10/23/24 12:39 1.1 17,721.9 1,949.4 235
10/23/24 12:40 1.1 17,713.8 1,948.5 235
10/23/24 12:41 1.0 17,701.2 1,947.1 235
10/23/24 12:42 1.0 17,688.5 1,945.7 234
10/23/24 12:43 1.0 17,677.8 1,944.6 234
10/23/24 12:44 1.0 17,669.7 1,943.7 234
10/23/24 12:45 0.9 17,673.7 1,944.1 234
10/23/24 12:46 1.1 17,665.3 1,943.2 234
10/23/24 12:47 1.0 17,658.2 1,942.4 234
10/23/24 12:48 1.0 17,658.9 1,942.5 234
10/23/24 12:49 1.0 17,647.9 1,941.3 234
10/23/24 12:50 1.1 17,654.1 1,942.0 234
10/23/24 12:51 0.9 17,642.7 1,940.7 234
10/23/24 12:52 1.0 17,628.4 1,939.1 233
Source UNIT1

COPPM
(PPM)
GASFLOW
(HSCFH)
GHEAT
(MMBTU/HR)
UNITLOAD
(MW)
Average Data - Run 2
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/23/2024 12:15 Through 10/23/2024 14:24
Time Online Criteria: 1 minute(s)
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:45 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 15 of 187 ©Mostardi Platt
Average Data - Run 2
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/23/2024 12:15 Through 10/23/2024 14:24
Time Online Criteria: 1 minute(s)
10/23/24 12:53 1.0 17,603.4 1,936.4 233
10/23/24 12:54 0.9 17,608.5 1,936.9 233
10/23/24 12:55 0.8 17,623.8 1,938.6 234
10/23/24 12:56 0.9 17,643.9 1,940.8 234
10/23/24 12:57 0.9 17,627.9 1,939.1 234
10/23/24 12:58 0.9 17,609.7 1,937.1 234
10/23/24 12:59 1.0 17,622.0 1,938.4 234
10/23/24 13:00 0.9 17,600.8 1,936.1 234
10/23/24 13:01 1.0 17,579.3 1,933.7 233
10/23/24 13:02 1.0 17,568.7 1,932.6 233
10/23/24 13:03 0.9 17,549.0 1,930.4 233
10/23/24 13:04 0.9 17,538.3 1,929.2 232
10/23/24 13:05 0.9 17,530.0 1,928.3 232
10/23/24 13:06 1.0 17,524.6 1,927.7 232
10/23/24 13:07 0.9 17,544.5 1,929.9 232
10/23/24 13:08 0.9 17,542.1 1,929.6 232
10/23/24 13:09 0.9 17,523.1 1,927.5 232
10/23/24 13:10 0.9 17,516.8 1,926.8 232
10/23/24 13:11 0.9 17,496.8 1,924.6 232
10/23/24 13:12 0.9 17,489.2 1,923.8 231
10/23/24 13:13 1.0 17,500.3 1,925.0 232
10/23/24 13:14 0.9 17,533.7 1,928.7 232
10/23/24 13:15 1.0 17,442.6 1,918.7 233
10/23/24 13:16 1.0 17,596.7 1,935.6 234
10/23/24 13:17 1.0 17,605.1 1,936.6 234
10/23/24 13:18 0.9 17,591.4 1,935.1 233
10/23/24 13:19 0.9 17,551.1 1,930.6 233
10/23/24 13:20 0.9 17,518.8 1,927.1 232
10/23/24 13:21 0.9 17,513.5 1,926.5 232
10/23/24 13:22 0.9 17,539.1 1,929.3 232
10/23/24 13:23 0.9 17,578.5 1,933.6 233
10/23/24 13:24 0.9 17,576.4 1,933.4 232
10/23/24 13:25 0.9 17,580.8 1,933.9 232
10/23/24 13:26 0.9 17,549.5 1,930.4 232
10/23/24 13:27 1.0 17,543.0 1,929.7 232
10/23/24 13:28 0.9 17,548.7 1,930.4 232
10/23/24 13:29 0.9 17,518.5 1,927.0 231
10/23/24 13:30 0.9 17,495.7 1,924.5 231
10/23/24 13:31 0.9 17,477.1 1,922.5 231
10/23/24 13:32 1.0 17,479.3 1,922.7 231
10/23/24 13:33 0.9 17,479.9 1,922.8 231
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:45 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 16 of 187 ©Mostardi Platt
Average Data - Run 2
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/23/2024 12:15 Through 10/23/2024 14:24
Time Online Criteria: 1 minute(s)
10/23/24 13:34 1.0 17,479.5 1,922.7 231
10/23/24 13:35 0.9 17,466.4 1,921.3 231
10/23/24 13:36 0.8 17,423.3 1,916.6 231
10/23/24 13:37 0.9 17,422.7 1,916.5 231
10/23/24 13:38 1.0 17,491.9 1,924.1 231
10/23/24 13:39 0.9 17,497.3 1,924.7 229
10/23/24 13:40 1.0 17,479.0 1,922.7 228
10/23/24 13:41 1.0 17,475.1 1,922.3 227
10/23/24 13:42 0.9 17,454.5 1,920.0 225
10/23/24 13:43 0.9 17,436.6 1,918.0 224
10/23/24 13:44 0.9 17,436.0 1,918.0 223
10/23/24 13:45 1.0 17,436.7 1,918.0 222
10/23/24 13:46 0.9 15,033.9 1,653.7 221
10/23/24 13:47 0.5 14,563.1 1,601.9 220
10/23/24 13:48 0.2 14,557.9 1,601.4 220
10/23/24 13:49 0.4 14,587.9 1,604.7 220
10/23/24 13:50 0.4 14,580.7 1,603.9 219
10/23/24 13:51 0.5 14,592.0 1,605.1 218
10/23/24 13:52 0.5 14,589.5 1,604.8 217
10/23/24 13:53 0.5 14,599.5 1,605.9 216
10/23/24 13:54 0.6 14,576.0 1,603.4 215
10/23/24 13:55 0.6 14,588.9 1,604.8 214
10/23/24 13:56 0.6 14,579.7 1,603.8 213
10/23/24 13:57 0.7 14,519.4 1,597.1 212
10/23/24 13:58 0.6 14,564.2 1,602.1 212
10/23/24 13:59 0.7 16,742.9 1,841.7 212
10/23/24 14:00 0.8 17,276.8 1,900.4 212
10/23/24 14:01 1.3 17,295.3 1,902.5 213
10/23/24 14:02 1.4 14,637.3 1,610.1 215
10/23/24 14:03 0.6 14,580.7 1,603.9 217
10/23/24 14:04 0.3 14,583.5 1,604.2 218
10/23/24 14:05 0.4 14,596.5 1,605.6 219
10/23/24 14:06 0.5 14,706.4 1,617.7 218
10/23/24 14:07 0.5 14,949.3 1,644.4 218
10/23/24 14:08 0.2 15,233.2 1,675.7 217
10/23/24 14:09 0.0 15,531.1 1,708.4 217
10/23/24 14:10 0.0 15,884.6 1,747.3 217
10/23/24 14:11 0.1 16,110.0 1,772.1 217
10/23/24 14:12 0.5 16,478.9 1,812.7 217
10/23/24 14:13 0.7 16,687.9 1,835.7 218
10/23/24 14:14 0.9 16,809.7 1,849.1 219
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:45 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 17 of 187 ©Mostardi Platt
Average Data - Run 2
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/23/2024 12:15 Through 10/23/2024 14:24
Time Online Criteria: 1 minute(s)
10/23/24 14:15 0.9 16,857.0 1,854.3 220
10/23/24 14:16 1.0 16,861.6 1,854.8 221
10/23/24 14:17 1.0 16,832.7 1,851.6 222
10/23/24 14:18 0.9 16,806.6 1,848.7 223
10/23/24 14:19 0.8 16,808.9 1,849.0 224
10/23/24 14:20 0.9 16,800.2 1,848.0 225
10/23/24 14:21 0.8 16,822.8 1,850.5 225
10/23/24 14:22 0.9 16,866.5 1,855.3 226
10/23/24 14:23 0.9 16,903.4 1,859.4 226
10/23/24 14:24 1.0 16,945.9 1,864.0 226
0.9 17,033.7 1,873.7 229
0.0 14,519.4 1,597.1 212
1.4 17,876.7 1,966.4 237
113.8 2,214,386.0 243,582.4 29,733
130 130 130 130
130 130 130 130
Geometric Mean
Included Data Points
Total number of Data
Points
Average
Minimum
Maximum
Summation
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:45 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 18 of 187 ©Mostardi Platt
10/23/24 15:37 0.9 17,090.3 1,879.9 227
10/23/24 15:38 0.9 17,090.1 1,879.9 227
10/23/24 15:39 0.8 17,085.1 1,879.4 227
10/23/24 15:40 0.8 17,133.0 1,884.6 227
10/23/24 15:41 0.9 17,162.8 1,887.9 227
10/23/24 15:42 0.8 17,151.5 1,886.7 227
10/23/24 15:43 0.8 17,126.4 1,883.9 227
10/23/24 15:44 0.8 17,092.5 1,880.2 227
10/23/24 15:45 0.8 17,078.7 1,878.7 227
10/23/24 15:46 0.8 17,064.7 1,877.1 227
10/23/24 15:47 0.7 17,046.1 1,875.1 227
10/23/24 15:48 0.7 17,091.6 1,880.1 228
10/23/24 15:49 0.8 17,092.4 1,880.2 228
10/23/24 15:50 0.8 17,067.3 1,877.4 228
10/23/24 15:51 0.8 17,047.2 1,875.2 228
10/23/24 15:52 0.8 17,037.6 1,874.1 228
10/23/24 15:53 0.8 17,046.3 1,875.1 228
10/23/24 15:54 0.8 17,050.2 1,875.5 227
10/23/24 15:55 0.8 17,051.0 1,875.6 227
10/23/24 15:56 0.7 17,075.1 1,878.3 228
10/23/24 15:57 0.8 17,083.3 1,879.2 227
10/23/24 15:58 0.7 16,977.7 1,867.5 227
10/23/24 15:59 0.9 17,070.3 1,877.7 226
10/23/24 16:00 0.8 17,049.1 1,875.4 226
10/23/24 16:01 0.8 17,088.3 1,879.7 227
10/23/24 16:02 0.8 17,084.9 1,879.3 227
10/23/24 16:03 0.7 17,060.2 1,876.6 227
10/23/24 16:04 0.8 17,043.0 1,874.7 227
10/23/24 16:05 0.8 17,034.7 1,873.8 227
10/23/24 16:06 0.8 17,030.7 1,873.4 228
10/23/24 16:07 0.8 17,036.7 1,874.0 228
10/23/24 16:08 0.8 17,052.1 1,875.7 228
10/23/24 16:09 0.8 17,063.9 1,877.0 228
10/23/24 16:10 0.8 17,036.0 1,874.0 227
10/23/24 16:11 0.8 17,102.1 1,881.2 228
10/23/24 16:12 0.8 17,012.1 1,871.3 227
10/23/24 16:13 0.8 17,082.9 1,879.1 228
10/23/24 16:14 0.9 17,037.3 1,874.1 227
Source UNIT1

COPPM
(PPM)
GASFLOW
(HSCFH)
GHEAT
(MMBTU/HR)
UNITLOAD
(MW)
Average Data - Run 3
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/23/2024 15:37 Through 10/23/2024 17:44
Time Online Criteria: 1 minute(s)
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:46 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 19 of 187 ©Mostardi Platt
Average Data - Run 3
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/23/2024 15:37 Through 10/23/2024 17:44
Time Online Criteria: 1 minute(s)
10/23/24 16:15 0.8 17,071.4 1,877.9 227
10/23/24 16:16 0.8 17,009.7 1,871.1 226
10/23/24 16:17 0.8 17,005.6 1,870.6 226
10/23/24 16:18 0.8 17,052.7 1,875.8 227
10/23/24 16:19 0.8 17,079.8 1,878.8 227
10/23/24 16:20 0.9 17,046.5 1,875.1 227
10/23/24 16:21 0.8 17,011.3 1,871.2 226
10/23/24 16:22 0.8 17,002.9 1,870.3 227
10/23/24 16:23 0.8 17,021.3 1,872.3 227
10/23/24 16:24 0.8 17,022.0 1,872.4 227
10/23/24 16:25 0.8 17,002.1 1,870.2 227
10/23/24 16:26 0.7 17,017.1 1,871.9 227
10/23/24 16:27 0.8 16,984.0 1,868.2 226
10/23/24 16:28 0.8 17,003.0 1,870.3 227
10/23/24 16:29 0.8 17,052.6 1,875.8 228
10/23/24 16:30 0.8 17,058.6 1,876.4 228
10/23/24 16:31 0.8 17,064.2 1,877.1 228
10/23/24 16:32 0.8 17,053.4 1,875.9 227
10/23/24 16:33 0.7 17,040.0 1,874.4 227
10/23/24 16:34 0.8 17,068.1 1,877.5 227
10/23/24 16:35 0.7 17,073.1 1,878.0 227
10/23/24 16:36 0.9 17,080.4 1,878.8 227
10/23/24 16:37 0.8 17,086.9 1,879.6 227
10/23/24 16:38 0.9 17,113.1 1,882.4 227
10/23/24 16:39 0.9 17,077.1 1,878.5 226
10/23/24 16:40 0.9 17,059.5 1,876.5 226
10/23/24 16:41 0.8 17,027.6 1,873.0 226
10/23/24 16:42 0.8 17,012.1 1,871.3 227
10/23/24 16:43 0.7 17,026.8 1,872.9 227
10/23/24 16:44 0.7 17,032.5 1,873.6 227
10/23/24 16:45 0.7 17,031.3 1,873.4 227
10/23/24 16:46 0.7 17,036.9 1,874.1 227
10/23/24 16:47 0.8 16,990.3 1,868.9 226
10/23/24 16:48 0.7 17,009.0 1,871.0 227
10/23/24 16:49 0.8 17,039.5 1,874.3 227
10/23/24 16:50 0.8 17,052.1 1,875.7 228
10/23/24 16:51 0.8 17,059.1 1,876.5 228
10/23/24 16:52 0.8 17,045.3 1,875.0 227
10/23/24 16:53 0.8 17,057.7 1,876.3 227
10/23/24 16:54 0.9 17,069.2 1,877.6 227
10/23/24 16:55 0.8 17,055.2 1,876.1 226
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:46 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 20 of 187 ©Mostardi Platt
Average Data - Run 3
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/23/2024 15:37 Through 10/23/2024 17:44
Time Online Criteria: 1 minute(s)
10/23/24 16:56 0.8 17,055.3 1,876.1 226
10/23/24 16:57 0.8 17,068.4 1,877.5 226
10/23/24 16:58 0.8 16,955.7 1,865.1 226
10/23/24 16:59 0.8 17,058.5 1,876.4 226
10/23/24 17:00 0.8 17,061.5 1,876.8 227
10/23/24 17:01 0.8 17,058.3 1,876.4 227
10/23/24 17:02 0.7 17,051.7 1,875.7 227
10/23/24 17:03 0.8 14,241.5 1,566.6 227
10/23/24 17:04 0.3 14,026.6 1,542.9 227
10/23/24 17:05 0.0 14,001.7 1,540.2 225
10/23/24 17:06 0.0 14,060.9 1,546.7 224
10/23/24 17:07 0.0 14,077.1 1,548.5 221
10/23/24 17:08 0.0 14,052.0 1,545.7 218
10/23/24 17:09 0.0 14,040.2 1,544.4 216
10/23/24 17:10 0.0 14,058.7 1,546.5 214
10/23/24 17:11 0.0 14,052.4 1,545.8 213
10/23/24 17:12 0.0 14,059.4 1,546.5 211
10/23/24 17:13 0.0 14,037.5 1,544.1 210
10/23/24 17:14 0.0 14,040.6 1,544.5 209
10/23/24 17:15 0.0 14,052.6 1,545.8 208
10/23/24 17:16 0.0 14,054.7 1,546.0 208
10/23/24 17:17 0.0 14,055.5 1,546.1 207
10/23/24 17:18 0.0 14,053.6 1,545.9 207
10/23/24 17:19 0.0 14,060.1 1,546.6 207
10/23/24 17:20 0.0 14,061.4 1,546.8 207
10/23/24 17:21 0.0 14,054.0 1,545.9 207
10/23/24 17:22 0.0 14,044.9 1,544.9 207
10/23/24 17:23 0.0 14,019.2 1,542.1 207
10/23/24 17:24 0.0 14,045.8 1,545.0 207
10/23/24 17:25 0.0 14,084.3 1,549.3 208
10/23/24 17:26 0.0 14,077.1 1,548.5 208
10/23/24 17:27 0.0 14,059.1 1,546.5 208
10/23/24 17:28 0.0 14,060.7 1,546.7 208
10/23/24 17:29 0.0 14,039.5 1,544.3 207
10/23/24 17:30 0.0 14,051.1 1,545.6 208
10/23/24 17:31 0.0 14,090.4 1,549.9 208
10/23/24 17:32 0.0 14,083.2 1,549.2 208
10/23/24 17:33 0.0 14,080.8 1,548.9 208
10/23/24 17:34 0.0 14,080.1 1,548.8 208
10/23/24 17:35 0.0 14,071.7 1,547.9 208
10/23/24 17:36 0.0 14,086.8 1,549.5 208
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:46 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 21 of 187 ©Mostardi Platt
Average Data - Run 3
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/23/2024 15:37 Through 10/23/2024 17:44
Time Online Criteria: 1 minute(s)
10/23/24 17:37 0.0 14,087.3 1,549.6 208
10/23/24 17:38 0.0 14,084.4 1,549.3 208
10/23/24 17:39 0.0 14,085.3 1,549.4 208
10/23/24 17:40 0.0 14,084.3 1,549.3 208
10/23/24 17:41 0.0 14,083.5 1,549.2 208
10/23/24 17:42 0.0 14,095.2 1,550.5 208
10/23/24 17:43 0.0 14,084.7 1,549.3 208
10/23/24 17:44 0.0 14,078.1 1,548.6 208
0.5 16,073.7 1,768.1 222
0.0 14,001.7 1,540.2 207
0.9 17,162.8 1,887.9 228
69.6 2,057,433.6 226,317.1 28,371
128 128 128 128
128 128 128 128
Geometric Mean
Included Data Points
Total number of Data
Points
Average
Minimum
Maximum
Summation
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:46 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 22 of 187 ©Mostardi Platt
10/24/24 08:45 2.1 18,942.0 2,083.6 257
10/24/24 08:46 2.1 18,954.4 2,085.0 257
10/24/24 08:47 2.2 18,950.3 2,084.5 257
10/24/24 08:48 2.2 18,955.2 2,085.1 257
10/24/24 08:49 2.1 18,952.1 2,084.7 257
10/24/24 08:50 2.2 18,956.1 2,085.2 257
10/24/24 08:51 2.1 18,954.1 2,085.0 257
10/24/24 08:52 2.2 18,965.4 2,086.2 257
10/24/24 08:53 2.1 18,967.9 2,086.5 257
10/24/24 08:54 2.1 18,952.1 2,084.7 257
10/24/24 08:55 2.2 18,926.2 2,081.9 257
10/24/24 08:56 2.2 18,932.5 2,082.6 257
10/24/24 08:57 2.3 18,936.1 2,083.0 257
10/24/24 08:58 2.2 18,942.0 2,083.6 257
10/24/24 08:59 2.2 18,934.8 2,082.8 257
10/24/24 09:00 2.2 18,956.1 2,085.2 257
10/24/24 09:01 2.1 18,960.3 2,085.6 257
10/24/24 09:02 2.1 18,949.4 2,084.4 257
10/24/24 09:03 2.1 18,954.9 2,085.0 257
10/24/24 09:04 2.2 18,945.0 2,084.0 257
10/24/24 09:05 2.2 18,946.1 2,084.1 257
10/24/24 09:06 2.2 18,939.5 2,083.3 257
10/24/24 09:07 2.2 18,943.3 2,083.8 257
10/24/24 09:08 2.2 18,952.5 2,084.8 257
10/24/24 09:09 2.1 18,955.8 2,085.1 257
10/24/24 09:10 2.1 18,949.6 2,084.5 257
10/24/24 09:11 2.2 18,930.7 2,082.4 257
10/24/24 09:12 2.1 18,938.4 2,083.2 257
10/24/24 09:13 2.2 18,944.2 2,083.9 257
10/24/24 09:14 2.2 18,948.6 2,084.3 257
10/24/24 09:15 2.2 18,931.2 2,082.4 257
10/24/24 09:16 2.2 18,931.4 2,082.5 257
10/24/24 09:17 2.2 18,933.4 2,082.7 257
10/24/24 09:18 2.2 18,946.4 2,084.1 257
10/24/24 09:19 2.2 18,943.9 2,083.8 257
10/24/24 09:20 2.1 18,921.3 2,081.3 257
10/24/24 09:21 2.2 18,912.4 2,080.4 257
10/24/24 09:22 2.2 18,950.2 2,084.5 257
Source UNIT2

COPPM
(PPM)
GASFLOW
(HSCFH)
GHEAT
(MMBTU/HR)
UNITLOAD
(MW)
Average Data - Run 1
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/24/2024 08:45 Through 10/24/2024 10:51
Time Online Criteria: 1 minute(s)
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:48 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 23 of 187 ©Mostardi Platt
Average Data - Run 1
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/24/2024 08:45 Through 10/24/2024 10:51
Time Online Criteria: 1 minute(s)
10/24/24 09:23 2.2 18,959.0 2,085.5 258
10/24/24 09:24 2.2 18,953.1 2,084.8 257
10/24/24 09:25 2.3 18,945.2 2,084.0 257
10/24/24 09:26 2.3 18,948.8 2,084.4 257
10/24/24 09:27 2.2 18,944.7 2,083.9 257
10/24/24 09:28 2.2 18,941.2 2,083.5 257
10/24/24 09:29 2.1 18,939.3 2,083.3 257
10/24/24 09:30 2.2 18,952.6 2,084.8 257
10/24/24 09:31 2.2 18,944.9 2,083.9 257
10/24/24 09:32 2.2 18,939.0 2,083.3 257
10/24/24 09:33 2.2 18,952.6 2,084.8 257
10/24/24 09:34 2.2 18,949.7 2,084.5 257
10/24/24 09:35 2.2 18,952.2 2,084.7 257
10/24/24 09:36 2.2 18,949.3 2,084.4 257
10/24/24 09:37 2.2 18,948.0 2,084.3 257
10/24/24 09:38 2.1 18,947.5 2,084.2 257
10/24/24 09:39 2.2 18,959.4 2,085.5 257
10/24/24 09:40 2.2 18,948.8 2,084.4 257
10/24/24 09:41 2.2 18,939.8 2,083.4 257
10/24/24 09:42 2.2 18,945.1 2,084.0 257
10/24/24 09:43 2.2 18,950.3 2,084.5 257
10/24/24 09:44 2.2 18,939.0 2,083.3 257
10/24/24 09:45 2.2 18,930.3 2,082.3 257
10/24/24 09:46 2.2 18,931.6 2,082.5 257
10/24/24 09:47 2.2 18,944.5 2,083.9 257
10/24/24 09:48 2.2 18,950.7 2,084.6 257
10/24/24 09:49 2.2 18,940.2 2,083.4 257
10/24/24 09:50 2.2 18,952.7 2,084.8 257
10/24/24 09:51 2.2 18,934.5 2,082.8 257
10/24/24 09:52 2.2 18,951.2 2,084.6 257
10/24/24 09:53 2.1 18,946.3 2,084.1 257
10/24/24 09:54 2.2 18,926.9 2,082.0 257
10/24/24 09:55 2.2 18,911.6 2,080.3 256
10/24/24 09:56 2.2 18,914.6 2,080.6 256
10/24/24 09:57 2.1 18,921.0 2,081.3 256
10/24/24 09:58 2.2 18,910.7 2,080.2 256
10/24/24 09:59 2.2 18,910.1 2,080.1 256
10/24/24 10:00 2.2 18,902.7 2,079.3 256
10/24/24 10:01 2.2 18,895.2 2,078.5 256
10/24/24 10:02 2.2 18,899.5 2,078.9 257
10/24/24 10:03 2.2 18,892.4 2,078.2 256
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:48 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 24 of 187 ©Mostardi Platt
Average Data - Run 1
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/24/2024 08:45 Through 10/24/2024 10:51
Time Online Criteria: 1 minute(s)
10/24/24 10:04 2.1 18,886.8 2,077.5 256
10/24/24 10:05 2.2 18,906.3 2,079.7 257
10/24/24 10:06 2.1 18,895.9 2,078.5 256
10/24/24 10:07 2.1 18,900.3 2,079.0 256
10/24/24 10:08 2.2 18,887.0 2,077.6 256
10/24/24 10:09 2.2 18,901.5 2,079.2 256
10/24/24 10:10 2.2 18,914.1 2,080.6 256
10/24/24 10:11 2.2 18,896.3 2,078.6 257
10/24/24 10:12 2.2 18,882.0 2,077.0 256
10/24/24 10:13 2.2 18,883.9 2,077.2 256
10/24/24 10:14 2.2 18,894.9 2,078.4 256
10/24/24 10:15 2.2 18,885.1 2,077.4 256
10/24/24 10:16 2.2 18,885.0 2,077.4 256
10/24/24 10:17 2.2 18,881.5 2,077.0 256
10/24/24 10:18 2.1 18,858.5 2,074.4 256
10/24/24 10:19 2.2 18,855.5 2,074.1 256
10/24/24 10:20 2.2 18,896.9 2,078.7 257
10/24/24 10:21 2.2 18,904.4 2,079.5 256
10/24/24 10:22 2.2 18,865.3 2,075.2 256
10/24/24 10:23 2.2 18,839.0 2,072.3 255
10/24/24 10:24 2.2 18,837.4 2,072.1 255
10/24/24 10:25 2.1 18,847.3 2,073.2 256
10/24/24 10:26 2.2 18,867.2 2,075.4 256
10/24/24 10:27 2.2 18,854.8 2,074.0 256
10/24/24 10:28 2.2 18,857.0 2,074.3 256
10/24/24 10:29 2.2 18,867.9 2,075.5 256
10/24/24 10:30 2.2 18,859.0 2,074.5 256
10/24/24 10:31 2.2 18,856.4 2,074.2 256
10/24/24 10:32 2.2 18,846.3 2,073.1 256
10/24/24 10:33 2.1 18,830.0 2,071.3 255
10/24/24 10:34 2.1 18,813.7 2,069.5 255
10/24/24 10:35 2.0 18,801.8 2,068.2 255
10/24/24 10:36 2.1 18,802.8 2,068.3 255
10/24/24 10:37 2.2 18,828.4 2,071.1 255
10/24/24 10:38 2.2 18,817.5 2,069.9 255
10/24/24 10:39 2.2 18,806.3 2,068.7 255
10/24/24 10:40 2.1 18,812.9 2,069.4 255
10/24/24 10:41 2.1 18,820.5 2,070.3 255
10/24/24 10:42 2.2 18,849.0 2,073.4 256
10/24/24 10:43 2.2 18,847.4 2,073.2 256
10/24/24 10:44 2.2 18,844.3 2,072.9 256
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:48 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 25 of 187 ©Mostardi Platt
Average Data - Run 1
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/24/2024 08:45 Through 10/24/2024 10:51
Time Online Criteria: 1 minute(s)
10/24/24 10:45 2.2 18,835.2 2,071.9 255
10/24/24 10:46 2.1 18,825.9 2,070.8 255
10/24/24 10:47 2.1 18,830.6 2,071.4 256
10/24/24 10:48 2.2 18,862.0 2,074.8 256
10/24/24 10:49 2.2 18,886.7 2,077.5 256
10/24/24 10:50 2.2 18,892.7 2,078.2 256
10/24/24 10:51 2.2 18,885.3 2,077.4 256
2.2 18,910.5 2,080.2 256
2.0 18,801.8 2,068.2 255
2.3 18,967.9 2,086.5 258
276.6 2,401,628.5 264,179.3 32,574
127 127 127 127
127 127 127 127
Geometric Mean
Included Data Points
Total number of Data
Points
Average
Minimum
Maximum
Summation
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:48 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 26 of 187 ©Mostardi Platt
10/24/24 11:10 2.2 18,868.9 2,075.6 256
10/24/24 11:11 2.1 18,853.7 2,073.9 256
10/24/24 11:12 2.2 18,841.2 2,072.5 256
10/24/24 11:13 2.3 18,841.6 2,072.6 256
10/24/24 11:14 2.3 18,827.2 2,071.0 255
10/24/24 11:15 2.2 18,823.1 2,070.5 255
10/24/24 11:16 2.3 18,844.5 2,072.9 256
10/24/24 11:17 2.3 18,850.1 2,073.5 256
10/24/24 11:18 2.2 18,843.6 2,072.8 256
10/24/24 11:19 2.2 18,838.2 2,072.2 255
10/24/24 11:20 2.2 18,843.6 2,072.8 255
10/24/24 11:21 2.2 18,833.0 2,071.6 255
10/24/24 11:22 2.3 18,842.1 2,072.6 255
10/24/24 11:23 2.2 18,857.0 2,074.3 256
10/24/24 11:24 2.2 18,829.9 2,071.3 256
10/24/24 11:25 2.1 18,847.4 2,073.2 256
10/24/24 11:26 2.2 18,865.7 2,075.2 256
10/24/24 11:27 2.2 18,846.2 2,073.1 256
10/24/24 11:28 2.2 18,822.7 2,070.5 255
10/24/24 11:29 2.2 18,828.6 2,071.1 255
10/24/24 11:30 2.2 18,826.9 2,071.0 255
10/24/24 11:31 2.2 18,818.6 2,070.0 255
10/24/24 11:32 2.2 18,829.8 2,071.3 255
10/24/24 11:33 2.2 18,834.1 2,071.8 255
10/24/24 11:34 2.1 18,834.6 2,071.8 255
10/24/24 11:35 2.2 18,818.9 2,070.1 255
10/24/24 11:36 2.2 18,807.0 2,068.8 255
10/24/24 11:37 2.2 18,792.6 2,067.2 255
10/24/24 11:38 2.2 18,828.4 2,071.1 255
10/24/24 11:39 2.2 18,812.6 2,069.4 255
10/24/24 11:40 2.2 18,819.8 2,070.2 255
10/24/24 11:41 2.2 18,851.6 2,073.7 256
10/24/24 11:42 2.2 18,835.5 2,071.9 255
10/24/24 11:43 2.2 18,818.0 2,070.0 255
10/24/24 11:44 2.2 18,820.1 2,070.2 255
10/24/24 11:45 2.2 18,807.6 2,068.8 255
10/24/24 11:46 2.2 18,804.8 2,068.5 255
10/24/24 11:47 2.1 18,783.2 2,066.2 255
Source UNIT2

COPPM
(PPM)
GASFLOW
(HSCFH)
GHEAT
(MMBTU/HR)
UNITLOAD
(MW)
Average Data - Run 2
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/24/2024 11:10 Through 10/24/2024 13:18
Time Online Criteria: 1 minute(s)
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:48 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 27 of 187 ©Mostardi Platt
Average Data - Run 2
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/24/2024 11:10 Through 10/24/2024 13:18
Time Online Criteria: 1 minute(s)
10/24/24 11:48 2.2 18,775.7 2,065.3 254
10/24/24 11:49 2.2 18,800.0 2,068.0 255
10/24/24 11:50 2.2 18,789.1 2,066.8 255
10/24/24 11:51 2.1 18,764.4 2,064.1 254
10/24/24 11:52 2.2 18,792.2 2,067.1 255
10/24/24 11:53 2.2 18,827.6 2,071.0 255
10/24/24 11:54 2.1 18,838.1 2,072.2 255
10/24/24 11:55 2.1 18,813.5 2,069.5 255
10/24/24 11:56 2.2 18,801.2 2,068.1 254
10/24/24 11:57 2.2 18,811.9 2,069.3 255
10/24/24 11:58 2.2 18,824.9 2,070.7 255
10/24/24 11:59 2.2 18,820.2 2,070.2 255
10/24/24 12:00 2.2 18,802.8 2,068.3 255
10/24/24 12:01 2.2 18,821.5 2,070.4 255
10/24/24 12:02 2.2 18,808.9 2,069.0 255
10/24/24 12:03 2.2 18,796.6 2,067.6 255
10/24/24 12:04 2.2 18,811.3 2,069.2 255
10/24/24 12:05 2.1 18,807.1 2,068.8 255
10/24/24 12:06 2.2 18,793.4 2,067.3 255
10/24/24 12:07 2.2 18,785.3 2,066.4 255
10/24/24 12:08 2.2 18,774.1 2,065.2 255
10/24/24 12:09 2.1 18,802.8 2,068.3 255
10/24/24 12:10 2.2 18,794.3 2,067.4 255
10/24/24 12:11 2.2 18,796.6 2,067.6 255
10/24/24 12:12 2.1 18,789.6 2,066.9 255
10/24/24 12:13 2.1 18,790.6 2,067.0 255
10/24/24 12:14 2.1 18,775.8 2,065.3 255
10/24/24 12:15 2.2 18,792.6 2,067.2 255
10/24/24 12:16 2.1 18,800.9 2,068.1 255
10/24/24 12:17 2.1 18,793.1 2,067.2 255
10/24/24 12:18 2.2 18,782.7 2,066.1 255
10/24/24 12:19 2.2 18,786.7 2,066.5 255
10/24/24 12:20 2.2 18,794.8 2,067.4 255
10/24/24 12:21 2.2 18,782.4 2,066.1 254
10/24/24 12:22 2.2 18,750.6 2,062.6 254
10/24/24 12:23 2.2 18,734.6 2,060.8 254
10/24/24 12:24 2.2 18,760.2 2,063.6 254
10/24/24 12:25 2.2 18,780.5 2,065.9 255
10/24/24 12:26 2.2 18,777.0 2,065.5 255
10/24/24 12:27 2.1 18,766.4 2,064.3 255
10/24/24 12:28 2.1 18,785.2 2,066.4 255
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:48 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 28 of 187 ©Mostardi Platt
Average Data - Run 2
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/24/2024 11:10 Through 10/24/2024 13:18
Time Online Criteria: 1 minute(s)
10/24/24 12:29 2.1 18,775.8 2,065.3 255
10/24/24 12:30 2.1 18,783.2 2,066.2 255
10/24/24 12:31 2.2 18,769.4 2,064.6 254
10/24/24 12:32 2.2 18,761.6 2,063.8 254
10/24/24 12:33 2.2 18,780.3 2,065.8 254
10/24/24 12:34 2.2 18,757.4 2,063.3 254
10/24/24 12:35 2.2 18,763.2 2,064.0 255
10/24/24 12:36 2.2 18,782.9 2,066.1 255
10/24/24 12:37 2.2 18,774.8 2,065.2 255
10/24/24 12:38 2.2 18,778.3 2,065.6 255
10/24/24 12:39 2.2 18,782.5 2,066.1 255
10/24/24 12:40 2.2 18,760.2 2,063.6 254
10/24/24 12:41 2.2 18,765.0 2,064.2 255
10/24/24 12:42 2.2 18,754.7 2,063.0 254
10/24/24 12:43 2.2 18,754.3 2,063.0 254
10/24/24 12:44 2.2 18,769.6 2,064.7 255
10/24/24 12:45 2.2 18,760.1 2,063.6 254
10/24/24 12:46 2.1 18,758.6 2,063.4 255
10/24/24 12:47 2.1 18,773.8 2,065.1 255
10/24/24 12:48 2.2 18,769.7 2,064.7 255
10/24/24 12:49 2.2 18,759.9 2,063.6 254
10/24/24 12:50 2.2 18,764.4 2,064.1 254
10/24/24 12:51 2.2 18,737.2 2,061.1 254
10/24/24 12:52 2.2 18,723.1 2,059.5 254
10/24/24 12:53 2.1 18,754.7 2,063.0 254
10/24/24 12:54 2.2 18,746.0 2,062.1 254
10/24/24 12:55 2.2 18,749.9 2,062.5 254
10/24/24 12:56 2.2 18,752.7 2,062.8 254
10/24/24 12:57 2.2 18,740.2 2,061.4 254
10/24/24 12:58 2.2 18,754.8 2,063.0 254
10/24/24 12:59 2.2 18,755.7 2,063.1 254
10/24/24 13:00 2.2 18,751.7 2,062.7 254
10/24/24 13:01 2.2 18,740.1 2,061.4 254
10/24/24 13:02 2.2 18,726.9 2,060.0 254
10/24/24 13:03 2.2 18,726.4 2,059.9 254
10/24/24 13:04 2.2 18,747.9 2,062.3 254
10/24/24 13:05 2.2 18,764.1 2,064.1 255
10/24/24 13:06 2.2 18,753.3 2,062.9 254
10/24/24 13:07 2.2 18,725.3 2,059.8 254
10/24/24 13:08 2.2 18,706.0 2,057.7 253
10/24/24 13:09 2.2 18,711.2 2,058.2 254
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:48 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 29 of 187 ©Mostardi Platt
Average Data - Run 2
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/24/2024 11:10 Through 10/24/2024 13:18
Time Online Criteria: 1 minute(s)
10/24/24 13:10 2.2 18,684.6 2,055.3 253
10/24/24 13:11 2.2 18,700.4 2,057.0 254
10/24/24 13:12 2.2 18,735.5 2,060.9 254
10/24/24 13:13 2.2 18,760.0 2,063.6 255
10/24/24 13:14 2.2 18,735.3 2,060.9 254
10/24/24 13:15 2.2 18,722.1 2,059.4 254
10/24/24 13:16 2.2 18,722.5 2,059.5 254
10/24/24 13:17 2.2 18,704.9 2,057.5 254
10/24/24 13:18 2.1 18,710.9 2,058.2 254
2.2 18,787.1 2,066.6 255
2.1 18,684.6 2,055.3 253
2.3 18,868.9 2,075.6 256
282.1 2,423,532.7 266,588.7 32,863
129 129 129 129
129 129 129 129
Geometric Mean
Included Data Points
Total number of Data
Points
Average
Minimum
Maximum
Summation
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:48 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 30 of 187 ©Mostardi Platt
10/24/24 13:35 2.4 18,719.9 2,059.2 254
10/24/24 13:36 2.4 18,721.1 2,059.3 254
10/24/24 13:37 2.4 18,711.9 2,058.3 254
10/24/24 13:38 2.4 18,700.1 2,057.0 254
10/24/24 13:39 2.4 18,681.2 2,054.9 253
10/24/24 13:40 2.3 18,666.4 2,053.3 253
10/24/24 13:41 2.4 18,697.8 2,056.8 253
10/24/24 13:42 2.3 18,700.6 2,057.1 254
10/24/24 13:43 2.3 18,686.7 2,055.5 254
10/24/24 13:44 2.2 18,688.6 2,055.7 253
10/24/24 13:45 2.2 18,685.6 2,055.4 253
10/24/24 13:46 2.2 18,676.2 2,054.4 253
10/24/24 13:47 2.2 18,684.6 2,055.3 253
10/24/24 13:48 2.2 18,710.3 2,058.1 254
10/24/24 13:49 2.2 18,721.9 2,059.4 254
10/24/24 13:50 2.2 18,724.9 2,059.7 254
10/24/24 13:51 2.3 18,715.6 2,058.7 254
10/24/24 13:52 2.3 18,704.7 2,057.5 254
10/24/24 13:53 2.3 18,700.9 2,057.1 254
10/24/24 13:54 2.3 18,693.8 2,056.3 254
10/24/24 13:55 2.3 18,681.7 2,055.0 253
10/24/24 13:56 2.2 18,684.4 2,055.3 254
10/24/24 13:57 2.3 18,693.9 2,056.3 254
10/24/24 13:58 2.2 18,692.3 2,056.2 254
10/24/24 13:59 2.2 18,696.9 2,056.7 253
10/24/24 14:00 2.3 18,692.1 2,056.1 253
10/24/24 14:01 2.3 18,698.6 2,056.8 254
10/24/24 14:02 2.3 18,693.0 2,056.2 254
10/24/24 14:03 2.2 18,688.3 2,055.7 254
10/24/24 14:04 2.3 18,683.8 2,055.2 253
10/24/24 14:05 2.3 18,683.1 2,055.1 253
10/24/24 14:06 2.3 18,685.5 2,055.4 253
10/24/24 14:07 2.3 18,696.0 2,056.6 253
10/24/24 14:08 2.3 18,705.8 2,057.6 254
10/24/24 14:09 2.3 18,708.6 2,057.9 254
10/24/24 14:10 2.2 18,694.2 2,056.4 253
10/24/24 14:11 2.2 18,659.4 2,052.5 253
10/24/24 14:12 2.3 18,676.2 2,054.4 253
Source UNIT2

COPPM
(PPM)
GASFLOW
(HSCFH)
GHEAT
(MMBTU/HR)
UNITLOAD
(MW)
Average Data - Run 3
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/24/2024 13:35 Through 10/24/2024 15:42
Time Online Criteria: 1 minute(s)
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:48 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 31 of 187 ©Mostardi Platt
Average Data - Run 3
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/24/2024 13:35 Through 10/24/2024 15:42
Time Online Criteria: 1 minute(s)
10/24/24 14:13 2.3 18,709.6 2,058.1 254
10/24/24 14:14 2.3 18,694.8 2,056.4 253
10/24/24 14:15 2.3 18,688.5 2,055.7 253
10/24/24 14:16 2.3 18,691.9 2,056.1 254
10/24/24 14:17 2.3 18,561.5 2,041.8 253
10/24/24 14:18 2.2 18,690.0 2,055.9 253
10/24/24 14:19 2.2 18,682.2 2,055.0 253
10/24/24 14:20 2.2 18,684.4 2,055.3 253
10/24/24 14:21 2.3 18,688.6 2,055.7 253
10/24/24 14:22 2.3 18,664.2 2,053.1 253
10/24/24 14:23 2.3 18,685.7 2,055.4 253
10/24/24 14:24 2.3 18,679.8 2,054.8 253
10/24/24 14:25 2.2 18,692.8 2,056.2 254
10/24/24 14:26 2.2 18,678.9 2,054.7 253
10/24/24 14:27 2.3 18,640.3 2,050.4 253
10/24/24 14:28 2.3 18,649.9 2,051.5 253
10/24/24 14:29 2.3 18,553.4 2,040.9 253
10/24/24 14:30 2.2 18,682.5 2,055.1 253
10/24/24 14:31 2.3 18,669.4 2,053.6 253
10/24/24 14:32 2.3 18,685.3 2,055.4 253
10/24/24 14:33 2.2 18,668.4 2,053.5 253
10/24/24 14:34 2.3 18,524.2 2,037.7 253
10/24/24 14:35 2.3 18,631.9 2,049.5 253
10/24/24 14:36 2.3 18,653.0 2,051.8 253
10/24/24 14:37 2.3 18,670.3 2,053.7 253
10/24/24 14:38 2.2 18,680.0 2,054.8 253
10/24/24 14:39 2.2 18,677.6 2,054.5 253
10/24/24 14:40 2.2 18,658.0 2,052.4 253
10/24/24 14:41 2.2 18,641.2 2,050.5 252
10/24/24 14:42 2.3 18,650.0 2,051.5 253
10/24/24 14:43 2.3 18,678.4 2,054.6 253
10/24/24 14:44 2.2 18,672.9 2,054.0 253
10/24/24 14:45 2.2 18,666.5 2,053.3 253
10/24/24 14:46 2.2 18,540.2 2,039.4 253
10/24/24 14:47 2.3 18,675.6 2,054.3 253
10/24/24 14:48 2.3 18,655.9 2,052.1 253
10/24/24 14:49 2.2 18,650.1 2,051.5 253
10/24/24 14:50 2.3 18,640.7 2,050.5 253
10/24/24 14:51 2.3 18,634.6 2,049.8 253
10/24/24 14:52 2.3 18,667.3 2,053.4 253
10/24/24 14:53 2.4 18,659.0 2,052.5 253
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:48 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 32 of 187 ©Mostardi Platt
Average Data - Run 3
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/24/2024 13:35 Through 10/24/2024 15:42
Time Online Criteria: 1 minute(s)
10/24/24 14:54 2.3 18,647.2 2,051.2 253
10/24/24 14:55 2.4 18,628.8 2,049.2 252
10/24/24 14:56 2.4 18,615.3 2,047.7 252
10/24/24 14:57 2.4 18,644.8 2,050.9 253
10/24/24 14:58 2.4 18,636.8 2,050.0 253
10/24/24 14:59 2.4 18,510.6 2,036.2 253
10/24/24 15:00 2.4 18,639.9 2,050.4 253
10/24/24 15:01 2.4 18,635.0 2,049.9 253
10/24/24 15:02 2.4 18,622.1 2,048.4 253
10/24/24 15:03 2.4 18,514.3 2,036.6 253
10/24/24 15:04 2.3 17,166.5 1,888.3 253
10/24/24 15:05 2.1 15,580.7 1,713.9 251
10/24/24 15:06 0.4 15,574.4 1,713.2 249
10/24/24 15:07 0.1 15,588.6 1,714.7 246
10/24/24 15:08 0.1 15,598.1 1,715.8 244
10/24/24 15:09 0.1 15,597.8 1,715.8 241
10/24/24 15:10 0.0 15,593.8 1,715.3 239
10/24/24 15:11 0.1 15,607.1 1,716.8 237
10/24/24 15:12 0.1 15,597.0 1,715.7 236
10/24/24 15:13 0.1 15,590.6 1,715.0 234
10/24/24 15:14 0.1 15,569.5 1,712.6 233
10/24/24 15:15 0.1 15,502.6 1,705.3 232
10/24/24 15:16 0.1 15,506.6 1,705.7 231
10/24/24 15:17 0.1 15,580.1 1,713.8 231
10/24/24 15:18 0.1 15,578.6 1,713.6 231
10/24/24 15:19 0.1 15,582.9 1,714.1 231
10/24/24 15:20 0.1 15,585.7 1,714.4 231
10/24/24 15:21 0.1 15,575.7 1,713.3 230
10/24/24 15:22 0.1 15,550.8 1,710.6 230
10/24/24 15:23 0.1 15,556.2 1,711.2 230
10/24/24 15:24 0.1 15,585.3 1,714.4 231
10/24/24 15:25 0.1 15,584.9 1,714.3 230
10/24/24 15:26 0.1 15,566.8 1,712.3 230
10/24/24 15:27 0.1 15,549.3 1,710.4 230
10/24/24 15:28 0.1 15,551.3 1,710.6 230
10/24/24 15:29 0.1 15,553.3 1,710.9 230
10/24/24 15:30 0.1 15,565.1 1,712.2 230
10/24/24 15:31 0.1 15,350.5 1,688.6 228
10/24/24 15:32 0.2 14,968.2 1,646.5 222
10/24/24 15:33 0.2 14,641.0 1,610.5 218
10/24/24 15:34 0.1 14,362.8 1,579.9 214
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:48 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 33 of 187 ©Mostardi Platt
Average Data - Run 3
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/24/2024 13:35 Through 10/24/2024 15:42
Time Online Criteria: 1 minute(s)
10/24/24 15:35 0.1 14,048.8 1,545.4 209
10/24/24 15:36 0.2 13,791.2 1,517.0 205
10/24/24 15:37 0.2 13,547.9 1,490.3 202
10/24/24 15:38 0.2 13,293.1 1,462.2 197
10/24/24 15:39 0.1 13,018.0 1,432.0 193
10/24/24 15:40 0.2 12,747.4 1,402.2 189
10/24/24 15:41 0.2 12,506.5 1,375.7 185
10/24/24 15:42 0.2 12,321.0 1,355.3 182
1.7 17,563.3 1,932.0 245
0.0 12,321.0 1,355.3 182
2.4 18,724.9 2,059.7 254
212.6 2,248,106.6 247,291.1 31,333
128 128 128 128
128 128 128 128
Geometric Mean
Included Data Points
Total number of Data
Points
Average
Minimum
Maximum
Summation
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:48 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 34 of 187 ©Mostardi Platt
10/21/24 10:55 0.0 20,628.9 2,269.2 307
10/21/24 10:56 0.0 20,631.3 2,269.4 307
10/21/24 10:57 0.0 20,634.0 2,269.7 307
10/21/24 10:58 0.0 20,630.8 2,269.4 307
10/21/24 10:59 0.0 20,629.1 2,269.2 307
10/21/24 11:00 0.0 20,631.2 2,269.4 307
10/21/24 11:01 0.0 20,623.0 2,268.5 307
10/21/24 11:02 0.0 20,618.8 2,268.1 307
10/21/24 11:03 0.0 20,620.4 2,268.2 307
10/21/24 11:04 0.0 20,625.0 2,268.8 307
10/21/24 11:05 0.0 20,622.8 2,268.5 307
10/21/24 11:06 0.0 20,622.5 2,268.5 307
10/21/24 11:07 0.0 20,613.4 2,267.5 307
10/21/24 11:08 0.0 20,597.7 2,265.7 307
10/21/24 11:09 0.0 20,599.6 2,266.0 307
10/21/24 11:10 0.0 20,617.5 2,267.9 307
10/21/24 11:11 0.0 20,639.2 2,270.3 307
10/21/24 11:12 0.0 20,628.0 2,269.1 307
10/21/24 11:13 0.0 20,614.1 2,267.6 307
10/21/24 11:14 0.0 20,614.8 2,267.6 307
10/21/24 11:15 0.0 20,621.4 2,268.4 307
10/21/24 11:16 0.0 20,617.5 2,267.9 307
10/21/24 11:17 0.0 20,609.8 2,267.1 307
10/21/24 11:18 0.0 20,609.0 2,267.0 307
10/21/24 11:19 0.0 20,609.1 2,267.0 307
10/21/24 11:20 0.0 20,603.3 2,266.4 306
10/21/24 11:21 0.0 20,599.6 2,266.0 307
10/21/24 11:22 0.0 20,606.5 2,266.7 307
10/21/24 11:23 0.0 20,600.0 2,266.0 306
10/21/24 11:24 0.0 20,600.6 2,266.1 307
10/21/24 11:25 0.0 20,599.3 2,265.9 307
10/21/24 11:26 0.0 20,598.1 2,265.8 307
10/21/24 11:27 0.0 20,584.2 2,264.3 306
10/21/24 11:28 0.0 20,581.4 2,264.0 306
10/21/24 11:29 0.0 20,588.2 2,264.7 307
10/21/24 11:30 0.0 20,575.8 2,263.3 306
10/21/24 11:31 0.0 20,569.9 2,262.7 306
10/21/24 11:32 0.0 20,554.0 2,260.9 306
Source UNIT3

COPPM
(PPM)
GASFLOW
(HSCFH)
GHEAT
(MMBTU/HR)
UNITLOAD
(MW)
Average Data - Run 1
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/21/2024 10:55 Through 10/21/2024 13:09
Time Online Criteria: 1 minute(s)
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:52 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 35 of 187 ©Mostardi Platt
Average Data - Run 1
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/21/2024 10:55 Through 10/21/2024 13:09
Time Online Criteria: 1 minute(s)
10/21/24 11:33 0.0 20,541.7 2,259.6 306
10/21/24 11:34 0.0 20,540.0 2,259.4 306
10/21/24 11:35 0.0 20,544.9 2,259.9 306
10/21/24 11:36 0.0 20,551.1 2,260.6 306
10/21/24 11:37 0.0 20,569.6 2,262.7 306
10/21/24 11:38 0.0 20,581.7 2,264.0 306
10/21/24 11:39 0.0 20,594.6 2,265.4 307
10/21/24 11:40 0.0 20,591.2 2,265.0 306
10/21/24 11:41 0.0 20,571.4 2,262.9 306
10/21/24 11:42 0.0 20,563.9 2,262.0 306
10/21/24 11:43 0.0 20,556.3 2,261.2 306
10/21/24 11:44 0.0 20,556.1 2,261.2 306
10/21/24 11:45 0.0 20,552.7 2,260.8 306
10/21/24 11:46 0.0 20,548.2 2,260.3 306
10/21/24 11:47 0.0 20,540.1 2,259.4 306
10/21/24 11:48 0.0 20,539.7 2,259.4 306
10/21/24 11:49 0.0 20,542.8 2,259.7 306
10/21/24 11:50 0.0 20,536.2 2,259.0 306
10/21/24 11:51 0.0 20,529.3 2,258.2 306
10/21/24 11:52 0.0 20,524.4 2,257.7 306
10/21/24 11:53 0.0 20,510.2 2,256.1 305
10/21/24 11:54 0.0 20,518.5 2,257.0 305
10/21/24 11:55 0.0 20,516.0 2,256.8 305
10/21/24 11:56 0.0 20,502.4 2,255.3 305
10/21/24 11:57 0.0 20,511.8 2,256.3 305
10/21/24 11:58 0.0 20,523.2 2,257.6 305
10/21/24 11:59 0.0 20,484.4 2,253.3 305
10/21/24 12:00 0.0 20,481.7 2,253.0 305
10/21/24 12:01 0.0 20,474.1 2,252.2 305
10/21/24 12:02 0.0 20,447.9 2,249.3 304
10/21/24 12:03 0.0 20,443.0 2,248.7 304
10/21/24 12:04 0.0 20,464.6 2,251.1 305
10/21/24 12:05 0.0 20,481.0 2,252.9 305
10/21/24 12:06 0.0 20,453.6 2,249.9 305
10/21/24 12:07 0.0 20,457.5 2,250.3 304
10/21/24 12:08 0.0 20,444.5 2,248.9 304
10/21/24 12:09 0.0 20,416.3 2,245.8 304
10/21/24 12:10 0.0 20,434.0 2,247.7 304
10/21/24 12:11 0.0 20,418.0 2,246.0 304
10/21/24 12:12 0.0 20,408.8 2,245.0 304
10/21/24 12:13 0.0 20,375.6 2,241.3 303
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:52 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 36 of 187 ©Mostardi Platt
Average Data - Run 1
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/21/2024 10:55 Through 10/21/2024 13:09
Time Online Criteria: 1 minute(s)
10/21/24 12:14 0.0 20,379.0 2,241.7 303
10/21/24 12:15 0.0 20,381.1 2,241.9 303
10/21/24 12:16 0.0 20,381.5 2,242.0 303
10/21/24 12:17 0.0 20,389.1 2,242.8 303
10/21/24 12:18 0.0 20,386.3 2,242.5 303
10/21/24 12:19 0.0 20,387.2 2,242.6 303
10/21/24 12:20 0.0 20,376.9 2,241.5 303
10/21/24 12:21 0.0 20,365.4 2,240.2 303
10/21/24 12:22 0.0 20,363.8 2,240.0 303
10/21/24 12:23 0.0 20,364.2 2,240.1 303
10/21/24 12:24 0.0 20,356.0 2,239.2 303
10/21/24 12:25 0.0 20,349.4 2,238.4 303
10/21/24 12:26 0.0 20,355.0 2,239.1 303
10/21/24 12:27 0.0 20,373.7 2,241.1 304
10/21/24 12:28 0.0 20,401.8 2,244.2 304
10/21/24 12:29 0.0 20,402.6 2,244.3 303
10/21/24 12:30 0.0 20,370.6 2,240.8 303
10/21/24 12:31 0.0 20,360.1 2,239.6 303
10/21/24 12:32 0.0 20,393.6 2,243.3 304
10/21/24 12:33 0.0 20,433.4 2,247.7 304
10/21/24 12:34 0.0 20,413.7 2,245.5 304
10/21/24 12:35 0.0 20,401.3 2,244.1 304
10/21/24 12:36 0.0 20,411.6 2,245.3 304
10/21/24 12:37 0.0 20,426.7 2,246.9 304
10/21/24 12:38 0.0 20,420.0 2,246.2 304
10/21/24 12:39 0.0 20,421.9 2,246.4 304
10/21/24 12:40 0.0 20,413.7 2,245.5 303
10/21/24 12:41 0.0 20,368.3 2,240.5 303
10/21/24 12:42 0.0 20,363.1 2,239.9 303
10/21/24 12:43 0.0 20,363.9 2,240.0 303
10/21/24 12:44 0.0 20,348.0 2,238.3 302
10/21/24 12:45 0.0 20,343.0 2,237.7 302
10/21/24 12:46 0.0 20,350.3 2,238.5 303
10/21/24 12:47 0.0 20,348.5 2,238.3 303
10/21/24 12:48 0.0 20,329.3 2,236.2 302
10/21/24 12:49 0.0 20,336.6 2,237.0 303
10/21/24 12:50 0.0 20,335.7 2,236.9 302
10/21/24 12:51 0.0 20,332.0 2,236.5 303
10/21/24 12:52 0.0 20,335.9 2,236.9 302
10/21/24 12:53 0.0 20,318.2 2,235.0 302
10/21/24 12:54 0.0 20,304.1 2,233.5 302
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:52 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 37 of 187 ©Mostardi Platt
Average Data - Run 1
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/21/2024 10:55 Through 10/21/2024 13:09
Time Online Criteria: 1 minute(s)
10/21/24 12:55 0.0 20,283.7 2,231.2 302
10/21/24 12:56 0.0 20,240.5 2,226.5 301
10/21/24 12:57 0.0 20,223.9 2,224.6 301
10/21/24 12:58 0.0 20,253.1 2,227.8 301
10/21/24 12:59 0.0 20,271.0 2,229.8 301
10/21/24 13:00 0.0 20,264.3 2,229.1 301
10/21/24 13:01 0.0 20,272.2 2,229.9 302
10/21/24 13:02 0.0 20,311.3 2,234.2 302
10/21/24 13:03 0.0 20,323.7 2,235.6 302
10/21/24 13:04 0.0 20,313.0 2,234.4 302
10/21/24 13:05 0.0 20,297.5 2,232.7 302
10/21/24 13:06 0.0 20,296.3 2,232.6 302
10/21/24 13:07 0.0 20,313.5 2,234.5 302
10/21/24 13:08 0.0 20,310.3 2,234.1 302
10/21/24 13:09 0.0 20,284.2 2,231.3 301
0.0 20,470.6 2,251.8 305
0.0 20,223.9 2,224.6 301
0.0 20,639.2 2,270.3 307
0.0 2,763,527.8 303,988.1 41,125
135 135 135 135
135 135 135 135
Geometric Mean
Included Data Points
Total number of Data
Points
Average
Minimum
Maximum
Summation
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:52 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 38 of 187 ©Mostardi Platt
10/21/24 14:17 0.0 20,207.6 2,222.8 300
10/21/24 14:18 0.0 20,169.2 2,218.6 300
10/21/24 14:19 0.0 20,163.6 2,218.0 300
10/21/24 14:20 0.0 20,162.0 2,217.8 300
10/21/24 14:21 0.0 20,165.8 2,218.2 300
10/21/24 14:22 0.0 20,174.2 2,219.2 300
10/21/24 14:23 0.0 20,180.1 2,219.8 300
10/21/24 14:24 0.0 20,169.6 2,218.7 300
10/21/24 14:25 0.0 20,174.4 2,219.2 300
10/21/24 14:26 0.0 20,205.3 2,222.6 301
10/21/24 14:27 0.0 20,246.2 2,227.1 301
10/21/24 14:28 0.0 20,243.1 2,226.7 300
10/21/24 14:29 0.0 20,217.4 2,223.9 300
10/21/24 14:30 0.0 20,182.4 2,220.1 300
10/21/24 14:31 0.0 20,182.4 2,220.1 300
10/21/24 14:32 0.0 20,204.2 2,222.5 300
10/21/24 14:33 0.0 20,208.6 2,222.9 300
10/21/24 14:34 0.0 20,210.8 2,223.2 300
10/21/24 14:35 0.0 20,209.2 2,223.0 300
10/21/24 14:36 0.0 20,201.3 2,222.1 300
10/21/24 14:37 0.0 20,206.7 2,222.7 300
10/21/24 14:38 0.0 20,208.4 2,222.9 300
10/21/24 14:39 0.0 20,200.0 2,222.0 300
10/21/24 14:40 0.0 20,210.1 2,223.1 300
10/21/24 14:41 0.0 20,195.5 2,221.5 300
10/21/24 14:42 0.0 20,175.8 2,219.3 300
10/21/24 14:43 0.0 20,162.9 2,217.9 299
10/21/24 14:44 0.0 20,174.0 2,219.1 299
10/21/24 14:45 0.0 20,161.4 2,217.8 300
10/21/24 14:46 0.0 20,180.8 2,219.9 300
10/21/24 14:47 0.0 20,190.6 2,221.0 300
10/21/24 14:48 0.0 20,183.6 2,220.2 299
10/21/24 14:49 0.0 20,159.4 2,217.5 299
10/21/24 14:50 0.0 20,149.0 2,216.4 299
10/21/24 14:51 0.0 20,154.8 2,217.0 299
10/21/24 14:52 0.0 20,172.3 2,219.0 300
10/21/24 14:53 0.0 20,176.3 2,219.4 300
10/21/24 14:54 0.0 20,173.0 2,219.0 299
Source UNIT3

COPPM
(PPM)
GASFLOW
(HSCFH)
GHEAT
(MMBTU/HR)
UNITLOAD
(MW)
Average Data - Run 2
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/21/2024 14:17 Through 10/21/2024 16:27
Time Online Criteria: 1 minute(s)
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:52 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 39 of 187 ©Mostardi Platt
Average Data - Run 2
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/21/2024 14:17 Through 10/21/2024 16:27
Time Online Criteria: 1 minute(s)
10/21/24 14:55 0.0 20,153.2 2,216.9 299
10/21/24 14:56 0.0 20,133.0 2,214.6 299
10/21/24 14:57 0.0 20,124.8 2,213.7 299
10/21/24 14:58 0.0 20,122.5 2,213.5 299
10/21/24 14:59 0.0 20,120.7 2,213.3 299
10/21/24 15:00 0.0 20,121.3 2,213.3 299
10/21/24 15:01 0.0 20,127.7 2,214.0 299
10/21/24 15:02 0.0 20,153.5 2,216.9 300
10/21/24 15:03 0.0 20,164.6 2,218.1 300
10/21/24 15:04 0.0 20,169.3 2,218.6 300
10/21/24 15:05 0.0 20,158.7 2,217.5 300
10/21/24 15:06 0.0 20,150.1 2,216.5 299
10/21/24 15:07 0.0 20,133.2 2,214.7 299
10/21/24 15:08 0.0 20,130.2 2,214.3 299
10/21/24 15:09 0.0 20,129.0 2,214.2 299
10/21/24 15:10 0.0 20,142.4 2,215.7 299
10/21/24 15:11 0.0 20,154.4 2,217.0 299
10/21/24 15:12 0.0 20,163.1 2,217.9 300
10/21/24 15:13 0.0 20,161.2 2,217.7 300
10/21/24 15:14 0.0 20,147.6 2,216.2 299
10/21/24 15:15 0.0 20,138.4 2,215.2 299
10/21/24 15:16 0.0 20,114.8 2,212.6 299
10/21/24 15:17 0.0 20,083.8 2,209.2 298
10/21/24 15:18 0.0 20,084.7 2,209.3 299
10/21/24 15:19 0.0 20,116.7 2,212.8 299
10/21/24 15:20 0.0 20,124.7 2,213.7 299
10/21/24 15:21 0.0 20,113.0 2,212.4 299
10/21/24 15:22 0.0 20,109.7 2,212.1 299
10/21/24 15:23 0.0 20,113.7 2,212.5 299
10/21/24 15:24 0.0 20,117.6 2,212.9 299
10/21/24 15:25 0.0 20,119.7 2,213.2 299
10/21/24 15:26 0.0 20,120.9 2,213.3 299
10/21/24 15:27 0.0 20,099.9 2,211.0 299
10/21/24 15:28 0.0 20,082.2 2,209.0 298
10/21/24 15:29 0.0 20,086.3 2,209.5 298
10/21/24 15:30 0.0 20,102.4 2,211.3 299
10/21/24 15:31 0.0 20,107.8 2,211.9 299
10/21/24 15:32 0.0 20,102.5 2,211.3 299
10/21/24 15:33 0.0 20,105.9 2,211.6 299
10/21/24 15:34 0.0 20,107.3 2,211.8 299
10/21/24 15:35 0.0 20,124.9 2,213.7 299
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:52 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 40 of 187 ©Mostardi Platt
Average Data - Run 2
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/21/2024 14:17 Through 10/21/2024 16:27
Time Online Criteria: 1 minute(s)
10/21/24 15:36 0.0 20,109.9 2,212.1 299
10/21/24 15:37 0.0 20,104.8 2,211.5 299
10/21/24 15:38 0.0 20,098.7 2,210.9 299
10/21/24 15:39 0.0 20,099.2 2,210.9 299
10/21/24 15:40 0.0 20,102.4 2,211.3 299
10/21/24 15:41 0.0 20,104.7 2,211.5 299
10/21/24 15:42 0.0 20,119.9 2,213.2 299
10/21/24 15:43 0.0 20,112.6 2,212.4 299
10/21/24 15:44 0.0 20,086.9 2,209.6 299
10/21/24 15:45 0.0 20,085.0 2,209.4 299
10/21/24 15:46 0.0 20,079.8 2,208.8 299
10/21/24 15:47 0.0 20,085.9 2,209.4 299
10/21/24 15:48 0.0 20,091.4 2,210.1 299
10/21/24 15:49 0.0 20,081.5 2,209.0 299
10/21/24 15:50 0.0 20,086.6 2,209.5 299
10/21/24 15:51 0.0 20,062.4 2,206.9 298
10/21/24 15:52 0.0 20,040.2 2,204.4 298
10/21/24 15:53 0.0 20,030.6 2,203.4 298
10/21/24 15:54 0.0 20,019.0 2,202.1 298
10/21/24 15:55 0.0 20,035.5 2,203.9 298
10/21/24 15:56 0.0 20,037.4 2,204.1 298
10/21/24 15:57 0.0 20,044.9 2,204.9 298
10/21/24 15:58 0.0 20,051.5 2,205.7 298
10/21/24 15:59 0.0 20,053.6 2,205.9 298
10/21/24 16:00 0.0 20,047.5 2,205.2 298
10/21/24 16:01 0.0 20,047.2 2,205.2 298
10/21/24 16:02 0.0 20,050.3 2,205.5 298
10/21/24 16:03 0.0 20,064.2 2,207.1 299
10/21/24 16:04 0.0 20,086.7 2,209.5 299
10/21/24 16:05 0.0 20,066.1 2,207.3 298
10/21/24 16:06 0.0 20,045.2 2,205.0 298
10/21/24 16:07 0.0 20,011.3 2,201.2 298
10/21/24 16:08 0.0 20,015.8 2,201.7 298
10/21/24 16:09 0.0 20,012.2 2,201.3 298
10/21/24 16:10 0.0 20,028.8 2,203.2 298
10/21/24 16:11 0.0 20,037.0 2,204.1 298
10/21/24 16:12 0.0 20,033.7 2,203.7 298
10/21/24 16:13 0.0 20,023.9 2,202.6 298
10/21/24 16:14 0.0 20,016.3 2,201.8 298
10/21/24 16:15 0.0 20,010.9 2,201.2 298
10/21/24 16:16 0.0 19,999.7 2,200.0 298
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:52 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 41 of 187 ©Mostardi Platt
Average Data - Run 2
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/21/2024 14:17 Through 10/21/2024 16:27
Time Online Criteria: 1 minute(s)
10/21/24 16:17 0.0 19,986.0 2,198.5 298
10/21/24 16:18 0.0 20,000.6 2,200.1 298
10/21/24 16:19 0.0 20,009.2 2,201.0 298
10/21/24 16:20 0.0 19,999.8 2,200.0 298
10/21/24 16:21 0.0 19,995.8 2,199.5 297
10/21/24 16:22 0.0 20,011.9 2,201.3 298
10/21/24 16:23 0.0 20,020.5 2,202.3 298
10/21/24 16:24 0.0 20,029.7 2,203.3 298
10/21/24 16:25 0.0 20,028.9 2,203.2 298
10/21/24 16:26 0.0 20,043.1 2,204.7 298
10/21/24 16:27 0.0 20,060.0 2,206.6 298
0.0 20,113.4 2,212.5 299
0.0 19,986.0 2,198.5 297
0.0 20,246.2 2,227.1 301
0.0 2,634,856.1 289,834.1 39,169
131 131 131 131
131 131 131 131
Geometric Mean
Included Data Points
Total number of Data
Points
Average
Minimum
Maximum
Summation
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:52 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 42 of 187 ©Mostardi Platt
10/21/24 16:55 0.0 19,996.1 2,199.6 298
10/21/24 16:56 0.0 20,010.8 2,201.2 298
10/21/24 16:57 0.0 20,028.1 2,203.1 298
10/21/24 16:58 0.0 20,038.9 2,204.3 298
10/21/24 16:59 0.0 20,041.4 2,204.6 298
10/21/24 17:00 0.0 20,051.3 2,205.6 299
10/21/24 17:01 0.0 20,046.9 2,205.2 299
10/21/24 17:02 0.0 20,040.5 2,204.5 298
10/21/24 17:03 0.0 20,031.3 2,203.4 298
10/21/24 17:04 0.0 20,029.1 2,203.2 298
10/21/24 17:05 0.0 20,030.1 2,203.3 298
10/21/24 17:06 0.0 20,027.2 2,203.0 298
10/21/24 17:07 0.0 20,024.6 2,202.7 298
10/21/24 17:08 0.0 20,021.4 2,202.4 298
10/21/24 17:09 0.0 20,016.6 2,201.8 298
10/21/24 17:10 0.0 20,017.4 2,201.9 298
10/21/24 17:11 0.0 20,029.5 2,203.2 298
10/21/24 17:12 0.0 20,044.7 2,204.9 298
10/21/24 17:13 0.0 20,053.1 2,205.8 298
10/21/24 17:14 0.0 20,049.9 2,205.5 298
10/21/24 17:15 0.0 20,044.5 2,204.9 298
10/21/24 17:16 0.0 20,043.7 2,204.8 298
10/21/24 17:17 0.0 20,061.7 2,206.8 299
10/21/24 17:18 0.0 20,057.7 2,206.3 299
10/21/24 17:19 0.0 20,068.1 2,207.5 299
10/21/24 17:20 0.0 20,072.6 2,208.0 299
10/21/24 17:21 0.0 20,074.4 2,208.2 299
10/21/24 17:22 0.0 20,073.1 2,208.0 299
10/21/24 17:23 0.0 20,063.1 2,206.9 298
10/21/24 17:24 0.0 20,060.4 2,206.6 298
10/21/24 17:25 0.0 20,062.3 2,206.9 299
10/21/24 17:26 0.0 20,072.6 2,208.0 299
10/21/24 17:27 0.0 20,063.1 2,206.9 299
10/21/24 17:28 0.0 20,065.3 2,207.2 299
10/21/24 17:29 0.0 20,074.3 2,208.2 299
10/21/24 17:30 0.0 20,070.7 2,207.8 299
10/21/24 17:31 0.0 20,077.8 2,208.6 299
10/21/24 17:32 0.0 20,078.3 2,208.6 299
Source UNIT3

COPPM
(PPM)
GASFLOW
(HSCFH)
GHEAT
(MMBTU/HR)
UNITLOAD
(MW)
Average Data - Run 3
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/21/2024 16:55 Through 10/21/2024 19:05
Time Online Criteria: 1 minute(s)
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:53 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 43 of 187 ©Mostardi Platt
Average Data - Run 3
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/21/2024 16:55 Through 10/21/2024 19:05
Time Online Criteria: 1 minute(s)
10/21/24 17:33 0.0 20,068.8 2,207.6 299
10/21/24 17:34 0.0 20,072.0 2,207.9 299
10/21/24 17:35 0.0 20,077.8 2,208.6 299
10/21/24 17:36 0.0 20,095.6 2,210.5 299
10/21/24 17:37 0.0 20,094.6 2,210.4 299
10/21/24 17:38 0.0 20,093.6 2,210.3 299
10/21/24 17:39 0.0 20,092.5 2,210.2 299
10/21/24 17:40 0.0 20,099.7 2,211.0 299
10/21/24 17:41 0.0 20,110.6 2,212.2 299
10/21/24 17:42 0.0 20,117.2 2,212.9 300
10/21/24 17:43 0.0 20,122.5 2,213.5 300
10/21/24 17:44 0.0 20,133.9 2,214.7 300
10/21/24 17:45 0.0 20,122.4 2,213.5 300
10/21/24 17:46 0.0 20,120.7 2,213.3 300
10/21/24 17:47 0.0 20,116.1 2,212.8 300
10/21/24 17:48 0.0 20,116.2 2,212.8 300
10/21/24 17:49 0.0 20,128.8 2,214.2 299
10/21/24 17:50 0.0 20,132.5 2,214.6 300
10/21/24 17:51 0.0 20,134.9 2,214.8 300
10/21/24 17:52 0.0 20,132.5 2,214.6 300
10/21/24 17:53 0.0 20,134.6 2,214.8 300
10/21/24 17:54 0.0 20,139.3 2,215.3 300
10/21/24 17:55 0.0 20,126.4 2,213.9 299
10/21/24 17:56 0.0 20,121.2 2,213.3 299
10/21/24 17:57 0.0 20,119.3 2,213.1 299
10/21/24 17:58 0.0 20,125.2 2,213.8 299
10/21/24 17:59 0.0 20,131.9 2,214.5 300
10/21/24 18:00 0.0 20,147.0 2,216.2 300
10/21/24 18:01 0.0 20,158.2 2,217.4 300
10/21/24 18:02 0.0 20,162.1 2,217.8 300
10/21/24 18:03 0.0 20,187.0 2,220.6 301
10/21/24 18:04 0.0 20,192.1 2,221.1 301
10/21/24 18:05 0.0 20,192.9 2,221.2 301
10/21/24 18:06 0.0 20,183.3 2,220.2 301
10/21/24 18:07 0.0 20,184.7 2,220.3 301
10/21/24 18:08 0.0 20,187.8 2,220.7 301
10/21/24 18:09 0.0 20,178.1 2,219.6 300
10/21/24 18:10 0.0 20,176.3 2,219.4 300
10/21/24 18:11 0.0 20,181.6 2,220.0 300
10/21/24 18:12 0.0 20,184.5 2,220.3 300
10/21/24 18:13 0.0 20,169.9 2,218.7 300
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:53 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 44 of 187 ©Mostardi Platt
Average Data - Run 3
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/21/2024 16:55 Through 10/21/2024 19:05
Time Online Criteria: 1 minute(s)
10/21/24 18:14 0.0 20,172.6 2,219.0 300
10/21/24 18:15 0.0 20,174.3 2,219.2 300
10/21/24 18:16 0.0 20,176.1 2,219.4 300
10/21/24 18:17 0.0 20,181.7 2,220.0 301
10/21/24 18:18 0.0 20,185.0 2,220.4 301
10/21/24 18:19 0.0 20,192.3 2,221.2 301
10/21/24 18:20 0.0 20,195.4 2,221.5 301
10/21/24 18:21 0.0 20,189.7 2,220.9 301
10/21/24 18:22 0.0 20,186.2 2,220.5 301
10/21/24 18:23 0.0 20,188.3 2,220.7 301
10/21/24 18:24 0.0 20,203.3 2,222.4 301
10/21/24 18:25 0.0 20,210.3 2,223.1 301
10/21/24 18:26 0.0 20,212.8 2,223.4 301
10/21/24 18:27 0.0 20,217.1 2,223.9 301
10/21/24 18:28 0.0 20,224.3 2,224.7 301
10/21/24 18:29 0.0 20,232.2 2,225.5 301
10/21/24 18:30 0.0 20,235.6 2,225.9 301
10/21/24 18:31 0.0 20,242.6 2,226.7 302
10/21/24 18:32 0.0 20,238.9 2,226.3 302
10/21/24 18:33 0.0 20,249.1 2,227.4 302
10/21/24 18:34 0.0 20,256.5 2,228.2 302
10/21/24 18:35 0.0 20,248.1 2,227.3 302
10/21/24 18:36 0.0 20,247.9 2,227.3 302
10/21/24 18:37 0.0 20,250.4 2,227.5 302
10/21/24 18:38 0.0 20,248.2 2,227.3 302
10/21/24 18:39 0.0 20,253.2 2,227.9 302
10/21/24 18:40 0.0 20,253.4 2,227.9 302
10/21/24 18:41 0.0 20,249.6 2,227.5 302
10/21/24 18:42 0.0 20,259.7 2,228.6 302
10/21/24 18:43 0.0 20,261.6 2,228.8 302
10/21/24 18:44 0.0 20,254.0 2,227.9 302
10/21/24 18:45 0.0 20,257.0 2,228.3 302
10/21/24 18:46 0.0 20,262.9 2,228.9 302
10/21/24 18:47 0.0 20,254.9 2,228.0 302
10/21/24 18:48 0.0 20,260.7 2,228.7 302
10/21/24 18:49 0.0 20,267.4 2,229.4 302
10/21/24 18:50 0.0 20,269.3 2,229.6 302
10/21/24 18:51 0.0 20,264.6 2,229.1 302
10/21/24 18:52 0.0 20,267.0 2,229.4 302
10/21/24 18:53 0.0 20,264.5 2,229.1 302
10/21/24 18:54 0.0 20,264.0 2,229.0 302
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:53 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 45 of 187 ©Mostardi Platt
Average Data - Run 3
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/21/2024 16:55 Through 10/21/2024 19:05
Time Online Criteria: 1 minute(s)
10/21/24 18:55 0.0 20,266.5 2,229.3 302
10/21/24 18:56 0.0 20,269.2 2,229.6 302
10/21/24 18:57 0.0 20,283.7 2,231.2 302
10/21/24 18:58 0.0 20,282.4 2,231.1 302
10/21/24 18:59 0.0 20,281.8 2,231.0 302
10/21/24 19:00 0.0 20,283.7 2,231.2 302
10/21/24 19:01 0.0 20,292.3 2,232.2 303
10/21/24 19:02 0.0 20,292.3 2,232.2 302
10/21/24 19:03 0.0 20,291.0 2,232.0 302
10/21/24 19:04 0.0 20,294.4 2,232.4 302
10/21/24 19:05 0.0 20,296.5 2,232.6 302
0.0 20,152.9 2,216.8 300
0.0 19,996.1 2,199.6 298
0.0 20,296.5 2,232.6 303
0.0 2,640,035.4 290,404.6 39,317
131 131 131 131
131 131 131 131
Geometric Mean
Included Data Points
Total number of Data
Points
Average
Minimum
Maximum
Summation
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:53 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 46 of 187 ©Mostardi Platt
10/22/24 09:10 0.1 20,669.9 2,273.7 308
10/22/24 09:11 0.2 20,664.5 2,273.1 308
10/22/24 09:12 0.1 20,668.5 2,273.5 308
10/22/24 09:13 0.1 20,666.6 2,273.3 308
10/22/24 09:14 0.1 20,653.0 2,271.8 307
10/22/24 09:15 0.1 20,648.9 2,271.4 307
10/22/24 09:16 0.2 20,642.4 2,270.7 308
10/22/24 09:17 0.1 20,644.6 2,270.9 307
10/22/24 09:18 0.1 20,645.1 2,271.0 307
10/22/24 09:19 0.1 20,648.7 2,271.4 307
10/22/24 09:20 0.1 20,651.2 2,271.6 307
10/22/24 09:21 0.1 20,647.0 2,271.2 307
10/22/24 09:22 0.1 20,646.3 2,271.1 307
10/22/24 09:23 0.1 20,654.3 2,272.0 307
10/22/24 09:24 0.1 20,662.6 2,272.9 308
10/22/24 09:25 0.1 20,664.1 2,273.1 308
10/22/24 09:26 0.1 20,655.8 2,272.1 307
10/22/24 09:27 0.1 20,646.0 2,271.1 307
10/22/24 09:28 0.2 20,646.5 2,271.1 307
10/22/24 09:29 0.1 20,641.7 2,270.6 307
10/22/24 09:30 0.2 20,649.4 2,271.4 307
10/22/24 09:31 0.1 20,644.3 2,270.9 307
10/22/24 09:32 0.1 20,644.8 2,270.9 307
10/22/24 09:33 0.2 20,647.4 2,271.2 307
10/22/24 09:34 0.1 20,646.3 2,271.1 307
10/22/24 09:35 0.1 20,648.2 2,271.3 307
10/22/24 09:36 0.1 20,649.3 2,271.4 307
10/22/24 09:37 0.1 20,649.0 2,271.4 307
10/22/24 09:38 0.1 20,644.1 2,270.9 307
10/22/24 09:39 0.1 20,641.6 2,270.6 307
10/22/24 09:40 0.1 20,648.4 2,271.3 307
10/22/24 09:41 0.1 20,647.3 2,271.2 307
10/22/24 09:42 0.1 20,643.7 2,270.8 307
10/22/24 09:43 0.1 20,651.9 2,271.7 307
10/22/24 09:44 0.1 20,650.1 2,271.5 307
10/22/24 09:45 0.2 20,637.3 2,270.1 307
10/22/24 09:46 0.1 20,638.8 2,270.3 307
10/22/24 09:47 0.2 20,639.9 2,270.4 307
Source UNIT4

COPPM
(PPM)
GASFLOW
(HSCFH)
GHEAT
(MMBTU/HR)
UNITLOAD
(MW)
Average Data - Run 1
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/22/2024 09:10 Through 10/22/2024 11:20
Time Online Criteria: 1 minute(s)
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:54 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 47 of 187 ©Mostardi Platt
Average Data - Run 1
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/22/2024 09:10 Through 10/22/2024 11:20
Time Online Criteria: 1 minute(s)
10/22/24 09:48 0.1 20,633.2 2,269.7 307
10/22/24 09:49 0.2 20,642.2 2,270.6 307
10/22/24 09:50 0.2 20,643.8 2,270.8 307
10/22/24 09:51 0.1 20,651.9 2,271.7 307
10/22/24 09:52 0.1 20,631.8 2,269.5 307
10/22/24 09:53 0.1 20,632.5 2,269.6 307
10/22/24 09:54 0.1 20,627.3 2,269.0 307
10/22/24 09:55 0.1 20,627.7 2,269.0 307
10/22/24 09:56 0.2 20,628.1 2,269.1 307
10/22/24 09:57 0.1 20,624.8 2,268.7 307
10/22/24 09:58 0.1 20,627.7 2,269.0 307
10/22/24 09:59 0.1 20,623.9 2,268.6 307
10/22/24 10:00 0.1 20,619.6 2,268.2 307
10/22/24 10:01 0.2 20,618.0 2,268.0 307
10/22/24 10:02 0.1 20,616.3 2,267.8 307
10/22/24 10:03 0.2 20,619.7 2,268.2 307
10/22/24 10:04 0.2 20,619.6 2,268.2 307
10/22/24 10:05 0.2 20,612.8 2,267.4 307
10/22/24 10:06 0.2 20,604.9 2,266.5 307
10/22/24 10:07 0.2 20,604.1 2,266.5 307
10/22/24 10:08 0.1 20,598.8 2,265.9 306
10/22/24 10:09 0.2 20,594.6 2,265.4 306
10/22/24 10:10 0.1 20,594.4 2,265.4 306
10/22/24 10:11 0.1 20,596.0 2,265.6 307
10/22/24 10:12 0.1 20,601.5 2,266.2 307
10/22/24 10:13 0.1 20,606.0 2,266.7 307
10/22/24 10:14 0.1 20,596.7 2,265.6 307
10/22/24 10:15 0.2 20,604.5 2,266.5 307
10/22/24 10:16 0.1 20,595.9 2,265.5 306
10/22/24 10:17 0.1 20,582.3 2,264.1 306
10/22/24 10:18 0.1 20,590.9 2,265.0 306
10/22/24 10:19 0.2 20,589.6 2,264.9 306
10/22/24 10:20 0.1 20,596.9 2,265.7 307
10/22/24 10:21 0.1 20,591.6 2,265.1 306
10/22/24 10:22 0.2 20,594.6 2,265.4 306
10/22/24 10:23 0.1 20,600.1 2,266.0 306
10/22/24 10:24 0.2 20,595.0 2,265.5 306
10/22/24 10:25 0.1 20,586.3 2,264.5 306
10/22/24 10:26 0.1 20,580.2 2,263.8 306
10/22/24 10:27 0.2 20,578.2 2,263.6 306
10/22/24 10:28 0.1 20,579.8 2,263.8 306
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:54 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 48 of 187 ©Mostardi Platt
Average Data - Run 1
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/22/2024 09:10 Through 10/22/2024 11:20
Time Online Criteria: 1 minute(s)
10/22/24 10:29 0.1 20,576.9 2,263.5 306
10/22/24 10:30 0.2 20,563.4 2,262.0 306
10/22/24 10:31 0.1 20,559.0 2,261.5 306
10/22/24 10:32 0.2 20,557.2 2,261.3 306
10/22/24 10:33 0.2 20,543.5 2,259.8 305
10/22/24 10:34 0.1 20,534.8 2,258.8 306
10/22/24 10:35 0.2 20,539.0 2,259.3 306
10/22/24 10:36 0.2 20,546.0 2,260.1 306
10/22/24 10:37 0.1 20,531.8 2,258.5 305
10/22/24 10:38 0.1 20,525.7 2,257.8 305
10/22/24 10:39 0.1 20,510.6 2,256.2 305
10/22/24 10:40 0.1 20,505.4 2,255.6 305
10/22/24 10:41 0.2 20,514.2 2,256.6 305
10/22/24 10:42 0.1 20,521.6 2,257.4 305
10/22/24 10:43 0.1 20,510.0 2,256.1 305
10/22/24 10:44 0.2 20,508.2 2,255.9 305
10/22/24 10:45 0.2 20,506.4 2,255.7 305
10/22/24 10:46 0.1 20,501.6 2,255.2 305
10/22/24 10:47 0.1 20,503.8 2,255.4 305
10/22/24 10:48 0.1 20,494.6 2,254.4 305
10/22/24 10:49 0.1 20,485.2 2,253.4 305
10/22/24 10:50 0.2 20,468.1 2,251.5 304
10/22/24 10:51 0.1 20,455.4 2,250.1 304
10/22/24 10:52 0.1 20,454.4 2,250.0 304
10/22/24 10:53 0.2 20,433.1 2,247.6 304
10/22/24 10:54 0.2 20,432.6 2,247.6 304
10/22/24 10:55 0.1 20,424.4 2,246.7 304
10/22/24 10:56 0.1 20,450.1 2,249.5 304
10/22/24 10:57 0.1 20,455.7 2,250.1 304
10/22/24 10:58 0.1 20,436.0 2,248.0 304
10/22/24 10:59 0.1 20,421.9 2,246.4 303
10/22/24 11:00 0.1 20,425.3 2,246.8 304
10/22/24 11:01 0.1 20,439.0 2,248.3 304
10/22/24 11:02 0.1 20,441.1 2,248.5 304
10/22/24 11:03 0.1 20,419.2 2,246.1 303
10/22/24 11:04 0.2 20,404.7 2,244.5 303
10/22/24 11:05 0.2 20,403.3 2,244.4 303
10/22/24 11:06 0.1 20,405.3 2,244.6 304
10/22/24 11:07 0.2 20,401.1 2,244.1 303
10/22/24 11:08 0.1 20,402.1 2,244.2 303
10/22/24 11:09 0.1 20,395.8 2,243.5 303
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:54 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 49 of 187 ©Mostardi Platt
Average Data - Run 1
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/22/2024 09:10 Through 10/22/2024 11:20
Time Online Criteria: 1 minute(s)
10/22/24 11:10 0.2 20,395.0 2,243.5 303
10/22/24 11:11 0.1 20,396.6 2,243.6 303
10/22/24 11:12 0.1 20,409.7 2,245.1 303
10/22/24 11:13 0.1 20,396.5 2,243.6 303
10/22/24 11:14 0.1 20,383.6 2,242.2 303
10/22/24 11:15 0.1 20,394.3 2,243.4 303
10/22/24 11:16 0.1 20,384.0 2,242.2 303
10/22/24 11:17 0.2 20,373.8 2,241.1 303
10/22/24 11:18 0.1 20,377.3 2,241.5 303
10/22/24 11:19 0.1 20,366.0 2,240.3 303
10/22/24 11:20 0.1 20,354.9 2,239.0 303
0.1 20,561.0 2,261.7 306
0.1 20,354.9 2,239.0 303
0.2 20,669.9 2,273.7 308
16.9 2,693,492.5 296,284.8 40,063
131 131 131 131
131 131 131 131
Geometric Mean
Included Data Points
Total number of Data
Points
Average
Minimum
Maximum
Summation
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:54 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 50 of 187 ©Mostardi Platt
10/22/24 12:15 0.2 20,478.9 2,252.7 304
10/22/24 12:16 0.2 20,476.1 2,252.4 304
10/22/24 12:17 0.1 20,474.0 2,252.1 304
10/22/24 12:18 0.2 20,473.5 2,252.1 304
10/22/24 12:19 0.1 20,470.2 2,251.7 304
10/22/24 12:20 0.1 20,465.6 2,251.2 304
10/22/24 12:21 0.1 20,458.8 2,250.5 304
10/22/24 12:22 0.1 20,451.2 2,249.6 304
10/22/24 12:23 0.1 20,447.8 2,249.3 304
10/22/24 12:24 0.1 20,461.1 2,250.7 304
10/22/24 12:25 0.2 20,459.3 2,250.5 304
10/22/24 12:26 0.2 20,457.2 2,250.3 304
10/22/24 12:27 0.2 20,425.4 2,246.8 303
10/22/24 12:28 0.1 20,412.1 2,245.3 303
10/22/24 12:29 0.2 20,424.1 2,246.7 303
10/22/24 12:30 0.2 20,410.9 2,245.2 303
10/22/24 12:31 0.2 20,394.2 2,243.4 303
10/22/24 12:32 0.2 20,393.0 2,243.2 303
10/22/24 12:33 0.2 20,404.9 2,244.5 303
10/22/24 12:34 0.2 20,384.3 2,242.3 303
10/22/24 12:35 0.2 20,355.3 2,239.1 302
10/22/24 12:36 0.1 20,328.2 2,236.1 301
10/22/24 12:37 0.1 20,348.0 2,238.3 302
10/22/24 12:38 0.2 20,355.5 2,239.1 302
10/22/24 12:39 0.1 20,339.7 2,237.4 302
10/22/24 12:40 0.1 20,346.8 2,238.1 302
10/22/24 12:41 0.2 20,351.1 2,238.6 302
10/22/24 12:42 0.1 20,366.9 2,240.4 303
10/22/24 12:43 0.1 20,356.8 2,239.2 302
10/22/24 12:44 0.1 20,348.3 2,238.3 302
10/22/24 12:45 0.1 20,343.2 2,237.8 302
10/22/24 12:46 0.1 20,349.9 2,238.5 302
10/22/24 12:47 0.2 20,365.8 2,240.2 303
10/22/24 12:48 0.1 20,363.3 2,240.0 303
10/22/24 12:49 0.1 20,363.0 2,239.9 303
10/22/24 12:50 0.1 20,378.7 2,241.7 303
10/22/24 12:51 0.1 20,389.4 2,242.8 303
10/22/24 12:52 0.2 20,388.6 2,242.7 303
Source UNIT4

COPPM
(PPM)
GASFLOW
(HSCFH)
GHEAT
(MMBTU/HR)
UNITLOAD
(MW)
Average Data - Run 2
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/22/2024 12:15 Through 10/22/2024 14:29
Time Online Criteria: 1 minute(s)
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:54 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 51 of 187 ©Mostardi Platt
Average Data - Run 2
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/22/2024 12:15 Through 10/22/2024 14:29
Time Online Criteria: 1 minute(s)
10/22/24 12:53 0.1 20,393.4 2,243.3 303
10/22/24 12:54 0.1 20,432.5 2,247.6 304
10/22/24 12:55 0.2 20,432.9 2,247.6 303
10/22/24 12:56 0.2 20,398.6 2,243.8 303
10/22/24 12:57 0.1 20,383.7 2,242.2 303
10/22/24 12:58 0.2 20,389.1 2,242.8 303
10/22/24 12:59 0.1 20,392.0 2,243.1 303
10/22/24 13:00 0.1 20,370.1 2,240.7 302
10/22/24 13:01 0.1 20,353.0 2,238.8 302
10/22/24 13:02 0.1 20,355.1 2,239.1 302
10/22/24 13:03 0.1 20,355.1 2,239.1 302
10/22/24 13:04 0.1 20,357.5 2,239.3 302
10/22/24 13:05 0.1 20,351.1 2,238.6 302
10/22/24 13:06 0.2 20,352.2 2,238.7 302
10/22/24 13:07 0.1 20,355.4 2,239.1 302
10/22/24 13:08 0.1 20,352.3 2,238.8 302
10/22/24 13:09 0.1 20,349.0 2,238.4 302
10/22/24 13:10 0.1 20,330.8 2,236.4 302
10/22/24 13:11 0.1 20,331.0 2,236.4 302
10/22/24 13:12 0.2 20,351.5 2,238.7 302
10/22/24 13:13 0.1 20,329.7 2,236.3 302
10/22/24 13:14 0.1 20,317.8 2,235.0 302
10/22/24 13:15 0.2 20,325.5 2,235.8 302
10/22/24 13:16 0.1 20,327.0 2,236.0 302
10/22/24 13:17 0.2 20,307.3 2,233.8 302
10/22/24 13:18 0.1 20,311.7 2,234.3 302
10/22/24 13:19 0.1 20,297.9 2,232.8 301
10/22/24 13:20 0.1 20,271.0 2,229.8 301
10/22/24 13:21 0.1 20,281.6 2,231.0 301
10/22/24 13:22 0.1 20,285.9 2,231.4 301
10/22/24 13:23 0.1 20,282.5 2,231.1 301
10/22/24 13:24 0.1 20,310.9 2,234.2 301
10/22/24 13:25 0.1 20,319.0 2,235.1 301
10/22/24 13:26 0.1 20,333.8 2,236.7 302
10/22/24 13:27 0.1 20,333.2 2,236.7 302
10/22/24 13:28 0.1 20,330.4 2,236.3 302
10/22/24 13:29 0.1 20,321.3 2,235.3 302
10/22/24 13:30 0.1 20,305.5 2,233.6 301
10/22/24 13:31 0.1 20,287.6 2,231.6 301
10/22/24 13:32 0.1 20,272.0 2,229.9 301
10/22/24 13:33 0.2 20,271.5 2,229.9 301
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:54 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 52 of 187 ©Mostardi Platt
Average Data - Run 2
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/22/2024 12:15 Through 10/22/2024 14:29
Time Online Criteria: 1 minute(s)
10/22/24 13:34 0.2 20,281.7 2,231.0 301
10/22/24 13:35 0.1 20,262.9 2,228.9 301
10/22/24 13:36 0.1 20,263.6 2,229.0 301
10/22/24 13:37 0.1 20,254.9 2,228.0 301
10/22/24 13:38 0.1 20,245.5 2,227.0 301
10/22/24 13:39 0.2 20,243.5 2,226.8 300
10/22/24 13:40 0.2 20,251.0 2,227.6 301
10/22/24 13:41 0.1 20,264.6 2,229.1 301
10/22/24 13:42 0.1 20,278.3 2,230.6 301
10/22/24 13:43 0.1 20,297.0 2,232.7 301
10/22/24 13:44 0.1 20,288.5 2,231.7 301
10/22/24 13:45 0.1 20,280.2 2,230.8 301
10/22/24 13:46 0.1 20,256.3 2,228.2 300
10/22/24 13:47 0.1 20,230.2 2,225.3 300
10/22/24 13:48 0.2 20,182.2 2,220.0 299
10/22/24 13:49 0.1 20,169.5 2,218.6 299
10/22/24 13:50 0.1 20,182.3 2,220.1 299
10/22/24 13:51 0.2 20,185.4 2,220.4 300
10/22/24 13:52 0.1 20,190.5 2,221.0 300
10/22/24 13:53 0.2 20,196.1 2,221.6 300
10/22/24 13:54 0.1 20,185.0 2,220.4 300
10/22/24 13:55 0.1 20,167.6 2,218.4 299
10/22/24 13:56 0.1 20,159.9 2,217.6 299
10/22/24 13:57 0.1 20,150.6 2,216.6 299
10/22/24 13:58 0.1 20,141.6 2,215.6 299
10/22/24 13:59 0.1 20,115.2 2,212.7 298
10/22/24 14:00 0.1 20,105.5 2,211.6 298
10/22/24 14:01 0.1 20,091.2 2,210.0 298
10/22/24 14:02 0.1 20,064.1 2,207.1 298
10/22/24 14:03 0.1 20,051.7 2,205.7 298
10/22/24 14:04 0.1 20,130.6 2,214.4 299
10/22/24 14:05 0.1 20,160.6 2,217.7 300
10/22/24 14:06 0.1 20,130.6 2,214.4 299
10/22/24 14:07 0.1 20,079.4 2,208.7 298
10/22/24 14:08 0.1 20,061.8 2,206.8 298
10/22/24 14:09 0.1 20,058.4 2,206.4 298
10/22/24 14:10 0.1 20,055.0 2,206.1 298
10/22/24 14:11 0.1 20,028.1 2,203.1 297
10/22/24 14:12 0.1 20,050.1 2,205.5 298
10/22/24 14:13 0.1 20,152.6 2,216.8 300
10/22/24 14:14 0.1 20,181.2 2,219.9 300
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:54 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 53 of 187 ©Mostardi Platt
Average Data - Run 2
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/22/2024 12:15 Through 10/22/2024 14:29
Time Online Criteria: 1 minute(s)
10/22/24 14:15 0.1 20,137.7 2,215.1 299
10/22/24 14:16 0.1 20,181.5 2,220.0 300
10/22/24 14:17 0.1 20,129.9 2,214.3 298
10/22/24 14:18 0.1 20,146.0 2,216.1 299
10/22/24 14:19 0.1 20,187.4 2,220.6 300
10/22/24 14:20 0.1 20,188.3 2,220.7 300
10/22/24 14:21 0.1 20,192.4 2,221.2 300
10/22/24 14:22 0.1 20,193.1 2,221.2 300
10/22/24 14:23 0.1 20,194.8 2,221.4 300
10/22/24 14:24 0.1 20,178.5 2,219.6 299
10/22/24 14:25 0.2 20,172.4 2,219.0 299
10/22/24 14:26 0.1 20,173.4 2,219.1 299
10/22/24 14:27 0.1 20,170.6 2,218.8 299
10/22/24 14:28 0.2 20,179.9 2,219.8 299
10/22/24 14:29 0.1 20,174.8 2,219.2 299
0.1 20,287.4 2,231.6 301
0.1 20,028.1 2,203.1 297
0.2 20,478.9 2,252.7 304
16.8 2,738,796.2 301,267.8 40,662
135 135 135 135
135 135 135 135
Geometric Mean
Included Data Points
Total number of Data
Points
Average
Minimum
Maximum
Summation
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:54 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 54 of 187 ©Mostardi Platt
10/22/24 14:55 0.1 20,142.2 2,215.6 299
10/22/24 14:56 0.1 20,096.3 2,210.6 298
10/22/24 14:57 0.1 20,130.5 2,214.4 299
10/22/24 14:58 0.1 20,188.6 2,220.7 300
10/22/24 14:59 0.1 20,187.1 2,220.6 300
10/22/24 15:00 0.1 20,174.4 2,219.2 300
10/22/24 15:01 0.1 20,178.3 2,219.6 300
10/22/24 15:02 0.1 20,141.4 2,215.6 299
10/22/24 15:03 0.1 20,150.9 2,216.6 299
10/22/24 15:04 0.1 20,153.8 2,216.9 299
10/22/24 15:05 0.1 20,150.7 2,216.6 299
10/22/24 15:06 0.1 20,140.8 2,215.5 299
10/22/24 15:07 0.1 20,143.4 2,215.8 299
10/22/24 15:08 0.1 20,145.8 2,216.0 299
10/22/24 15:09 0.1 20,042.5 2,204.7 297
10/22/24 15:10 0.1 20,031.3 2,203.4 298
10/22/24 15:11 0.1 20,053.8 2,205.9 298
10/22/24 15:12 0.1 20,025.1 2,202.8 297
10/22/24 15:13 0.1 20,026.3 2,202.9 297
10/22/24 15:14 0.1 20,049.1 2,205.4 298
10/22/24 15:15 0.1 20,014.1 2,201.6 297
10/22/24 15:16 0.1 19,966.7 2,196.3 296
10/22/24 15:17 0.1 20,006.9 2,200.8 297
10/22/24 15:18 0.1 19,983.7 2,198.2 297
10/22/24 15:19 0.1 19,955.1 2,195.1 296
10/22/24 15:20 0.2 19,967.7 2,196.4 297
10/22/24 15:21 0.1 19,963.5 2,196.0 296
10/22/24 15:22 0.1 19,930.7 2,192.4 296
10/22/24 15:23 0.1 19,920.6 2,191.3 296
10/22/24 15:24 0.1 20,005.3 2,200.6 297
10/22/24 15:25 0.1 19,999.4 2,199.9 297
10/22/24 15:26 0.1 20,005.9 2,200.6 297
10/22/24 15:27 0.1 19,997.0 2,199.7 297
10/22/24 15:28 0.1 20,056.3 2,206.2 298
10/22/24 15:29 0.1 20,084.3 2,209.3 298
10/22/24 15:30 0.1 20,086.7 2,209.5 298
10/22/24 15:31 0.1 20,092.2 2,210.1 298
10/22/24 15:32 0.1 20,089.4 2,209.8 298
Source UNIT4

COPPM
(PPM)
GASFLOW
(HSCFH)
GHEAT
(MMBTU/HR)
UNITLOAD
(MW)
Average Data - run 3
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/22/2024 14:55 Through 10/22/2024 17:04
Time Online Criteria: 1 minute(s)
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:55 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 55 of 187 ©Mostardi Platt
Average Data - run 3
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/22/2024 14:55 Through 10/22/2024 17:04
Time Online Criteria: 1 minute(s)
10/22/24 15:33 0.1 20,089.4 2,209.8 298
10/22/24 15:34 0.1 20,095.8 2,210.5 298
10/22/24 15:35 0.1 20,097.6 2,210.7 298
10/22/24 15:36 0.1 20,099.7 2,211.0 298
10/22/24 15:37 0.1 20,101.3 2,211.1 298
10/22/24 15:38 0.1 20,083.1 2,209.1 298
10/22/24 15:39 0.1 20,062.3 2,206.9 298
10/22/24 15:40 0.1 20,045.2 2,205.0 297
10/22/24 15:41 0.1 20,027.4 2,203.0 297
10/22/24 15:42 0.2 20,019.4 2,202.1 297
10/22/24 15:43 0.1 20,026.3 2,202.9 297
10/22/24 15:44 0.1 20,036.9 2,204.1 297
10/22/24 15:45 0.1 20,027.4 2,203.0 297
10/22/24 15:46 0.1 20,000.5 2,200.1 297
10/22/24 15:47 0.1 19,995.4 2,199.5 296
10/22/24 15:48 0.1 19,970.2 2,196.7 296
10/22/24 15:49 0.1 19,976.8 2,197.4 296
10/22/24 15:50 0.1 20,000.9 2,200.1 297
10/22/24 15:51 0.1 20,034.9 2,203.8 297
10/22/24 15:52 0.1 20,051.9 2,205.7 298
10/22/24 15:53 0.1 20,062.5 2,206.9 298
10/22/24 15:54 0.1 20,046.2 2,205.1 298
10/22/24 15:55 0.1 20,045.2 2,205.0 298
10/22/24 15:56 0.1 20,031.6 2,203.5 297
10/22/24 15:57 0.1 20,014.6 2,201.6 297
10/22/24 15:58 0.1 20,004.4 2,200.5 297
10/22/24 15:59 0.1 20,004.5 2,200.5 297
10/22/24 16:00 0.1 19,989.4 2,198.8 296
10/22/24 16:01 0.1 19,972.9 2,197.0 296
10/22/24 16:02 0.1 19,958.5 2,195.4 296
10/22/24 16:03 0.1 19,954.8 2,195.0 296
10/22/24 16:04 0.1 19,957.3 2,195.3 296
10/22/24 16:05 0.1 20,000.0 2,200.0 297
10/22/24 16:06 0.2 20,006.3 2,200.7 297
10/22/24 16:07 0.1 19,995.9 2,199.5 297
10/22/24 16:08 0.1 20,011.7 2,201.3 297
10/22/24 16:09 0.1 20,017.5 2,201.9 297
10/22/24 16:10 0.1 20,035.2 2,203.9 298
10/22/24 16:11 0.1 20,062.4 2,206.9 298
10/22/24 16:12 0.1 20,055.3 2,206.1 298
10/22/24 16:13 0.1 20,002.6 2,200.3 297
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:55 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 56 of 187 ©Mostardi Platt
Average Data - run 3
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/22/2024 14:55 Through 10/22/2024 17:04
Time Online Criteria: 1 minute(s)
10/22/24 16:14 0.1 19,972.5 2,197.0 297
10/22/24 16:15 0.1 19,951.5 2,194.7 296
10/22/24 16:16 0.1 19,942.8 2,193.7 296
10/22/24 16:17 0.1 19,946.0 2,194.1 296
10/22/24 16:18 0.1 19,939.6 2,193.4 296
10/22/24 16:19 0.1 19,947.3 2,194.2 296
10/22/24 16:20 0.1 19,937.1 2,193.1 296
10/22/24 16:21 0.1 19,936.7 2,193.0 296
10/22/24 16:22 0.1 19,950.7 2,194.6 296
10/22/24 16:23 0.1 19,958.5 2,195.4 296
10/22/24 16:24 0.1 19,961.9 2,195.8 296
10/22/24 16:25 0.1 19,973.9 2,197.1 296
10/22/24 16:26 0.1 19,985.0 2,198.4 296
10/22/24 16:27 0.1 19,984.7 2,198.3 296
10/22/24 16:28 0.1 19,944.7 2,193.9 296
10/22/24 16:29 0.1 19,938.7 2,193.3 296
10/22/24 16:30 0.1 19,942.6 2,193.7 296
10/22/24 16:31 0.1 19,931.7 2,192.5 296
10/22/24 16:32 0.1 19,938.2 2,193.2 296
10/22/24 16:33 0.1 19,947.8 2,194.3 296
10/22/24 16:34 0.1 19,929.4 2,192.2 296
10/22/24 16:35 0.1 19,946.1 2,194.1 296
10/22/24 16:36 0.1 19,953.9 2,194.9 296
10/22/24 16:37 0.1 19,949.4 2,194.4 296
10/22/24 16:38 0.1 19,930.9 2,192.4 296
10/22/24 16:39 0.1 19,961.8 2,195.8 296
10/22/24 16:40 0.1 19,988.6 2,198.7 297
10/22/24 16:41 0.1 19,976.0 2,197.4 296
10/22/24 16:42 0.1 19,960.2 2,195.6 296
10/22/24 16:43 0.1 19,984.5 2,198.3 297
10/22/24 16:44 0.1 19,995.2 2,199.5 297
10/22/24 16:45 0.1 19,990.7 2,199.0 297
10/22/24 16:46 0.1 20,004.7 2,200.5 297
10/22/24 16:47 0.1 20,038.0 2,204.2 297
10/22/24 16:48 0.1 20,041.3 2,204.5 297
10/22/24 16:49 0.1 20,050.1 2,205.5 298
10/22/24 16:50 0.1 20,059.0 2,206.5 298
10/22/24 16:51 0.1 20,060.8 2,206.7 298
10/22/24 16:52 0.1 20,048.0 2,205.3 298
10/22/24 16:53 0.1 20,021.4 2,202.4 297
10/22/24 16:54 0.1 20,010.9 2,201.2 297
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:55 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 57 of 187 ©Mostardi Platt
Average Data - run 3
Plant: LAKE SIDE POWERInterval: 1 Minute
Type: Roll
Report Period: 10/22/2024 14:55 Through 10/22/2024 17:04
Time Online Criteria: 1 minute(s)
10/22/24 16:55 0.1 20,007.2 2,200.8 297
10/22/24 16:56 0.1 19,995.5 2,199.5 297
10/22/24 16:57 0.1 20,015.7 2,201.7 297
10/22/24 16:58 0.1 20,011.4 2,201.3 297
10/22/24 16:59 0.1 19,998.9 2,199.9 297
10/22/24 17:00 0.1 19,941.8 2,193.6 297
10/22/24 17:01 0.1 19,894.7 2,188.4 296
10/22/24 17:02 0.1 19,891.1 2,188.0 296
10/22/24 17:03 0.1 19,891.3 2,188.0 296
10/22/24 17:04 0.1 19,858.3 2,184.4 296
0.1 20,015.3 2,201.7 297
0.1 19,858.3 2,184.4 296
0.2 20,188.6 2,220.7 300
13.3 2,601,987.7 286,218.7 38,623
130 130 130 130
130 130 130 130
Geometric Mean
Included Data Points
Total number of Data
Points
Average
Minimum
Maximum
Summation
F = Unit Offline
E = Exceedance 
M = Maintenance 
T = Out Of Control 
 Report Generated: 11/08/24 09:55 
C = Calibration
S = Substituted 
* = Suspect Project No. M243903 CT01, CT02, CT03, and CT04
Page 58 of 187 ©Mostardi Platt
Appendix B- Test Section Diagrams
Project No. M243903 CT01, CT02, CT03, and CT04
Page 59 of 187 ©Mostardi Platt
TS-026 Round Duct Drawing 3 Point 4 Port Rev. 0.1 1/1/2021
EQUAL AREA TRAVERSE FOR ROUND DUCTS (PM Traverse)
3 2 1
3
2
1
2
3
1 2 3
3
2
1
4
Disturbance
Measurement
Site
Length
0.6 DIa.
Length
2.7 Dia. Disturbance1
Job: PacifiCorp Lake Slide Power Plant
Lindon, Utah
Date: October 21 through 24, 2024
Test Location: CT01, CT02, CT03 and CT04 (identical)
Duct Diameter: 18.0 Feet
Duct Area: 254.469 Square Feet
No. Points Across Diameter: 6
No. of Ports: 4
Port Length: 7.0 Inches
Project No. M243903 CT01, CT02, CT03, and CT04
Page 60 of 187 ©Mostardi Platt
Appendix C- Sample Train Diagrams
Project No. M243903 CT01, CT02, CT03, and CT04
Page 61 of 187 ©Mostardi Platt
ATD-091 USEPA Method 3A Rev. 1.3 1/1/2021
USEPA Method 3A - Integrated Oxygen/Carbon Dioxide Sample Train
Diagram Utilizing ECOM To Measure from Sample Exhaust
Vacuum Line
Air Tight Pump
Dry
Gas
Vacuum
Gauge
Calibration

ECOM
Analyzer
Sample Gas From
Impinger Train
Sample Exhaust
Project No. M243903 CT01, CT02, CT03, and CT04
Page 62 of 187 ©Mostardi Platt
ATD-077 USEPA Method 201A PM10-PM2.5/202 Rev. 1.2 1/1/2021
USEPA Method 201a/202- PM10/PM2.5 and Condensable Particulate Matter
Nozzle S-Type Pitot
Heated Probe Sheath Glass Liner
Oven Box
Filter Holder
Condenser Coil
Teflon
Crossover
Filter
Recirculation
Pump
Empty
Stemless
Knockout
Impinger
Empty
Regular
Impinger
100 mL DI H2O Silica
Ice
Bath
Vacuum Line
Temperature Sensors
Temperature Sensors
Manometer/Orifice
Incline Gauge
Vacuum Gauge
Dry Gas Meter
Air Tight Pump
To “S” Bend
From Filter

“S” Bend
Water
Bath
PM10 Sizer PM2.5 Sizer
Filter Bypass
Project No. M243903 CT01, CT02, CT03, and CT04
Page 63 of 187 ©Mostardi Platt
Appendix D- Calculation Nomenclature and Formulas
Project No. M243903 CT01, CT02, CT03, and CT04
Page 64 of 187 ©Mostardi Platt
Client:
Facility:
Test Location:
Run:
Date:
Method:
Source Condition:
Dry Molecular Weight
Md =0.44 x (%CO2) + 0.32 x (%O2) + 0.28 x %N2
%CO2 =9.3 %O2 =13.6 %N2 =77.1
Md =30.032
Wet Molecular Weight
Ms =Md x (1-Bws) + (18.0 x Bws)
Md =30.032 Bws =0.090
Ms =28.953
Meter Volume at Standard Conditions
Vm(std) = 17.647 x Y x Vm x (Pbar +DH/13.6)
Tm
Y = 0.988 Vm =47.364 Pbar =25.56
DH =0.45 Tm =523.3
Vm(std) =40.385
Volume of Water Vapor Condensed
Vw(std) =0.0471 x (net H2O gain)
Net H2O =84.5
Vw(std) =3.980
Moisture Content
Bws =
Vw(std) =3.980 Vm(std) =40.385
Bws =0.090
201A/202
Normal
Vw(std) + Vm(std)
PacifiCorp
Lake Side Power Plant
CT01
1
10/23/2024
Vw(std)
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 65 of 187 ©Mostardi Platt
Client:
Facility:
Test Location:
Run:
Date:
Method:
Source Condition:
201A/202
Normal
PacifiCorp
Lake Side Power Plant
CT01
1
10/23/2024
Average Duct Velocity
Vs =85.49 x Cp x Sqrt DP (avg) x (Ts (avg) + 460/ (Ps x Ms))1/2
Cp =0.747 Ts (avg) =226.7 Sqrt DP (avg):1.153
Ps =25.52 Ms =28.953
Vs =70.951
Volumetric Flow Rate (Actual Basis)
Q = Vs x A x 60
Vs =70.951 A =254.469
Q =1,083,292
Volumetric Flow Rate (Standard Basis)
Qstd =17.647 x Q x Ps
Ts (avg) + 460
Q =1,083,292 Ps =25.52 Ts (avg) =226.7
Qstd =710,569
Volumetric Flow Rate (Standard Dry Basis)
Qstd(dry) =Qstd x (1-Bws)
Qstd =710,569 Bws =0.090
Qstd(dry) =646,824
Isokinetic Variation:
%ISO =
Ts =226.7 Vm(std) =40.385 Vs =70.951
An =0.0001431 θ =120 Ps =25.52
Bws =0.090
%ISO =92.6
0.0945 x (Ts +460) x Vm(std)
Vs x θ x An x Ps x (1-Bws)
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 66 of 187 ©Mostardi Platt
Client:
Facility:
Test Location:
Run:
Date:
Method:
Source Condition:
201A/202
Normal
PacifiCorp
Lake Side Power Plant
CT01
1
10/23/2024
PM Concentration:
Co =mn x 15.43
Vm(std)
mn (g) =0.00252 Vm(std) =40.385

Co =0.0010 gr/dscf
PM Emission Rate:
Emission Rate lb/hr = Co x Qstd(dry) x 60
7,000
Co =0.0010 Qstd(dry) =646,824
Emission Rate lb/hr =5.338 lb/hr
Fd=1,040.0 O2%=13.6
Emission Rate lb/mmBtu (Fd Factor) = Co x Fd (dscf/mmBtu) x 20.9
7,000 20.9 - O2%
Emission Rate lb/mmBtu (Fd Factor) =0.0015
Fc=1,040.0 CO2%=9.3
Emission Rate lb/mmBtu (Fc Factor) = Co x Fc (dscf/mmBtu) x 100
7,000 CO2%
Emission Rate lb/mmBtu (Fc Factor) =0.0015
Emission Rate lb/mmBtu (Heat Input) =
1,040.0
Emission Rate lb/mmBtu (Heat Input) = 0.0015
Emission Rate lb/hr
Heat Input (mmBtu/hr)
Heat Input (mmBtu/hr) =
This example represents the less than PM2.5 filterable fraction. For other fractions, use the obtained mn for that
particulate fraction.
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 67 of 187 ©Mostardi Platt
Client:Test Location:
Facility:Date:
Project #:
13.61 % - 0.20 %x
9.50 % - 0.00 %x
Cgas = (C - Co) x Cma Cm - Co
where:
Cgas = Effluent gas concentration, dry basis, %
C = Average gas concentration indicated by gas analyzer, dry basis, %
Co = Average of initial and final system calibration bias check responses for the zero gas, %
Cm = Average of initital and final system calibration bias check responses for the upscale calibration gas, %
Cma = Actual concentration of the upscale calibration gas, %
O2 % (dry)
10.150 %13.6 %10.20 % - 0.20 %
CO2 % (dry)
9.862 %9.3 %10.10 % - 0.00 %
=
=
PacifiCorp CT01
Lake Side Power Plant 10/23/24
M243903
Sample Calculations
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 68 of 187 ©Mostardi Platt
CN&F-031 Volumetric Flow Calcs Rev. 1.2 1/1/2021
MOSTARDI PLATT
Volumetric Air Flow Calculations
𝑉𝑉 (𝑠𝑠𝑠) =17.647 × 𝑉𝑉× ��𝑃𝑏𝑏𝑏+�𝐷𝐷13.6��(460 +𝑇𝑉)�× 𝑌
𝑉𝑉 (𝑠𝑠𝑠)= 0.0471 × 𝑉𝑉𝑉
𝐵𝑉𝑠=�𝑉𝑉 (𝑠𝑠𝑠)𝑉𝑉 (𝑠𝑠𝑠)+𝑉𝑉 (𝑠𝑠𝑠)�
𝑀𝑠=(0.44 × %𝐶𝐶2)+(0.32 × %𝐶2)+[0.28 × (100 −%𝐶𝐶2 −%𝐶2)]
𝑀𝑠=𝑀𝑠× (1 −𝐵𝑉𝑠)+(18 × 𝐵𝑉𝑠)
𝑉𝑠=�(𝑇𝑠+460)𝑀𝑠× 𝑃𝑠× √𝐷𝑃× 𝐶𝐶× 85.49
𝐴𝑉𝐴𝑉=𝑉𝑠× 𝐴𝐴𝐴𝐴 (𝑜𝐴 𝑠𝑠𝐴𝑉𝑠 𝑜𝐴 𝑠𝑑𝑉𝑠) × 60
𝑆𝑉𝐴𝑉=𝐴𝑉𝐴𝑉× 17.647 × �𝑃𝑠(460 +𝑇𝑠)�
𝑆𝑉𝐴ℎ=𝑆𝑉𝐴𝑉× 60 𝑉𝑚𝑚ℎ𝐴
𝐷𝑠𝑉𝐴𝑉=𝑆𝑉𝐴𝑉× (1 −𝐵𝑉𝑠)
Project No. M243903 CT01, CT02, CT03, and CT04
Page 69 of 187 ©Mostardi Platt
CN&F-024 Nomenclature Pitot Rev. 1.2 1/1/2021
MOSTARDI PLATT
Volumetric Flow Nomenclature
A = Cross-sectional area of stack or duct, ft2
Bws = Water vapor in gas stream, proportion by volume
Cp = Pitot tube coefficient, dimensionless
Md = Dry molecular weight of gas, lb/lb-mole
Ms = Molecular weight of gas, wet basis, lb/lb-mole
Mw = Molecular weight of water, 18.0 lb/lb-mole
Pbar = Barometric pressure at testing site, in. Hg
Pg = Static pressure of gas, in. Hg (in. H2O/13.6)
DH= Static pressure of gas, in.H2O
Ps = Absolute pressure of gas, in. Hg = Pbar + Pg
Pstd = Standard absolute pressure, 29.92 in. Hg
Acfm = Actual volumetric gas flow rate
Scfm= Volumetric gas flow rate, corrected to standard conditions
Dscfm = Standard volumetric flow rate, corrected to dry conditions
R = Ideal gas constant, 21.85 in. Hg-ft3/°R-lb-mole
Ts = Average stack gas temperature, °F
Tm = Average dry gas meter temperature, oF
Tstd = Standard absolute temperature, 528°R
vs = Gas velocity, ft/sec
Vm(std)= Volume of gas sampled, corrected to standard conditions, scf
Vw(std) = Volume of water vapor in gas sample, corrected to standard conditions, scf
Vlc= Volume of liquid collected
Y = Dry gas meter calibration factor
∆p = Velocity head of gas, in. H2O
K1 = 17.647 °R/in. Hg
%EA = Percent excess air
%CO2 = Percent carbon dioxide by volume, dry basis
%O2 = Percent oxygen by volume, dry basis
%N2 = Percent nitrogen by volume, dry basis
0.264 = Ratio of O2 to N2 in air, v/v
0.28 = Molecular weight of N2 or CO, divided by 100
0.32 = Molecular weight of O2 divided by 100
0.44 = Molecular weight of CO2 divided by 100
13.6 = Specific gravity of mercury (Hg)
Project No. M243903 CT01, CT02, CT03, and CT04
Page 70 of 187 ©Mostardi Platt
CN&F-003A Isokinetic Particulates Rev. 1.2 1/1/2021
MOSTARDI PLATT
Isokinetic Calculation Formulas
1. lc2std
std
w
wlcw(std)VKP
RT
MVV =







=ρ
2.
m
bar
m1std
bar
m
stdmm(std)T
))13.6
H((P
Y VK P
))13.6
H((P
T
TY VV
∆+
=





∆+


=
3. )V(V
VB
w(std)m(std)
w(std)
ws +=
4.)0.28(%N)0.32(%O)0.44(%COM 222d++=
5.)18.0(B)B(1MM wswsds+−=
6.
aa
aaV
mCρ=
7.aawaaVCWρ=
8. 





+=
sm(std)w(std)
sniacf T VV
Pm15.43KC
9.)Vm( )gramgrains 15.43(C m(std)nS=
10.
ss
sppsMP
T PCKv∆=
11.)A(60vQsec/minsacfm=
12. A PT
PTv )B)(1(3600Q
stds
sstdswssec/hrsd 

−=
13.()lbgrains 7000CQ )hrlbs rate, (emission E sstd=
14. ( )( )wsnss
m(std)s4wssnsstd
stdm(std)s
B1AvP
VTKB160PAvT
PVTIKV −=−=θθ
15. 100%CO) 0.5(%O%N 0.264
%CO) (0.5%O%EA
22
2 ×


−−
−=
Project No. M243903 CT01, CT02, CT03, and CT04
Page 71 of 187 ©Mostardi Platt
CN&F-023A Isokinetic Nomenclature Rev. 1.2 1/1/2021
MOSTARDI PLATT
Isokinetic Nomenclature
A = Cross-sectional area of stack or duct, square feet
An = Cross-sectional area of nozzle, square feet
Bws = Water vapor in gas stream, by volume
Ca = Acetone blank residue concentration, g/g
Cacf = Concentration of particulate matter in gas stream at actual conditions, gr/acf
Cp = Pitot tube coefficient
Cs = Concentration of particulate matter in gas stream, dry basis, corrected to standard conditions, gr/dscf
IKV = Isokinetic sampling variance, must be 90.0 % ≤ IKV ≤ 110.0%
Md = Dry molecular weight of gas, lb/lb-mole
Ms = Molecular weight of gas, wet basis, lb/lb-mole
Mw = Molecular weight of water, 18.0 lb/lb-mole
ma = Mass of residue of acetone after evaporation, grams
Pbar = Barometric pressure at testing site, inches mercury
Pg = Static pressure of gas, inches mercury (inches water/13.6)
Ps = Absolute pressure of gas, inches mercury = Pbar + Pg
Pstd = Standard absolute pressure, 29.92 inches mercury
Qacfm = Actual volumetric gas flow rate, acfm
Qsd = Dry volumetric gas flow rate corrected to standard conditions, dscfh
R = Ideal gas constant, 21.85 inches mercury cubic foot/°R-lb-mole
Tm = Dry gas meter temperature, °R
Ts = Gas temperature, °R
Tstd = Absolute temperature, 528°R
Va = Volume of acetone blank, ml
Vaw = Volume of acetone used in wash, ml
Wa = Weight of residue in acetone wash, grams
mn = Total amount of particulate matter collected, grams
V1c = Total volume of liquid collected in impingers and silica gel, ml
Vm = Volume of gas sample as measured by dry gas meter, dcf
Vm(std) = Volume of gas sample measured by dry gas meter, corrected to standard conditions, dscf
vs = Gas velocity, ft/sec
Vw(std) = Volume of water vapor in gas sample, corrected to standard conditions, scf
Y = Dry gas meter calibration factor
∆H = Average pressure differential across the orifice meter, inches water
∆p = Velocity head of gas, inches water
ρa = Density of acetone, 0.7855 g/ml (average)
ρw = Density of water, 0.002201 lb/ml
θ = Total sampling time, minutes
K1 = 17.647 °R/in. Hg
K2 = 0.04707 ft3/ml
K4 = 0.09450/100 = 0.000945
Kp = Pitot tube constant, 85.49 𝑓𝑓𝑠𝑠𝑠�(𝑙𝑙𝑙𝑙⁄−𝑚𝑚𝑙𝑠)(𝑖𝑖. 𝐻𝐻)(°𝑅)(𝑖𝑖. 𝐻2𝑂)�1 2�
%EA = Percent excess air
%CO2 = Percent carbon dioxide by volume, dry basis
%O2 = Percent oxygen by volume, dry basis
%CO = Percent carbon monoxide by volume, dry basis
%N2 = Percent nitrogen by volume, dry basis
0.264 = Ratio of O2 to N2 in air, v/v
28 = Molecular weight of N2 or CO
32 = Molecular weight of O2
44 = Molecular weight of CO2
13.6 = Specific gravity of mercury (Hg)
Project No. M243903 CT01, CT02, CT03, and CT04
Page 72 of 187 ©Mostardi Platt
CN&F-021 Moisture Calculations Rev. 1.2 1/1/2021
MOSTARDI PLATT
Moisture Calculations
𝑉𝑤𝑤(𝑠𝑠𝑠)=�𝑉𝑓− 𝑉𝑖�𝜌𝑤𝑅𝑇𝑠𝑠𝑠𝑃𝑠𝑠𝑠𝑀𝑤= 0.04707�𝑉𝑓− 𝑉𝑖�
𝑉𝑤𝑠𝑤(𝑠𝑠𝑠)=�𝑊𝑓− 𝑊𝑖�𝜌𝑤𝑅𝑇𝑠𝑠𝑠𝑃𝑠𝑠𝑠𝑀𝑤= 0.04715�𝑊𝑓− 𝑊𝑖�
𝑉𝑚(𝑠𝑠𝑠)=17.64 𝑉𝑚𝑌𝑃𝑏𝑏𝑏+∆𝐻13.6𝑇𝑚
𝐵𝑤𝑠=𝑉𝑤𝑤(𝑠𝑠𝑠)+𝑉𝑤𝑠𝑤(𝑠𝑠𝑠)𝑉𝑤𝑤(𝑠𝑠𝑠)+𝑉𝑤𝑠𝑤(𝑠𝑠𝑠)+𝑉𝑚(𝑠𝑠𝑠)
Where:
Bws = Water vapor in gas stream, proportion by volume
Mw = Molecular weight of water, 18.015 lb/lb-mole
Pbar = Barometric pressure at the testing site, in. Hg
Pstd = Standard absolute pressure, 29.92 in. Hg
R = Ideal gas constant, 0.048137 (in. Hg)(ft3)/(g-mole)(°R) =
[21.8348(in. Hg)(ft3)/(lb-mole)(°R)]/453.592 g-mole/lb-mole
Tm = Absolute average dry gas meter temperature, °R
Tstd = Standard absolute temperature, 528 °R
Vf = Final volume of condenser water, ml
Vi = Initial volume of condenser water, ml
Vm = Dry gas volume measured by dry gas meter, dcf
Vm(std) = Dry gas volume measured by dry gas meter, corrected to standard conditions, scf
Vwc(std) = Volume of condensed water vapor, corrected to standard conditions, scf
Vwsg(std) = Volume of water vapor collected in silica gel, corrected to standard conditions, scf
Wf = Final weight of silica gel, g
Wi = Initial weight of silica gel, g
Y = Dry gas meter calibration factor
∆H = Average pressure exerted on dry gas meter outlet by gas sample bag, in. H2O
ρw = Density of water, 0.9982 g/ml
13.6 = Specific gravity of mercury (Hg)
17.64 = Tstd/Pstd
0.04707 = ft3/ml 0.04715 = ft3/g
Project No. M243903 CT01, CT02, CT03, and CT04
Page 73 of 187 ©Mostardi Platt
Appendix E- Sample Analysis Data
Project No. M243903 CT01, CT02, CT03, and CT04
Page 74 of 187 ©Mostardi Platt
Client:
Facility:
Project Number:
Test Location:
Test Method:Filter Drying Temp oF:Ambient-Des. 24 hrs
Filterable Analysis Date: Analyst:WAP/EV
Condensable Analysis Date: Analyst:WAP/EV
Sample
Date
ID#Initial Weight
(grams)
Final Weight
(grams)
Net Weight Gain
(grams)
Test No. 1 10/23/2024
Source Condition:Normal
<PM2.5 Filter 18535 3.05858 3.05501 ≤0.00015
Acetone Wash 17528 12 mL 4.93408 4.93645 0.00237
Acetone Blank ≤0.00006
Total Front Half <PM2.5
Weight ≤0.00252
>PM10 Acetone Wash 17513 26 mL 4.95555 4.95819 0.00264
Acetone Blank ≤0.00013
Total Front Half >PM10 Weight 0.00264
Acetone/Hexane Wash 13800 224 mL 20.87033 20.87199 0.00166
DI Wash 13686 177 mL 20.80865 20.81163 0.00298
Field Blank 0.00200
Total Back Half Weight 0.00264
Total <PM2.5 Weight ≤0.00516
Total <PM10 Weight ≤0.00516
Total Particulate Weight ≤0.00780
Test No. 2 10/23/2024
Source Condition:Normal
<PM2.5 Filter 18533 3.05713 3.05506 ≤0.00015
Acetone Wash 10698 17 mL 4.97980 4.98210 0.00230
Acetone Blank ≤0.00008
Total >PM2.5, <PM10 Weight
>PM10 Acetone Wash 10697 31 5.00079 5.00330 0.00251
Acetone Blank ≤0.00015
Total Front Half >PM10 Weight 0.00251
Acetone/Hexane Wash 16380 182 mL 23.04200 23.04381 0.00181
DI Wash 13687 145 mL 20.81139 20.81309 0.00170
Field Blank 0.00200
Total Back Half Weight 0.00151
Total <PM2.5 Weight ≤0.00396
Total <PM10 Weight ≤0.00396
Total Particulate Weight ≤0.00647
Test No. 3 10/23/2024
Source Condition:Normal
<PM2.5 Filter 18534 3.08162 3.07930 ≤0.00015
Acetone Wash 10700 16 mL 5.00080 5.00332 0.00252
Acetone Blank ≤0.00008
Total Front Half <PM2.5
Weight ≤0.00267
Total >PM2.5, <PM10 Weight
>PM10 Acetone Wash 10699 37 mL 4.96458 4.96638 0.00180
Acetone Blank ≤0.00018
Total Front Half >PM10 Weight 0.00180
Acetone/Hexane Wash 16390 215 mL 22.79043 22.79211 0.00168
DI Wash 13690 211 mL 20.87951 20.88212 0.00261
Field Blank 0.00200
Total Back Half Weight 0.00229
Total <PM2.5 Weight ≤0.00496
Total <PM10 Weight ≤0.00496
Total Particulate Weight ≤0.00676
Acetone/Hexane Wash 16342 108 mL 23.03114 23.03230 0.00116
DI Wash 13807 138 mL 21.12398 21.12532 0.00134
Total Field Train Blank 0.00250
PacifiCorp
Lake Side Power Plant
M243903
CT01
201A/202
11/1/2024
11/5/2024
Filterable Particulate
vol. (ml)
Field Train Blank Summary
Description
Condensable Particulate
Filterable Particulate
Condensable Particulate
Filterable Particulate
Condensable Particulate
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 75 of 187 ©Mostardi Platt
Client:
Facility:
Project Number:
Test Location:
Test Method:Filter Drying Temp oF:Ambient-Des. 24 hrs
Filterable Analysis Date: Analyst:WAP/EV
Condensable Analysis Date: Analyst:WAP/EV
Sample
Date
ID#Initial Weight
(grams)
Final Weight
(grams)
Net Weight Gain
(grams)
PacifiCorp
Lake Side Power Plant
M243903
CT01
201A/202
11/1/2024
11/5/2024
Filterable Particulate
vol. (ml)Description
Acetone/Hexane Wash 16385 86 mL 23.03822 23.04006 0.00184
DI Wash 16339 98 mL 22.92163 22.92308 0.00145
DI Wash 16406 166 mL 22.91793 22.91921 0.00128
Hexane Wash 16397 172 mL 23.04431 23.05047 0.00616
Acetone Wash (filterable)16379 159 mL 23.12284 23.12449 0.00165
Media
M5 Filter
Acetone Wash (M5 Pans)
Sample Vials (M202)
Field Proof Blank Summary
Reagent Blank Summary
0.00008 0.00025
RDL/MDL Summary
MDL, grams RDL, grams
0.00005 0.00015
0.00008 0.00025
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 76 of 187 ©Mostardi Platt
Client:
Facility:
Project Number:
Test Location:
Test Method:Filter Drying Temp oF:Ambient-Des. 24 hrs
Filterable Analysis Date: Analyst:WAP/EV
Condensable Analysis Date: Analyst:WAP/EV
Sample
Date
ID#Initial Weight
(grams)
Final Weight
(grams)
Net Weight Gain
(grams)
Test No. 1 10/24/2024
Source Condition:Normal
<PM2.5 Filter 18530 3.05777 3.05443 ≤0.00015
Acetone Wash 17486 10 mL 4.90455 4.90638 0.00183
Acetone Blank ≤0.00005
Total Front Half <PM2.5
Weight ≤0.00198
>PM10 Acetone Wash 17485 12 mL 4.92730 4.92884 0.00154
Acetone Blank ≤0.00006
Total Front Half >PM10 Weight 0.00154
Acetone/Hexane Wash 16386 211 mL 22.95065 22.95253 0.00188
DI Wash 13689 196 mL 20.96666 20.96948 0.00282
Field Blank 0.00200
Total Back Half Weight 0.00270
Total <PM2.5 Weight ≤0.00468
Total <PM10 Weight ≤0.00468
Total Particulate Weight ≤0.00622
Test No. 2 10/24/2024
Source Condition:Normal
<PM2.5 Filter 18536 3.06879 3.06695 ≤0.00015
Acetone Wash 17511 8.8 mL 4.94235 4.94462 0.00227
Acetone Blank ≤0.00004
Total Front Half <PM2.5
Weight ≤0.00242
>PM10 Acetone Wash 17477 15 mL 4.91908 4.92108 0.00200
Acetone Blank ≤0.00007
Total Front Half >PM10 Weight 0.00200
Acetone/Hexane Wash 16308 222 mL 22.86565 22.86732 0.00167
DI Wash 13688 196 mL 20.86281 20.86552 0.00271
Field Blank 0.00200
Total Back Half Weight 0.00238
Total <PM2.5 Weight ≤0.00480
Total <PM10 Weight ≤0.00480
Total Particulate Weight ≤0.00680
Test No. 3 10/24/2024
Source Condition:Normal
<PM2.5 Filter 18528 3.06439 3.06025 ≤0.00015
Acetone Wash 17514 9.2 mL 4.93845 4.93824 ≤0.00025
Acetone Blank ≤0.00005
Total Front Half <PM2.5
Weight ≤0.00040
>PM10 Acetone Wash 17498 33 mL 4.93419 4.93644 0.00225
Acetone Blank ≤0.00017
Total Front Half >PM10 Weight 0.00225
Acetone/Hexane Wash 16391 251 mL 22.86399 22.86552 0.00153
DI Wash 13810 209 mL 20.90388 20.90628 0.00240
Field Blank 0.00200
Total Back Half Weight 0.00193
Total <PM2.5 Weight ≤0.00233
Total <PM10 Weight ≤0.00233
Total Particulate Weight ≤0.00458
Acetone/Hexane Wash 16342 108 mL 23.03114 23.03230 0.00116
DI Wash 13807 138 mL 21.12398 21.12532 0.00134
NH4OH Correction mL 0.00000
Total Field Train Blank 0.00250
PacifiCorp
Lake Side Power Plant
M243903
CT02
201A/202
11/1/2024
11/5/2024
Filterable Particulate
vol. (ml)
Field Train Blank Summary
Description
Condensable Particulate
Filterable Particulate
Condensable Particulate
Filterable Particulate
Condensable Particulate
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 77 of 187 ©Mostardi Platt
Client:
Facility:
Project Number:
Test Location:
Test Method:Filter Drying Temp oF:Ambient-Des. 24 hrs
Filterable Analysis Date: Analyst:WAP/EV
Condensable Analysis Date: Analyst:WAP/EV
Sample
Date
ID#Initial Weight
(grams)
Final Weight
(grams)
Net Weight Gain
(grams)
PacifiCorp
Lake Side Power Plant
M243903
CT02
201A/202
11/1/2024
11/5/2024
Filterable Particulate
vol. (ml)Description
Acetone/Hexane Wash 16385 86 mL 23.03822 23.04006 0.00184
DI Wash 16339 98 mL 22.92163 22.92308 0.00145
DI Wash 16406 166 mL 22.91793 22.91921 0.00128
Hexane Wash 16397 172 mL 23.04431 23.05047 0.00616
Acetone Wash (filterable)16379 159 mL 23.12284 23.12449 0.00165
Media
M5 Filter
Acetone Wash (M5 Pans)
Sample Vials (M202)
Field Proof Blank Summary
Reagent Blank Summary
0.00008 0.00025
RDL/MDL Summary
MDL, grams RDL, grams
0.00005 0.00015
0.00008 0.00025
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 78 of 187 ©Mostardi Platt
Client:
Facility:
Project Number:
Test Location:
Test Method:Filter Drying Temp oF:Ambient-Des. 24 hrs
Filterable Analysis Date: Analyst:WAP/EV
Condensable Analysis Date: Analyst:WAP/EV
Sample
Date
ID#Initial Weight
(grams)
Final Weight
(grams)
Net Weight Gain
(grams)
Test No. 1 10/21/2024
Source Condition:Normal
<PM2.5 Filter 18525 3.03568 3.02183 ≤0.00015
Acetone Wash 17566 31 mL 4.93936 4.93958 ≤0.00025
Acetone Blank ≤0.00015
Total Front Half <PM2.5
Weight ≤0.00040
>PM2.5, <PM10 Acetone Wash 17483 49 mL 4.94289 4.94388 0.00099
Acetone Blank ≤0.00024
Total >PM2.5, <PM10 Weight 0.00099
>PM10 Acetone Wash 17572 12 mL 4.96185 4.96237 0.00052
Acetone Blank ≤0.00006
Total Front Half >PM10 Weight 0.00052
Acetone/Hexane Wash 16384 272 mL 22.87366 22.87651 0.00285
DI Wash 13809 279 mL 21.00652 21.01186 0.00534
Field Blank 0.00200
Total Back Half Weight 0.00619
Total <PM2.5 Weight ≤0.00659
Total <PM10 Weight ≤0.00758
Total Particulate Weight ≤0.00810
Test No. 2 10/21/2024
Source Condition:Normal
<PM2.5 Filter 18515 2.98589 2.98388 ≤0.00015
Acetone Wash 17516 24 mL 4.94195 4.94251 0.00056
Acetone Blank ≤0.00012
Total Front Half <PM2.5
Weight ≤0.00071
>PM2.5, <PM10 Acetone Wash 17484 38 mL 4.95240 4.95315 0.00075
Acetone Blank ≤0.00019
Total >PM2.5, <PM10 Weight 0.00075
>PM10 Acetone Wash 17552 28 mL 5.02180 5.02246 0.00066
Acetone Blank ≤0.00014
Total Front Half >PM10 Weight 0.00066
Acetone/Hexane Wash 16343 265 mL 23.05868 23.06030 0.00162
DI Wash 13806 215 mL 20.96941 20.97284 0.00343
Field Blank 0.00200
Total Back Half Weight 0.00305
Total <PM2.5 Weight ≤0.00376
Total <PM10 Weight ≤0.00451
Total Particulate Weight ≤0.00517
Test No. 3 10/21/2024
Source Condition:Normal
<PM2.5 Filter 18531 3.06306 3.05708 ≤0.00015
Acetone Wash 18170 33 mL 5.07992 5.08040 0.00048
Acetone Blank ≤0.00016
Total Front Half <PM2.5
Weight ≤0.00063
>PM2.5, <PM10 Acetone Wash 17499 27 mL 4.91689 4.91833 0.00144
Acetone Blank ≤0.00013
Total >PM2.5, <PM10 Weight 0.00144
>PM10 Acetone Wash 17517 30 mL 4.94055 4.94091 0.00036
Acetone Blank ≤0.00015
Total Front Half >PM10 Weight 0.00036
Acetone/Hexane Wash 13799 296 mL 20.95820 20.95959 0.00139
DI Wash 13808 241 mL 21.02302 21.02813 0.00511
Field Blank 0.00200
Condensable Particulate
Filterable Particulate
Condensable Particulate
Filterable Particulate
Condensable Particulate
11/5/2024
Filterable Particulate
vol. (ml)Description
PacifiCorp
Lake Side Power Plant
M243903
CT03
201A/202
11/1/2024
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 79 of 187 ©Mostardi Platt
Client:
Facility:
Project Number:
Test Location:
Test Method:Filter Drying Temp oF:Ambient-Des. 24 hrs
Filterable Analysis Date: Analyst:WAP/EV
Condensable Analysis Date: Analyst:WAP/EV
Sample
Date
ID#Initial Weight
(grams)
Final Weight
(grams)
Net Weight Gain
(grams)
11/5/2024
Filterable Particulate
vol. (ml)Description
PacifiCorp
Lake Side Power Plant
M243903
CT03
201A/202
11/1/2024
Total Back Half Weight 0.00450
Total <PM2.5 Weight ≤0.00513
Total <PM10 Weight ≤0.00657
Total Particulate Weight ≤0.00693
Acetone/Hexane Wash 16342 108 mL 23.03114 23.03230 0.00116
DI Wash 13807 138 mL 21.12398 21.12532 0.00134
Total Field Train Blank 0.00250
Acetone/Hexane Wash 16385 86 mL 23.03822 23.04006 0.00184
DI Wash 16339 98 mL 22.92163 22.92308 0.00145
DI Wash 16406 166 mL 22.91793 22.91921 0.00128
Hexane Wash 16397 172 mL 23.04431 23.05047 0.00616
Acetone Wash (filterable)16379 159 mL 23.12284 23.12449 0.00165
Media
M5 Filter
Acetone Wash (M5 Pans)
Sample Vials (M202)0.00008 0.00025
RDL/MDL Summary
MDL, grams RDL, grams
0.00005 0.00015
0.00008 0.00025
Field Proof Blank Summary
Reagent Blank Summary
Field Train Blank Summary
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 80 of 187 ©Mostardi Platt
Client:
Facility:
Project Number:
Test Location:
Test Method:Filter Drying Temp oF:Ambient-Des. 24 hrs
Filterable Analysis Date: Analyst:WAP/EV
Condensable Analysis Date: Analyst:WAP/EV
Sample
Date
ID#Initial Weight
(grams)
Final Weight
(grams)
Net Weight Gain
(grams)
Test No. 1 10/22/2024
Source Condition:Normal
<PM2.5 Filter 18537 3.06779 3.06287 ≤0.00015
Acetone Wash 18148 31 mL 4.99989 5.00039 0.00050
Acetone Blank ≤0.00015
Total Front Half <PM2.5
Weight ≤0.00065
>PM2.5, <PM10 Acetone Wash 18241 54 mL 5.03969 5.04055 0.00086
Acetone Blank 0.00027
Total >PM2.5, <PM10 Weight 0.00059
>PM10 Acetone Wash 18196 18 mL 5.03480 5.03564 0.00084
Acetone Blank ≤0.00009
Total Front Half >PM10 Weight 0.00084
Acetone/Hexane Wash 16378 227 mL 23.10649 23.10985 0.00336
DI Wash 13796 144 mL 20.69980 20.70325 0.00345
Field Blank 0.00200
Total Back Half Weight 0.00481
Total <PM2.5 Weight ≤0.00546
Total <PM10 Weight ≤0.00605
Total Particulate Weight ≤0.00689
Test No. 2 10/22/2024
Source Condition:Normal
<PM2.5 Filter 18526 3.05109 3.04405 ≤0.00015
Acetone Wash 18176 27 mL 4.99208 4.99242 0.00034
Acetone Blank ≤0.00013
Total Front Half <PM2.5
Weight ≤0.00049
>PM2.5, <PM10 Acetone Wash 18164 26 mL 5.06335 5.06362 0.00027
Acetone Blank ≤0.00013
Total >PM2.5, <PM10 Weight 0.00027
>PM10 Acetone Wash 18147 20 mL 5.00865 5.00920 0.00055
Acetone Blank ≤0.00010
Total Front Half >PM10 Weight 0.00055
Acetone/Hexane Wash 16341 223 mL 22.85085 22.85286 0.00201
DI Wash 13797 135 mL 21.01101 21.01355 0.00254
Field Blank 0.00200
Total Back Half Weight 0.00255
Total <PM2.5 Weight ≤0.00304
Total <PM10 Weight ≤0.00331
Total Particulate Weight ≤0.00386
Test No. 3 10/22/2024
Source Condition:Normal
<PM2.5 Filter 18514 2.93427 2.93342 ≤0.00015
Acetone Wash 18205 29 mL 5.02463 5.02691 0.00228
Acetone Blank ≤0.00014
Total Front Half <PM2.5
Weight ≤0.00243
>PM2.5, <PM10 Acetone Wash 18158 37 mL 5.00086 5.00336 0.00250
Acetone Blank ≤0.00018
Total >PM2.5, <PM10 Weight 0.00250
>PM10 Acetone Wash 18184 15 mL 4.98434 4.98720 0.00286
Acetone Blank ≤0.00007
Total Front Half >PM10 Weight 0.00286
Acetone/Hexane Wash 16392 206 mL 22.86671 22.86896 0.00225
DI Wash 13798 204 mL 20.71493 20.71754 0.00261
Field Blank 0.00200
Condensable Particulate
Filterable Particulate
Condensable Particulate
Filterable Particulate
Condensable Particulate
11/5/2024
Filterable Particulate
vol. (ml)Description
PacifiCorp
Lake Side Power Plant
M243903
CT04
201A/202
11/1/2024
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 81 of 187 ©Mostardi Platt
Client:
Facility:
Project Number:
Test Location:
Test Method:Filter Drying Temp oF:Ambient-Des. 24 hrs
Filterable Analysis Date: Analyst:WAP/EV
Condensable Analysis Date: Analyst:WAP/EV
Sample
Date
ID#Initial Weight
(grams)
Final Weight
(grams)
Net Weight Gain
(grams)
11/5/2024
Filterable Particulate
vol. (ml)Description
PacifiCorp
Lake Side Power Plant
M243903
CT04
201A/202
11/1/2024
Total Back Half Weight 0.00286
Total <PM2.5 Weight ≤0.00529
Total <PM10 Weight ≤0.00779
Total Particulate Weight ≤0.01065
Acetone/Hexane Wash 16342 108 mL 23.03114 23.03230 0.00116
DI Wash 13807 138 mL 21.12398 21.12532 0.00134
Total Field Train Blank 0.00250
Acetone/Hexane Wash 16385 86 mL 23.03822 23.04006 0.00184
DI Wash 16339 98 mL 22.92163 22.92308 0.00145
DI Wash 16406 166 mL 22.91793 22.91921 0.00128
Hexane Wash 16397 172 mL 23.04431 23.05047 0.00616
Acetone Wash (filterable)16379 159 mL 23.12284 23.12449 0.00165
Media
M5 Filter
Acetone Wash (M5 Pans)
Sample Vials (M202)0.00008 0.00025
RDL/MDL Summary
MDL, grams RDL, grams
0.00005 0.00015
0.00008 0.00025
Field Proof Blank Summary
Reagent Blank Summary
Field Train Blank Summary
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 82 of 187 ©Mostardi Platt
Appendix F- Reference Method Test Data (Computerized Sheets)
Project No. M243903 CT01, CT02, CT03, and CT04
Page 83 of 187 ©Mostardi Platt
Client:
Facility:
Test Location:
Project #:
Test Method:
Test Engineer:
Test Technician:
lb/mmBtu Emissions by:
Type of Fuel Firing:
Standard Fuel Factor Fc, scf/mmBtu:
Meter ID:
Pitot ID:
Filter ID:
Filter Pre-Weight (grams):
Nozzle Diameter (Inches):
Meter Calibration Date:
Meter Calibration Factor (Y):
Meter Orifice Setting (Delta H):
Nozzle Kit ID Number and Material:
Pre Pitot Leak Check 0.0 @ 3.5 "H2O 0.0 @ 4.0 "H2O 0.0 @ 3.0 "H2O
Post Pitot Leak Check 0.0 @ 4.0 "H2O 0.0 @ 4.5 "H2O 0.0 @ 5.0 "H2O
Pre Nozzle Leak Check 0.0000 @ 12 "Hg 0.0000 @ 14 "Hg 0.0000 @ 13 "Hg
Post Nozzle Leak Check 0.0000 @ 13 "Hg 0.0000 @ 14 "Hg 0.0000 @ 16 "Hg
Pitot Tube Coefficient:
Probe Length (Feet):
Probe Liner Material:
Sample Plane:
Port Length (Inches):
Port Size (Diameter, Inches):
Port Type:
Duct Shape:
Diameter (Feet):
Duct Area (Square Feet):
Upstream Diameters:
Downstream Diameters:
Number of Ports Sampled:
Number of Points per Port:
Minutes per Point:
Minutes per Reading:
Total Number of Traverse Points:
Test Length (Minutes):
Train Type:
Source Condition:
Diluent Model/Serial Number:
Moisture Balance ID:
# of Runs
Anderson Box
Normal
Ecom
Den-02
3
Leak Checks
0.747
4
3
10.0
12
120
Flange
Circular
18
0.6
2.7
254.469
4.00
PM10 #6
Run 2
10.0
1.9211.921
0.162
Horizontal
7.00
10/11/2024
PM10 #6
0.988
3.057133.05858
PacifiCorp
Lake Side Power Plant
CT01
M243903
201A/202
RMF
HCL
Standard, CO2 Based
Run 3
Natural Gas
1,040.0
3.08162
PM10251A
18534
CM51
PM10 #6
0.162
10/11/2024
Run 1
1,040.0
PM10251A
10/11/2024
1853318535
1.921
0.162
6.0
Quartz
0.988 0.988
1,040.0
CM51
PM10251A
CM51
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 84 of 187 ©Mostardi Platt
Project Number M243903 Source Condition:Normal
Client:PacifiCorp Run No.: 1
Facility:Lake Side Power Plant Date:10/23/2024
Location:CT01 Start Time:8:50
Pitot ID: PM10251A End Time:9:10
Pitot Coefficient:0.747 RM Testers:RMF
Probe Length:6 Port Length:7.00
DP Sqrt. Temp Yaw Angle DP (in. H2O)Velocity DP Sqrt. Temp Yaw Angle DP (in. H2O)Velocity
Port Point (in. H2O)DP (oF)(o)at Null Point Angle (V)Port Point (in. H2O)DP (oF)(o)at Null Point Angle (V)
A 1 1.30 1.1402 229.0 12.0 0.00 70.35 C 1 1.20 1.0954 220.0 8.0 0.00 67.15
A 2 1.50 1.2247 230.0 8.0 0.00 75.62 C 2 1.10 1.0488 223.0 2.0 0.00 64.43
A 3 1.70 1.3038 229.0 5.0 0.00 80.45 C 3 1.40 1.1832 227.0 9.0 0.00 72.90
B 1 1.30 1.1402 220.0 6.0 0.00 69.89 D 1 1.20 1.0954 222.0 14.0 0.00 67.24
B 2 1.40 1.1832 224.0 3.0 0.00 72.74 D 2 2.00 1.4142 225.0 4.0 0.00 87.00
B 3 1.50 1.2247 226.0 7.0 0.00 75.40 D 3 2.50 1.5811 228.0 16.0 0.00 97.48
Average Yaw Angle 7.8 o
Method 1 and 2 Cyclonic Flow Check Data
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 85 of 187 ©Mostardi Platt
Client:PacifiCorp
Facility:Lake Side Power Plant
Test Location: CT01
Date: 10/23/2024
Test: Pre 1
Test Method:201A (PM10 only)
Pbar - Barometric pressure, in. Hg 25.56
Pg - Static pressure, in. H2O -0.5
ts - Stack temperature, oF 225.00
tm - Meter temperature, oF 64.00
Y - Meter calibration constant 0.988
H@ - Orifice constant, in. H2O 1.921
% CO2 9.50
% O2 12.00
% N2 78.50
Bw - Fraction moisture content 0.090
Cp - Pitot coefficient 0.747
Dn - Nozzle diameter, in.0.162
Dn - Calculated Nozzle diameter, in.0.162
Initial total run time, minutes 120.00
Number of points 12
Md -Molecular weight of stack gas, dry basis, lb/lb mole 30.000
Mw - Molecular weight of stack gas, wet basis, lb/lb mole 28.920
Ps - Absolute stack pressure, in. Hg 25.523
us - Viscosity of stack gas, micropoise 209.071
C - Cunningham correction factor 1.101
D50LL 9.934
D50T 10.467
Qs - Cyclone flow rate, cu. ft./min.0.544
Nre - Reynolds Number 2422.855
Vn - Nozzle Velocity, ft./sec.63.351
Rmin - Minimum velocity Ratio, ft./sec.0.723
Rmax - Maximum velocity, Ratio ft./sec.1.251
Vmin - Minimum Gas Velocity Rmin <0.5 31.676
Vmin - Minimum Gas Velocity Rmin >0.5 45.788
Vmax - Maximum Gas Velocity Rmax <1.5 79.257
Vmax - Maximum Gas Velocity Rmax >1.5 95.027
Dpmin - Minimum velocity head, in. H2O 0.554
Dpmax - Maximum velocity head, in. H2O 1.660
DH - Orifice pressure head for cyclone flow rate, in. H20 0.435
t1 - Dwell time at first traverse point, minutes 9.665
tn - Calculation constant 8.477
p'1 - Velocity head at the first traverse point; previously 1.300
p'1 avg - Average Dp - previous run (see line C65)1.392
Calculated dwell time for each point:
Dp Dwell time (min.)SQRT Dp
Point 1: 1.30 9.67 1.140
Point 2: 1.50 10.38 1.225
Point 3: 1.60 10.72 1.265
Point 4: 1.30 9.67 1.140
Point 5: 1.40 10.03 1.183
Point 6: 1.50 10.38 1.225
Point 7: 1.20 9.29 1.095
Point 8: 1.10 8.89 1.049
Point 9: 1.40 10.03 1.183
Point 10: 1.20 9.29 1.095
Point 11: 1.60 10.72 1.265
Point 12: 1.60 10.72 1.265
Average: 1.392 1.178
Vm - Actual meter gas volume, cu. ft.48.000
Vmstd - Standard gas volume, cu. ft.40.874
q - Actual test time, minutes 120.00
Vs - Average stack gas velocity, ft/sec 72.443
201A Flow Rate, Actual Cyclone Conditions 0.569
Actual D50 for Cyclone I (Cut Point), mm 10.136
(9.0 mm < D50 < 11.0 mm)
IKV, %91.551
(80 < IKV <120)
PM10 Cut Point Calculation
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 86 of 187 ©Mostardi Platt
Client:PacifiCorp
Facility:Lake Side Power Plant
Test Location:CT01
Normal
0.45 in. H2O -0.50 in. H2O
63.3 °F 25.52 in. Hg. abs.
1.153 in. H2O 9.30 %
226.7 °F 13.60 %
47.364 ft3 77.10 %
40.385 dscf 30.032 lb/lb mole
3.980 wscf 28.953 lb/lb mole
92.6 %I ---%
70.951 fps
120.00 in mins.1,083,292 acfm
0.162 in inches 646,824 dscfm
25.56 in Hg 710,569 scfm
1860.6 ml 853.5 grams
1925.4 ml 873.2 grams
64.8 ml 19.7 grams
84.5 0.090
Velocity Orifice Actual Stack Pump Probe Filter Impinger CPM Filter
Port-Clock Head ∆p ∆H Meter Vol.Temp Inlet Outlet Vacuum Temp Exit Temp Exit Temp Exit Temp
Point No.Time in. H2O in. H2O ft3 °F °F °F "Hg oF oF oF °F
1-1 9:35:00 1.20 0.45 283.805 223 60 60 3 251 250 61 82
1-2 9:44:30 1.30 0.45 287.130 227 61 61 3 250 254 62 83
1-3 9:55:00 1.50 0.45 291.320 227 61 61 3 249 249 61 81
10:06:00 295.704
2-1 10:08:00 1.10 0.45 295.704 227 61 61 3 247 255 57 83
2-2 10:17:30 1.50 0.45 299.910 227 63 63 3 252 248 52 81
2-3 10:27:30 1.50 0.45 303.960 228 65 65 3 249 247 52 80
10:38:00 307.634
3-1 10:40:00 1.10 0.45 307.634 227 65 65 3 253 252 53 80
3-2 10:49:30 1.40 0.45 311.140 226 65 65 3 245 252 53 79
3-3 10:58:30 1.50 0.45 314.860 228 64 64 3 245 253 52 80
11:08:30 318.881
4-1 11:11:00 1.10 0.45 318.881 226 64 64 3 255 252 55 81
4-2 11:20:30 1.40 0.45 322.530 226 65 65 3 250 250 53 79
4-3 11:31:30 1.40 0.45 326.990 228 66 66 3 249 249 54 78
11:42:30 331.169
Total 2:01:00 47.364 63.3 63.3
Average 0.45 226.7 63.3 3
Min 0.45 223.0 60.0 3
Max 0.45 228.0 66.0 3
MOISTURE DETERMINATION
Isokinetic Variance:
Gas Velocity, Vs:
Initial Impinger Content:
Excess Air:
Volumetric Flow:
Volumetric Flow:
Meter Temp
Impinger Difference:
Static Pressure
DRY GAS METER CONDITIONS
Stack Temperature, Ts:
Meter Temperature, Tm:
Oxygen:
Flue Pressure (Ps):
Test Length:
Nozzle Diameter:
Carbon Dioxide:
Silica Difference:
Total Water Gain:
Final Impinger Content:Silica Final Wt.
Barometric Pressure:
Silica Initial Wt.
Volumetric Flow:
Moisture, Bws:
10/23/24
Sqrt ∆P:
End Time:
Date:
Meter Volume, Vm:
Meter Volume, Vmstd:
Gas Weight wet, Ms:
Gas Weight dry, Md:
∆H:
Run 1 - Method 201A/202
Source Condition:
Nitrogen:
STACK CONDITIONS
11:42
Start Time:
Meter Volume, Vwstd:
9:35
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 87 of 187 ©Mostardi Platt
Client:PacifiCorp 10/23/2024
Facility:Lake Side Power Plant
Test Location:CT01
Project #:M243903 Certified Weight, grams Result, grams
Date:10/23/2024 250.0
Test Method:201A/202
Weighed/Measured By:CSE 500.0
Balance ID:Den-02
750.0
IMPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRAMS MLS / GRAMS MLS / GRAMS
Empty 533.0 480.9 52.1
Empty 622.4 619.2 3.2
DI Water 770.0 760.5 9.5
Silica Gel 873.2 853.5 19.7
1,925.4 1,860.6 64.8
Liquid Final Liquid Initial Liquid Gain
873.2 853.5 19.7
Silica Final Silica Initial Silica Gain
Scale Calibration Check (see QS-6.05C for procedure)
must be within ± 0.5g of certified mass
250
500
750
Impinger Weight Sheet - Run 1
Scale Calibration Check Date:
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 88 of 187 ©Mostardi Platt
Client:PacifiCorp
Facility:Lake Side Power Plant
Test Location: CT01
Date: 10/23/2024
Test: 1
Test Method:201A (PM10 only)
Pbar - Barometric pressure, in. Hg 25.56
Pg - Static pressure, in. H2O -0.5
ts - Stack temperature, oF 226.67
tm - Meter temperature, oF 63.33
Y - Meter calibration constant 0.988
H@ - Orifice constant, in. H2O 1.921
% CO2 9.30
% O2 13.60
% N2 77.10
Bw - Fraction moisture content 0.090
Cp - Pitot coefficient 0.747
Dn - Nozzle diameter, in.0.162
Dn - Calculated Nozzle diameter, in.0.162
Initial total run time, minutes 120.00
Number of points 12
Md -Molecular weight of stack gas, dry basis, lb/lb mole 30.032
Mw - Molecular weight of stack gas, wet basis, lb/lb mole 28.953
Ps - Absolute stack pressure, in. Hg 25.523
us - Viscosity of stack gas, micropoise 210.351
C - Cunningham correction factor 1.102
D50LL 9.933
D50T 10.467
Qs - Cyclone flow rate, cu. ft./min.0.548
Nre - Reynolds Number 2420.747
Vn - Nozzle Velocity, ft./sec.63.767
Rmin - Minimum velocity Ratio, ft./sec.0.723
Rmax - Maximum velocity, Ratio ft./sec.1.251
Vmin - Minimum Gas Velocity Rmin <0.5 31.883
Vmin - Minimum Gas Velocity Rmin >0.5 46.091
Vmax - Maximum Gas Velocity Rmax <1.5 79.775
Vmax - Maximum Gas Velocity Rmax >1.5 95.650
Dpmin - Minimum velocity head, in. H2O 0.561
Dpmax - Maximum velocity head, in. H2O 1.680
DH - Orifice pressure head for cyclone flow rate, in. H20 0.439
t1 - Dwell time at first traverse point, minutes 9.874
tn - Calculation constant 8.660
p'1 - Velocity head at the first traverse point; previously 1.300
p'1 avg - Average Dp - previous run (see line C65)1.333
Calculated dwell time for each point:
Dp Dwell time (min.)SQRT Dp
Point 1: 1.20 9.87 1.095
Point 2: 1.30 9.87 1.140
Point 3: 1.50 10.61 1.225
Point 4: 1.10 9.08 1.049
Point 5: 1.50 10.61 1.225
Point 6: 1.50 10.61 1.225
Point 7: 1.10 9.08 1.049
Point 8: 1.40 10.25 1.183
Point 9: 1.50 10.61 1.225
Point 10: 1.10 9.08 1.049
Point 11: 1.40 10.25 1.183
Point 12: 1.40 10.25 1.183
Average: 1.333 #DIV/0!1.153
Vm - Actual meter gas volume, cu. ft.47.364
Vmstd - Standard gas volume, cu. ft.40.384
q - Actual test time, minutes 120.00
Vs - Average stack gas velocity, ft/sec 70.951
201A Flow Rate, Actual Cyclone Conditions 0.564
Actual D50 for Cyclone I (Cut Point), mm 10.255
(9.0 mm < D50 < 11.0 mm)
IKV, %92.551
(80 < IKV <120)
PM10 Cut Point Calculation
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 89 of 187 ©Mostardi Platt
Client:PacifiCorp
Facility:Lake Side Power Plant
Test Location:CT01
Normal
0.45 In. H2O -0.50 in. H2O
74.7 °F 25.52 in. Hg. abs.
1.132 In. H2O 9.30 %
224.2 °F 13.30 %
48.364 ft3 77.4 %
40.364 dscf 30.020 lb/lb mole
3.952 wscf 28.948 lb/lb mole
94.0 %I ---%
69.538 fps
120.00 in mins.1,061,713 acfm
0.162 in inches 636,632 dscfm
25.56 in Hg 698,959 scfm
1678.2 ml 839.6 grams
1750.1 ml 851.6 grams
71.9 ml 12.0 grams
83.9 0.089
Velocity Orifice Actual Stack Pump Probe Filter Impinger CPM Filter
Port-Clock Head ∆p ∆H Meter Vol.Temp Inlet Outlet Vacuum Temp Exit Temp Exit Temp Exit Temp
Point No.Time in. H2O in. H2O ft3 °F °F °F "Hg oF oF oF °F
1-1 12:15:00 1.20 0.45 333.483 225 68 68 4 245 249 63 81
1-2 12:25:00 1.30 0.45 337.570 224 70 70 4 248 252 61 80
1-3 12:35:00 1.50 0.45 341.590 226 71 71 4 247 253 62 80
12:46:00 346.058
2-1 12:48:00 1.20 0.45 346.058 225 72 72 4 245 248 63 80
2-2 12:58:00 1.40 0.45 350.150 225 74 74 4 250 249 58 82
2-3 13:08:00 1.30 0.45 354.220 227 75 75 4 247 250 57 79
13:18:30 358.490
3-1 13:21:00 1.10 0.45 358.490 223 76 76 4 249 249 60 78
3-2 13:30:00 1.30 0.45 362.210 223 77 77 4 250 250 57 80
3-3 13:40:30 1.40 0.45 366.510 225 77 77 4 249 250 54 81
13:51:30 371.052
4-1 13:54:00 1.10 0.45 371.052 222 78 78 4 249 250 62 78
4-2 14:03:00 1.20 0.45 373.790 222 78 78 4 250 250 61 77
4-3 14:13:30 1.40 0.45 377.530 223 80 80 4 248 249 62 77
14:24:00 381.847
Total 2:02:00 48.364 74.7 74.7
Average 0.45 224.2 74.7 4
Min 0.45 222.0 68.0 4
Max 0.45 227.0 80.0 4
Stack Temperature, Ts:
Isokinetic Variance:
Meter Volume, Vwstd:Gas Weight wet, Ms:
Meter Volume, Vm:Nitrogen:
Excess Air:
Gas Velocity, Vs:
Date:
Start Time:
End Time:
Meter Temperature, Tm:Flue Pressure (Ps):
Source Condition:
DRY GAS METER CONDITIONS
10/23/24
12:15
Meter Volume, Vmstd:
Static Pressure∆H:
Sqrt ∆P:
Gas Weight dry, Md:
Oxygen:
STACK CONDITIONS
14:24
Silica Initial Wt.
Total Water Gain:Moisture, Bws:
Final Impinger Content:
Silica Difference:
Initial Impinger Content:
MOISTURE DETERMINATION
Impinger Difference:
Carbon Dioxide:
Silica Final Wt.
Meter Temp
Volumetric Flow:
Test Length:
Barometric Pressure:
Volumetric Flow:Nozzle Diameter:
Volumetric Flow:
Run 2 - Method 201A/202
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 90 of 187 ©Mostardi Platt
Client:PacifiCorp 10/23/2024
Facility:Lake Side Power Plant
Test Location:CT01
Project #:M243903 Certified Weight, grams Result, grams
Date:10/23/2024 250.0
Test Method:201A/202
Weighed/Measured By:CSE 500.0
Balance ID:Den-02
750.0
IMPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRAMS MLS / GRAMS MLS / GRAMS
Empty 462.3 411.0 51.3
Empty 606.1 605.1 1.0
DI Water 681.7 662.1 19.6
Silica Gel 851.6 839.6 12.0
1,750.1 1,678.2 71.9
Liquid Final Liquid Initial Liquid Gain
851.6 839.6 12.0
Silica Final Silica Initial Silica Gain
must be within ± 0.5g of certified mass
Scale Calibration Check (see QS-6.05C for procedure)
Impinger Weight Sheet - Run 2
Scale Calibration Check Date:
250
500
750
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 91 of 187 ©Mostardi Platt
Client:PacifiCorp
Facility:Lake Side Power Plant
Test Location: CT01
Date: 10/23/2024
Test: 2
Test Method:201A (PM10 only)
Pbar - Barometric pressure, in. Hg 25.56
Pg - Static pressure, in. H2O -0.5
ts - Stack temperature, oF 224.17
tm - Meter temperature, oF 74.67
Y - Meter calibration constant 0.988
H@ - Orifice constant, in. H2O 1.921
% CO2 9.30
% O2 13.30
% N2 77.40
Bw - Fraction moisture content 0.089
Cp - Pitot coefficient 0.747
Dn - Nozzle diameter, in.0.162
Dn - Calculated Nozzle diameter, in.0.162
Initial total run time, minutes 120.00
Number of points 12
Md -Molecular weight of stack gas, dry basis, lb/lb mole 30.020
Mw - Molecular weight of stack gas, wet basis, lb/lb mole 28.948
Ps - Absolute stack pressure, in. Hg 25.523
us - Viscosity of stack gas, micropoise 209.652
C - Cunningham correction factor 1.102
D50LL 9.939
D50T 10.469
Qs - Cyclone flow rate, cu. ft./min.0.545
Nre - Reynolds Number 2425.815
Vn - Nozzle Velocity, ft./sec.63.466
Rmin - Minimum velocity Ratio, ft./sec.0.723
Rmax - Maximum velocity, Ratio ft./sec.1.251
Vmin - Minimum Gas Velocity Rmin <0.5 31.733
Vmin - Minimum Gas Velocity Rmin >0.5 45.866
Vmax - Maximum Gas Velocity Rmax <1.5 79.403
Vmax - Maximum Gas Velocity Rmax >1.5 95.199
Dpmin - Minimum velocity head, in. H2O 0.557
Dpmax - Maximum velocity head, in. H2O 1.670
DH - Orifice pressure head for cyclone flow rate, in. H20 0.448
t1 - Dwell time at first traverse point, minutes 9.670
tn - Calculation constant 8.827
p'1 - Velocity head at the first traverse point; previously 1.200
p'1 avg - Average Dp - previous run (see line C65)1.283
Calculated dwell time for each point:
Dp Dwell time (min.)SQRT Dp
Point 1: 1.20 9.67 1.095
Point 2: 1.30 10.06 1.140
Point 3: 1.50 10.81 1.225
Point 4: 1.20 9.67 1.095
Point 5: 1.40 10.44 1.183
Point 6: 1.30 10.06 1.140
Point 7: 1.10 9.26 1.049
Point 8: 1.30 10.06 1.140
Point 9: 1.40 10.44 1.183
Point 10: 1.10 9.26 1.049
Point 11: 1.20 9.67 1.095
Point 12: 1.40 10.44 1.183
Average: 1.283 #DIV/0!1.132
Vm - Actual meter gas volume, cu. ft.48.364
Vmstd - Standard gas volume, cu. ft.40.363
q - Actual test time, minutes 120.00
Vs - Average stack gas velocity, ft/sec 69.538
201A Flow Rate, Actual Cyclone Conditions 0.561
Actual D50 for Cyclone I (Cut Point), mm 10.258
(9.0 mm < D50 < 11.0 mm)
IKV, %93.986
(80 < IKV <120)
PM10 Cut Point Calculation
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 92 of 187 ©Mostardi Platt
Client:PacifiCorp
Facility:Lake Side Power Plant
Test Location:CT01
Normal
0.45 In. H2O -0.50 in. H2O
84.0 °F 25.52 in. Hg. abs.
1.111 In. H2O 9.20 %
221.5 °F 13.60 %
48.491 ft3 77.2 %
39.775 dscf 30.016 lb/lb mole
4.653 wscf 28.757 lb/lb mole
95.4 %I ---%
68.385 fps
120.00 in mins.1,044,109 acfm
0.162 in inches 617,782 dscfm
25.56 in Hg 690,059 scfm
1669.2 ml 856.9 grams
1750.4 ml 874.5 grams
81.2 ml 17.6 grams
98.8 0.105
Velocity Orifice Actual Stack Pump Probe Filter Impinger CPM Filter
Port-Clock Head ∆p ∆H Meter Vol.Temp Inlet Outlet Vacuum Temp Exit Temp Exit Temp Exit Temp
Point No.Time in. H2O in. H2O ft3 °F °F °F "Hg oF oF oF °F
1-1 15:37:00 1.00 0.45 384.901 222 80 80 3 254 247 59 81
1-2 15:47:00 1.30 0.45 388.930 221 80 80 3 245 251 60 80
1-3 15:57:00 1.40 0.45 392.940 222 80 80 3 251 251 62 76
16:08:00 397.481
2-1 16:10:00 1.00 0.45 397.481 222 81 81 3 247 249 61 78
2-2 16:19:30 1.20 0.45 401.010 221 83 83 3 252 253 62 82
2-3 16:30:00 1.40 0.45 405.540 221 85 85 3 252 252 64 83
16:40:00 409.667
3-1 16:42:00 0.99 0.45 409.667 221 86 86 3 250 250 62 78
3-2 16:51:00 1.40 0.45 413.870 222 86 86 3 255 250 60 79
3-3 17:01:00 1.40 0.45 417.910 222 86 86 3 251 250 59 82
17:11:30 421.899
4-1 17:14:00 1.10 0.45 421.899 222 87 87 3 249 251 60 80
4-2 17:23:30 1.30 0.45 425.730 222 87 87 3 250 250 59 81
4-3 17:33:30 1.40 0.45 429.550 220 87 87 3 250 250 58 80
17:44:00 433.392
Total 2:00:30 48.491 84.0 84.0
Average 0.45 221.5 84.0 3
Min 0.45 220.0 80.0 3
Max 0.45 222.0 87.0 3
Meter Temp
Barometric Pressure:
MOISTURE DETERMINATION
Moisture, Bws:Total Water Gain:
Final Impinger Content:
Impinger Difference:
Sqrt ∆P:
Nozzle Diameter:
Isokinetic Variance:
Initial Impinger Content:
Volumetric Flow:
Volumetric Flow:
Oxygen:
Carbon Dioxide:
STACK CONDITIONS
Silica Final Wt.
Silica Difference:
Silica Initial Wt.
Excess Air:
Volumetric Flow:
Nitrogen:
Meter Temperature, Tm:
DRY GAS METER CONDITIONS
Date:
Start Time:
Source Condition:
Meter Volume, Vmstd:
End Time:
Static Pressure
Flue Pressure (Ps):
Stack Temperature, Ts:
Meter Volume, Vm:
Test Length:
Meter Volume, Vwstd:
Gas Weight dry, Md:
Gas Weight wet, Ms:
Gas Velocity, Vs:
Run 3 - Method 201A/202
10/23/24
15:37
17:44
∆H:
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 93 of 187 ©Mostardi Platt
Client:PacifiCorp 10/23/2024
Facility:Lake Side Power Plant
Test Location:CT01
Project #:M243903 Certified Weight, grams Result, grams
Date:10/23/2024 250.0
Test Method:201A/202
Weighed/Measured By:CSE 500.0
Balance ID:Den-02
750.0
IMPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRAMS MLS / GRAMS MLS / GRAMS
Empty 464.8 411.7 53.1
Empty 655.6 639.1 16.5
DI Water 630.0 618.4 11.6
Silica Gel 874.5 856.9 17.6
1,750.4 1,669.2 81.2
Liquid Final Liquid Initial Liquid Gain
874.5 856.9 17.6
Silica Final Silica Initial Silica Gain
Scale Calibration Check Date:
must be within ± 0.5g of certified mass
Scale Calibration Check (see QS-6.05C for procedure)
250
500
750
Impinger Weight Sheet - Run 3
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 94 of 187 ©Mostardi Platt
Client:PacifiCorp
Facility:Lake Side Power Plant
Test Location: CT01
Date: 10/23/2024
Test: 3
Test Method:201A (PM10 only)
Pbar - Barometric pressure, in. Hg 25.56
Pg - Static pressure, in. H2O -0.5
ts - Stack temperature, oF 221.50
tm - Meter temperature, oF 84.00
Y - Meter calibration constant 0.988
H@ - Orifice constant, in. H2O 1.921
% CO2 9.20
% O2 13.60
% N2 77.20
Bw - Fraction moisture content 0.105
Cp - Pitot coefficient 0.747
Dn - Nozzle diameter, in.0.162
Dn - Calculated Nozzle diameter, in.0.162
Initial total run time, minutes 120.00
Number of points 12
Md -Molecular weight of stack gas, dry basis, lb/lb mole 30.016
Mw - Molecular weight of stack gas, wet basis, lb/lb mole 28.757
Ps - Absolute stack pressure, in. Hg 25.523
us - Viscosity of stack gas, micropoise 207.739
C - Cunningham correction factor 1.101
D50LL 9.931
D50T 10.466
Qs - Cyclone flow rate, cu. ft./min.0.541
Nre - Reynolds Number 2422.417
Vn - Nozzle Velocity, ft./sec.62.969
Rmin - Minimum velocity Ratio, ft./sec.0.723
Rmax - Maximum velocity, Ratio ft./sec.1.251
Vmin - Minimum Gas Velocity Rmin <0.5 31.484
Vmin - Minimum Gas Velocity Rmin >0.5 45.513
Vmax - Maximum Gas Velocity Rmax <1.5 78.777
Vmax - Maximum Gas Velocity Rmax >1.5 94.453
Dpmin - Minimum velocity head, in. H2O 0.547
Dpmax - Maximum velocity head, in. H2O 1.639
DH - Orifice pressure head for cyclone flow rate, in. H20 0.437
t1 - Dwell time at first traverse point, minutes 9.834
tn - Calculation constant 8.977
p'1 - Velocity head at the first traverse point; previously 1.200
p'1 avg - Average Dp - previous run (see line C65)1.241
Calculated dwell time for each point:
Dp Dwell time (min.)SQRT Dp
Point 1: 1.00 9.83 1.000
Point 2: 1.30 10.24 1.140
Point 3: 1.40 10.62 1.183
Point 4: 1.00 8.98 1.000
Point 5: 1.20 9.83 1.095
Point 6: 1.40 10.62 1.183
Point 7: 0.99 8.93 0.995
Point 8: 1.40 10.62 1.183
Point 9: 1.40 10.62 1.183
Point 10: 1.10 9.42 1.049
Point 11: 1.30 10.24 1.140
Point 12: 1.40 10.62 1.183
Average: 1.241 #DIV/0!1.111
Vm - Actual meter gas volume, cu. ft.48.491
Vmstd - Standard gas volume, cu. ft.39.774
q - Actual test time, minutes 120.00
Vs - Average stack gas velocity, ft/sec 68.385
201A Flow Rate, Actual Cyclone Conditions 0.560
Actual D50 for Cyclone I (Cut Point), mm 10.207
(9.0 mm < D50 < 11.0 mm)
IKV, %95.438
(80 < IKV <120)
PM10 Cut Point Calculation
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 95 of 187 ©Mostardi Platt
Date:10/23/2024 Date:10/23/2024 Date:10/23/2024
Time O2 % (dry)CO2 % (dry)Time O2 % (dry)CO2 % (dry)Time O2 % (dry)CO2 % (dry)
9:35 13.40 9.50 12:15 13.60 9.50 15:37 13.50 9.60
9:36 13.40 9.50 12:16 13.60 9.50 15:38 13.50 9.60
9:37 13.80 9.50 12:17 13.60 9.50 15:39 13.50 9.60
9:38 13.40 9.50 12:18 13.30 9.50 15:40 13.50 9.60
9:39 13.30 9.50 12:19 13.20 9.50 15:41 13.50 9.60
9:40 13.20 9.50 12:20 13.10 9.50 15:42 13.50 9.60
9:41 13.20 9.50 12:21 13.10 9.50 15:43 13.50 9.60
9:42 13.20 9.50 12:22 13.10 9.50 15:44 13.50 9.60
9:43 13.20 9.50 12:23 13.10 9.50 15:45 13.50 9.60
9:44 13.20 9.50 12:24 13.10 9.50 15:46 13.50 9.60
9:45 13.10 9.50 12:25 13.10 9.50 15:47 13.50 9.60
9:46 13.10 9.50 12:26 13.10 9.50 15:48 13.50 9.60
9:47 13.10 9.50 12:27 13.10 9.50 15:49 13.50 9.60
9:48 13.10 9.50 12:28 13.10 9.50 15:50 13.50 9.60
9:49 13.20 9.50 12:29 13.10 9.50 15:51 13.50 9.60
9:50 13.20 9.50 12:30 13.10 9.50 15:52 13.50 9.60
9:51 13.20 9.50 12:31 13.10 9.50 15:53 13.50 9.60
9:52 13.20 9.50 12:32 13.10 9.50 15:54 13.50 9.60
9:53 13.20 9.50 12:33 13.10 9.50 15:55 13.50 9.60
9:54 13.20 9.50 12:34 13.20 9.50 15:56 13.50 9.60
9:55 13.30 9.50 12:35 13.20 9.50 15:57 13.40 9.60
9:56 13.30 9.50 12:36 13.20 9.50 15:58 13.40 9.60
9:57 13.30 9.50 12:37 13.20 9.50 15:59 13.40 9.60
9:58 13.30 9.50 12:38 13.20 9.50 16:00 13.40 9.60
9:59 13.30 9.50 12:39 13.20 9.50 16:01 13.40 9.60
10:00 13.30 9.50 12:40 13.20 9.50 16:02 13.40 9.60
10:01 13.40 9.50 12:41 13.20 9.50 16:03 13.40 9.60
10:02 13.40 9.50 12:42 13.20 9.50 16:04 13.40 9.60
10:03 13.40 9.50 12:43 13.20 9.50 16:05 13.50 9.60
10:04 13.40 9.50 12:44 13.20 9.50 16:06 13.50 9.60
10:05 13.60 9.50 12:45 13.20 9.50 16:07 13.50 9.60
10:06 13.70 9.50 12:46 13.20 9.50 16:08 13.50 9.60
10:08 13.60 9.50 12:48 13.20 9.50 16:10 13.40 9.60
10:09 13.60 9.50 12:49 13.20 9.50 16:11 13.40 9.60
10:10 13.60 9.50 12:50 13.20 9.50 16:12 13.40 9.60
10:11 13.60 9.50 12:51 13.20 9.50 16:13 15.30 9.60
10:12 13.60 9.50 12:52 13.20 9.50 16:14 20.70 0.00
10:13 13.70 9.50 12:53 13.20 9.50 16:15 20.60 0.00
10:14 13.70 9.50 12:54 13.20 9.50 16:16 13.40 9.60
10:15 13.70 9.50 12:55 13.20 9.50 16:17 13.40 9.60
10:16 13.70 9.50 12:56 13.20 9.50 16:18 13.30 9.60
10:17 13.70 9.50 12:57 13.20 9.50 16:19 13.40 9.60
10:18 13.70 9.50 12:58 13.20 9.50 16:20 13.40 9.60
10:19 13.70 9.50 12:59 13.20 9.50 16:21 13.40 9.60
10:20 13.70 9.50 13:00 13.20 9.60 16:22 13.40 9.60
10:21 13.70 9.50 13:01 13.20 9.50 16:23 13.40 9.60
10:22 13.80 9.50 13:02 13.20 9.50 16:24 13.40 9.60
10:23 13.70 9.50 13:03 13.20 9.50 16:25 13.40 9.60
10:24 13.80 9.50 13:04 13.20 9.50 16:26 13.40 9.60
10:25 13.80 9.50 13:05 13.20 9.50 16:27 13.40 9.60
10:26 13.90 9.50 13:06 13.20 9.50 16:28 13.50 9.60
10:27 13.90 9.50 13:07 13.20 9.50 16:29 13.50 9.60
10:28 13.90 9.50 13:08 13.30 9.50 16:30 13.50 9.60
10:29 14.00 9.50 13:09 13.30 9.50 16:31 13.50 9.60
10:30 14.00 9.50 13:10 13.30 9.50 16:32 13.50 9.60
10:31 14.10 9.50 13:11 13.30 9.50 16:33 13.50 9.60
10:32 14.10 9.50 13:12 13.30 9.50 16:34 13.50 9.60
10:33 14.10 9.50 13:13 13.30 9.50 16:35 13.50 9.60
10:34 14.20 9.50 13:14 13.30 9.60 16:36 13.50 9.60
10:35 14.10 9.50 13:15 13.30 9.50 16:37 13.50 9.60
10:36 14.10 9.50 13:16 13.30 9.50 16:38 13.50 9.60
10:37 14.20 9.50 13:17 13.30 9.50 16:39 13.50 9.60
10:38 14.10 9.50 13:18 13.30 9.50 16:40 13.50 9.60
10:40 14.10 9.50 13:21 13.30 9.50 16:42 13.50 9.60
10:41 14.00 9.50 13:22 13.30 9.50 16:43 13.50 9.60
10:42 14.00 9.50 13:23 13.30 9.50 16:44 13.50 9.60
10:43 14.00 9.50 13:24 13.30 9.50 16:45 13.50 9.60
10:44 14.00 9.50 13:25 13.30 9.50 16:46 13.50 9.60
10:45 14.00 9.50 13:26 13.30 9.50 16:47 13.50 9.60
10:46 14.00 9.50 13:27 13.30 9.50 16:48 13.50 9.60
10:47 14.00 9.50 13:28 13.40 9.50 16:49 13.50 9.60
10:48 14.00 9.50 13:29 13.40 9.50 16:50 13.50 9.60
10:49 13.90 9.50 13:30 13.40 9.50 16:51 13.50 9.60
10:50 13.90 9.50 13:31 13.40 9.50 16:52 13.50 9.60
10:51 13.90 9.50 13:32 13.40 9.50 16:53 13.50 9.60
Run 1 Run 2 Run 3
M243903Project #:
Client:PacifiCorp
Facility:Lake Side Power Plant
CT01Test Location:
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 96 of 187 ©Mostardi Platt
Date:10/23/2024 Date:10/23/2024 Date:10/23/2024
Time O2 % (dry)CO2 % (dry)Time O2 % (dry)CO2 % (dry)Time O2 % (dry)CO2 % (dry)
Run 1 Run 2 Run 3
M243903Project #:
Client:PacifiCorp
Facility:Lake Side Power Plant
CT01Test Location:
10:52 13.90 9.50 13:33 13.40 9.50 16:54 13.50 9.60
10:53 13.90 9.50 13:34 13.40 9.50 16:55 13.50 9.60
10:54 13.90 9.50 13:35 13.30 9.50 16:56 13.50 9.60
10:55 13.90 9.50 13:36 13.40 9.50 16:57 13.50 9.60
10:56 13.90 9.50 13:37 13.40 9.50 16:58 13.60 9.60
10:57 13.80 9.50 13:38 13.40 9.50 16:59 13.50 9.60
10:58 13.80 9.50 13:39 13.30 9.50 17:00 13.50 9.60
10:59 13.80 9.50 13:40 13.30 9.50 17:01 13.50 9.60
11:00 13.80 9.50 13:41 13.30 9.50 17:02 13.50 9.60
11:01 13.80 9.50 13:42 13.40 9.50 17:03 13.50 9.60
11:02 13.80 9.50 13:43 13.30 9.50 17:04 13.50 9.60
11:03 13.80 9.50 13:44 13.30 9.50 17:05 13.50 9.60
11:04 13.80 9.50 13:45 13.40 9.50 17:06 13.50 9.60
11:05 13.80 9.50 13:46 13.40 9.60 17:07 13.50 9.60
11:06 13.80 9.50 13:47 13.30 9.50 17:08 13.40 9.60
11:07 13.80 9.50 13:48 13.30 9.50 17:09 13.40 9.60
11:08 13.80 9.50 13:49 13.40 9.50 17:10 13.40 9.60
11:11 13.70 9.50 13:50 13.30 9.50 17:11 13.40 9.60
11:12 13.70 9.50 13:51 13.30 9.50 17:14 13.40 9.60
11:13 13.60 9.50 13:54 13.40 9.50 17:15 13.40 9.60
11:14 13.60 9.50 13:55 13.40 9.60 17:16 13.40 9.60
11:15 13.60 9.50 13:56 13.40 9.60 17:17 13.40 9.60
11:16 13.50 9.50 13:57 13.30 9.50 17:18 13.40 9.60
11:17 13.50 9.50 13:58 13.30 9.60 17:19 13.40 9.60
11:18 13.50 9.50 13:59 13.30 9.60 17:20 13.40 9.60
11:19 13.50 9.50 14:00 13.30 9.60 17:21 13.40 9.60
11:20 13.50 9.50 14:01 13.30 9.60 17:22 13.40 9.60
11:21 13.50 9.50 14:02 13.30 9.50 17:23 13.40 9.60
11:22 13.50 9.50 14:03 13.30 9.60 17:24 13.40 9.60
11:23 13.40 9.50 14:04 13.30 9.60 17:25 13.40 9.60
11:24 13.40 9.50 14:05 13.30 9.50 17:26 13.40 9.60
11:25 13.40 9.50 14:06 13.30 9.50 17:27 13.40 9.60
11:26 13.40 9.50 14:07 13.30 9.50 17:28 13.40 9.60
11:27 13.40 9.50 14:08 13.30 9.50 17:29 13.40 9.60
11:28 13.40 9.50 14:09 13.20 9.50 17:30 13.40 9.60
11:29 13.40 9.50 14:10 13.20 9.50 17:31 13.40 9.60
11:30 13.40 9.50 14:11 13.20 9.50 17:32 13.40 9.60
11:31 13.40 9.50 14:12 13.20 9.60 17:33 13.40 9.60
11:32 13.40 9.50 14:13 13.20 9.50 17:34 13.40 9.60
11:33 13.40 9.50 14:14 13.20 9.50 17:35 13.40 9.60
11:34 13.40 9.50 14:15 13.20 9.50 17:36 13.40 9.60
11:35 13.40 9.50 14:16 13.20 9.50 17:37 13.40 9.60
11:36 13.40 9.50 14:17 13.20 9.50 17:38 13.40 9.60
11:37 13.40 9.50 14:18 13.30 9.50 17:39 13.40 9.60
11:38 13.40 9.50 14:19 13.30 9.60 17:40 13.40 9.60
11:39 13.30 9.50 14:20 13.30 9.50 17:41 13.40 9.60
11:40 13.30 9.50 14:21 13.30 9.50 17:42 13.50 9.60
11:41 13.30 9.50 14:22 13.30 9.60 17:43 13.50 9.60
11:42 13.40 9.50 14:23 13.30 9.50 17:44 13.50 9.60
14:24 13.30 9.50
Average 13.61 9.50 Average 13.26 9.51 Average 13.62 9.42
Min 13.10 9.50 Min 13.10 9.50 Min 13.30 0.00
Max 14.20 9.50 Max 13.60 9.60 Max 20.70 9.60
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 97 of 187 ©Mostardi Platt
Client:
Facility:
Test Location:
Project #:
Test Method:
Test Engineer:
Test Technician:
lb/mmBtu Emissions by:
Type of Fuel Firing:
Standard Fuel Factor Fc, scf/mmBtu:
Meter ID:
Pitot ID:
Filter ID:
Filter Pre-Weight (grams):
Nozzle Diameter (Inches):
Meter Calibration Date:
Meter Calibration Factor (Y):
Meter Orifice Setting (Delta H):
Nozzle Kit ID Number and Material:
Pre Pitot Leak Check 0.0 @ 4.0 "H2O 0.0 @ 3.0 "H2O 0.0 @ 3.0 "H2O
Post Pitot Leak Check 0.0 @ 5.0 "H2O 0.0 @ 4.0 "H2O 0.0 @ 4.5 "H2O
Pre Nozzle Leak Check 0.0000 @ 14 "Hg 0.0000 @ 13 "Hg 0.0000 @ 14 "Hg
Post Nozzle Leak Check 0.0000 @ 17 "Hg 0.0000 @ 15 "Hg 0.0000 @ 15 "Hg
Pitot Tube Coefficient:
Probe Length (Feet):
Probe Liner Material:
Sample Plane:
Port Length (Inches):
Port Size (Diameter, Inches):
Port Type:
Duct Shape:
Diameter (Feet):
Duct Area (Square Feet):
Upstream Diameters:
Downstream Diameters:
Number of Ports Sampled:
Number of Points per Port:
Minutes per Point:
Minutes per Reading:
Total Number of Traverse Points:
Test Length (Minutes):
Train Type:
Source Condition:
Diluent Model/Serial Number:
Moisture Balance ID:
# of Runs
Anderson Box
Normal
Ecom
Den-02
3
Leak Checks
0.747
4
3
10.0
12
120
Flange
Circular
18
0.6
2.7
254.469
4.00
PM10 #6
Run 2
10.0
1.9211.921
0.162
Horizontal
7.00
10/11/2024
PM10 #6
0.988
3.068793.05777
PacifiCorp
Lake Side Power Plant
CT02
M243903
201A/202
RMF
HCL1/ANP1
Standard, CO2 Based
Run 3
Natural Gas
1,040.0
3.06439
PM10251A
18528
CM51
PM10 #6
0.162
10/11/2024
Run 1
1,040.0
PM10251A
10/11/2024
1853618530
1.921
0.162
6.0
Quartz
0.988 0.988
1,040.0
CM51
PM10251A
CM51
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 98 of 187 ©Mostardi Platt
Project Number M243903 Source Condition:Normal
Client:PacifiCorp Run No.: 1
Facility:Lake Side Power Plant Date:10/24/2024
Location:CT02 Start Time:8:00
Pitot ID: PM10251A End Time:8:20
Pitot Coefficient:0.747 RM Testers:RMF
Probe Length:6 Port Length:7.00
DP Sqrt. Temp Yaw Angle DP (in. H2O)Velocity DP Sqrt. Temp Yaw Angle DP (in. H2O)Velocity
Port Point (in. H2O)DP (oF)(o)at Null Point Angle (V)Port Point (in. H2O)DP (oF)(o)at Null Point Angle (V)
A 1 1.30 1.1402 220.0 12.0 0.00 70.01 C 1 1.20 1.0954 222.0 5.0 0.00 67.36
A 2 1.30 1.1402 223.0 8.0 0.00 70.16 C 2 1.30 1.1402 222.0 9.0 0.00 70.11
A 3 1.50 1.2247 223.0 8.0 0.00 75.36 C 3 1.40 1.1832 221.0 4.0 0.00 72.70
B 1 1.50 1.2247 221.0 6.0 0.00 75.25 D 1 1.40 1.1832 223.0 2.0 0.00 72.81
B 2 1.50 1.2247 220.0 7.0 0.00 75.20 D 2 1.50 1.2247 222.0 6.0 0.00 75.31
B 3 1.40 1.1832 220.0 10.0 0.00 72.65 D 3 1.60 1.2649 222.0 11.0 0.00 77.78
Average Yaw Angle 7.3 o
Method 1 and 2 Cyclonic Flow Check Data
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 99 of 187 ©Mostardi Platt
Client:PacifiCorp
Facility:Lake Side Power Plant
Test Location: CT02
Date: 10/24/2024
Test: Pre 1
Test Method:201A (PM10 only)
Pbar - Barometric pressure, in. Hg 25.51
Pg - Static pressure, in. H2O -0.5
ts - Stack temperature, oF 225.00
tm - Meter temperature, oF 61.00
Y - Meter calibration constant 0.988
H@ - Orifice constant, in. H2O 1.921
% CO2 9.50
% O2 12.50
% N2 78.00
Bw - Fraction moisture content 0.095
Cp - Pitot coefficient 0.747
Dn - Nozzle diameter, in.0.162
Dn - Calculated Nozzle diameter, in.0.162
Initial total run time, minutes 120.00
Number of points 12
Md -Molecular weight of stack gas, dry basis, lb/lb mole 30.020
Mw - Molecular weight of stack gas, wet basis, lb/lb mole 28.878
Ps - Absolute stack pressure, in. Hg 25.473
us - Viscosity of stack gas, micropoise 208.879
C - Cunningham correction factor 1.102
D50LL 9.928
D50T 10.464
Qs - Cyclone flow rate, cu. ft./min.0.544
Nre - Reynolds Number 2418.055
Vn - Nozzle Velocity, ft./sec.63.384
Rmin - Minimum velocity Ratio, ft./sec.0.723
Rmax - Maximum velocity, Ratio ft./sec.1.251
Vmin - Minimum Gas Velocity Rmin <0.5 31.692
Vmin - Minimum Gas Velocity Rmin >0.5 45.819
Vmax - Maximum Gas Velocity Rmax <1.5 79.292
Vmax - Maximum Gas Velocity Rmax >1.5 95.075
Dpmin - Minimum velocity head, in. H2O 0.553
Dpmax - Maximum velocity head, in. H2O 1.656
DH - Orifice pressure head for cyclone flow rate, in. H20 0.428
t1 - Dwell time at first traverse point, minutes 9.608
tn - Calculation constant 8.427
p'1 - Velocity head at the first traverse point; previously 1.300
p'1 avg - Average Dp - previous run (see line C65)1.408
Calculated dwell time for each point:
Dp Dwell time (min.)SQRT Dp
Point 1: 1.30 9.61 1.140
Point 2: 1.30 9.61 1.140
Point 3: 1.50 10.32 1.225
Point 4: 1.50 10.32 1.225
Point 5: 1.50 10.32 1.225
Point 6: 1.40 9.97 1.183
Point 7: 1.20 9.23 1.095
Point 8: 1.30 9.61 1.140
Point 9: 1.40 9.97 1.183
Point 10: 1.40 9.97 1.183
Point 11: 1.50 10.32 1.225
Point 12: 1.60 10.66 1.265
Average: 1.408 1.186
Vm - Actual meter gas volume, cu. ft.48.000
Vmstd - Standard gas volume, cu. ft.41.028
q - Actual test time, minutes 120.00
Vs - Average stack gas velocity, ft/sec 73.074
201A Flow Rate, Actual Cyclone Conditions 0.576
Actual D50 for Cyclone I (Cut Point), mm 10.056
(9.0 mm < D50 < 11.0 mm)
IKV, %91.786
(80 < IKV <120)
PM10 Cut Point Calculation
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 100 of 187 ©Mostardi Platt
Client:PacifiCorp
Facility:Lake Side Power Plant
Test Location:CT02
Normal
0.45 in. H2O -0.50 in. H2O
57.7 °F 25.47 in. Hg. abs.
1.182 in. H2O 9.30 %
222.7 °F 13.00 %
48.033 ft3 77.70 %
41.323 dscf 30.008 lb/lb mole
3.405 wscf 29.094 lb/lb mole
91.0 %I ---%
72.473 fps
120.00 in mins.1,106,521 acfm
0.162 in inches 673,155 dscfm
25.51 in Hg 728,628 scfm
1812.9 ml 871.1 grams
1875.0 ml 881.3 grams
62.1 ml 10.2 grams
72.3 0.076
Velocity Orifice Actual Stack Pump Probe Filter Impinger CPM Filter
Port-Clock Head ∆p ∆H Meter Vol.Temp Inlet Outlet Vacuum Temp Exit Temp Exit Temp Exit Temp
Point No.Time in. H2O in. H2O ft3 °F °F °F "Hg oF oF oF °F
1-1 8:45:00 1.20 0.45 434.648 222 51 51 4 249 251 47 80
1-2 8:54:30 1.40 0.45 438.690 223 53 53 4 251 251 47 82
1-3 9:04:00 1.50 0.45 442.570 223 53 53 4 250 250 47 80
9:14:00 446.537
2-1 9:16:00 1.50 0.45 446.537 223 55 55 4 254 251 49 81
2-2 9:26:30 1.40 0.45 450.640 223 56 56 4 245 246 50 82
2-3 9:37:00 1.40 0.45 454.720 223 57 57 4 244 251 51 80
9:47:00 458.638
3-1 9:49:00 1.20 0.45 458.638 223 57 57 4 243 248 49 79
3-2 9:58:30 1.40 0.45 462.590 223 59 59 4 246 250 48 76
3-3 10:08:00 1.40 0.45 466.710 222 60 60 4 248 252 48 77
10:18:00 470.649
4-1 10:20:00 1.40 0.45 470.649 222 62 62 4 251 250 47 77
4-2 10:30:00 1.50 0.45 474.730 222 64 64 4 253 249 48 80
4-3 10:40:30 1.50 0.45 478.690 223 65 65 4 250 248 47 81
10:51:00 482.681
Total 2:00:00 48.033 57.7 57.7
Average 0.45 222.7 57.7 4
Min 0.45 222.0 51.0 4
Max 0.45 223.0 65.0 4
MOISTURE DETERMINATION
Isokinetic Variance:
Gas Velocity, Vs:
Initial Impinger Content:
Excess Air:
Volumetric Flow:
Volumetric Flow:
Meter Temp
Impinger Difference:
Static Pressure
DRY GAS METER CONDITIONS
Stack Temperature, Ts:
Meter Temperature, Tm:
Oxygen:
Flue Pressure (Ps):
Test Length:
Nozzle Diameter:
Carbon Dioxide:
Silica Difference:
Total Water Gain:
Final Impinger Content:Silica Final Wt.
Barometric Pressure:
Silica Initial Wt.
Volumetric Flow:
Moisture, Bws:
10/24/24
Sqrt ∆P:
End Time:
Date:
Meter Volume, Vm:
Meter Volume, Vmstd:
Gas Weight wet, Ms:
Gas Weight dry, Md:
∆H:
Run 1 - Method 201A/202
Source Condition:
Nitrogen:
STACK CONDITIONS
10:51
Start Time:
Meter Volume, Vwstd:
8:45
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 101 of 187 ©Mostardi Platt
Client:PacifiCorp 10/24/2024
Facility:Lake Side Power Plant
Test Location:CT02
Project #:M243903 Certified Weight, grams Result, grams
Date:10/24/2024 250.0
Test Method:201A/202
Weighed/Measured By:CSE 500.0
Balance ID:Den-02
750.0
IMPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRAMS MLS / GRAMS MLS / GRAMS
Empty 539.3 480.0 59.3
Empty 620.0 619.5 0.5
DI Water 715.7 713.4 2.3
Silica Gel 881.3 871.1 10.2
1,875.0 1,812.9 62.1
Liquid Final Liquid Initial Liquid Gain
881.3 871.1 10.2
Silica Final Silica Initial Silica Gain
Scale Calibration Check (see QS-6.05C for procedure)
must be within ± 0.5g of certified mass
250
500
750
Impinger Weight Sheet - Run 1
Scale Calibration Check Date:
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 102 of 187 ©Mostardi Platt
Client:PacifiCorp
Facility:Lake Side Power Plant
Test Location: CT02
Date: 10/24/2024
Test: 1
Test Method:201A (PM10 only)
Pbar - Barometric pressure, in. Hg 25.51
Pg - Static pressure, in. H2O -0.5
ts - Stack temperature, oF 222.67
tm - Meter temperature, oF 57.67
Y - Meter calibration constant 0.988
H@ - Orifice constant, in. H2O 1.921
% CO2 9.30
% O2 13.00
% N2 77.70
Bw - Fraction moisture content 0.076
Cp - Pitot coefficient 0.747
Dn - Nozzle diameter, in.0.162
Dn - Calculated Nozzle diameter, in.0.162
Initial total run time, minutes 120.00
Number of points 12
Md -Molecular weight of stack gas, dry basis, lb/lb mole 30.008
Mw - Molecular weight of stack gas, wet basis, lb/lb mole 29.094
Ps - Absolute stack pressure, in. Hg 25.473
us - Viscosity of stack gas, micropoise 210.344
C - Cunningham correction factor 1.102
D50LL 9.949
D50T 10.475
Qs - Cyclone flow rate, cu. ft./min.0.546
Nre - Reynolds Number 2433.035
Vn - Nozzle Velocity, ft./sec.63.530
Rmin - Minimum velocity Ratio, ft./sec.0.722
Rmax - Maximum velocity, Ratio ft./sec.1.251
Vmin - Minimum Gas Velocity Rmin <0.5 31.765
Vmin - Minimum Gas Velocity Rmin >0.5 45.900
Vmax - Maximum Gas Velocity Rmax <1.5 79.491
Vmax - Maximum Gas Velocity Rmax >1.5 95.296
Dpmin - Minimum velocity head, in. H2O 0.561
Dpmax - Maximum velocity head, in. H2O 1.682
DH - Orifice pressure head for cyclone flow rate, in. H20 0.448
t1 - Dwell time at first traverse point, minutes 9.636
tn - Calculation constant 8.452
p'1 - Velocity head at the first traverse point; previously 1.300
p'1 avg - Average Dp - previous run (see line C65)1.400
Calculated dwell time for each point:
Dp Dwell time (min.)SQRT Dp
Point 1: 1.20 9.64 1.095
Point 2: 1.40 10.00 1.183
Point 3: 1.50 10.35 1.225
Point 4: 1.50 10.35 1.225
Point 5: 1.40 10.00 1.183
Point 6: 1.40 10.00 1.183
Point 7: 1.20 9.26 1.095
Point 8: 1.40 10.00 1.183
Point 9: 1.40 10.00 1.183
Point 10: 1.40 10.00 1.183
Point 11: 1.50 10.35 1.225
Point 12: 1.50 10.35 1.225
Average: 1.400 #DIV/0!1.182
Vm - Actual meter gas volume, cu. ft.48.033
Vmstd - Standard gas volume, cu. ft.41.323
q - Actual test time, minutes 120.00
Vs - Average stack gas velocity, ft/sec 72.473
201A Flow Rate, Actual Cyclone Conditions 0.566
Actual D50 for Cyclone I (Cut Point), mm 10.205
(9.0 mm < D50 < 11.0 mm)
IKV, %90.999
(80 < IKV <120)
PM10 Cut Point Calculation
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 103 of 187 ©Mostardi Platt
Client:PacifiCorp
Facility:Lake Side Power Plant
Test Location:CT02
Normal
0.45 In. H2O -0.50 in. H2O
70.3 °F 25.47 in. Hg. abs.
1.179 In. H2O 9.30 %
222.3 °F 13.00 %
48.806 ft3 77.7 %
40.991 dscf 30.008 lb/lb mole
3.448 wscf 29.076 lb/lb mole
90.7 %I ---%
72.238 fps
120.00 in mins.1,102,934 acfm
0.162 in inches 670,330 dscfm
25.51 in Hg 726,710 scfm
1640.7 ml 825.9 grams
1703.0 ml 836.8 grams
62.3 ml 10.9 grams
73.2 0.078
Velocity Orifice Actual Stack Pump Probe Filter Impinger CPM Filter
Port-Clock Head ∆p ∆H Meter Vol.Temp Inlet Outlet Vacuum Temp Exit Temp Exit Temp Exit Temp
Point No.Time in. H2O in. H2O ft3 °F °F °F "Hg oF oF oF °F
1-1 11:10:00 1.20 0.45 483.825 222 66 66 3 250 253 49 80
1-2 11:19:30 1.30 0.45 487.880 222 66 66 3 248 251 52 80
1-3 11:29:30 1.50 0.45 491.930 222 67 67 3 247 249 51 80
11:40:00 495.792
2-1 11:42:00 1.50 0.45 495.792 222 67 67 3 246 252 46 77
2-2 11:52:30 1.40 0.45 499.630 222 69 69 3 245 251 43 78
2-3 12:02:30 1.40 0.45 503.590 222 69 69 3 247 247 44 79
12:12:30 507.584
3-1 12:15:00 1.20 0.45 507.584 222 71 71 3 248 249 45 80
3-2 12:24:30 1.30 0.45 511.620 222 72 72 3 248 247 46 80
3-3 12:34:30 1.40 0.45 515.690 223 73 73 3 250 253 47 82
12:44:30 519.742
4-1 12:47:00 1.40 0.45 519.742 223 74 74 3 251 254 49 80
4-2 12:57:00 1.60 0.45 523.590 223 74 74 3 254 250 47 82
4-3 13:07:30 1.50 0.45 527.550 222 75 75 3 253 251 46 82
13:18:00 532.631
Total 2:01:00 48.806 70.3 70.3
Average 0.45 222.3 70.3 3
Min 0.45 222.0 66.0 3
Max 0.45 223.0 75.0 3
Stack Temperature, Ts:
Isokinetic Variance:
Meter Volume, Vwstd:Gas Weight wet, Ms:
Meter Volume, Vm:Nitrogen:
Excess Air:
Gas Velocity, Vs:
Date:
Start Time:
End Time:
Meter Temperature, Tm:Flue Pressure (Ps):
Source Condition:
DRY GAS METER CONDITIONS
10/24/24
11:10
Meter Volume, Vmstd:
Static Pressure∆H:
Sqrt ∆P:
Gas Weight dry, Md:
Oxygen:
STACK CONDITIONS
13:18
Silica Initial Wt.
Total Water Gain:Moisture, Bws:
Final Impinger Content:
Silica Difference:
Initial Impinger Content:
MOISTURE DETERMINATION
Impinger Difference:
Carbon Dioxide:
Silica Final Wt.
Meter Temp
Volumetric Flow:
Test Length:
Barometric Pressure:
Volumetric Flow:Nozzle Diameter:
Volumetric Flow:
Run 2 - Method 201A/202
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 104 of 187 ©Mostardi Platt
Client:PacifiCorp 10/24/2024
Facility:Lake Side Power Plant
Test Location:CT02
Project #:M243903 Certified Weight, grams Result, grams
Date:10/24/2024 250.0
Test Method:201A/202
Weighed/Measured By:CSE 500.0
Balance ID:Den-02
750.0
IMPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRAMS MLS / GRAMS MLS / GRAMS
Empty 466.9 411.1 55.8
Empty 606.7 604.8 1.9
DI Water 629.4 624.8 4.6
Silica Gel 836.8 825.9 10.9
1,703.0 1,640.7 62.3
Liquid Final Liquid Initial Liquid Gain
836.8 825.9 10.9
Silica Final Silica Initial Silica Gain
Impinger Weight Sheet - Run 2
Scale Calibration Check Date:
250
500
750
must be within ± 0.5g of certified mass
Scale Calibration Check (see QS-6.05C for procedure)
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 105 of 187 ©Mostardi Platt
Client:PacifiCorp
Facility:Lake Side Power Plant
Test Location: CT02
Date: 10/24/2024
Test: 2
Test Method:201A (PM10 only)
Pbar - Barometric pressure, in. Hg 25.51
Pg - Static pressure, in. H2O -0.5
ts - Stack temperature, oF 222.25
tm - Meter temperature, oF 70.25
Y - Meter calibration constant 0.988
H@ - Orifice constant, in. H2O 1.921
% CO2 9.30
% O2 13.00
% N2 77.70
Bw - Fraction moisture content 0.078
Cp - Pitot coefficient 0.747
Dn - Nozzle diameter, in.0.162
Dn - Calculated Nozzle diameter, in.0.162
Initial total run time, minutes 120.00
Number of points 12
Md -Molecular weight of stack gas, dry basis, lb/lb mole 30.008
Mw - Molecular weight of stack gas, wet basis, lb/lb mole 29.076
Ps - Absolute stack pressure, in. Hg 25.473
us - Viscosity of stack gas, micropoise 210.112
C - Cunningham correction factor 1.102
D50LL 9.949
D50T 10.475
Qs - Cyclone flow rate, cu. ft./min.0.545
Nre - Reynolds Number 2433.102
Vn - Nozzle Velocity, ft./sec.63.461
Rmin - Minimum velocity Ratio, ft./sec.0.722
Rmax - Maximum velocity, Ratio ft./sec.1.251
Vmin - Minimum Gas Velocity Rmin <0.5 31.731
Vmin - Minimum Gas Velocity Rmin >0.5 45.850
Vmax - Maximum Gas Velocity Rmax <1.5 79.404
Vmax - Maximum Gas Velocity Rmax >1.5 95.192
Dpmin - Minimum velocity head, in. H2O 0.560
Dpmax - Maximum velocity head, in. H2O 1.679
DH - Orifice pressure head for cyclone flow rate, in. H20 0.457
t1 - Dwell time at first traverse point, minutes 9.286
tn - Calculation constant 8.477
p'1 - Velocity head at the first traverse point; previously 1.200
p'1 avg - Average Dp - previous run (see line C65)1.392
Calculated dwell time for each point:
Dp Dwell time (min.)SQRT Dp
Point 1: 1.20 9.29 1.095
Point 2: 1.30 9.67 1.140
Point 3: 1.50 10.38 1.225
Point 4: 1.50 10.38 1.225
Point 5: 1.40 10.03 1.183
Point 6: 1.40 10.03 1.183
Point 7: 1.20 9.29 1.095
Point 8: 1.30 9.67 1.140
Point 9: 1.40 10.03 1.183
Point 10: 1.40 10.03 1.183
Point 11: 1.60 10.72 1.265
Point 12: 1.50 10.38 1.225
Average: 1.392 #DIV/0!1.179
Vm - Actual meter gas volume, cu. ft.48.806
Vmstd - Standard gas volume, cu. ft.40.992
q - Actual test time, minutes 120.00
Vs - Average stack gas velocity, ft/sec 72.238
201A Flow Rate, Actual Cyclone Conditions 0.562
Actual D50 for Cyclone I (Cut Point), mm 10.248
(9.0 mm < D50 < 11.0 mm)
IKV, %90.652
(80 < IKV <120)
PM10 Cut Point Calculation
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 106 of 187 ©Mostardi Platt
Client:PacifiCorp
Facility:Lake Side Power Plant
Test Location:CT02
Normal
0.45 In. H2O -0.50 in. H2O
76.0 °F 25.47 in. Hg. abs.
1.175 In. H2O 9.30 %
221.4 °F 13.10 %
49.446 ft3 77.6 %
41.084 dscf 30.012 lb/lb mole
3.613 wscf 29.041 lb/lb mole
91.4 %I ---%
71.991 fps
120.00 in mins.1,099,174 acfm
0.162 in inches 666,510 dscfm
25.51 in Hg 725,118 scfm
1696.2 ml 835.0 grams
1761.4 ml 846.5 grams
65.2 ml 11.5 grams
76.7 0.081
Velocity Orifice Actual Stack Pump Probe Filter Impinger CPM Filter
Port-Clock Head ∆p ∆H Meter Vol.Temp Inlet Outlet Vacuum Temp Exit Temp Exit Temp Exit Temp
Point No.Time in. H2O in. H2O ft3 °F °F °F "Hg oF oF oF °F
1-1 13:35:00 1.20 0.45 531.921 221 75 75 3 242 247 51 74
1-2 13:44:30 1.30 0.45 536.020 222 74 74 3 245 247 45 78
1-3 13:54:30 1.40 0.45 540.070 222 75 75 3 245 246 45 79
14:05:00 543.984
2-1 14:07:00 1.50 0.45 543.984 222 75 75 3 251 250 46 79
2-2 14:17:30 1.60 0.45 548.010 222 75 75 3 252 250 45 79
2-3 14:27:30 1.40 0.45 552.100 222 76 76 3 250 249 44 76
14:37:30 555.980
3-1 14:40:00 1.10 0.45 555.980 221 77 77 3 251 243 48 80
3-2 14:49:30 1.30 0.45 559.870 221 77 77 3 254 249 48 81
3-3 14:59:00 1.50 0.45 563.940 221 77 77 3 253 252 46 82
15:09:00 568.089
4-1 15:11:00 1.30 0.45 568.089 221 77 77 3 252 250 47 79
4-2 15:21:00 1.50 0.45 570.420 221 77 77 3 253 247 48 80
4-3 15:32:00 1.50 0.45 575.610 221 77 77 3 249 247 48 80
15:42:30 581.367
Total 2:01:00 49.446 76.0 76.0
Average 0.45 221.4 76.0 3
Min 0.45 221.0 74.0 3
Max 0.45 222.0 77.0 3
Meter Temp
Barometric Pressure:
MOISTURE DETERMINATION
Moisture, Bws:Total Water Gain:
Final Impinger Content:
Impinger Difference:
Sqrt ∆P:
Nozzle Diameter:
Isokinetic Variance:
Initial Impinger Content:
Volumetric Flow:
Volumetric Flow:
Oxygen:
Carbon Dioxide:
STACK CONDITIONS
Silica Final Wt.
Silica Difference:
Silica Initial Wt.
Excess Air:
Volumetric Flow:
Nitrogen:
Meter Temperature, Tm:
DRY GAS METER CONDITIONS
Date:
Start Time:
Source Condition:
Meter Volume, Vmstd:
End Time:
Static Pressure
Flue Pressure (Ps):
Stack Temperature, Ts:
Meter Volume, Vm:
Test Length:
Meter Volume, Vwstd:
Gas Weight dry, Md:
Gas Weight wet, Ms:
Gas Velocity, Vs:
Run 3 - Method 201A/202
10/24/24
13:35
15:42
∆H:
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 107 of 187 ©Mostardi Platt
Client:PacifiCorp 10/24/2024
Facility:Lake Side Power Plant
Test Location:CT02
Project #:M243903 Certified Weight, grams Result, grams
Date:10/24/2024 250.0
Test Method:201A/202
Weighed/Measured By:CSE 500.0
Balance ID:Den-02
750.0
IMPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRAMS MLS / GRAMS MLS / GRAMS
Empty 486.3 427.0 59.3
Empty 639.2 639.2 0.0
DI Water 635.9 630.0 5.9
Silica Gel 846.5 835.0 11.5
1,761.4 1,696.2 65.2
Liquid Final Liquid Initial Liquid Gain
846.5 835.0 11.5
Silica Final Silica Initial Silica Gain
Scale Calibration Check Date:
must be within ± 0.5g of certified mass
Scale Calibration Check (see QS-6.05C for procedure)
250
500
750
Impinger Weight Sheet - Run 3
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 108 of 187 ©Mostardi Platt
Client:PacifiCorp
Facility:Lake Side Power Plant
Test Location: CT02
Date: 10/24/2024
Test: 3
Test Method:201A (PM10 only)
Pbar - Barometric pressure, in. Hg 25.51
Pg - Static pressure, in. H2O -0.5
ts - Stack temperature, oF 221.42
tm - Meter temperature, oF 76.00
Y - Meter calibration constant 0.988
H@ - Orifice constant, in. H2O 1.921
% CO2 9.30
% O2 13.10
% N2 77.60
Bw - Fraction moisture content 0.081
Cp - Pitot coefficient 0.747
Dn - Nozzle diameter, in.0.162
Dn - Calculated Nozzle diameter, in.0.162
Initial total run time, minutes 120.00
Number of points 12
Md -Molecular weight of stack gas, dry basis, lb/lb mole 30.012
Mw - Molecular weight of stack gas, wet basis, lb/lb mole 29.041
Ps - Absolute stack pressure, in. Hg 25.473
us - Viscosity of stack gas, micropoise 209.671
C - Cunningham correction factor 1.101
D50LL 9.949
D50T 10.474
Qs - Cyclone flow rate, cu. ft./min.0.544
Nre - Reynolds Number 2433.210
Vn - Nozzle Velocity, ft./sec.63.330
Rmin - Minimum velocity Ratio, ft./sec.0.722
Rmax - Maximum velocity, Ratio ft./sec.1.251
Vmin - Minimum Gas Velocity Rmin <0.5 31.665
Vmin - Minimum Gas Velocity Rmin >0.5 45.756
Vmax - Maximum Gas Velocity Rmax <1.5 79.240
Vmax - Maximum Gas Velocity Rmax >1.5 94.995
Dpmin - Minimum velocity head, in. H2O 0.557
Dpmax - Maximum velocity head, in. H2O 1.672
DH - Orifice pressure head for cyclone flow rate, in. H20 0.458
t1 - Dwell time at first traverse point, minutes 9.314
tn - Calculation constant 8.502
p'1 - Velocity head at the first traverse point; previously 1.200
p'1 avg - Average Dp - previous run (see line C65)1.383
Calculated dwell time for each point:
Dp Dwell time (min.)SQRT Dp
Point 1: 1.20 9.31 1.095
Point 2: 1.30 9.69 1.140
Point 3: 1.40 10.06 1.183
Point 4: 1.50 10.41 1.225
Point 5: 1.60 10.75 1.265
Point 6: 1.40 10.06 1.183
Point 7: 1.10 8.92 1.049
Point 8: 1.30 9.69 1.140
Point 9: 1.50 10.41 1.225
Point 10: 1.30 9.69 1.140
Point 11: 1.50 10.41 1.225
Point 12: 1.50 10.41 1.225
Average: 1.383 #DIV/0!1.175
Vm - Actual meter gas volume, cu. ft.49.446
Vmstd - Standard gas volume, cu. ft.41.084
q - Actual test time, minutes 120.00
Vs - Average stack gas velocity, ft/sec 71.991
201A Flow Rate, Actual Cyclone Conditions 0.565
Actual D50 for Cyclone I (Cut Point), mm 10.200
(9.0 mm < D50 < 11.0 mm)
IKV, %91.376
(80 < IKV <120)
PM10 Cut Point Calculation
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 109 of 187 ©Mostardi Platt
Date:10/24/2024 Date:10/24/2024 Date:10/24/2024
Time O2 % (dry)CO2 % (dry)Time O2 % (dry)CO2 % (dry)Time O2 % (dry)CO2 % (dry)
8:45 13.90 9.50 11:09 13.10 9.50 13:38 13.20 9.50
8:46 13.90 9.50 11:10 13.10 9.50 13:39 13.10 9.50
8:47 13.90 9.50 11:11 13.10 9.50 13:40 13.00 9.50
8:48 13.30 9.50 11:12 13.10 9.50 13:41 13.00 9.50
8:49 13.10 9.50 11:13 13.40 9.50 13:42 13.00 9.50
8:50 13.00 9.50 11:14 13.10 9.50 13:43 13.00 9.50
8:51 13.00 9.50 11:15 13.10 9.50 13:44 13.00 9.50
8:52 13.00 9.50 11:16 13.00 9.50 13:45 13.00 9.50
8:53 13.00 9.50 11:17 13.00 9.50 13:46 13.00 9.50
8:54 13.00 9.50 11:18 13.00 9.50 13:47 13.00 9.50
8:55 13.00 9.50 11:19 13.00 9.50 13:48 13.00 9.50
8:56 13.00 9.50 11:20 13.00 9.50 13:49 13.00 9.50
8:57 13.00 9.50 11:21 13.00 9.50 13:50 13.00 9.50
8:58 13.00 9.50 11:22 13.00 9.50 13:51 13.00 9.50
8:59 13.00 9.50 11:23 13.00 9.50 13:52 13.00 9.50
9:00 13.00 9.50 11:24 13.00 9.50 13:53 13.00 9.50
9:01 13.00 9.50 11:25 13.00 9.50 13:54 13.10 9.50
9:02 13.00 9.50 11:26 13.00 9.50 13:55 13.10 9.50
9:03 13.00 9.50 11:27 13.00 9.50 13:56 13.10 9.50
9:04 13.00 9.50 11:28 13.00 9.50 13:57 13.10 9.50
9:05 13.00 9.50 11:29 12.90 9.50 13:58 13.10 9.50
9:06 13.00 9.50 11:30 12.90 9.50 13:59 13.10 9.50
9:07 13.00 9.50 11:31 12.90 9.50 14:00 13.10 9.50
9:08 13.00 9.50 11:32 12.90 9.50 14:01 13.10 9.50
9:09 13.00 9.50 11:33 12.90 9.50 14:02 13.10 9.50
9:10 13.00 9.50 11:34 12.90 9.50 14:03 13.10 9.50
9:11 13.00 9.50 11:35 12.90 9.50 14:04 13.10 9.50
9:12 13.00 9.50 11:36 12.90 9.50 14:05 13.10 9.50
9:13 13.00 9.50 11:37 12.90 9.50 14:11 13.20 9.50
9:17 13.00 9.50 11:38 12.90 9.50 14:12 13.10 9.50
9:18 13.00 9.50 11:39 12.90 9.50 14:13 13.10 9.50
9:19 13.00 9.50 11:43 13.00 9.50 14:14 13.10 9.50
9:20 13.00 9.50 11:44 12.90 9.50 14:15 13.10 9.50
9:21 13.00 9.50 11:45 12.90 9.50 14:16 13.10 9.50
9:22 13.00 9.50 11:46 12.90 9.50 14:17 13.10 9.50
9:23 13.00 9.50 11:47 12.90 9.50 14:18 13.10 9.50
9:24 13.00 9.50 11:48 12.90 9.50 14:19 13.10 9.50
9:25 13.00 9.50 11:49 12.90 9.50 14:20 13.10 9.50
9:26 13.00 9.50 11:50 12.90 9.50 14:21 13.10 9.50
9:27 13.00 9.50 11:51 12.90 9.50 14:22 13.10 9.50
9:28 13.00 9.50 11:52 12.90 9.50 14:23 13.10 9.50
9:29 13.00 9.50 11:53 12.90 9.50 14:24 13.10 9.50
9:30 13.00 9.50 11:54 12.90 9.50 14:25 13.10 9.50
9:31 13.00 9.50 11:55 12.90 9.50 14:26 13.10 9.50
9:32 13.00 9.50 11:56 12.90 9.50 14:27 13.10 9.50
9:33 13.00 9.50 11:57 13.00 9.50 14:28 13.10 9.50
9:34 13.00 9.50 11:58 13.00 9.50 14:29 13.10 9.50
9:35 13.00 9.50 11:59 13.00 9.50 14:30 13.10 9.50
9:36 13.00 9.50 12:00 13.00 9.50 14:31 13.10 9.50
9:37 13.00 9.50 12:01 13.00 9.50 14:32 13.10 9.50
9:38 13.00 9.50 12:02 13.00 9.50 14:33 13.10 9.50
9:39 13.00 9.50 12:03 13.00 9.50 14:34 13.10 9.50
9:40 13.00 9.50 12:04 13.00 9.50 14:41 13.20 9.50
9:41 13.00 9.50 12:05 13.00 9.50 14:42 13.10 9.50
9:42 13.00 9.50 12:06 13.00 9.50 14:43 13.10 9.50
9:43 13.00 9.50 12:07 13.00 9.50 14:44 13.10 9.50
9:44 13.00 9.50 12:08 13.00 9.50 14:45 13.10 9.50
9:45 12.90 9.50 12:09 13.00 9.50 14:46 13.10 9.50
9:46 12.90 9.50 12:10 13.00 9.50 14:47 13.10 9.50
9:50 13.00 9.50 12:11 13.00 9.50 14:48 13.10 9.50
9:51 12.90 9.50 12:12 13.00 9.50 14:49 13.10 9.50
9:52 12.90 9.50 12:16 13.00 9.50 14:50 13.10 9.50
9:53 12.90 9.50 12:17 13.00 9.50 14:51 13.10 9.50
9:54 12.90 9.50 12:18 13.00 9.50 14:52 13.10 9.50
9:55 12.90 9.50 12:19 13.00 9.50 14:53 13.10 9.50
9:56 12.90 9.50 12:20 13.00 9.50 14:54 13.10 9.50
9:57 12.90 9.50 12:21 13.00 9.50 14:55 13.10 9.50
9:58 12.90 9.50 12:22 13.00 9.50 14:56 13.10 9.50
9:59 12.90 9.50 12:23 13.00 9.50 14:57 13.10 9.50
10:00 12.90 9.50 12:24 13.00 9.50 14:58 13.10 9.50
10:01 12.90 9.50 12:25 13.00 9.50 14:59 13.10 9.50
10:02 12.90 9.50 12:26 13.00 9.50 15:00 13.10 9.50
10:03 12.90 9.50 12:27 13.00 9.50 15:01 13.10 9.50
10:04 12.90 9.50 12:28 13.00 9.50 15:02 13.10 9.50
10:05 12.90 9.50 12:29 13.00 9.50 15:03 13.10 9.50
Run 1 Run 2 Run 3
M243903Project #:
Client:PacifiCorp
Facility:Lake Side Power Plant
CT02Test Location:
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 110 of 187 ©Mostardi Platt
Date:10/24/2024 Date:10/24/2024 Date:10/24/2024
Time O2 % (dry)CO2 % (dry)Time O2 % (dry)CO2 % (dry)Time O2 % (dry)CO2 % (dry)
Run 1 Run 2 Run 3
M243903Project #:
Client:PacifiCorp
Facility:Lake Side Power Plant
CT02Test Location:
10:06 12.90 9.50 12:30 13.00 9.50 15:04 13.10 9.50
10:07 12.90 9.50 12:31 13.00 9.50 15:05 13.10 9.50
10:08 12.90 9.50 12:32 13.00 9.50 15:06 13.10 9.50
10:09 12.90 9.50 12:33 13.00 9.50 15:07 13.10 9.50
10:10 12.90 9.50 12:34 13.00 9.50 15:08 13.10 9.50
10:11 12.90 9.50 12:35 13.00 9.50 15:09 13.10 9.50
10:12 12.90 9.50 12:36 13.10 9.50 15:12 13.10 9.50
10:13 12.90 9.50 12:37 13.10 9.50 15:13 13.10 9.50
10:14 12.90 9.50 12:38 13.10 9.50 15:14 13.10 9.50
10:15 12.90 9.50 12:39 13.10 9.50 15:15 13.10 9.50
10:16 12.90 9.50 12:40 13.10 9.50 15:16 13.10 9.50
10:17 12.90 9.50 12:41 13.10 9.50 15:17 13.10 9.50
10:21 12.90 9.50 12:42 13.10 9.50 15:18 13.10 9.50
10:22 12.90 9.50 12:43 13.10 9.50 15:19 13.20 9.50
10:23 12.90 9.50 12:44 13.10 9.50 15:20 13.20 9.50
10:24 12.90 9.50 12:48 13.10 9.50 15:21 13.20 9.50
10:25 12.90 9.50 12:49 13.10 9.50 15:22 13.20 9.50
10:26 12.90 9.50 12:50 13.10 9.50 15:23 13.20 9.50
10:27 13.00 9.50 12:51 13.10 9.50 15:24 13.20 9.50
10:28 12.90 9.50 12:52 13.10 9.50 15:25 13.20 9.50
10:29 12.90 9.50 12:53 13.10 9.50 15:26 13.20 9.50
10:30 12.90 9.50 12:54 13.10 9.50 15:27 13.30 9.50
10:31 12.90 9.50 12:55 13.10 9.50 15:28 13.30 9.50
10:32 12.90 9.50 12:56 13.10 9.50 15:29 13.30 9.50
10:33 12.90 9.50 12:57 13.10 9.50 15:30 13.30 9.50
10:34 12.90 9.50 12:58 13.10 9.50 15:31 13.30 9.50
10:35 12.90 9.50 12:59 13.10 9.50 15:32 13.30 9.50
10:36 12.90 9.50 13:00 13.10 9.50 15:33 13.30 9.50
10:37 12.80 9.50 13:01 13.10 9.50 15:34 13.30 9.50
10:38 12.80 9.50 13:02 13.10 9.50 15:35 13.20 9.50
10:39 12.80 9.50 13:03 13.10 9.50 15:36 13.20 9.50
10:40 12.80 9.50 13:04 13.10 9.50 15:37 13.20 9.50
10:41 12.80 9.50 13:05 13.10 9.50 15:38 13.20 9.50
10:42 12.90 9.50 13:06 13.10 9.50 15:39 13.20 9.50
10:43 12.90 9.50 13:07 13.00 9.50 15:40 13.20 9.50
10:44 12.90 9.50 13:08 13.00 9.50 15:41 13.20 9.50
10:45 12.90 9.50 13:09 13.00 9.50 15:42 13.20 9.50
10:46 12.90 9.50 13:10 13.00 9.50
10:47 12.90 9.50 13:11 13.00 9.50
10:48 12.90 9.50 13:12 13.00 9.50
10:49 12.90 9.50 13:13 13.00 9.50
10:50 12.90 9.50 13:14 13.00 9.50
10:51 12.90 9.50 13:15 13.00 9.50
Average 12.97 9.50 Average 13.01 9.50 Average 13.12 9.50
Min 12.80 9.50 Min 12.90 9.50 Min 13.00 9.50Max13.90 9.50 Max 13.40 9.50 Max 13.30 9.50
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 111 of 187 ©Mostardi Platt
Client:
Facility:
Test Location:
Project #:
Test Method:
Test Engineer:
Test Technician:
lb/mmBtu Emissions by:
Type of Fuel Firing:
Standard Fuel Factor Fc, scf/mmBtu:
Meter ID:
Pitot ID:
Filter ID:
Filter Pre-Weight (grams):
Nozzle Diameter (Inches):
Meter Calibration Date:
Meter Calibration Factor (Y):
Meter Orifice Setting (Delta H):
Nozzle Kit ID Number and Material:
Pre Pitot Leak Check 0.0 @ 4.0 "H2O 0.0 @ 3.5 "H2O 0.0 @ 4.5 "H2O
Post Pitot Leak Check 0.0 @ 5.0 "H2O 0.0 @ 4.0 "H2O 0.0 @ 5.0 "H2O
Pre Nozzle Leak Check 0.0000 @ 15 "Hg 0.0000 @ 18 "Hg 0.0000 @ 16 "Hg
Post Nozzle Leak Check 0.0000 @ 17 "Hg 0.0000 @ 19 "Hg 0.0000 @ 19 "Hg
Pitot Tube Coefficient:
Probe Length (Feet):
Probe Liner Material:
Sample Plane:
Port Length (Inches):
Port Size (Diameter, Inches):
Port Type:
Duct Shape:
Diameter (Feet):
Duct Area (Square Feet):
Upstream Diameters:
Downstream Diameters:
Number of Ports Sampled:
Number of Points per Port:
Minutes per Point:
Minutes per Reading:
Total Number of Traverse Points:
Test Length (Minutes):
Train Type:
Source Condition:
Diluent Model/Serial Number:
Moisture Balance ID:
# of Runs
0.988 0.988
1,040.0
CM51
PM10251A
CM51
1851518525
1.921
0.152
6.0
Quartz
Pm10 #2 (102-3)
0.152
10/11/2024
Run 1
1,040.0
PM10251A
10/11/2024
3.06306
PM10251A
18531
CM51
HCL1/ANP1
Standard, CO2 Based
Run 3
Natural Gas
1,040.0
PacifiCorp
Lake Side Power Plant
CT03
M243903
201A/202
RMF
Horizontal
7.00
10/11/2024
Pm10 #2 (102-3)
0.988
2.985893.03568
4.00
Pm10 #2 (102-3)
Run 2
10.0
1.9211.921
0.152
12
120
Flange
Circular
18
0.6
2.7
254.469
Anderson Box
Normal
Ecom
Den-02
3
Leak Checks
0.747
4
3
10.0
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 112 of 187 ©Mostardi Platt
Project Number M243903 Source Condition:Normal
Client:PacifiCorp Run No.: 1
Facility:Lake Side Power Plant Date:10/21/2024
Location:CT03 Start Time:9:45
Pitot ID: PM10251A End Time:10:00
Pitot Coefficient:0.747 RM Testers:RMF
Probe Length:6 Port Length:7.00
DP Sqrt. Temp Yaw Angle DP (in. H2O)Velocity DP Sqrt. Temp Yaw Angle DP (in. H2O)Velocity
Port Point (in. H2O)DP (oF)(o)at Null Point Angle (V)Port Point (in. H2O)DP (oF)(o)at Null Point Angle (V)
A 1 1.30 1.1402 166.0 12.0 0.00 67.29 C 1 1.70 1.3038 168.0 5.0 0.00 77.07
A 2 1.50 1.2247 168.0 12.0 0.00 72.40 C 2 1.70 1.3038 168.0 8.0 0.00 77.07
A 3 1.50 1.2247 169.0 10.0 0.00 72.46 C 3 1.30 1.1402 169.0 15.0 0.00 67.45
B 1 1.20 1.0954 162.0 14.0 0.00 64.44 D 1 1.50 1.2247 164.0 2.0 0.00 72.17
B 2 1.70 1.3038 166.0 10.0 0.00 76.95 D 2 1.90 1.3784 168.0 4.0 0.00 81.48
B 3 1.70 1.3038 168.0 10.0 0.00 77.07 D 3 1.50 1.2247 169.0 6.0 0.00 72.46
Average Yaw Angle 9.0 o
Method 1 and 2 Cyclonic Flow Check Data
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 113 of 187 ©Mostardi Platt
Client:PacifiCorp
Facility:Lake Side Power Plant
Test Location: CT03
Date: 10/21/2024
Test: Pre 1
Test Method:201A (PM2.5/10)
Pbar - Barometric pressure, in. Hg 25.55
Pg - Static pressure, in. H2O -0.5
ts - Stack temperature, oF 167.10
tm - Meter temperature, oF 61.00
Y - Meter calibration constant 0.988
H@ - Orifice constant, in. H2O 1.921
% CO2 4.50
% O2 13.50
% N2 82.00
Bw - Fraction moisture content 0.065
Cp - Pitot coefficient 0.747
Dn - Nozzle diameter, in.0.152
Dn - Calculated Nozzle diameter, in.0.152
Initial total run time, minutes 120.00
Number of points 12
Md -Molecular weight of stack gas, dry basis, lb/lb mole 29.260
Mw - Molecular weight of stack gas, wet basis, lb/lb mole 28.528
Ps - Absolute stack pressure, in. Hg 25.513
us - Viscosity of stack gas, micropoise 198.494
C - Cunningham correction factor 1.093
D50LL 10.058
D50T 10.529
Qs - Cyclone flow rate, cu. ft./min.0.501
Nre - Reynolds Number 2531.890
Vn - Nozzle Velocity, ft./sec.66.285
Rmin - Minimum velocity Ratio, ft./sec.0.735
Rmax - Maximum velocity, Ratio ft./sec.1.244
Vmin - Minimum Gas Velocity Rmin <0.5 33.142
Vmin - Minimum Gas Velocity Rmin >0.5 48.720
Vmax - Maximum Gas Velocity Rmax <1.5 82.437
Vmax - Maximum Gas Velocity Rmax >1.5 99.427
Dpmin - Minimum velocity head, in. H2O 0.676
Dpmax - Maximum velocity head, in. H2O 1.935
DH - Orifice pressure head for cyclone flow rate, in. H20 0.451
t1 - Dwell time at first traverse point, minutes 9.183
tn - Calculation constant 8.054
p'1 - Velocity head at the first traverse point; previously 1.300
p'1 avg - Average Dp - previous run (see line C65)1.542
Calculated dwell time for each point:
Dp Dwell time (min.)SQRT Dp
Point 1: 1.30 9.18 1.140
Point 2: 1.50 9.86 1.225
Point 3: 1.50 9.86 1.225
Point 4: 1.20 8.82 1.095
Point 5: 1.70 10.50 1.304
Point 6: 1.70 10.50 1.304
Point 7: 1.70 10.50 1.304
Point 8: 1.70 10.50 1.304
Point 9: 1.30 9.18 1.140
Point 10: 1.50 9.86 1.225
Point 11: 1.90 11.10 1.378
Point 12: 1.50 9.86 1.225
Average: 1.542 1.239
Vm - Actual meter gas volume, cu. ft.48.000
Vmstd - Standard gas volume, cu. ft.41.095
q - Actual test time, minutes 120.00
Vs - Average stack gas velocity, ft/sec 73.447
201A Flow Rate, Actual Cyclone Conditions 0.510
Actual D50 for Cyclone I (Cut Point), mm 10.397
(9.0 mm < D50 < 11.0 mm)
Actual D50 for Cyclone IV (Cut Point), mm 2.379
(2.25 mm < D50 < 2.75 mm)
IKV, %91.922
(80 < IKV <120)
PM2.5/PM10 Cut Point Calculation
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 114 of 187 ©Mostardi Platt
Client:PacifiCorp
Facility:Lake Side Power Plant
Test Location:CT03
Normal
0.46 in. H2O -0.50 in. H2O
65.3 °F 25.51 in. Hg. abs.
1.146 in. H2O 9.40 %
168.6 °F 12.00 %
49.350 ft3 78.60 %
41.903 dscf 29.984 lb/lb mole
5.186 wscf 28.664 lb/lb mole
106.8 %I ---%
67.864 fps
120.00 in mins.1,036,153 acfm
0.152 in inches 660,428 dscfm
25.55 in Hg 742,160 scfm
1829.2 ml 839.6 grams
1921.5 ml 857.4 grams
92.3 ml 17.8 grams
110.1 0.110 0.463
Velocity Orifice Actual Stack Pump Probe Filter Impinger CPM Filter
Port-Clock Head ∆p ∆H Meter Vol.Temp Inlet Outlet Vacuum Temp Exit Temp Exit Temp Exit Temp
Point No.Time in. H2O in. H2O ft3 °F °F °F "Hg oF oF oF °F
1-1 10:55:00 1.50 0.46 924.750 168 57 57 3 249 250 64 70
1-2 11:04:30 1.30 0.46 928.090 166 58 58 3 250 248 64 80
1-3 11:14:30 1.30 0.46 932.110 166 58 58 3 245 251 64 80
11:24:30 936.420
2-1 11:28:00 1.40 0.46 936.420 165 61 61 3 256 257 63 80
2-2 11:37:00 1.40 0.46 940.990 168 63 63 3 249 255 62 81
2-3 11:47:30 1.20 0.46 945.130 168 63 63 3 248 251 62 81
11:58:00 949.330
3-1 12:04:00 1.50 0.46 949.330 171 65 65 3 250 251 61 77
3-2 12:14:30 1.30 0.46 953.660 171 67 67 3 251 251 60 78
3-3 12:25:00 1.20 0.46 958.070 169 70 70 3 247 250 60 77
12:34:30 962.100
4-1 12:38:00 1.40 0.46 962.100 170 73 73 3 255 250 58 76
4-2 12:48:00 1.20 0.46 966.230 170 74 74 3 254 248 59 75
4-3 12:59:00 1.10 0.46 970.690 171 75 75 3 252 251 58 75
13:09:00 974.100
Total 2:01:00 49.350 65.3 65.3
Average 0.46 168.6 65.3 3
Min 0.46 165.0 57.0 3
Max 0.46 171.0 75.0 3
Run 1 - Method 201A/202
Source Condition:
Nitrogen:
STACK CONDITIONS
13:09
Start Time:
Meter Volume, Vwstd:
10:55
10/21/24
Sqrt ∆P:
End Time:
Date:
Meter Volume, Vm:
Meter Volume, Vmstd:
Gas Weight wet, Ms:
Gas Weight dry, Md:
∆H:
Silica Difference:
Total Water Gain:
Final Impinger Content:
Supersaturation Value, Bws:
Silica Final Wt.
Barometric Pressure:
Silica Initial Wt.
Volumetric Flow:
Moisture, Bws:
Static Pressure
DRY GAS METER CONDITIONS
Stack Temperature, Ts:
Meter Temperature, Tm:
Oxygen:
Flue Pressure (Ps):
Test Length:
Nozzle Diameter:
Carbon Dioxide:
Volumetric Flow:
Meter Temp
Impinger Difference:
MOISTURE DETERMINATION
Isokinetic Variance:
Gas Velocity, Vs:
Initial Impinger Content:
Excess Air:
Volumetric Flow:
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 115 of 187 ©Mostardi Platt
Client:PacifiCorp 10/21/2024
Facility:Lake Side Power Plant
Test Location:CT03
Project #:M243903 Certified Weight, grams Result, grams
Date:10/21/2024 250.0
Test Method:201A/202
Weighed/Measured By:CSE 500.0
Balance ID:Den-02
750.0
IMPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRAMS MLS / GRAMS MLS / GRAMS
Empty 532.3 480.0 52.3
Empty 643.9 616.9 27.0
DI Water 745.3 732.3 13.0
Silica Gel 857.4 839.6 17.8
1,921.5 1,829.2 92.3
Liquid Final Liquid Initial Liquid Gain
857.4 839.6 17.8
Silica Final Silica Initial Silica Gain
Impinger Weight Sheet - Run 1
Scale Calibration Check Date:
Scale Calibration Check (see QS-6.05C for procedure)
must be within ± 0.5g of certified mass
250
500
750
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 116 of 187 ©Mostardi Platt
Client:PacifiCorp
Facility:Lake Side Power Plant
Test Location: CT03
Date: 10/21/2024
Test: 1
Test Method:201A (PM2.5/10)
Pbar - Barometric pressure, in. Hg 25.55
Pg - Static pressure, in. H2O -0.5
ts - Stack temperature, oF 168.58
tm - Meter temperature, oF 65.33
Y - Meter calibration constant 0.988
H@ - Orifice constant, in. H2O 1.921
% CO2 9.40
% O2 12.00
% N2 78.60
Bw - Fraction moisture content 0.110
Cp - Pitot coefficient 0.747
Dn - Nozzle diameter, in.0.152
Dn - Calculated Nozzle diameter, in.0.152
Initial total run time, minutes 120.00
Number of points 12
Md -Molecular weight of stack gas, dry basis, lb/lb mole 29.984
Mw - Molecular weight of stack gas, wet basis, lb/lb mole 28.664
Ps - Absolute stack pressure, in. Hg 25.513
us - Viscosity of stack gas, micropoise 193.819
C - Cunningham correction factor 1.090
D50LL 10.057
D50T 10.528
Qs - Cyclone flow rate, cu. ft./min.0.489
Nre - Reynolds Number 2536.438
Vn - Nozzle Velocity, ft./sec.64.684
Rmin - Minimum velocity Ratio, ft./sec.0.735
Rmax - Maximum velocity, Ratio ft./sec.1.244
Vmin - Minimum Gas Velocity Rmin <0.5 32.342
Vmin - Minimum Gas Velocity Rmin >0.5 47.541
Vmax - Maximum Gas Velocity Rmax <1.5 80.449
Vmax - Maximum Gas Velocity Rmax >1.5 97.027
Dpmin - Minimum velocity head, in. H2O 0.645
Dpmax - Maximum velocity head, in. H2O 1.847
DH - Orifice pressure head for cyclone flow rate, in. H20 0.400
t1 - Dwell time at first traverse point, minutes 9.937
tn - Calculation constant 8.715
p'1 - Velocity head at the first traverse point; previously 1.300
p'1 avg - Average Dp - previous run (see line C65)1.317
Calculated dwell time for each point:
Dp Dwell time (min.)SQRT Dp
Point 1: 1.50 9.94 1.225
Point 2: 1.30 9.94 1.140
Point 3: 1.30 9.94 1.140
Point 4: 1.40 10.31 1.183
Point 5: 1.40 10.31 1.183
Point 6: 1.20 9.55 1.095
Point 7: 1.50 10.67 1.225
Point 8: 1.30 9.94 1.140
Point 9: 1.20 9.55 1.095
Point 10: 1.40 10.31 1.183
Point 11: 1.20 9.55 1.095
Point 12: 1.10 9.14 1.049
Average: 1.317 #DIV/0!1.146
Vm - Actual meter gas volume, cu. ft.47.000
Vmstd - Standard gas volume, cu. ft.39.901
q - Actual test time, minutes 120.00
Vs - Average stack gas velocity, ft/sec 67.864
201A Flow Rate, Actual Cyclone Conditions 0.522
Actual D50 for Cyclone I (Cut Point), mm 10.057
(9.0 mm < D50 < 11.0 mm)
Actual D50 for Cyclone IV (Cut Point), mm 2.252
(2.25 mm < D50 < 2.75 mm)
IKV, %101.733
(80 < IKV <120)
PM2.5/PM10 Cut Point Calculation
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 117 of 187 ©Mostardi Platt
Client:PacifiCorp
Facility:Lake Side Power Plant
Test Location:CT03
Normal
0.46 In. H2O -0.50 in. H2O
78.4 °F 25.51 in. Hg. abs.
1.146 In. H2O 9.50 %
167.8 °F 12.20 %
48.264 ft3 78.3 %
39.985 dscf 30.008 lb/lb mole
4.842 wscf 28.711 lb/lb mole
101.7 %I ---%
67.763 fps
120.00 in mins.1,034,622 acfm
0.152 in inches 661,897 dscfm
25.55 in Hg 742,047 scfm
1635.3 ml 837.3 grams
1721.4 ml 854.0 grams
86.1 ml 16.7 grams
102.8 0.108 0.454
Velocity Orifice Actual Stack Pump Probe Filter Impinger CPM Filter
Port-Clock Head ∆p ∆H Meter Vol.Temp Inlet Outlet Vacuum Temp Exit Temp Exit Temp Exit Temp
Point No.Time in. H2O in. H2O ft3 °F °F °F "Hg oF oF oF °F
1-1 14:17:00 1.50 0.46 987.136 166 77 77 4 250 251 62 77
1-2 14:26:30 1.30 0.46 991.660 167 77 77 4 252 252 62 75
1-3 14:36:00 1.30 0.46 995.790 165 78 78 4 248 250 60 74
14:45:00 1000.020
2-1 14:49:00 1.40 0.46 1000.020 167 79 79 4 254 251 60 74
2-2 14:59:30 1.40 0.46 1004.120 167 80 80 4 254 250 60 74
2-3 15:10:30 1.20 0.46 1008.740 168 80 80 4 251 251 59 74
15:21:00 1013.090
3-1 15:24:00 1.50 0.46 1013.090 170 79 79 4 266 251 57 76
3-2 15:34:30 1.30 0.46 1017.590 170 79 79 4 254 250 58 75
3-3 15:44:30 1.20 0.46 1022.030 169 79 79 4 250 249 58 75
15:53:30 1026.060
4-1 15:56:00 1.40 0.46 1026.060 168 78 78 4 250 248 60 74
4-2 16:06:00 1.20 0.46 1029.420 168 78 78 4 257 251 60 74
4-3 16:17:00 1.10 0.46 1032.200 168 77 77 4 251 250 61 73
16:27:00 1035.400
Total 2:00:30 48.264 78.4 78.4
Average 0.46 167.8 78.4 4
Min 0.46 165.0 77.0 4
Max 0.46 170.0 80.0 4
Run 2 - Method 201A/202
Supersaturation Value, Bws:
Carbon Dioxide:
Silica Final Wt.
Meter Temp
Volumetric Flow:
Test Length:
Barometric Pressure:
Volumetric Flow:Nozzle Diameter:
Volumetric Flow:
Silica Initial Wt.
Total Water Gain:Moisture, Bws:
Final Impinger Content:
Silica Difference:
Initial Impinger Content:
MOISTURE DETERMINATION
Impinger Difference:
10/21/24
14:17
Meter Volume, Vmstd:
Static Pressure∆H:
Sqrt ∆P:
Gas Weight dry, Md:
Oxygen:
STACK CONDITIONS
16:27
Gas Velocity, Vs:
Date:
Start Time:
End Time:
Meter Temperature, Tm:Flue Pressure (Ps):
Source Condition:
DRY GAS METER CONDITIONS
Stack Temperature, Ts:
Isokinetic Variance:
Meter Volume, Vwstd:Gas Weight wet, Ms:
Meter Volume, Vm:Nitrogen:
Excess Air:
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 118 of 187 ©Mostardi Platt
Client:PacifiCorp 10/21/2024
Facility:Lake Side Power Plant
Test Location:CT03
Project #:M243903 Certified Weight, grams Result, grams
Date:10/21/2024 250.0
Test Method:201A/202
Weighed/Measured By:CSE 500.0
Balance ID:Den-02
750.0
IMPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRAMS MLS / GRAMS MLS / GRAMS
Empty 470.6 410.4 60.2
Empty 610.0 602.6 7.4
DI Water 640.8 622.3 18.5
Silica Gel 854.0 837.3 16.7
1,721.4 1,635.3 86.1
Liquid Final Liquid Initial Liquid Gain
854.0 837.3 16.7
Silica Final Silica Initial Silica Gain
Impinger Weight Sheet - Run 2
Scale Calibration Check Date:
250
500
750
must be within ± 0.5g of certified mass
Scale Calibration Check (see QS-6.05C for procedure)
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 119 of 187 ©Mostardi Platt
Client:PacifiCorp
Facility:Lake Side Power Plant
Test Location: CT03
Date: 10/21/2024
Test: 2
Test Method:201A (PM2.5/10)
Pbar - Barometric pressure, in. Hg 25.55
Pg - Static pressure, in. H2O -0.5
ts - Stack temperature, oF 167.75
tm - Meter temperature, oF 78.42
Y - Meter calibration constant 0.988
H@ - Orifice constant, in. H2O 1.921
% CO2 9.50
% O2 12.20
% N2 78.30
Bw - Fraction moisture content 0.108
Cp - Pitot coefficient 0.747
Dn - Nozzle diameter, in.0.152
Dn - Calculated Nozzle diameter, in.0.152
Initial total run time, minutes 120.00
Number of points 12
Md -Molecular weight of stack gas, dry basis, lb/lb mole 30.008
Mw - Molecular weight of stack gas, wet basis, lb/lb mole 28.711
Ps - Absolute stack pressure, in. Hg 25.513
us - Viscosity of stack gas, micropoise 193.922
C - Cunningham correction factor 1.090
D50LL 10.062
D50T 10.531
Qs - Cyclone flow rate, cu. ft./min.0.489
Nre - Reynolds Number 2540.762
Vn - Nozzle Velocity, ft./sec.64.638
Rmin - Minimum velocity Ratio, ft./sec.0.735
Rmax - Maximum velocity, Ratio ft./sec.1.244
Vmin - Minimum Gas Velocity Rmin <0.5 32.319
Vmin - Minimum Gas Velocity Rmin >0.5 47.501
Vmax - Maximum Gas Velocity Rmax <1.5 80.394
Vmax - Maximum Gas Velocity Rmax >1.5 96.956
Dpmin - Minimum velocity head, in. H2O 0.646
Dpmax - Maximum velocity head, in. H2O 1.850
DH - Orifice pressure head for cyclone flow rate, in. H20 0.413
t1 - Dwell time at first traverse point, minutes 9.891
tn - Calculation constant 8.076
p'1 - Velocity head at the first traverse point; previously 1.500
p'1 avg - Average Dp - previous run (see line C65)1.533
Calculated dwell time for each point:
Dp Dwell time (min.)SQRT Dp
Point 1: 1.30 9.89 1.140
Point 2: 1.50 9.89 1.225
Point 3: 1.40 9.56 1.183
Point 4: 1.30 9.21 1.140
Point 5: 1.70 10.53 1.304
Point 6: 1.60 10.22 1.265
Point 7: 1.60 10.22 1.265
Point 8: 1.70 10.53 1.304
Point 9: 1.40 9.56 1.183
Point 10: 1.60 10.22 1.265
Point 11: 1.80 10.83 1.342
Point 12: 1.50 9.89 1.225
Average: 1.533 #DIV/0!1.237
Vm - Actual meter gas volume, cu. ft.48.264
Vmstd - Standard gas volume, cu. ft.39.980
q - Actual test time, minutes 120.00
Vs - Average stack gas velocity, ft/sec 73.111
201A Flow Rate, Actual Cyclone Conditions 0.521
Actual D50 for Cyclone I (Cut Point), mm 10.067
(9.0 mm < D50 < 11.0 mm)
Actual D50 for Cyclone IV (Cut Point), mm 2.253
(2.25 mm < D50 < 2.75 mm)
IKV, %94.268
(80 < IKV <120)
PM2.5/PM10 Cut Point Calculation
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 120 of 187 ©Mostardi Platt
Client:PacifiCorp
Facility:Lake Side Power Plant
Test Location:CT03
Normal
0.46 In. H2O -0.50 in. H2O
73.8 °F 25.51 in. Hg. abs.
1.143 In. H2O 9.60 %
167.8 °F 12.20 %
47.818 ft3 78.2 %
39.962 dscf 30.024 lb/lb mole
4.837 wscf 28.726 lb/lb mole
102.0 %I ---%
67.526 fps
120.00 in mins.1,030,993 acfm
0.152 in inches 659,603 dscfm
25.55 in Hg 739,445 scfm
1702.7 ml 856.1 grams
1784.5 ml 877.0 grams
81.8 ml 20.9 grams
102.7 0.108 0.454
Velocity Orifice Actual Stack Pump Probe Filter Impinger CPM Filter
Port-Clock Head ∆p ∆H Meter Vol.Temp Inlet Outlet Vacuum Temp Exit Temp Exit Temp Exit Temp
Point No.Time in. H2O in. H2O ft3 °F °F °F "Hg oF oF oF °F
1-1 16:55:00 1.50 0.46 46.242 169 74 74 4 252 250 59 71
1-2 17:04:30 1.30 0.46 50.790 169 74 74 4 250 251 59 72
1-3 17:14:30 1.30 0.46 54.220 168 74 74 4 250 252 60 72
17:24:00 58.560
2-1 17:27:00 1.40 0.46 58.560 166 74 74 4 255 250 61 74
2-2 17:36:30 1.40 0.46 62.120 167 74 74 4 248 250 61 74
2-3 17:47:00 1.10 0.46 66.880 167 73 73 4 249 250 62 74
17:57:30 70.420
3-1 18:00:00 1.50 0.46 70.420 168 74 74 4 256 250 63 74
3-2 18:10:30 1.20 0.46 74.010 168 74 74 4 252 252 62 75
3-3 18:21:00 1.20 0.46 78.790 169 74 74 4 253 251 62 75
18:30:30 82.513
4-1 18:34:00 1.40 0.46 82.513 167 74 74 4 252 250 63 75
4-2 18:44:30 1.20 0.46 86.690 168 73 73 4 250 250 63 74
4-3 18:55:30 1.20 0.46 90.770 167 73 73 4 248 251 65 74
19:05:30 94.060
Total 2:01:30 47.818 73.8 73.8
Average 0.46 167.8 73.8 4
Min 0.46 166.0 73.0 4
Max 0.46 169.0 74.0 4
Run 3 - Method 201A/202
10/21/24
16:55
19:05
∆H:
Stack Temperature, Ts:
Meter Volume, Vm:
Test Length:
Meter Volume, Vwstd:
Gas Weight dry, Md:
Gas Weight wet, Ms:
Gas Velocity, Vs:
Meter Temperature, Tm:
DRY GAS METER CONDITIONS
Date:
Start Time:
Source Condition:
Meter Volume, Vmstd:
End Time:
Static Pressure
Flue Pressure (Ps):
STACK CONDITIONS
Silica Final Wt.
Silica Difference:
Silica Initial Wt.
Excess Air:
Volumetric Flow:
Nitrogen:
Sqrt ∆P:
Nozzle Diameter:
Isokinetic Variance:
Initial Impinger Content:
Volumetric Flow:
Volumetric Flow:
Oxygen:
Carbon Dioxide:
Meter Temp
Barometric Pressure:
MOISTURE DETERMINATION
Moisture, Bws:Total Water Gain:
Final Impinger Content:
Impinger Difference:
Supersaturation Value, Bws:
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 121 of 187 ©Mostardi Platt
Client:PacifiCorp 10/21/2024
Facility:Lake Side Power Plant
Test Location:CT03
Project #:M243903 Certified Weight, grams Result, grams
Date:10/21/2024 250.0
Test Method:201A/202
Weighed/Measured By:CSE 500.0
Balance ID:Den-02
750.0
IMPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRAMS MLS / GRAMS MLS / GRAMS
Empty 488.8 427.8 61.0
Empty 650.0 639.8 10.2
DI Water 645.7 635.1 10.6
Silica Gel 877.0 856.1 20.9
1,784.5 1,702.7 81.8
Liquid Final Liquid Initial Liquid Gain
877.0 856.1 20.9
Silica Final Silica Initial Silica Gain
Impinger Weight Sheet - Run 3
Scale Calibration Check Date:
must be within ± 0.5g of certified mass
Scale Calibration Check (see QS-6.05C for procedure)
250
500
750
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 122 of 187 ©Mostardi Platt
Client:PacifiCorp
Facility:Lake Side Power Plant
Test Location: CT03
Date: 10/21/2024
Test: 3
Test Method:201A (PM2.5/10)
Pbar - Barometric pressure, in. Hg 25.55
Pg - Static pressure, in. H2O -0.5
ts - Stack temperature, oF 167.75
tm - Meter temperature, oF 73.75
Y - Meter calibration constant 0.988
H@ - Orifice constant, in. H2O 1.921
% CO2 9.60
% O2 12.20
% N2 78.20
Bw - Fraction moisture content 0.108
Cp - Pitot coefficient 0.747
Dn - Nozzle diameter, in.0.152
Dn - Calculated Nozzle diameter, in.0.152
Initial total run time, minutes 120.00
Number of points 12
Md -Molecular weight of stack gas, dry basis, lb/lb mole 30.024
Mw - Molecular weight of stack gas, wet basis, lb/lb mole 28.726
Ps - Absolute stack pressure, in. Hg 25.513
us - Viscosity of stack gas, micropoise 193.926
C - Cunningham correction factor 1.090
D50LL 10.063
D50T 10.532
Qs - Cyclone flow rate, cu. ft./min.0.489
Nre - Reynolds Number 2541.516
Vn - Nozzle Velocity, ft./sec.64.625
Rmin - Minimum velocity Ratio, ft./sec.0.735
Rmax - Maximum velocity, Ratio ft./sec.1.244
Vmin - Minimum Gas Velocity Rmin <0.5 32.312
Vmin - Minimum Gas Velocity Rmin >0.5 47.490
Vmax - Maximum Gas Velocity Rmax <1.5 80.379
Vmax - Maximum Gas Velocity Rmax >1.5 96.937
Dpmin - Minimum velocity head, in. H2O 0.646
Dpmax - Maximum velocity head, in. H2O 1.850
DH - Orifice pressure head for cyclone flow rate, in. H20 0.409
t1 - Dwell time at first traverse point, minutes 9.968
tn - Calculation constant 8.743
p'1 - Velocity head at the first traverse point; previously 1.300
p'1 avg - Average Dp - previous run (see line C65)1.308
Calculated dwell time for each point:
Dp Dwell time (min.)SQRT Dp
Point 1: 1.50 9.97 1.225
Point 2: 1.30 9.97 1.140
Point 3: 1.30 9.97 1.140
Point 4: 1.40 10.34 1.183
Point 5: 1.40 10.34 1.183
Point 6: 1.10 9.17 1.049
Point 7: 1.50 10.71 1.225
Point 8: 1.20 9.58 1.095
Point 9: 1.20 9.58 1.095
Point 10: 1.40 10.34 1.183
Point 11: 1.20 9.58 1.095
Point 12: 1.20 9.58 1.095
Average: 1.308 #DIV/0!1.143
Vm - Actual meter gas volume, cu. ft.47.818
Vmstd - Standard gas volume, cu. ft.39.956
q - Actual test time, minutes 120.00
Vs - Average stack gas velocity, ft/sec 67.526
201A Flow Rate, Actual Cyclone Conditions 0.520
Actual D50 for Cyclone I (Cut Point), mm 10.070
(9.0 mm < D50 < 11.0 mm)
Actual D50 for Cyclone IV (Cut Point), mm 2.254
(2.25 mm < D50 < 2.75 mm)
IKV, %102.001
(80 < IKV <120)
PM2.5/PM10 Cut Point Calculation
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 123 of 187 ©Mostardi Platt
Date:10/21/2024 Date:10/21/2024 Date:10/21/2024
Time O2 % (dry)CO2 % (dry)Time O2 % (dry)CO2 % (dry)Time O2 % (dry)CO2 % (dry)
10:55 11.90 9.50 14:17 11.70 9.50 16:55 11.60 9.60
10:56 11.90 9.50 14:18 11.70 9.50 16:56 11.60 9.60
10:57 12.00 9.50 14:19 11.70 9.50 16:57 11.60 9.60
10:58 12.00 9.50 14:20 11.70 9.50 16:58 11.60 9.60
10:59 12.00 9.50 14:21 11.70 9.60 16:59 11.60 9.60
11:00 12.00 9.50 14:22 11.70 9.50 17:00 11.60 9.60
11:01 12.00 9.50 14:23 11.70 9.50 17:01 11.60 9.60
11:02 12.00 9.50 14:24 11.70 9.60 17:02 11.60 9.60
11:03 12.00 9.50 14:25 11.60 9.50 17:03 11.60 9.60
11:04 12.00 9.50 14:26 11.60 9.60 17:04 11.60 9.60
11:05 12.00 9.50 14:27 11.60 9.50 17:05 11.60 9.60
11:06 12.00 9.50 14:28 11.60 9.50 17:06 11.60 9.60
11:07 12.00 9.50 14:29 11.60 9.50 17:07 11.60 9.60
11:08 12.00 9.50 14:30 11.60 9.60 17:08 11.60 9.60
11:09 12.00 9.50 14:31 11.60 9.60 17:09 11.60 9.60
11:10 12.00 9.50 14:32 11.60 9.50 17:10 11.60 9.60
11:11 12.00 9.50 14:33 11.60 9.50 17:11 11.60 9.60
11:12 12.00 9.50 14:34 11.60 9.50 17:12 11.60 9.60
11:13 12.00 9.50 14:35 11.60 9.50 17:13 11.60 9.60
11:14 12.00 9.50 14:36 11.60 9.60 17:14 11.60 9.60
11:15 12.00 9.50 14:37 11.60 9.60 17:15 11.60 9.60
11:16 12.00 9.50 14:38 11.60 9.50 17:16 11.60 9.60
11:17 12.00 9.50 14:39 11.60 9.50 17:17 11.60 9.60
11:18 12.00 9.50 14:40 11.60 9.50 17:18 11.70 9.60
11:19 12.00 9.50 14:41 11.60 9.50 17:19 11.60 9.60
11:20 12.00 9.50 14:42 11.60 9.60 17:20 11.70 9.60
11:21 12.00 9.50 14:43 11.60 9.60 17:21 11.60 9.60
11:22 12.00 9.50 14:44 11.60 9.50 17:22 11.70 9.60
11:23 12.00 9.50 14:45 11.60 9.40 17:23 11.70 9.60
11:24 12.00 9.50 14:49 12.00 9.50 17:24 12.10 9.60
11:28 12.00 9.50 14:50 12.10 9.60 17:27 12.20 9.60
11:29 12.00 9.50 14:51 12.00 9.50 17:28 12.20 9.60
11:30 12.20 9.50 14:52 12.00 9.50 17:29 12.20 9.60
11:31 12.20 9.50 14:53 12.00 9.60 17:30 12.20 9.60
11:32 12.10 9.50 14:54 12.00 9.60 17:31 12.20 9.60
11:33 12.10 9.50 14:55 12.00 9.60 17:32 12.20 9.60
11:34 12.10 9.50 14:56 12.00 9.60 17:33 12.20 9.60
11:35 12.10 9.50 14:57 12.00 9.60 17:34 12.20 9.60
11:36 12.10 9.50 14:58 12.00 9.50 17:35 12.20 9.60
11:37 12.10 9.50 14:59 12.10 9.50 17:36 12.30 9.60
11:38 12.10 9.50 15:00 12.10 9.50 17:37 12.30 9.60
11:39 12.10 9.50 15:01 12.10 9.50 17:38 12.30 9.60
11:40 12.10 9.50 15:02 12.20 9.60 17:39 12.30 9.60
11:41 12.10 9.50 15:03 12.20 9.50 17:40 12.20 9.60
11:42 12.10 9.50 15:04 12.20 9.60 17:41 12.30 9.60
11:43 12.10 9.50 15:05 12.10 9.50 17:42 12.30 9.60
11:44 12.10 9.50 15:06 12.20 9.50 17:43 12.30 9.60
11:45 12.10 9.50 15:07 12.20 9.60 17:44 12.30 9.60
11:46 12.10 9.50 15:08 12.20 9.50 17:45 12.20 9.60
11:47 12.10 9.50 15:09 12.20 9.60 17:46 12.20 9.60
11:48 12.10 9.50 15:10 12.20 9.50 17:47 12.20 9.60
11:49 12.10 9.50 15:11 12.10 9.60 17:48 12.20 9.60
11:50 12.10 9.50 15:12 12.10 9.60 17:49 12.20 9.60
11:51 12.10 9.50 15:13 12.10 9.60 17:50 12.20 9.60
11:52 12.10 9.50 15:14 12.10 9.50 17:51 12.20 9.60
11:53 12.10 9.50 15:15 12.10 9.60 17:52 12.20 9.60
11:54 12.10 9.50 15:16 12.10 9.50 17:53 12.20 9.60
11:55 12.10 9.50 15:17 12.10 9.50 17:54 12.20 9.60
11:56 12.10 9.50 15:18 12.10 9.50 17:55 12.20 9.60
11:57 12.10 9.50 15:19 12.10 9.50 17:56 12.20 9.60
11:58 12.10 9.50 15:20 12.10 9.50 17:57 12.20 9.60
12:04 12.00 9.50 15:21 12.10 9.50 18:00 12.20 9.60
12:05 12.00 9.50 15:24 12.10 9.50 18:01 12.40 9.60
12:06 12.00 9.50 15:25 12.10 9.50 18:02 12.40 9.60
12:07 12.00 9.50 15:26 12.20 9.60 18:03 12.40 9.60
12:08 11.80 9.50 15:27 12.30 9.60 18:04 12.30 9.60
12:09 11.80 9.50 15:28 12.30 9.60 18:05 12.30 9.60
12:10 11.80 9.50 15:29 12.30 9.60 18:06 12.30 9.60
12:11 11.80 9.50 15:30 12.30 9.60 18:07 12.30 9.60
12:12 11.80 9.50 15:31 12.30 9.60 18:08 12.30 9.60
12:13 11.80 9.50 15:32 12.30 9.50 18:09 12.30 9.60
12:14 11.80 9.50 15:33 12.30 9.50 18:10 12.30 9.60
12:15 11.80 9.50 15:34 12.30 9.60 18:11 12.40 9.60
12:16 11.80 9.50 15:35 12.30 9.50 18:12 12.40 9.60
12:17 11.80 9.50 15:36 12.30 9.50 18:13 12.40 9.60
Client:PacifiCorp
Facility:Lake Side Power Plant
CT03Test Location:
M243903Project #:
Run 1 Run 2 Run 3
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 124 of 187 ©Mostardi Platt
Date:10/21/2024 Date:10/21/2024 Date:10/21/2024
Time O2 % (dry)CO2 % (dry)Time O2 % (dry)CO2 % (dry)Time O2 % (dry)CO2 % (dry)
Client:PacifiCorp
Facility:Lake Side Power Plant
CT03Test Location:
M243903Project #:
Run 1 Run 2 Run 3
12:18 11.80 9.50 15:37 12.30 9.50 18:14 12.40 9.60
12:19 11.80 9.50 15:38 12.30 9.60 18:15 12.40 9.60
12:20 11.70 9.50 15:39 12.30 9.50 18:16 12.40 9.60
12:21 11.80 9.50 15:40 12.30 9.50 18:17 12.40 9.60
12:22 11.80 9.50 15:41 12.30 9.50 18:18 12.40 9.60
12:23 11.70 9.50 15:42 12.30 9.60 18:19 12.40 9.60
12:24 11.70 9.60 15:43 12.40 9.50 18:20 12.40 9.60
12:25 11.70 9.50 15:44 12.40 9.60 18:21 12.40 9.60
12:26 11.70 9.50 15:45 12.40 9.60 18:22 12.40 9.60
12:27 11.70 9.50 15:46 12.40 9.50 18:23 12.30 9.60
12:28 11.70 9.50 15:47 12.30 9.60 18:24 12.30 9.60
12:29 11.70 9.50 15:48 12.30 9.50 18:25 12.30 9.60
12:30 11.70 9.50 15:49 12.30 9.50 18:26 12.30 9.60
12:31 11.70 9.50 15:50 12.30 9.50 18:27 12.30 9.50
12:32 11.70 9.50 15:51 12.30 9.50 18:28 12.30 9.60
12:33 11.70 9.50 15:52 12.30 9.50 18:29 12.30 9.60
12:34 11.70 9.50 15:53 12.30 9.50 18:30 12.30 9.60
12:38 11.80 9.50 15:56 12.30 9.50 18:34 12.30 9.50
12:39 11.80 9.50 15:57 12.30 9.50 18:35 12.30 9.60
12:40 11.80 9.50 15:58 12.30 9.50 18:36 12.30 9.60
12:41 11.80 9.50 15:59 12.30 9.50 18:37 12.00 9.50
12:42 11.80 9.50 16:00 12.20 9.50 18:38 12.00 9.60
12:43 11.80 9.50 16:01 12.00 9.60 18:39 12.00 9.60
12:44 11.80 9.50 16:02 11.90 9.60 18:40 12.00 9.60
12:45 11.80 9.50 16:03 11.90 9.50 18:41 12.00 9.60
12:46 11.80 9.50 16:04 11.90 9.50 18:42 12.00 9.60
12:47 11.80 9.50 16:05 11.90 9.50 18:43 11.90 9.60
12:48 11.80 9.50 16:06 11.90 9.50 18:44 11.90 9.60
12:49 11.80 9.50 16:07 11.90 9.60 18:45 11.90 9.60
12:50 11.80 9.50 16:08 11.90 9.50 18:46 11.90 9.60
12:51 11.80 9.50 16:09 11.90 9.60 18:47 11.90 9.60
12:52 11.80 9.50 16:10 11.90 9.50 18:48 12.00 9.60
12:53 11.80 9.50 16:11 11.80 9.60 18:49 11.90 9.60
12:54 11.80 9.50 16:12 11.80 9.50 18:50 11.90 9.60
12:55 11.80 9.50 16:13 11.80 9.50 18:51 11.90 9.60
12:56 11.80 9.50 16:14 11.80 9.50 18:52 11.90 9.60
12:57 11.80 9.50 16:15 11.80 9.50 18:53 11.90 9.60
12:58 11.80 9.50 16:16 11.80 9.50 18:54 11.90 9.60
12:59 11.80 9.50 16:17 11.80 9.50 18:55 11.90 9.60
13:00 11.80 9.50 16:18 11.90 9.50 18:56 11.90 9.60
13:01 11.80 9.50 16:19 11.80 9.50 18:57 11.90 9.60
13:02 11.80 9.50 16:20 11.80 9.50 18:58 11.90 9.60
13:03 11.80 9.50 16:21 11.80 9.50 18:59 11.90 9.60
13:04 11.80 9.50 16:22 11.80 9.50 19:00 11.90 9.60
13:05 11.80 9.50 16:23 11.80 9.50 19:01 11.80 9.60
13:06 11.80 9.50 16:24 11.80 9.50 19:02 11.80 9.60
13:07 11.80 9.50 16:25 11.80 9.50 19:03 11.80 9.60
13:08 11.80 9.50 16:26 11.80 9.50 19:04 11.80 9.60
13:09 11.80 9.50 16:27 11.80 9.60 19:05 11.80 9.60
Average 11.92 9.50 Average 11.99 9.53 Average 12.04 9.60
Min 11.70 9.50 Min 11.60 9.40 Min 11.60 9.50
Max 12.20 9.60 Max 12.40 9.60 Max 12.40 9.60
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 125 of 187 ©Mostardi Platt
Client:
Facility:
Test Location:
Project #:
Test Method:
Test Engineer:
Test Technician:
lb/mmBtu Emissions by:
Type of Fuel Firing:
Standard Fuel Factor Fc, scf/mmBtu:
Meter ID:
Pitot ID:
Filter ID:
Filter Pre-Weight (grams):
Nozzle Diameter (Inches):
Meter Calibration Date:
Meter Calibration Factor (Y):
Meter Orifice Setting (Delta H):
Nozzle Kit ID Number and Material:
Pre Pitot Leak Check 0.0 @ 3.6 "H2O 0.0 @ 4.0 "H2O 0.0 @ 4.1 "H2O
Post Pitot Leak Check 0.0 @ 4.0 "H2O 0.0 @ 3.7 "H2O 0.0 @ 3.9 "H2O
Pre Nozzle Leak Check 0.0000 @ 14 "Hg 0.0030 @ 14 "Hg 0.0000 @ 10 "Hg
Post Nozzle Leak Check 0.0000 @ 16 "Hg 0.0020 @ 12 "Hg 0.0000 @ 13 "Hg
Pitot Tube Coefficient:
Probe Length (Feet):
Probe Liner Material:
Sample Plane:
Port Length (Inches):
Port Size (Diameter, Inches):
Port Type:
Duct Shape:
Diameter (Feet):
Duct Area (Square Feet):
Upstream Diameters:
Downstream Diameters:
Number of Ports Sampled:
Number of Points per Port:
Minutes per Point:
Minutes per Reading:
Total Number of Traverse Points:
Test Length (Minutes):
Train Type:
Source Condition:
Diluent Model/Serial Number:
Moisture Balance ID:
# of Runs
Anderson Box
Normal
Ecom
Den-02
3
Leak Checks
0.747
4
3
10.0
12
120
Flange
Circular
18
0.6
2.7
254.469
4.00
Pm10 #2 (102-3)
Run 2
10.0
1.9211.921
0.152
Horizontal
7.00
10/11/2024
Pm10 #2 (102-3)
0.988
3.051093.06779
PacifiCorp
Lake Side Power Plant
CT04
M243903
201A/202
RMF
HCL1/ANP1
Standard, CO2 Based
Run 3
Natural Gas
1,040.0
2.93427
PM10251A
18514
CM51
Pm10 #2 (102-3)
0.152
10/11/2024
Run 1
1,040.0
PM10251A
10/11/2024
1852618537
1.921
0.152
6.0
Quartz
0.988 0.988
1,040.0
CM51
PM10251A
CM51
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 126 of 187 ©Mostardi Platt
Client: PacifiCorp
Facility: Lake Side Power Plant
Test Location: CT04
Date: 10/22/2024
Test: Pre 1
Test Method: 201A (PM2.5/10)
Pbar - Barometric pressure, in. Hg 25.55
Pg - Static pressure, in. H2O -0.5
ts - Stack temperature, oF 165.00
tm - Meter temperature, oF 52.00
Y - Meter calibration constant 0.988
H@ - Orifice constant, in. H2O 1.921
% CO2 4.50
% O2 12.00
% N2 83.50
Bw - Fraction moisture content 0.090
Cp - Pitot coefficient 0.747
Dn - Nozzle diameter, in.0.152
Dn - Calculated Nozzle diameter, in.0.152
Initial total run time, minutes 120.00
Number of points 12
Md -Molecular weight of stack gas, dry basis, lb/lb mole 29.200
Mw - Molecular weight of stack gas, wet basis, lb/lb mole 28.192
Ps - Absolute stack pressure, in. Hg 25.513
us - Viscosity of stack gas, micropoise 194.835
C - Cunningham correction factor 1.091
D50LL 10.037
D50T 10.519
Qs - Cyclone flow rate, cu. ft./min.0.494
Nre - Reynolds Number 2520.255
Vn - Nozzle Velocity, ft./sec.65.316
Rmin - Minimum velocity Ratio, ft./sec.0.735
Rmax - Maximum velocity, Ratio ft./sec.1.244
Vmin - Minimum Gas Velocity Rmin <0.5 32.658
Vmin - Minimum Gas Velocity Rmin >0.5 48.026
Vmax - Maximum Gas Velocity Rmax <1.5 81.222
Vmax - Maximum Gas Velocity Rmax >1.5 97.974
Dpmin - Minimum velocity head, in. H2O 0.651
Dpmax - Maximum velocity head, in. H2O 1.862
DH - Orifice pressure head for cyclone flow rate, in. H20 0.410
t1 - Dwell time at first traverse point, minutes 9.843
tn - Calculation constant 8.633
p'1 - Velocity head at the first traverse point; previously 1.300
p'1 avg - Average Dp - previous run (see line C65) 1.342
Calculated dwell time for each point:
Dp Dwell time (min.) SQRT Dp
Point 1: 1.30 9.84 1.140
Point 2: 1.30 9.84 1.140
Point 3: 1.30 9.84 1.140
Point 4: 1.50 10.57 1.225
Point 5: 1.30 9.84 1.140
Point 6: 1.50 10.57 1.225
Point 7: 1.40 10.22 1.183
Point 8: 1.20 9.46 1.095
Point 9: 1.30 9.84 1.140
Point 10: 1.30 9.84 1.140
Point 11: 1.40 10.22 1.183
Point 12: 1.30 9.84 1.140
Average: 1.342 1.158
Vm - Actual meter gas volume, cu. ft.47.000
Vmstd - Standard gas volume, cu. ft.40.941
q - Actual test time, minutes 120.00
Vs - Average stack gas velocity, ft/sec 68.918
201A Flow Rate, Actual Cyclone Conditions 0.520
Actual D50 for Cyclone I (Cut Point), mm 10.134
(9.0 mm < D50 < 11.0 mm)
Actual D50 for Cyclone IV (Cut Point), mm 2.288
(2.25 mm < D50 < 2.75 mm)
IKV, % 99.942
(80 < IKV <120)
PM2.5/PM10 Cut Point Calculation
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 127 of 187 ©Mostardi Platt
Client: PacifiCorp
Facility: Lake Side Power Plant
Test Location: CT04
Normal
0.46 in. H2O -0.50 in. H2O
62.9 °F 25.53 in. Hg. abs.
1.169 in. H2O 9.40 %
170.0 °F 12.30 %
47.494 ft3 78.30 %
40.545 dscf 29.996 lb/lb mole
4.154 wscf 28.881 lb/lb mole
99.9 %I --- %
69.006 fps
120.00 in mins.1,053,589 acfm
0.152 in inches 683,510 dscfm
25.57 in Hg 753,542 scfm
1845.2 ml 857.4 grams
1916.2 ml 874.6 grams
71.0 ml 17.2 grams
88.2 0.093 0.478
Velocity Orifice Actual Stack Pump Probe Filter Impinger CPM Filter
Port- Clock Head ∆p ∆H Meter Vol. Temp Inlet Outlet Vacuum Temp Exit Temp Exit Temp Exit Temp
Point No. Time in. H2O in. H2O ft3 °F °F °F "Hg oF oF oF °F
1-1 9:10:00 1.10 0.46 116.206 171 57 57 4 250 253 64 82
1.2 9:19:00 1.00 0.46 120.550 171 58 58 4 252 251 63 83
1-3 9:27:30 1.10 0.46 124.320 170 59 59 4 254 250 62 81
9:36:30 128.770
2-1 9:41:00 1.60 0.46 128.770 170 60 60 4 253 250 61 82
2-2 9:52:00 1.30 0.46 132.080 170 61 61 4 248 251 61 82
2-3 10:02:00 1.60 0.46 136.760 170 62 62 4 247 250 60 84
10:13:00 140.660
3-1 10:15:00 1.40 0.46 140.660 170 64 64 4 254 250 60 83
3-2 10:25:00 1.40 0.46 144.310 170 64 64 4 255 250 59 81
3-3 10:35:00 1.50 0.46 148.650 170 65 65 4 253 251 59 80
10:45:30 152.420
4-1 10:48:00 1.30 0.46 152.420 169 67 67 4 252 250 58 80
4-2 10:58:00 1.60 0.46 156.110 169 69 69 4 255 250 56 79
4-3 11:09:00 1.60 0.46 160.870 170 69 69 4 249 249 55 78
11:20:00 163.700
Total 2:01:00 47.494 62.9 62.9
Average 0.46 170.0 62.9 4
Min 0.46 169.0 57.0 4
Max 0.46 171.0 69.0 4
MOISTURE DETERMINATION
Isokinetic Variance:
Gas Velocity, Vs:
Initial Impinger Content:
Excess Air:
Volumetric Flow:
Volumetric Flow:
Meter Temp
Impinger Difference:
Static Pressure
DRY GAS METER CONDITIONS
Stack Temperature, Ts:
Meter Temperature, Tm:
Oxygen:
Flue Pressure (Ps):
Test Length:
Nozzle Diameter:
Carbon Dioxide:
Silica Difference:
Total Water Gain:
Final Impinger Content:
Supersaturation Value, Bws:
Silica Final Wt.
Barometric Pressure:
Silica Initial Wt.
Volumetric Flow:
Moisture, Bws:
10/22/24
Sqrt ∆P:
End Time:
Date:
Meter Volume, Vm:
Meter Volume, Vmstd:
Gas Weight wet, Ms:
Gas Weight dry, Md:
∆H:
Run 1 - Method 201A/202
Source Condition:
Nitrogen:
STACK CONDITIONS
11:20
Start Time:
Meter Volume, Vwstd:
9:10
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 128 of 187 ©Mostardi Platt
Client: PacifiCorp 10/22/2024
Facility: Lake Side Power Plant
Test Location: CT04
Project #: M243903 Certified Weight, grams Result, grams
Date: 10/22/2024 250.0
Test Method: 201A/202
Weighed/Measured By: CSE 500.0
Balance ID: Den-02
750.0
IMPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRAMS MLS / GRAMS MLS / GRAMS
Empty 531.9 480.3 51.6
Empty 623.8 619.6 4.2
DI Water 760.5 745.3 15.2
Silica Gel 874.6 857.4 17.2
1,916.2 1,845.2 71.0
Liquid Final Liquid Initial Liquid Gain
874.6 857.4 17.2
Silica Final Silica Initial Silica Gain
Scale Calibration Check (see QS-6.05C for procedure)
must be within ± 0.5g of certified mass
250
500
750
Impinger Weight Sheet - Run 1
Scale Calibration Check Date:
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 129 of 187 ©Mostardi Platt
Client: PacifiCorp
Facility: Lake Side Power Plant
Test Location: CT04
Date: 10/22/2024
Test: 1
Test Method: 201A (PM2.5/10)
Pbar - Barometric pressure, in. Hg 25.57
Pg - Static pressure, in. H2O -0.5
ts - Stack temperature, oF 170.00
tm - Meter temperature, oF 62.92
Y - Meter calibration constant 0.988
H@ - Orifice constant, in. H2O 1.921
% CO2 9.40
% O2 12.30
% N2 78.30
Bw - Fraction moisture content 0.093
Cp - Pitot coefficient 0.747
Dn - Nozzle diameter, in.0.152
Dn - Calculated Nozzle diameter, in.0.152
Initial total run time, minutes 120.00
Number of points 12
Md -Molecular weight of stack gas, dry basis, lb/lb mole 29.996
Mw - Molecular weight of stack gas, wet basis, lb/lb mole 28.881
Ps - Absolute stack pressure, in. Hg 25.533
us - Viscosity of stack gas, micropoise 195.919
C - Cunningham correction factor 1.091
D50LL 10.071
D50T 10.535
Qs - Cyclone flow rate, cu. ft./min.0.493
Nre - Reynolds Number 2544.927
Vn - Nozzle Velocity, ft./sec.65.207
Rmin - Minimum velocity Ratio, ft./sec.0.735
Rmax - Maximum velocity, Ratio ft./sec.1.244
Vmin - Minimum Gas Velocity Rmin <0.5 32.603
Vmin - Minimum Gas Velocity Rmin >0.5 47.912
Vmax - Maximum Gas Velocity Rmax <1.5 81.106
Vmax - Maximum Gas Velocity Rmax >1.5 97.810
Dpmin - Minimum velocity head, in. H2O 0.659
Dpmax - Maximum velocity head, in. H2O 1.889
DH - Orifice pressure head for cyclone flow rate, in. H20 0.419
t1 - Dwell time at first traverse point, minutes 9.723
tn - Calculation constant 8.528
p'1 - Velocity head at the first traverse point; previously 1.300
p'1 avg - Average Dp - previous run (see line C65) 1.375
Calculated dwell time for each point:
Dp Dwell time (min.) SQRT Dp
Point 1: 1.10 9.72 1.049
Point 2: 1.00 8.53 1.000
Point 3: 1.10 8.94 1.049
Point 4: 1.60 10.79 1.265
Point 5: 1.30 9.72 1.140
Point 6: 1.60 10.79 1.265
Point 7: 1.40 10.09 1.183
Point 8: 1.40 10.09 1.183
Point 9: 1.50 10.44 1.225
Point 10: 1.30 9.72 1.140
Point 11: 1.60 10.79 1.265
Point 12: 1.60 10.79 1.265
Average: 1.375 #DIV/0! 1.169
Vm - Actual meter gas volume, cu. ft.47.494
Vmstd - Standard gas volume, cu. ft.40.540
q - Actual test time, minutes 120.00
Vs - Average stack gas velocity, ft/sec 69.006
201A Flow Rate, Actual Cyclone Conditions 0.521
Actual D50 for Cyclone I (Cut Point), mm 10.134
(9.0 mm < D50 < 11.0 mm)
Actual D50 for Cyclone IV (Cut Point), mm 2.275
(2.25 mm < D50 < 2.75 mm)
IKV, % 99.873
(80 < IKV <120)
PM2.5/PM10 Cut Point Calculation
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 130 of 187 ©Mostardi Platt
Client: PacifiCorp
Facility: Lake Side Power Plant
Test Location: CT04
Normal
0.45 In. H2O -0.50 in. H2O
79.8 °F 25.53 in. Hg. abs.
1.135 In. H2O 9.40 %
166.7 °F 12.50 %
48.282 ft3 78.1 %
39.931 dscf 30.004 lb/lb mole
3.726 wscf 28.980 lb/lb mole
100.4 %I --- %
66.697 fps
120.00 in mins.1,018,332 acfm
0.152 in inches 669,714 dscfm
25.57 in Hg 732,199 scfm
1667.1 ml 820.8 grams
1733.7 ml 833.3 grams
66.6 ml 12.5 grams
79.1 0.085 0.442
Velocity Orifice Actual Stack Pump Probe Filter Impinger CPM Filter
Port- Clock Head ∆p ∆H Meter Vol. Temp Inlet Outlet Vacuum Temp Exit Temp Exit Temp Exit Temp
Point No. Time in. H2O in. H2O ft3 °F °F °F "Hg oF oF oF °F
1-1 12:15:00 1.10 0.44 174.735 168 71 71 4 248 252 67 82
1.2 12:25:00 1.10 0.44 178.620 168 72 72 4 251 250 68 81
1-3 12:35:00 1.10 0.44 182.510 166 74 74 4 250 250 67 79
12:45:00 186.441
2-1 12:48:00 1.50 0.45 186.441 166 76 76 4 251 248 65 74
2-2 12:58:30 1.30 0.45 190.750 168 77 77 4 250 251 59 77
2-3 13:08:30 1.50 0.45 194.770 162 80 80 4 254 250 62 85
13:19:00 199.100
3-1 13:26:00 1.40 0.45 199.100 167 82 82 4 251 250 63 82
3-2 13:36:30 1.20 0.45 203.320 167 83 83 4 249 250 63 83
3-3 13:46:00 1.30 0.45 207.540 166 84 84 4 252 252 63 80
13:56:00 211.565
4-1 13:59:00 1.30 0.45 211.565 168 85 85 4 247 250 63 79
4-2 14:09:00 1.40 0.45 215.610 168 86 86 4 250 251 59 75
4-3 14:19:30 1.30 0.45 219.330 166 87 87 4 253 250 53 75
14:29:30 223.017
Total 2:01:30 48.282 79.8 79.8
Average 0.45 166.7 79.8 4
Min 0.44 162.0 71.0 4
Max 0.45 168.0 87.0 4
Stack Temperature, Ts:
Isokinetic Variance:
Meter Volume, Vwstd:Gas Weight wet, Ms:
Meter Volume, Vm:Nitrogen:
Excess Air:
Gas Velocity, Vs:
Date:
Start Time:
End Time:
Meter Temperature, Tm:Flue Pressure (Ps):
Source Condition:
DRY GAS METER CONDITIONS
10/22/24
12:15
Meter Volume, Vmstd:
Static Pressure∆H:
Sqrt ∆P:
Gas Weight dry, Md:
Oxygen:
STACK CONDITIONS
14:29
Silica Initial Wt.
Total Water Gain: Moisture, Bws:
Final Impinger Content:
Silica Difference:
Initial Impinger Content:
MOISTURE DETERMINATION
Impinger Difference:
Carbon Dioxide:
Silica Final Wt.
Meter Temp
Volumetric Flow:
Test Length:
Barometric Pressure:
Volumetric Flow:Nozzle Diameter:
Volumetric Flow:
Run 2 - Method 201A/202
Supersaturation Value, Bws:
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 131 of 187 ©Mostardi Platt
Client: PacifiCorp 10/22/2024
Facility: Lake Side Power Plant
Test Location: CT04
Project #: M243903 Certified Weight, grams Result, grams
Date: 10/22/2024 250.0
Test Method: 201A/202
Weighed/Measured By: CSE 500.0
Balance ID: Den-02
750.0
IMPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRAMS MLS / GRAMS MLS / GRAMS
Empty 458.8 421.1 37.7
Empty 613.0 605.1 7.9
DI Water 661.9 640.9 21.0
Silica Gel 833.3 820.8 12.5
1,733.7 1,667.1 66.6
Liquid Final Liquid Initial Liquid Gain
833.3 820.8 12.5
Silica Final Silica Initial Silica Gain
must be within ± 0.5g of certified mass
Scale Calibration Check (see QS-6.05C for procedure)
Impinger Weight Sheet - Run 2
Scale Calibration Check Date:
250
500
750
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 132 of 187 ©Mostardi Platt
Client: PacifiCorp
Facility: Lake Side Power Plant
Test Location: CT04
Date: 10/22/2024
Test: 2
Test Method: 201A (PM2.5/10)
Pbar - Barometric pressure, in. Hg 25.57
Pg - Static pressure, in. H2O -0.5
ts - Stack temperature, oF 166.67
tm - Meter temperature, oF 79.75
Y - Meter calibration constant 0.988
H@ - Orifice constant, in. H2O 1.921
% CO2 9.40
% O2 12.50
% N2 78.10
Bw - Fraction moisture content 0.085
Cp - Pitot coefficient 0.747
Dn - Nozzle diameter, in.0.152
Dn - Calculated Nozzle diameter, in.0.152
Initial total run time, minutes 120.00
Number of points 12
Md -Molecular weight of stack gas, dry basis, lb/lb mole 30.004
Mw - Molecular weight of stack gas, wet basis, lb/lb mole 28.980
Ps - Absolute stack pressure, in. Hg 25.533
us - Viscosity of stack gas, micropoise 195.938
C - Cunningham correction factor 1.091
D50LL 10.087
D50T 10.544
Qs - Cyclone flow rate, cu. ft./min.0.491
Nre - Reynolds Number 2557.790
Vn - Nozzle Velocity, ft./sec.64.975
Rmin - Minimum velocity Ratio, ft./sec.0.735
Rmax - Maximum velocity, Ratio ft./sec.1.244
Vmin - Minimum Gas Velocity Rmin <0.5 32.487
Vmin - Minimum Gas Velocity Rmin >0.5 47.725
Vmax - Maximum Gas Velocity Rmax <1.5 80.827
Vmax - Maximum Gas Velocity Rmax >1.5 97.462
Dpmin - Minimum velocity head, in. H2O 0.660
Dpmax - Maximum velocity head, in. H2O 1.892
DH - Orifice pressure head for cyclone flow rate, in. H20 0.442
t1 - Dwell time at first traverse point, minutes 9.228
tn - Calculation constant 8.799
p'1 - Velocity head at the first traverse point; previously 1.100
p'1 avg - Average Dp - previous run (see line C65) 1.292
Calculated dwell time for each point:
Dp Dwell time (min.) SQRT Dp
Point 1: 1.10 9.23 1.049
Point 2: 1.10 9.23 1.049
Point 3: 1.10 9.23 1.049
Point 4: 1.50 10.78 1.225
Point 5: 1.30 10.03 1.140
Point 6: 1.50 10.78 1.225
Point 7: 1.40 10.41 1.183
Point 8: 1.20 9.64 1.095
Point 9: 1.30 10.03 1.140
Point 10: 1.30 10.03 1.140
Point 11: 1.40 10.41 1.183
Point 12: 1.30 10.03 1.140
Average: 1.292 #DIV/0! 1.135
Vm - Actual meter gas volume, cu. ft.48.282
Vmstd - Standard gas volume, cu. ft.39.930
q - Actual test time, minutes 120.00
Vs - Average stack gas velocity, ft/sec 66.697
201A Flow Rate, Actual Cyclone Conditions 0.506
Actual D50 for Cyclone I (Cut Point), mm 10.325
(9.0 mm < D50 < 11.0 mm)
Actual D50 for Cyclone IV (Cut Point), mm 2.340
(2.25 mm < D50 < 2.75 mm)
IKV, % 100.396
(80 < IKV <120)
PM2.5/PM10 Cut Point Calculation
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 133 of 187 ©Mostardi Platt
Client: PacifiCorp
Facility: Lake Side Power Plant
Test Location: CT04
Normal
0.44 In. H2O -0.50 in. H2O
83.9 °F 25.53 in. Hg. abs.
1.135 In. H2O 9.50 %
165.4 °F 12.30 %
47.973 ft3 78.2 %
39.371 dscf 30.012 lb/lb mole
4.385 wscf 28.808 lb/lb mole
100.2 %I --- %
66.853 fps
120.00 in mins.1,020,720 acfm
0.152 in inches 661,686 dscfm
25.57 in Hg 735,383 scfm
1713.5 ml 807.4 grams
1791.0 ml 823.0 grams
77.5 ml 15.6 grams
93.1 0.100 0.430
Velocity Orifice Actual Stack Pump Probe Filter Impinger CPM Filter
Port- Clock Head ∆p ∆H Meter Vol. Temp Inlet Outlet Vacuum Temp Exit Temp Exit Temp Exit Temp
Point No. Time in. H2O in. H2O ft3 °F °F °F "Hg oF oF oF °F
1-1 14:55:00 1.20 0.44 224.475 167 87 87 3 254 255 66 78
1.2 15:04:30 1.10 0.44 228.275 167 86 86 3 250 250 63 76
1-3 15:14:00 1.10 0.44 232.080 166 85 85 3 251 249 63 76
15:23:30 235.781
2-1 15:26:00 1.40 0.44 235.781 167 85 85 3 250 250 62 80
2-2 15:37:00 1.30 0.44 240.300 167 83 83 3 254 250 61 83
2-3 15:47:00 1.50 0.44 244.350 166 84 84 3 249 251 57 81
15:58:00 248.791
3-1 16:01:00 1.30 0.44 248.791 167 83 83 3 257 251 59 80
3-2 16:11:30 1.20 0.44 253.090 165 84 84 3 251 250 60 81
3-3 16:21:00 1.40 0.44 256.550 165 83 83 3 254 250 59 82
16:31:00 260.603
4-1 16:34:00 1.40 0.44 260.603 167 83 83 3 251 251 62 81
4-2 16:44:00 1.30 0.44 264.490 162 82 82 3 248 250 57 79
4-3 16:54:30 1.30 0.44 268.430 159 82 82 3 252 249 58 78
17:04:30 272.448
Total 2:01:00 47.973 83.9 83.9
Average 0.44 165.4 83.9 3
Min 0.44 159.0 82.0 3
Max 0.44 167.0 87.0 3
Meter Temp
Barometric Pressure:
MOISTURE DETERMINATION
Moisture, Bws:Total Water Gain:
Final Impinger Content:
Impinger Difference:
Supersaturation Value, Bws:
Sqrt ∆P:
Nozzle Diameter:
Isokinetic Variance:
Initial Impinger Content:
Volumetric Flow:
Volumetric Flow:
Oxygen:
Carbon Dioxide:
STACK CONDITIONS
Silica Final Wt.
Silica Difference:
Silica Initial Wt.
Excess Air:
Volumetric Flow:
Nitrogen:
Meter Temperature, Tm:
DRY GAS METER CONDITIONS
Date:
Start Time:
Source Condition:
Meter Volume, Vmstd:
End Time:
Static Pressure
Flue Pressure (Ps):
Stack Temperature, Ts:
Meter Volume, Vm:
Test Length:
Meter Volume, Vwstd:
Gas Weight dry, Md:
Gas Weight wet, Ms:
Gas Velocity, Vs:
Run 3 - Method 201A/202
10/22/24
14:55
17:04
∆H:
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 134 of 187 ©Mostardi Platt
Client: PacifiCorp 10/22/2024
Facility: Lake Side Power Plant
Test Location: CT04
Project #: M243903 Certified Weight, grams Result, grams
Date: 10/22/2024 250.0
Test Method: 201A/202
Weighed/Measured By: CSE 500.0
Balance ID: Den-02
750.0
IMPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRAMS MLS / GRAMS MLS / GRAMS
Empty 486.3 427.3 59.0
Empty 647.9 640.0 7.9
DI Water 656.8 646.2 10.6
Silica Gel 823.0 807.4 15.6
1,791.0 1,713.5 77.5
Liquid Final Liquid Initial Liquid Gain
823.0 807.4 15.6
Silica Final Silica Initial Silica Gain
Scale Calibration Check Date:
must be within ± 0.5g of certified mass
Scale Calibration Check (see QS-6.05C for procedure)
250
500
750
Impinger Weight Sheet - Run 3
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 135 of 187 ©Mostardi Platt
Client: PacifiCorp
Facility: Lake Side Power Plant
Test Location: CT04
Date: 10/22/2024
Test: 3
Test Method: 201A (PM2.5/10)
Pbar - Barometric pressure, in. Hg 25.57
Pg - Static pressure, in. H2O -0.5
ts - Stack temperature, oF 165.42
tm - Meter temperature, oF 83.92
Y - Meter calibration constant 0.988
H@ - Orifice constant, in. H2O 1.921
% CO2 9.50
% O2 12.30
% N2 78.20
Bw - Fraction moisture content 0.100
Cp - Pitot coefficient 0.747
Dn - Nozzle diameter, in.0.152
Dn - Calculated Nozzle diameter, in.0.152
Initial total run time, minutes 120.00
Number of points 12
Md -Molecular weight of stack gas, dry basis, lb/lb mole 30.012
Mw - Molecular weight of stack gas, wet basis, lb/lb mole 28.808
Ps - Absolute stack pressure, in. Hg 25.533
us - Viscosity of stack gas, micropoise 194.143
C - Cunningham correction factor 1.090
D50LL 10.077
D50T 10.539
Qs - Cyclone flow rate, cu. ft./min.0.488
Nre - Reynolds Number 2552.364
Vn - Nozzle Velocity, ft./sec.64.496
Rmin - Minimum velocity Ratio, ft./sec.0.735
Rmax - Maximum velocity, Ratio ft./sec.1.244
Vmin - Minimum Gas Velocity Rmin <0.5 32.248
Vmin - Minimum Gas Velocity Rmin >0.5 47.382
Vmax - Maximum Gas Velocity Rmax <1.5 80.227
Vmax - Maximum Gas Velocity Rmax >1.5 96.744
Dpmin - Minimum velocity head, in. H2O 0.648
Dpmax - Maximum velocity head, in. H2O 1.857
DH - Orifice pressure head for cyclone flow rate, in. H20 0.426
t1 - Dwell time at first traverse point, minutes 9.228
tn - Calculation constant 8.799
p'1 - Velocity head at the first traverse point; previously 1.100
p'1 avg - Average Dp - previous run (see line C65) 1.292
Calculated dwell time for each point:
Dp Dwell time (min.) SQRT Dp
Point 1: 1.20 9.23 1.095
Point 2: 1.10 9.23 1.049
Point 3: 1.10 9.23 1.049
Point 4: 1.40 10.41 1.183
Point 5: 1.30 10.03 1.140
Point 6: 1.50 10.78 1.225
Point 7: 1.30 10.03 1.140
Point 8: 1.20 9.64 1.095
Point 9: 1.40 10.41 1.183
Point 10: 1.40 10.41 1.183
Point 11: 1.30 10.03 1.140
Point 12: 1.30 10.03 1.140
Average: 1.292 #DIV/0! 1.135
Vm - Actual meter gas volume, cu. ft.47.973
Vmstd - Standard gas volume, cu. ft.39.369
q - Actual test time, minutes 120.00
Vs - Average stack gas velocity, ft/sec 66.853
201A Flow Rate, Actual Cyclone Conditions 0.506
Actual D50 for Cyclone I (Cut Point), mm 10.264
(9.0 mm < D50 < 11.0 mm)
Actual D50 for Cyclone IV (Cut Point), mm 2.321
(2.25 mm < D50 < 2.75 mm)
IKV, % 100.186
(80 < IKV <120)
PM2.5/PM10 Cut Point Calculation
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 136 of 187 ©Mostardi Platt
Project Number M243903 Source Condition:Normal
Client:PacifiCorp Run No.: 1
Facility:Lake Side Power Plant Date:10/22/2024
Location:CT04 Start Time:7:45
Pitot ID: PM10251A End Time:8:05
Pitot Coefficient:0.747 RM Testers:RMF
Probe Length:6 Port Length:7.00
DP Sqrt. Temp Yaw Angle DP (in. H2O)Velocity DP Sqrt. Temp Yaw Angle DP (in. H2O)Velocity
Port Point (in. H2O)DP (oF)(o)at Null Point Angle (V)Port Point (in. H2O)DP (oF)(o)at Null Point Angle (V)
A 1 1.30 1.1402 171.0 1.0 0.00 68.20 C 1 1.60 1.2649 160.0 10.0 0.00 75.00
A 2 1.10 1.0488 169.0 5.0 0.00 62.63 C 2 1.60 1.2649 161.0 5.0 0.00 75.06
A 3 1.00 1.0000 167.0 9.0 0.00 59.62 C 3 1.70 1.3038 164.0 5.0 0.00 77.55
B 1 1.80 1.3416 163.0 8.0 0.00 79.74 D 1 1.50 1.2247 162.0 11.0 0.00 72.73
B 2 1.50 1.2247 165.0 12.0 0.00 72.91 D 2 1.80 1.3416 163.0 13.0 0.00 79.74
B 3 1.80 1.3416 166.0 7.0 0.00 79.93 D 3 1.80 1.3416 165.0 9.0 0.00 79.87
Average Yaw Angle 7.9 o
Method 1 and 2 Cyclonic Flow Check Data
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 137 of 187 ©Mostardi Platt
Date:10/22/2024 Date:10/22/2024 Date:10/22/2024
Time O2 % (dry)CO2 % (dry)Time O2 % (dry)CO2 % (dry)Time O2 % (dry)CO2 % (dry)
9:10 12.10 9.50 12:15 11.90 9.50 14:55 11.70 9.50
9:11 12.10 9.50 12:16 11.90 9.50 14:56 11.70 9.50
9:12 11.80 9.50 12:17 12.00 9.50 14:57 11.70 9.50
9:13 11.70 9.50 12:18 11.90 9.50 14:58 11.70 9.50
9:14 11.70 9.50 12:19 11.80 9.50 14:59 11.70 9.50
9:15 11.70 9.50 12:20 11.80 9.50 15:00 11.70 9.50
9:16 11.70 9.50 12:21 11.80 9.50 15:01 11.60 9.50
9:17 11.70 9.50 12:22 11.80 9.50 15:02 11.60 9.50
9:18 11.70 9.50 12:23 11.80 9.50 15:03 11.60 9.50
9:19 11.70 9.50 12:24 11.80 9.50 15:04 11.60 9.50
9:20 11.70 9.50 12:25 11.80 9.50 15:05 11.60 9.50
9:21 11.60 9.50 12:26 11.90 9.50 15:06 11.60 9.50
9:22 11.60 9.50 12:27 12.10 9.50 15:07 11.60 9.50
9:23 11.60 9.50 12:28 12.10 9.50 15:08 11.60 9.50
9:24 11.60 9.50 12:29 12.20 9.50 15:09 11.60 9.50
9:25 11.60 9.50 12:30 12.20 9.50 15:10 11.70 9.50
9:26 11.60 9.50 12:31 12.10 9.50 15:11 11.70 9.50
9:27 11.60 9.50 12:32 12.00 9.50 15:12 11.70 9.50
9:28 11.60 9.50 12:33 12.00 9.50 15:13 11.60 9.50
9:29 11.60 9.50 12:34 12.00 9.50 15:14 12.00 9.50
9:30 11.70 9.50 12:35 11.90 9.50 15:15 11.90 9.50
9:31 11.70 9.50 12:36 11.90 9.50 15:16 11.90 9.50
9:32 11.70 9.50 12:37 11.90 9.50 15:17 11.90 9.50
9:33 11.60 9.50 12:38 11.90 9.50 15:18 11.90 9.50
9:34 11.60 9.50 12:39 11.90 9.50 15:19 11.90 9.50
9:35 11.60 9.50 12:40 11.90 9.50 15:20 11.90 9.50
9:36 11.60 9.50 12:41 11.90 9.50 15:21 11.90 9.50
9:41 11.60 9.50 12:42 11.90 9.50 15:22 11.90 9.50
9:42 11.60 9.50 12:43 11.90 9.50 15:23 12.00 9.50
9:43 11.60 9.50 12:44 11.90 9.50 15:26 12.10 9.50
9:44 11.60 9.50 12:45 11.90 9.50 15:27 12.40 9.50
9:45 11.60 9.50 12:48 11.90 9.50 15:28 12.40 9.50
9:46 11.90 9.50 12:49 11.90 9.50 15:29 12.40 9.50
9:47 12.00 9.50 12:50 11.90 9.50 15:30 12.40 9.50
9:48 12.20 9.50 12:51 12.10 9.50 15:31 12.40 9.50
9:49 12.20 9.50 12:52 12.40 9.50 15:32 12.40 9.50
9:50 12.20 9.50 12:53 12.40 9.50 15:33 12.40 9.50
9:51 12.20 9.50 12:54 12.40 9.50 15:34 12.50 9.50
9:52 12.20 9.50 12:55 12.40 9.50 15:35 12.50 9.50
9:53 12.20 9.50 12:56 12.40 9.50 15:36 12.50 9.50
9:54 12.20 9.50 12:57 12.40 9.50 15:37 12.50 9.50
9:55 12.20 9.50 12:58 12.40 9.50 15:38 12.50 9.50
9:56 12.20 9.50 12:59 12.50 9.50 15:39 12.40 9.50
9:57 12.20 9.50 13:00 12.50 9.50 15:40 12.50 9.50
9:58 12.20 9.50 13:01 12.50 9.50 15:41 12.50 9.50
9:59 12.20 9.50 13:02 12.50 9.50 15:42 12.50 9.50
10:00 12.20 9.50 13:03 12.50 9.50 15:43 12.50 9.50
10:01 12.20 9.50 13:04 12.40 9.50 15:44 12.50 9.50
10:02 12.10 9.50 13:05 12.50 9.50 15:45 12.40 9.50
10:03 12.10 9.50 13:06 12.50 9.50 15:46 12.50 9.50
10:04 12.20 9.50 13:07 12.50 9.50 15:47 12.40 9.50
10:05 12.20 9.50 13:08 12.50 9.50 15:48 12.40 9.50
10:06 12.20 9.50 13:09 12.50 9.50 15:49 12.40 9.50
10:07 12.20 9.50 13:10 12.40 9.50 15:50 12.40 9.50
10:08 12.20 9.50 13:11 12.50 9.50 15:51 12.50 9.50
10:09 12.20 9.50 13:12 12.40 9.50 15:52 12.50 9.50
10:10 12.20 9.50 13:13 12.40 9.50 15:53 12.50 9.50
10:11 12.10 9.50 13:14 12.40 9.50 15:54 12.50 9.50
10:12 12.10 9.50 13:15 12.40 9.50 15:55 12.50 9.50
10:13 12.10 9.50 13:16 12.50 9.50 15:56 12.50 9.50
10:15 12.10 9.50 13:17 12.50 9.50 15:57 12.50 9.50
10:16 12.10 9.50 13:18 12.50 9.50 15:58 12.50 9.50
10:17 12.10 9.50 13:19 12.50 9.50 16:01 12.50 9.50
10:18 12.10 9.50 13:26 12.50 9.50 16:02 12.50 9.50
10:19 12.10 9.50 13:27 12.50 9.50 16:03 12.50 9.50
10:20 12.10 9.50 13:28 12.50 9.50 16:04 12.50 9.50
10:21 12.10 9.50 13:29 12.50 9.50 16:05 12.70 9.50
10:22 12.30 9.50 13:30 12.50 9.50 16:06 12.40 9.50
10:23 12.40 9.50 13:31 12.50 9.50 16:07 12.40 9.50
10:24 12.40 9.50 13:32 12.50 9.50 16:08 12.30 9.50
10:25 12.40 9.50 13:33 12.50 9.50 16:09 12.30 9.50
10:26 12.40 9.50 13:34 12.50 9.50 16:10 12.30 9.50
10:27 12.30 9.50 13:35 12.50 9.50 16:11 12.30 9.50
10:28 12.30 9.50 13:36 12.50 9.50 16:12 12.30 9.50
10:29 12.30 9.50 13:37 12.70 9.50 16:13 12.30 9.50
Client:PacifiCorp
Facility:Lake Side Power Plant
CT04Test Location:
M243903Project #:
Run 1 Run 2 Run 3
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 138 of 187 ©Mostardi Platt
Date:10/22/2024 Date:10/22/2024 Date:10/22/2024
Time O2 % (dry)CO2 % (dry)Time O2 % (dry)CO2 % (dry)Time O2 % (dry)CO2 % (dry)
Client:PacifiCorp
Facility:Lake Side Power Plant
CT04Test Location:
M243903Project #:
Run 1 Run 2 Run 3
10:30 12.30 9.50 13:38 12.70 9.50 16:14 12.30 9.50
10:31 12.30 9.50 13:39 12.70 9.50 16:15 12.30 9.50
10:32 12.30 9.50 13:40 12.70 9.50 16:16 12.30 9.50
10:33 12.30 9.50 13:41 12.70 9.50 16:17 12.30 9.50
10:34 12.30 9.50 13:42 12.70 9.50 16:18 12.30 9.50
10:35 12.30 9.50 13:43 12.70 9.50 16:19 12.70 9.50
10:36 12.30 9.50 13:44 12.70 9.50 16:20 12.70 9.60
10:37 12.30 9.50 13:45 12.70 9.50 16:21 12.70 9.60
10:38 12.30 9.50 13:46 12.70 9.50 16:22 12.70 9.50
10:39 12.30 9.50 13:47 12.70 9.50 16:23 12.70 9.50
10:40 12.30 9.50 13:48 12.70 9.50 16:24 12.70 9.60
10:41 12.30 9.50 13:49 12.70 9.50 16:25 12.70 9.50
10:42 12.30 9.50 13:50 12.70 9.60 16:26 13.10 9.50
10:43 12.30 9.50 13:51 12.70 9.50 16:27 13.20 9.60
10:44 15.60 0.00 13:52 12.70 9.60 16:28 13.20 9.50
10:45 12.40 9.50 13:53 12.70 9.60 16:29 13.30 9.60
10:48 12.40 9.50 13:54 12.70 9.50 16:30 13.30 9.60
10:49 12.50 9.50 13:55 12.70 9.50 16:31 13.30 9.60
10:50 12.40 9.50 13:56 12.70 9.60 16:34 12.70 9.60
10:51 12.50 9.50 13:59 12.80 9.50 16:35 12.70 9.50
10:52 12.50 9.50 14:00 13.10 9.50 16:36 13.10 9.50
10:53 12.40 9.50 14:01 13.20 9.60 16:37 13.20 9.60
10:54 12.50 9.50 14:02 13.20 9.50 16:38 13.20 9.50
10:55 12.50 9.50 14:03 13.30 9.60 16:39 13.30 9.60
10:56 12.40 9.50 14:04 13.30 9.60 16:40 13.30 9.60
10:57 12.40 9.50 14:05 13.30 9.60 16:41 13.30 9.60
10:58 12.30 9.50 14:06 13.30 9.60 16:42 13.30 9.50
10:59 12.30 9.50 14:07 13.30 9.60 16:43 12.80 9.60
11:00 12.30 9.50 14:08 13.30 9.60 16:44 12.60 9.60
11:01 12.30 9.50 14:09 13.30 9.60 16:45 11.80 9.50
11:02 12.30 9.50 14:10 12.80 9.60 16:46 11.70 9.50
11:03 12.30 9.50 14:11 12.60 9.60 16:47 11.70 9.50
11:04 12.30 9.50 14:12 12.50 9.60 16:48 11.70 9.50
11:05 12.30 9.50 14:13 12.50 9.60 16:49 11.70 9.50
11:06 12.30 9.50 14:14 12.50 9.60 16:50 11.70 9.50
11:07 12.30 9.50 14:15 12.50 9.60 16:51 11.70 9.50
11:08 12.30 9.50 14:16 12.50 9.60 16:52 11.70 9.50
11:09 12.30 9.50 14:17 12.50 9.60 16:53 11.70 9.50
11:10 12.30 9.50 14:18 12.50 9.60 16:54 11.60 9.50
11:11 12.30 9.50 14:19 12.40 9.60 16:55 11.60 9.50
11:12 12.30 9.50 14:20 12.50 9.50 16:56 11.60 9.50
11:13 12.30 9.50 14:21 12.40 9.60 16:57 11.60 9.50
11:14 12.20 9.50 14:22 12.40 9.50 16:58 11.60 9.50
11:15 12.20 9.50 14:23 12.50 9.60 16:59 11.60 9.50
11:16 12.20 9.50 14:24 12.40 9.60 17:00 11.60 9.50
11:17 12.30 9.50 14:25 12.30 9.60 17:01 11.60 9.50
11:18 12.30 9.50 14:26 12.30 9.60 17:02 12.30 9.60
11:19 12.20 9.50 14:27 12.30 9.60 17:03 12.30 9.50
11:20 12.20 9.50 14:28 12.30 9.60 17:04 12.20 9.50
14:29 12.30 9.60
Average 12.13 9.42 Average 12.46 9.46 Average 12.27 9.51
Min 11.60 0.00 Min 11.80 0.10 Min 11.60 9.50
Max 15.60 9.50 Max 20.10 9.60 Max 13.30 9.60
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 139 of 187 ©Mostardi Platt
Appendix G- Field Data Sheets
Project No. M243903 CT01, CT02, CT03, and CT04
Page 140 of 187 ©Mostardi Platt
Project No. M243903 CT01, CT02, CT03, and CT04
Page 141 of 187 ©Mostardi Platt
Project No. M243903 CT01, CT02, CT03, and CT04
Page 142 of 187 ©Mostardi Platt
Project No. M243903 CT01, CT02, CT03, and CT04
Page 143 of 187 ©Mostardi Platt
Project No. M243903 CT01, CT02, CT03, and CT04
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Project No. M243903 CT01, CT02, CT03, and CT04
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Appendix H- Calibration Data
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CN&F-002 Cal Procedures M5 & flow Rev. 2.2 1/1/2021
MOSTARDI PLATT
Procedures for Method 5 and Flow Calibration
Nozzles
The nozzles are measured according to Method 5, Section 10.1
Dry Gas Meters
The test meters are calibrated according to Method 5, Section 10.3 and 16.1. and “Procedures for
Calibrating and Using Dry Gas Volume Meters as Calibration Standards” by P.R. Westlin and R.T.
Shigehara, March 10, 1978.
Analytical Balance
The accuracy of the analytical balance is checked with Class S, Stainless Steel Type 303 weights
manufactured by F. Hopken and Son, Jersey City, New Jersey.
Temperature Sensing Devices
The potentiometer and thermocouples are calibrated utilizing a NIST traceable millivolt source.
Pitot Tubes
The pitot tubes utilized during this test program are manufactured according to the specification
described and illustrated in the Code of Federal Regulations, Title 40, Part 60, Appendix A,
Methods 1 and 2. The pitot tubes comply with the alignment specifications in Method 2, Section
10.1; and the pitot tube assemblies are in compliance with specifications in the same section.
Project No. M243903 CT01, CT02, CT03, and CT04
Page 162 of 187 ©Mostardi Platt
ATD-090 Dry Gas Meter Calibration Rev. 1.2 1/1/2021
Dry Gas Meter/Control Module Calibration Diagram
Standard Dry Gas Meter
Dry Gas Meter
Stack Temperature Calibrator
Air-Tight
Pump
Orifice Incline Gauge
Temperature Sensors
Temperature Sensors
Air Inlet
Temperature Display
Project No. M243903 CT01, CT02, CT03, and CT04
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Meter Box Calibration
Dry Gas Meter No.CM 51 Date:
Standard Meter No.16745468 Calibrated By:
Standard Meter (Y)1.00060 Barometric Pressure:
Orifice Standard Meter Dry Gas Meter Standard Meter Dry Gas Meter Dry Gas Meter Dry Gas Meter
Setting in H 2O Gas Volume Gas Volume Temp. Fo Inlet Temp. Fo Outlet Temp. Fo Avg. Temp. Fo Time Time
Chg (H)vr vd tr tdi tdo td Min Sec Y Chg (H)
Final 263.412 897.357 69 67 67
Initial 258.289 892.217 69 67 67
Difference 1 0.20 5.123 5.140 69 67 67 67 20 0 0.993 2.049
Final 274.199 908.163 69 66 66
Initial 268.544 902.472 69 67 67
Difference 2 0.50 5.655 5.691 69 67 67 67 13 35 0.988 1.941
Final 279.230 913.235 70 66 66
Initial 274.199 908.163 69 66 66
Difference 3 0.70 5.031 5.072 70 66 66 66 10 0 0.984 1.866
Final 284.315 918.360 70 66 66
Initial 279.230 913.235 70 66 66
Difference 4 0.90 5.085 5.125 70 66 66 66 9 0 0.983 1.906
Final 289.513 923.584 70 66 66
Initial 284.315 918.360 70 66 66
Difference 5 1.20 5.198 5.224 70 66 66 66 8 0 0.985 1.922
Final 268.544 902.472 69 67 67
Initial 263.412 897.357 69 67 67
Difference 6 2.00 5.132 5.115 69 67 67 67 6 0 0.994 1.838
Average 0.988 1.921
Run Number
Dry Gas Meter Calibration Data
25.13
JDA
October 11, 2024
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Temperature ID :Name :JDA
Ambient Temperature, oF :Date : October 11, 2024
Primary Standards Directly Traceable National Institute of Standards and Technology (NIST)
0
250
600
1200
(Ref. Temp., oF + 460) - (Test Therm. Temp., oF + 460)* 100 <= 1.5 %
Ref. Temp., oF + 460
Serial # :Expiration Date:
Certification Date: October 3, 2024
0
249
599
1202
Temperature Difference %
0.0
0.1
0.1
0.1
Stack Temperature Sensor Calibration
CL23A
T-314718
400
67.9
Test Thermometer
Temperature (oF)Reference Source Temperature (o F)
Temperature Calibrator
October 3, 2025
Model # :
Project No. M243903 CT01, CT02, CT03, and CT04
Page 165 of 187 ©Mostardi Platt
Meter Box Calibration
Dry Gas Meter No.CM 51 Date:
Standard Meter No.18654513 Calibrated By:
Standard Meter (Y)1.00350 Barometric Pressure:
Orifice Standard Meter Dry Gas Meter Standard Meter Dry Gas Meter Dry Gas Meter Dry Gas Meter
Setting in H 2O Gas Volume Gas Volume Temp. Fo Inlet Temp. Fo Outlet Temp. F o Avg. Temp. Fo Time Time
Chg (H)vr vd tr tdi tdo td Min Sec Y Chg (H)
Final 583.246 289.783 78 77 77
Initial 578.225 284.751 77 76 76
Difference 1 0.20 5.021 5.032 78 77 77 77 19 45 0.999 2.121
Final 588.385 294.925 79 78 78
Initial 583.246 289.783 78 77 77
Difference 2 0.50 5.139 5.142 79 78 78 78 12 0 1.000 1.872
Final 593.462 299.996 79 79 79
Initial 588.385 294.925 79 78 78
Difference 3 0.70 5.077 5.071 79 79 79 79 10 0 1.002 1.865
Final 598.636 305.192 80 81 81
Initial 593.462 299.996 79 79 79
Difference 4 0.90 5.174 5.196 80 80 80 80 9 0 0.998 1.868
Final 603.725 310.284 80 82 82
Initial 598.636 305.192 80 81 81
Difference 5 1.20 5.089 5.092 80 82 82 82 8 0 1.002 2.033
Final 608.764 315.320 80 82 82
Initial 603.725 310.284 80 82 82
Difference 6 2.00 5.039 5.036 80 82 82 82 6 0 1.002 1.942
Average 1.000 1.950
Run Number
Dry Gas Meter Calibration Data
24.85
HCL
November 1, 2024
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Temperature ID :Name :HCL
Ambient Temperature, o F :Date :November 1, 2024
Primary Standards Directly Traceable National Institute of Standards and Technology (NIST)
0
250
600
1200
(Ref. Temp., oF + 460) - (Test Therm. Temp., oF + 460)* 100 <= 1.5 %
Ref. Temp., oF + 460
Stack Temperature Sensor Calibration
CL23A
T-314718
400
81.6
Test Thermometer
Temperature (o F)Reference Source Temperature (o F)
Temperature Calibrator
October 3, 2025
Model # :
600
1204
Temperature Difference %
0.0
0.0
0.0
0.2
Serial # :Expiration Date:
Certification Date:October 3, 2024
0
250
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S TYPE PITOT TUBE INSPECTION WORKSHEET
Pitot Tube No:Date:Inspectors Name:
Type of Probe: (mark one) M2 M5 M17 Probe Length:X ft.
Pitot tube assembly level?X yes no
Pitot tube openings damaged?yes (explain below)X no
a1 =0.5 o (≤10o)a2 =0.5 o (≤10o)z = A sin γ =0.008 (in.); (≤0.125 in.)
b1 =1 o (≤5o)b2 =1 o (≤5o)w = A sin θ =0.01674 (in.); (≤0.03125 in.)
γ =0.5 o θ =1 o A =0.959 (in.)PA =0.480 (in.), PB =0.480 (in.), Dt =0.375 (in.)
Calibration required?yes x no
10251 11/5/2024 REF1
PIS-001 S Type Pitot Tube Inspection Form Rev. 1.0 2/17/2020
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Nozzle Calibration
Date:Nozzle ID No.:106-4
Analyst:Material/Type: SS/PM10
0.162 1
0.162 2
0.163 3
0.162 4
Valid Data
Average
0.162
10/13/2023
RMF
CAT-01 Rev. 0.0 9/13/2013
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CAT-01 Rev. 0.0 9/13/2013
Nozzle Calibration
Date:2/10/2015 Nozzle ID No.:102-3
Analyst:MDK Material/Type: SS PM10
0.153 1
0.151 2
0.153 3
0.152 4
Average
0.152
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Client:Test Location:
Facility:Operator:
Project #:Test Methods:
Zero N/A
Mid 8/27/2032
High 5/28/2032
Zero N/A
Mid 8/27/2032
High 5/28/2032
Source Condition Start Time End Time Date Cma Precal Postcal Pre zero Post zero Co Cm C Cgas Span Bias Span Drift Zero Bias Zero Drift
Run 1 Normal 9:35 11:42 10/23/2024 9.86 10.10 10.10 0.00 0.00 0.00 10.10 9.50 9.3 0.00 0.00 0.00 0.00
Run 2 Normal 12:15 14:24 10/23/2024 9.86 10.10 10.10 0.00 0.00 0.00 10.10 9.51 9.3 0.00 0.00 0.00 0.00
Run 3 Normal 15:37 17:44 10/23/2024 9.86 10.10 10.10 0.00 0.00 0.00 10.10 9.42 9.2 0.00 0.00 0.00 0.00
Source Condition Start Time End Time Date Cma Precal Postcal Pre zero Post zero Co Cm C Cgas Span Bias Span Drift Zero Bias Zero Drift
Run 1 Normal 9:35 11:42 10/23/2024 10.15 10.20 10.20 0.20 0.20 0.20 10.20 13.61 13.6 0.00 0.00 0.00 0.00
Run 2 Normal 12:15 14:24 10/23/2024 10.15 10.20 10.20 0.20 0.20 0.20 10.20 13.26 13.3 0.00 0.00 0.00 0.00
Run 3 Normal 15:37 17:44 10/23/2024 10.15 10.20 10.20 0.20 0.20 0.20 10.20 13.62 13.6 0.00 0.00 0.00 0.00
10.20
-0.37%19.00
Analyzer Data
Setting Expiration
Date
LL44427 9.862
O2 %
CO2 %
Ecom
Model/Serial #
O2 %Ecom
CO2 %Type
18.93
-0.26%
-1.06%
O2%LL122586
0.00
10.15
18.68 18.70
LL122586
0
Type Analyzer Response
LL44427
CO2%
Zero Nitrogen
Cylinder ID
0.20
Cylinder Value
Zero Nitrogen
10.10 52.79%
0.00%
53.62%
-0.11%
-1.27%
PacifiCorp
Lake Side Power Plant
M243903
CT01
RMF
0
3A,201A/202
Mid cylinder % of high
cylinder
Difference, % of
Span
Correction Data
Correction Data
Calibration Gases - Linearity
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Client:
Facility:
Project #:
Test Location:
Date:10/23/2024
Time O2 % (dry)CO2 % (dry)
8:29 19.00 18.70
8:29 19.00 18.70
8:30 19.00 18.70
8:30 19.00 18.70
8:30 19.00 ih 18.70 ih
8:30 19.00 h 18.70 h
8:30 5.90 9.50
8:30 1.40 4.00
8:31 0.60 0.00
8:31 0.40 0.00
8:31 0.30 0.00
8:31 0.30 0.00
8:31 0.30 0.00
8:31 0.20 0.00
8:32 0.20 0.00
8:32 0.20 0.00
8:32 0.20 iz 0.00 iz
8:32 0.20 z 0.00 z
8:32 0.20 0.00
8:32 6.90 5.80
8:33 9.70 9.50
8:33 10.10 10.10
8:33 10.20 10.10
8:33 10.20 10.20
8:33 10.20 im 10.10 im
8:33 10.20 m 10.10 m
8:34 10.30 10.00
Linearity Cal/Pre Run 1 Cal
PacifiCorp
Lake Side Power Plant
CT01
M243903
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Time O2 % (dry)CO2 % (dry)Time O2 % (dry)CO2 % (dry)Time O2 % (dry)CO2 % (dry)
11:48 0.20 0.00 14:30 0.20 0.00 17:51 0.20 0.00
11:49 0.20 0.00 14:31 0.20 0.00 17:52 0.20 0.00
11:50 0.20 z 0.00 z 14:32 0.20 z 0.00 z 17:53 0.20 z 0.00 z
11:51 0.20 0.00 14:33 0.20 0.00 17:54 0.20 0.00
11:53 10.20 10.10 14:35 10.20 10.10 17:56 10.20 10.10
11:54 10.20 m 10.10 m 14:36 10.20 m 10.10 m 17:57 10.20 m 10.10 m
11:55 10.20 10.10 14:37 10.20 10.10 17:58 10.20 10.10
Post 1/Pre 2 Post 2/Pre 3 Post 3
Client:PacifiCorp Test Location:CT01
Facility:Lake Side Power Plant M243903Project #:
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Client:Test Location:
Facility:Operator:
Project #:Test Methods:
Zero N/A
Mid 8/27/2032
High 5/28/2032
Zero N/A
Mid 8/27/2032
High 5/28/2032
Source Condition Start Time End Time Date Cma Precal Postcal Pre zero Post zero Co Cm C Cgas Span Bias Span Drift Zero Bias Zero Drift
Run 1 Normal 8:45 10:51 10/24/2024 9.86 10.10 10.10 0.00 0.00 0.00 10.10 9.50 9.3 0.00 0.00 0.00 0.00
Run 2 Normal 11:10 13:18 10/24/2024 9.86 10.10 10.10 0.00 0.00 0.00 10.10 9.50 9.3 0.00 0.00 0.00 0.00
Run 3 Normal 13:35 15:42 10/24/2024 9.86 10.10 10.10 0.00 0.00 0.00 10.10 9.50 9.3 0.00 0.00 0.00 0.00
Source Condition Start Time End Time Date Cma Precal Postcal Pre zero Post zero Co Cm C Cgas Span Bias Span Drift Zero Bias Zero Drift
Run 1 Normal 8:45 10:51 10/24/2024 10.15 10.20 10.20 0.20 0.20 0.20 10.20 12.97 13.0 0.00 0.00 0.00 0.00
Run 2 Normal 11:10 13:18 10/24/2024 10.15 10.20 10.20 0.20 0.20 0.20 10.20 13.01 13.0 0.00 0.00 0.00 0.00
Run 3 Normal 13:35 15:42 10/24/2024 10.15 10.20 10.20 0.20 0.20 0.20 10.20 13.12 13.1 0.00 0.00 0.00 0.00
10.20
-0.37%19.00
Analyzer Data
Setting Expiration
Date
LL44427 9.862
O2 %
CO2 %
Ecom
Model/Serial #
O2 %Ecom
CO2 %Type
18.93
-0.26%
-1.06%
O2%LL122586
0.00
10.15
18.68 18.70
LL122586
0
Type Analyzer Response
LL44427
CO2%
Zero Nitrogen
Cylinder ID
0.20
Cylinder Value
Zero Nitrogen
10.10 52.79%
0.00%
53.62%
-0.11%
-1.27%
PacifiCorp
Lake Side Power Plant
M243903
CT02
RMF
0
3A,201A/202
Mid cylinder % of high
cylinder
Difference, % of
Span
Correction Data
Correction Data
Calibration Gases - Linearity
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Client:
Facility:
Project #:
Test Location:
Date:10/24/2024
Time O2 % (dry)CO2 % (dry)
8:29 19.00 18.70
8:29 19.00 18.70
8:30 19.00 18.70
8:30 19.00 18.70
8:30 19.00 ih 18.70 ih
8:30 19.00 h 18.70 h
8:30 5.90 9.50
8:30 1.40 4.00
8:31 0.60 0.00
8:31 0.40 0.00
8:31 0.30 0.00
8:31 0.30 0.00
8:31 0.30 0.00
8:31 0.20 0.00
8:32 0.20 0.00
8:32 0.20 0.00
8:32 0.20 iz 0.00 iz
8:32 0.20 z 0.00 z
8:32 0.20 0.00
8:32 6.90 5.80
8:33 9.70 9.50
8:33 10.10 10.10
8:33 10.20 10.10
8:33 10.20 10.20
8:33 10.20 im 10.10 im
8:33 10.20 m 10.10 m
8:34 10.30 10.00
Linearity Cal/Pre Run 1 Cal
PacifiCorp
Lake Side Power Plant
CT02
M243903
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Time O2 % (dry)CO2 % (dry)Time O2 % (dry)CO2 % (dry)Time O2 % (dry)CO2 % (dry)
8:29 19.00 18.70 8:29 19.00 18.70 8:29 19.00 18.70
8:29 19.00 18.70 8:29 19.00 18.70 8:29 19.00 18.70
8:30 19.00 18.70 8:30 19.00 18.70 8:30 19.00 18.70
8:30 19.00 18.70 8:30 19.00 18.70 8:30 19.00 18.70
8:30 19.00 18.70 8:30 19.00 18.70 8:30 19.00 18.70
8:30 19.00 18.70 8:30 19.00 18.70 8:30 19.00 18.70
8:30 5.90 9.50 8:30 5.90 9.50 8:30 5.90 9.50
8:30 1.40 4.00 8:30 1.40 4.00 8:30 1.40 4.00
8:31 0.60 0.00 8:31 0.60 0.00 8:31 0.60 0.00
8:31 0.40 0.00 8:31 0.40 0.00 8:31 0.40 0.00
8:31 0.30 0.00 8:31 0.30 0.00 8:31 0.30 0.00
8:31 0.30 0.00 8:31 0.30 0.00 8:31 0.30 0.00
8:31 0.30 0.00 8:31 0.30 0.00 8:31 0.30 0.00
8:31 0.20 0.00 8:31 0.20 0.00 8:31 0.20 0.00
8:32 0.20 0.00 8:32 0.20 0.00 8:32 0.20 0.00
8:32 0.20 0.00 8:32 0.20 0.00 8:32 0.20 0.00
8:32 0.20 0.00 8:32 0.20 0.00 8:32 0.20 0.00
8:32 0.20 z 0.00 z 8:32 0.20 z 0.00 z 8:32 0.20 z 0.00 z
8:32 0.20 0.00 8:32 0.20 0.00 8:32 0.20 0.00
8:32 6.90 5.80 8:32 6.90 5.80 8:32 6.90 5.80
8:33 9.70 9.50 8:33 9.70 9.50 8:33 9.70 9.50
8:33 10.10 10.10 8:33 10.10 10.10 8:33 10.10 10.10
8:33 10.20 10.10 8:33 10.20 10.10 8:33 10.20 10.10
8:33 10.20 10.20 8:33 10.20 10.20 8:33 10.20 10.20
8:33 10.20 10.10 8:33 10.20 10.10 8:33 10.20 10.10
8:33 10.20 m 10.10 m 8:33 10.20 m 10.10 m 8:33 10.20 m 10.10 m
8:34 10.30 10.00 8:34 10.30 10.00 8:34 10.30 10.00
Post 1/Pre 2 Post 2/Pre 3 Post 3
Client:PacifiCorp Test Location:CT02
Facility:Lake Side Power Plant M243903Project #:
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Page 177 of 187 ©Mostardi Platt
Client:Test Location:
Facility:Operator:
Project #:Test Methods:
Zero N/A
Mid 8/27/2032
High 5/28/2032
Zero N/A
Mid 8/27/2032
High 5/28/2032
Source Condition Start Time End Time Date Cma Precal Postcal Pre zero Post zero Co Cm C Cgas Span Bias Span Drift Zero Bias Zero Drift
Run 1 Normal 10:55 13:09 10/21/2024 9.86 10.10 9.90 0.00 0.00 0.00 10.00 9.50 9.4 1.07 -1.07 0.00 0.00
Run 2 Normal 14:17 16:27 10/21/2024 9.86 9.90 9.90 0.00 0.00 0.00 9.90 9.53 9.5 1.07 0.00 0.00 0.00
Run 3 Normal 16:55 19:05 10/21/2024 9.86 9.90 9.90 0.00 0.00 0.00 9.90 9.60 9.6 1.07 0.00 0.00 0.00
Source Condition Start Time End Time Date Cma Precal Postcal Pre zero Post zero Co Cm C Cgas Span Bias Span Drift Zero Bias Zero Drift
Run 1 Normal 10:55 13:09 10/21/2024 10.15 10.20 10.00 0.20 0.00 0.10 10.10 11.92 12.0 1.06 -1.06 1.06 -1.06
Run 2 Normal 14:17 16:27 10/21/2024 10.15 10.00 10.00 0.00 0.00 0.00 10.00 11.99 12.2 1.06 0.00 1.06 0.00
Run 3 Normal 16:55 19:05 10/21/2024 10.15 10.00 10.00 0.00 0.00 0.00 10.00 12.04 12.2 1.06 0.00 1.06 0.00
Calibration Gases - Linearity
Correction Data
Correction Data
PacifiCorp
Lake Side Power Plant
M243903
CT03
RMF
0
3A,201A/202
Mid cylinder % of high
cylinder
Difference, % of
Span
52.79%
0.00%
53.62%
-0.11%
-1.27%
Type Analyzer Response
LL44427
CO2%
Zero Nitrogen
Cylinder ID
0.20
Cylinder Value
Zero Nitrogen
10.10
O2%LL122586
0.00
10.15
18.68 18.70
LL122586
0
18.93
-0.26%
-1.06%
O2 %
CO2 %
Ecom
Model/Serial #
O2 %Ecom
CO2 %Type
10.20
-0.37%19.00
Analyzer Data
Setting Expiration
Date
LL44427 9.862
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Client:
Facility:
Project #:
Test Location:
Date:10/21/2024
Time O2 % (dry)CO2 % (dry)
8:29 19.00 18.70
8:29 19.00 18.70
8:30 19.00 18.70
8:30 19.00 18.70
8:30 19.00 ih 18.70 ih
8:30 19.00 h 18.70 h
8:30 5.90 9.50
8:30 1.40 4.00
8:31 0.60 0.00
8:31 0.40 0.00
8:31 0.30 0.00
8:31 0.30 0.00
8:31 0.30 0.00
8:31 0.20 0.00
8:32 0.20 0.00
8:32 0.20 0.00
8:32 0.20 iz 0.00 iz
8:32 0.20 z 0.00 z
8:32 0.20 0.00
8:32 6.90 5.80
8:33 9.70 9.50
8:33 10.10 10.10
8:33 10.20 10.10
8:33 10.20 10.20
8:33 10.20 im 10.10 im
8:33 10.20 m 10.10 m
8:34 10.30 10.00
Linearity Cal/Pre Run 1 Cal
PacifiCorp
Lake Side Power Plant
CT03
M243903
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 179 of 187 ©Mostardi Platt
Time O2 % (dry)CO2 % (dry)Time O2 % (dry)CO2 % (dry)Time O2 % (dry)CO2 % (dry)
13:13 0.00 0.00 16:33 0.00 0.00 19:11 0.00 0.00
13:14 0.00 z 0.00 z 16:34 0.00 z 0.00 z 19:12 0.00 z 0.00 z
13:15 0.00 0.00 16:35 0.00 0.00 19:13 0.00 0.00
13:16 0.00 0.00 16:36 0.00 0.00 19:14 0.00 0.00
13:18 10.00 9.90 16:38 10.00 9.90 19:16 10.00 9.90
13:19 10.00 m 9.90 m 16:39 10.00 m 9.90 m 19:17 10.00 m 9.90 m
13:20 10.00 9.90 16:40 10.00 9.90 19:18 10.00 9.90
13:21 10.00 9.90 16:41 10.00 9.90 19:19 10.00 9.90
Client:PacifiCorp Test Location:CT03
Facility:Lake Side Power Plant M243903Project #:
Post 1/Pre 2 Post 2/Pre 3 Post 3
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 180 of 187 ©Mostardi Platt
Client:Test Location:
Facility:Operator:
Project #:Test Methods:
Zero N/A
Mid 8/27/2032
High 5/28/2032
Zero N/A
Mid 8/27/2032
High 5/28/2032
Source Condition Start Time End Time Date Cma Precal Postcal Pre zero Post zero Co Cm C Cgas Span Bias Span Drift Zero Bias Zero Drift
Run 1 Normal 9:10 11:20 10/22/2024 9.86 9.90 9.90 0.00 0.00 0.00 9.90 9.42 9.4 0.00 0.00 0.00 0.00
Run 2 Normal 12:15 14:29 10/22/2024 9.86 9.90 9.90 0.00 0.00 0.00 9.90 9.46 9.4 0.00 0.00 0.00 0.00
Run 3 Normal 14:55 17:04 10/22/2024 9.86 9.90 9.90 0.00 0.00 0.00 9.90 9.51 9.5 0.00 0.00 0.00 0.00
Source Condition Start Time End Time Date Cma Precal Postcal Pre zero Post zero Co Cm C Cgas Span Bias Span Drift Zero Bias Zero Drift
Run 1 Normal 9:10 11:20 10/22/2024 10.15 10.00 10.10 0.00 0.00 0.00 10.05 12.13 12.3 -0.53 0.53 0.00 0.00
Run 2 Normal 12:15 14:29 10/22/2024 10.15 10.10 10.10 0.00 0.00 0.00 10.10 12.46 12.5 -0.53 0.00 0.00 0.00
Run 3 Normal 14:55 17:04 10/22/2024 10.15 10.10 10.10 0.00 0.00 0.00 10.10 12.27 12.3 -0.53 0.00 0.00 0.00
Calibration Gases - Linearity
Correction Data
Correction Data
PacifiCorp
Lake Side Power Plant
M243903
CT04
RMF
0
3A,201A/202
Mid cylinder % of high
cylinder
Difference, % of
Span
52.79%
0.00%
53.62%
0.43%
-0.20%
Type Analyzer Response
LL44427
CO2%
Zero Nitrogen
Cylinder ID
0.00
Cylinder Value
Zero Nitrogen
9.90
O2%LL122586
0.00
10.15
18.68 18.60
LL122586
0
18.93
0.79%
0.00%
O2 %
CO2 %
Ecom
Model/Serial #
O2 %Ecom
CO2 %Type
10.00
0.16%18.90
Analyzer Data
Setting Expiration
Date
LL44427 9.862
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 181 of 187 ©Mostardi Platt
Client:
Facility:
Project #:
Test Location:
Date:10/22/2024
Time O2 % (dry)CO2 % (dry)
6:51 20.90 0.00
6:51 20.90 0.00
6:51 20.90 0.00
6:51 20.90 0.00
6:51 20.70 3.20
6:51 19.40 9.80
6:51 19.10 14.60
6:52 19.00 17.80
6:52 19.00 18.50
6:52 18.90 ih 18.60 ih
6:52 18.90 h 18.50 h
6:52 18.90 18.60
6:53 18.90 18.50
6:53 18.90 18.50
6:53 18.90 18.50
6:53 18.90 18.50
6:53 18.80 18.50
6:53 18.80 18.50
6:54 12.40 10.00
6:54 3.10 9.50
6:54 1.10 1.40
6:54 0.50 0.00
6:54 0.30 0.00
6:54 0.00 iz 0.00 iz
6:55 0.10 0.00
6:55 0.10 0.00
6:55 0.10 0.00
6:55 0.10 0.00
6:55 0.00 z 0.00 z
6:55 0.10 0.00
6:56 0.30 0.00
6:56 0.40 0.00
6:56 0.40 0.00
6:56 0.30 0.00
6:56 0.30 0.00
6:56 4.30 1.10
6:57 9.10 9.50
6:57 9.70 9.70
6:57 9.90 9.90
6:57 9.90 9.90
6:57 10.00 im 9.90 im
6:57 10.00 m 9.90 m
6:58 10.00 9.90
6:58 10.00 9.90
Linearity Cal/Pre Run 1 Cal
PacifiCorp
Lake Side Power Plant
CT04
M243903
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 182 of 187 ©Mostardi Platt
Time O2 % (dry)CO2 % (dry)Time O2 % (dry)CO2 % (dry)Time O2 % (dry)CO2 % (dry)
11:25 10.10 9.90 14:37 10.10 9.90 17:10 10.10 9.90
11:26 10.10 m 9.90 m 14:38 10.10 m 9.90 m 17:11 10.10 m 9.90 m
11:27 10.10 9.90 14:39 10.10 9.90 17:12 10.10 9.90
11:28 10.10 9.90 14:40 10.10 9.90 17:13 10.10 9.90
11:30 0.00 0.00 14:42 0.00 0.00 17:15 0.00 0.00
11:31 0.00 z 0.00 z 14:43 0.00 z 0.00 z 17:16 0.00 z 0.00 z
11:32 0.00 0.00 14:44 0.00 0.00 17:17 0.00 0.00
11:33 0.00 0.00 14:45 0.00 0.00 17:18 0.00 0.00
Client:PacifiCorp Test Location:CT04
Facility:Lake Side Power Plant M243903Project #:
Post 1/Pre 2 Post 2/Pre 3 Post 3
AET-014 ISO Template V26.7 5/7/24Project No. M243903 CT01, CT02, CT03, and CT04
Page 183 of 187 ©Mostardi Platt
Appendix I - Gas Cylinder Certifications
Project No. M243903 CT01, CT02, CT03, and CT04
Page 184 of 187 ©Mostardi Platt
CERTIFICATE OF ANALYSIS
Grade of Product: EPA PROTOCOL STANDARD
Part Number: E03NI80E80A7767 Reference Number: 153-403125039-1
Cylinder Number: LL122586 Cylinder Volume: 87.0 CF
Laboratory: 124 - Tooele (SAP) - UT Cylinder Pressure: 2214 PSIG
PGVP Number: B72024 Valve Outlet: 590
Gas Code:CO2,O2,BALN Certification Date: Aug 27, 2024
Expiration Date:Aug 27, 2032
Certification performed in accordance with “EPA Traceability Protocol for Assay and Certification of Gaseous Calibration Standards (May 2012)” document EPA
600/R-12/531, using the assay procedures listed. Analytical Methodology does not require correction for analytical interference. This cylinder has a total analytical
uncertainty as stated below with a confidence level of 95%. There are no significant impurities which affect the use of this calibration mixture. All concentrations are on a
mole/mole basis unless otherwise noted. The results relate only to the items tested. The report shall not be reproduced except in full without approval of the laboratory. Do
Not Use This Cylinder below 100 psig, i.e. 0.7 megapascals.
ANALYTICAL RESULTS
Component Requested Actual Protocol Total Relative Assay
Concentration Concentration Method Uncertainty Dates
CARBON DIOXIDE 10.00 %9.862 %G1 +/- 0.9% NIST Traceable 08/27/2024
OXYGEN 10.00 %10.15 %G1 +/- 0.6% NIST Traceable 08/27/2024
NITROGEN Balance
CALIBRATION STANDARDS
Type Lot ID Cylinder No Concentration Uncertainty Expiration Date
NTRM 13060411 CC413537 7.489 % CARBON DIOXIDE/NITROGEN 0.6%May 14, 2025
NTRM 11060604 CC338173 14.93 % OXYGEN/NITROGEN 0.2%Nov 02, 2028
ANALYTICAL EQUIPMENT
Instrument/Make/Model Analytical Principle Last Multipoint Calibration
Horiba VIA-510 SV4MEUTJ CO2 CO2 NDIR (Dixon)Aug 21, 2024
Horiba MPA-510 W603MM58 O2 O2 Paramagnetic (DIXON)Aug 21, 2024
Triad Data Available Upon Request
Airgas Specialty Gases
Airgas USA LLC
525 North Industrial Loop Road
Tooele, UT 84074
Airgas.com
Signature on file
Approved for Release Page 1 of 1Project No. M243903 CT01, CT02, CT03, and CT04
Page 185 of 187 ©Mostardi Platt
CERTIFICATE OF ANALYSIS
Grade of Product: EPA PROTOCOL STANDARD
Part Number: E03NI62E80A0014 Reference Number: 153-403056941-1
Cylinder Number: LL44427 Cylinder Volume: 92.0 CF
Laboratory: 124 - Tooele (SAP) - UT Cylinder Pressure: 2214 PSIG
PGVP Number: B72024 Valve Outlet: 590
Gas Code:CO2,O2,BALN Certification Date: May 28, 2024
Expiration Date:May 28, 2032
Certification performed in accordance with “EPA Traceability Protocol for Assay and Certification of Gaseous Calibration Standards (May 2012)” document EPA
600/R-12/531, using the assay procedures listed. Analytical Methodology does not require correction for analytical interference. This cylinder has a total analytical
uncertainty as stated below with a confidence level of 95%. There are no significant impurities which affect the use of this calibration mixture. All concentrations are on a
mole/mole basis unless otherwise noted. The results relate only to the items tested. The report shall not be reproduced except in full without approval of the laboratory. Do
Not Use This Cylinder below 100 psig, i.e. 0.7 megapascals.
ANALYTICAL RESULTS
Component Requested Actual Protocol Total Relative Assay
Concentration Concentration Method Uncertainty Dates
CARBON DIOXIDE 19.00 %18.68 %G1 +/- 1.0% NIST Traceable 05/28/2024
OXYGEN 19.00 %18.93 %G1 +/- 0.5% NIST Traceable 05/28/2024
NITROGEN Balance
CALIBRATION STANDARDS
Type Lot ID Cylinder No Concentration Uncertainty Expiration Date
NTRM 13060802 CC415397 24.04 % CARBON DIOXIDE/NITROGEN 0.6%Dec 11, 2025
NTRM 09061434 CC282492 22.53 % OXYGEN/NITROGEN 0.4%May 13, 2025
ANALYTICAL EQUIPMENT
Instrument/Make/Model Analytical Principle Last Multipoint Calibration
Horiba VIA-510 SV4MEUTJ CO2 CO2 NDIR (Dixon)May 02, 2024
Horiba MPA-510 W603MM58 O2 O2 Paramagnetic (DIXON)May 02, 2024
Triad Data Available Upon Request
Airgas Specialty Gases
Airgas USA LLC
525 North Industrial Loop Road
Tooele, UT 84074
Airgas.com
Signature on file
Approved for Release Page 1 of 1Project No. M243903 CT01, CT02, CT03, and CT04
Page 186 of 187 ©Mostardi Platt
END OF THE REPORT

Project No. M243903 CT01, CT02, CT03, and CT04
Page 187 of 187 ©Mostardi Platt
Source Information
Division of Air Quality
Compliance Demonstration
Source Information
Company Name Pacificorp Lakeside - CT01
Company Contact:Veronica Reyes
Contact Phone No.801-796-1916
Source Designation:CT01
Test & Review Dates
Test Date: 10/23/2024
Review Date: 11/15/2024 Tabs Are Shown
Observer:Paul Morris
Reviewer:Paul Morris
Particulate Emission Limits
lbs/MMBtu lbs/hr gr/dscf
0.010 10.800
Emission Rates - "Front Half"
lbs/MMBtu lbs/hr gr/dscf
0.0008 9.8006 0.0018
Test Information
Stack_I.D._inches As ft^2 Y Dl H @ Cp Pbar Pq (static)Dn
216.00 254.47 0.9880 1.921 0.747 25.56 -0.5 0.162
Contractor Information
Contracting Company: Mostardi Platt
Contact: Hal Lee
Phone No.: 801-716-2652
Project No.:
1040
Circular
10100
9780
9860
9190
8710
8710
8710
10540
10640
11950
320
10610
10200
10390
1970
1800
1910
1420
1040
1190
1250
F factor usedF factors for Coal, Oil, and Gas
Anthrocite 2
Lignite
Natural
Propane
Butane
COAL
OIL
GAS
Bituminous 2
Fd Fw Fc
scf/MMBtu scf/MMBtu scf/MMBtu
O2
CO2
lbs/MMBtu
Page 1
Summary
Division of Air Quality
Reference Methods 5 - TSP
Compliance Demonstration of
Pacificorp Lakeside - CT01
Testing Results Lab Data - grams collected
Test Date 10/23/2024 10/23/2024 10/23/2024 10/23/2024 Lab Data Probe Filter Back
Circular Run 1 Run 2 Run 3 Run 4 Run 1 0.00264 0.00252
As ft^2 254.47 254.47 254.47 Run 2 0.00151 0.00245
Pbar 25.56 25.56 25.56 Run 3 0.00229 0.00267
Pq (static)-0.50 -0.50 -0.50 Run 4
Ps 25.52 25.52 25.52
Avg. Ts F 226.67 224.17 221.50 Front Half Emissions Summary
CO2 - FCO2 9.30 9.30 9.20 Run 1 Run 2 Run 3 Run 4 Avg.
O2 13.60 13.30 13.60 gr./dscf 0.0020 0.0015 0.0019 0.0018
N2+C 77.10 77.40 77.20 lbs/hr 10.9385 8.2668 10.1964 9.8006
Md 30.03 30.02 30.02 lbs/MMBtu 8.391E-04 6.188E-04 8.189E-04 0.0008
Ms 28.95 28.95 28.76
Y 0.99 0.99 0.99
Cp 0.75 0.75 0.75 Total Emissions Summary w/back half condensable
Vm cf 47.36 48.36 48.49 Run 1 Run 2 Run 3 Run 4 Avg.
Vlc 84.50 83.90 98.80 gr./dscf 0.0020 0.0015 0.0019 0.0018
AVG. Tm F 63.33 74.67 84.00 lbs/hr 10.9385 8.2668 10.1964 9.8006
Vm std 40.37 40.35 39.76 lbs/MMBtu 8.391E-04 6.188E-04 8.189E-04 0.0008
Vw std 3.98 3.95 4.65
Bws 0.09 0.09 0.10
S Bws 1.00 1.00 1.00
Avg. Sqrt Dlp 1.15 1.13 1.11
Vs 70.95 69.54 68.38 F factor used
scfm wet 710569.74 698960.44 690059.99 1040
acfm 1083287.17 1061708.85 1044103.70
Qsd dscfh 38810340.15 38198774.50 37067904.28
# Sample
Points 12.00 12.00 12.00
Dn 0.162 0.162 0.162
An 1.43E-04 1.43E-04 1.43E-04
Start Time 0:00 0:00 0:00
End Time 0:00 0:00 0:00Total Test
time 120.00 120.00 120.00
Time @ point 10.00 10.00 10.00
80.00
90.00
100.00
110.00
120.00
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47
% I
s
o
k
i
n
e
t
i
c
Points
Run 1 PxP Isokinetic
80.00
90.00
100.00
110.00
120.00
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47
% I
s
o
k
i
n
e
t
i
c
Sample Points
Run 2 PxP Isokinetic
80.00
90.00
100.00
110.00
120.00
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47
% I
s
o
k
i
n
e
t
i
c
Sample Points
Run 3 PxP Isokinetic
O2
CO2
lbs/MMBtu
80.00
90.00
100.00
110.00
120.00
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47
Sample Points
Run 4 PxP Isokinetic
Page 1
Run 1
Pacificorp Lakeside - CT01 Flow & Moisture Test Date 10/23/2024
As ft^2 Pbar Pq (static) Ps Avg. Ts F CO2 - FCO2 O2 N2+C Md Ms
254.47 25.56 -0.50 25.52 227 9.30 13.60 77.10 30.03 28.95
Y Cp Vm cf Vlc Avg. Tm F Vm std Vw std Bws S Bws 1.5633
0.9880 0.75 47.364 84.50 63.33 40.369 3.977 0.0897 0.9990 0.999
Avg. Sqrt
Dlp Vs scfm wet acfm Qsd dscfh
# Sample
Points Dn
Total Test
time (minutes)
Time @ point
(minutes)Avg. Dlh
1.153 70.95 710,570 1,083,287 3.88E+07 12 0.162 120 10.00 0.450000
TRUE
Point No.Meter (cf) dl "p" dl "h" ts F tm F (in) tm F (out) Imp. Liquid Collected
1 283.805 1.20 0.45 223 60 60 Wt. (Final) Wt. (Initial) lc
2 287.130 1.30 0.45 227 61 61 533.00 480.90 52.1
3 291.320 1.50 0.45 227 61 61 622.40 619.20 3.2
4 295.704 1.10 0.45 227 61 61 770.00 760.50 9.5
5 299.910 1.50 0.45 227 63 63 873.20 853.50 19.7
6 303.960 1.50 0.45 228 65 65 0.0
7 307.634 1.10 0.45 227 65 65
8 311.140 1.40 0.45 226 65 65 Isokinetics 92.5
9 314.860 1.50 0.45 228 64 64 Test Date 10/23/2024
10 318.881 1.10 0.45 226 64 64 Start Time enter
11 322.530 1.40 0.45 226 65 65 End Time
12 326.990 1.40 0.45 228 66 66 Run 1
13 331.169
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
Page 1
Run 2
Pacificorp Lakeside - CT01 Flow & Moisture Test Date 10/23/2024
As ft^2 Pbar Pq (static) Ps Avg. Ts F CO2 - FCO2 O2 N2+C Md Ms
254.47 25.56 -0.50 25.52 224 9.30 13.30 77.40 30.02 28.95
Y Cp Vm cf Vlc Avg. Tm F Vm std Vw std Bws S Bws 1.4906
0.9880 0.75 48.364 83.90 75 40.348 3.949 0.0892 0.9990 0.999
Avg. Sqrt
Dlp Vs scfm wet acfm Qsd dscfh
# Sample
Points Dn
Total Test
time (minutes)
Time @ point
(minutes)Avg. Dlh
1.132 69.54 698,960 1,061,709 3.82E+07 12 0.162 120 10.00 0.45
TRUE
Point No.Meter (cf) dl "p" dl "h" ts F tm F (in) tm F (out) Imp. Liquid Collected
1 333.483 1.20 0.45 225.0 68.0 68.0 Wt. (Final) Wt. (Initial) lc
2 337.570 1.30 0.45 224.0 70.0 70.0 462.30 411.00 51.3
3 341.590 1.50 0.45 226.0 71.0 71.0 606.10 605.10 1.0
4 346.058 1.20 0.45 225.0 72.0 72.0 681.70 662.10 19.6
5 350.150 1.40 0.45 225.0 74.0 74.0 851.60 839.60 12.0
6 354.220 1.30 0.45 227.0 75.0 75.0
7 358.490 1.10 0.45 223.0 76.0 76.0
8 362.210 1.30 0.45 223.0 77.0 77.0 Isokinetics 93.9
9 366.510 1.40 0.45 225.0 77.0 77.0 Test Date 10/23/2024
10 371.052 1.10 0.45 222.0 78.0 78.0 Start Time
11 373.790 1.20 0.45 222.0 78.0 78.0 End Time
12 377.530 1.40 0.45 223.0 80.0 80.0 Run 2
13 381.847
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
Page 1
Run 3
Pacificorp Lakeside - CT01 Flow & Moisture Test Date 10/23/2024
As ft^2 Pbar Pq (static) Ps Avg. Ts F CO2 - FCO2 O2 N2+C Md Ms
254.47 25.56 -0.50 25.52 222 9.20 13.60 77.20 30.02 28.76
Y Cp Vm cf Vlc Avg. Tm F Vm std Vw std Bws S Bws 1.4161
0.9880 0.75 48.491 98.80 84 39.759 4.651 0.1047 0.9990 0.999
Avg. Sqrt
Dlp Vs scfm wet acfm Qsd dscfh
# Sample
Points Dn
Total Test
time (minutes)
Time @ point
(minutes)Avg. Dlh
1.111 68.38 690,060 1,044,104 3.71E+07 12 0.162 120 10.00 0.45
TRUE
Point No.Meter (cf) dl "p" dl "h" ts F tm F (in) tm F (out) Imp. Liquid Collected
1 384.901 1.00 0.45 222.0 80.0 80.0 Wt. (Final) Wt. (Initial) lc
2 388.930 1.30 0.45 221.0 80.0 80.0 464.8 411.7 53.1
3 392.940 1.40 0.45 222.0 80.0 80.0 655.6 639.1 16.5
4 397.481 1.00 0.45 222.0 81.0 81.0 630.0 618.4 11.6
5 401.010 1.20 0.45 221.0 83.0 83.0 874.5 856.9 17.6
6 405.540 1.40 0.45 221.0 85.0 85.0 0.0
7 409.667 0.99 0.45 221.0 86.0 86.0
8 413.870 1.40 0.45 222.0 86.0 86.0 Isokinetics 95.4
9 417.910 1.40 0.45 222.0 86.0 86.0 Test Date 10/23/2024
10 421.899 1.10 0.45 222.0 87.0 87.0 Start Time
11 425.730 1.30 0.45 222.0 87.0 87.0 End Time
12 429.550 1.40 0.45 220.0 87.0 87.0 Run 3
13 433.392
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
Page 1
Source Information
Division of Air Quality
Compliance Demonstration
Source Information
Company Name Pacificorp Lakeside - CT02
Company Contact:Veronica Reyes
Contact Phone No.801-796-1916
Source Designation:CT02
Test & Review Dates
Test Date: 10/24/2024
Review Date: 11/15/2024 Tabs Are Shown
Observer:Paul Morris
Reviewer:Paul Morris
Particulate Emission Limits
lbs/MMBtu lbs/hr gr/dscf
0.010 10.800
Emission Rates - "Front Half"
lbs/MMBtu lbs/hr gr/dscf
0.0006 8.4942 0.0015
Test Information
Stack_I.D._inches As ft^2 Y Dl H @ Cp Pbar Pq (static)Dn
216.00 254.47 0.9880 1.921 0.747 25.51 -0.5 0.162
Contractor Information
Contracting Company: Mostardi Platt
Contact: Hal Lee
Phone No.: 801-716-2652
Project No.:
1040
Circular
10100
9780
9860
9190
8710
8710
8710
10540
10640
11950
320
10610
10200
10390
1970
1800
1910
1420
1040
1190
1250
F factor usedF factors for Coal, Oil, and Gas
Anthrocite 2
Lignite
Natural
Propane
Butane
COAL
OIL
GAS
Bituminous 2
Fd Fw Fc
scf/MMBtu scf/MMBtu scf/MMBtu
O2
CO2
lbs/MMBtu
Page 1
Summary
Division of Air Quality
Reference Methods 5 - TSP
Compliance Demonstration of
Pacificorp Lakeside - CT02
Testing Results Lab Data - grams collected
Test Date 10/24/2024 10/24/2024 10/24/2024 10/24/2024 Lab Data Probe Filter Back
Circular Run 1 Run 2 Run 3 Run 4 Run 1 0.0027 0.00198
As ft^2 254.47 254.47 254.47 Run 2 0.00238 0.00242
Pbar 25.51 25.51 25.51 Run 3 0.00193 0.0004
Pq (static)-0.50 -0.50 -0.50 Run 4
Ps 25.47 25.47 25.47
Avg. Ts F 222.67 222.25 221.42 Front Half Emissions Summary
CO2 - FCO2 9.30 9.30 9.30 Run 1 Run 2 Run 3 Run 4 Avg.
O2 13.00 13.00 13.10 gr./dscf 0.0017 0.0018 0.0009 0.0015
N2+C 77.70 77.70 77.60 lbs/hr 10.0905 10.3891 5.0031 8.4942
Md 30.01 30.01 30.01 lbs/MMBtu 6.873E-04 7.106E-04 3.486E-04 0.0006
Ms 29.09 29.08 29.04
Y 0.99 0.99 0.99
Cp 0.75 0.75 0.75 Total Emissions Summary w/back half condensable
Vm cf 48.03 48.81 49.45 Run 1 Run 2 Run 3 Run 4 Avg.
Vlc 72.30 73.20 76.70 gr./dscf 0.0017 0.0018 0.0009 0.0015
AVG. Tm F 57.67 70.25 76.00 lbs/hr 10.0905 10.3891 5.0031 8.4942
Vm std 41.31 40.98 41.07 lbs/MMBtu 6.873E-04 7.106E-04 3.486E-04 0.0006
Vw std 3.40 3.45 3.61
Bws 0.08 0.08 0.08
S Bws 1.00 1.00 1.00
Avg. Sqrt Dlp 1.18 1.18 1.17
Vs 72.47 72.24 71.99 F factor used
scfm wet 728630.07 726711.32 725119.76 1040
acfm 1106517.62 1102930.17 1099170.44
Qsd dscfh 40390140.49 40220610.42 39991485.82
# Sample
Points 12.00 12.00 12.00
Dn 0.162 0.162 0.162
An 1.43E-04 1.43E-04 1.43E-04
Start Time 0:00 0:00 0:00
End Time 0:00 0:00 0:00Total Test
time 120.00 120.00 120.00
Time @ point 10.00 10.00 10.00
80.00
90.00
100.00
110.00
120.00
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47
% I
s
o
k
i
n
e
t
i
c
Points
Run 1 PxP Isokinetic
80.00
90.00
100.00
110.00
120.00
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47
% I
s
o
k
i
n
e
t
i
c
Sample Points
Run 2 PxP Isokinetic
80.00
90.00
100.00
110.00
120.00
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47
% I
s
o
k
i
n
e
t
i
c
Sample Points
Run 3 PxP Isokinetic
O2
CO2
lbs/MMBtu
80.00
90.00
100.00
110.00
120.00
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47
Sample Points
Run 4 PxP Isokinetic
Page 1
Run 1
Pacificorp Lakeside - CT02 Flow & Moisture Test Date 10/24/2024
As ft^2 Pbar Pq (static) Ps Avg. Ts F CO2 - FCO2 O2 N2+C Md Ms
254.47 25.51 -0.50 25.47 223 9.30 13.00 77.70 30.01 29.09
Y Cp Vm cf Vlc Avg. Tm F Vm std Vw std Bws S Bws 1.4512
0.9880 0.75 48.033 72.30 57.67 41.307 3.403 0.0761 0.9990 0.999
Avg. Sqrt
Dlp Vs scfm wet acfm Qsd dscfh
# Sample
Points Dn
Total Test
time (minutes)
Time @ point
(minutes)Avg. Dlh
1.182 72.47 728,630 1,106,518 4.04E+07 12 0.162 120 10.00 0.450000
TRUE
Point No.Meter (cf) dl "p" dl "h" ts F tm F (in) tm F (out) Imp. Liquid Collected
1 434.648 1.20 0.45 222 51 51 Wt. (Final) Wt. (Initial) lc
2 438.690 1.40 0.45 223 53 53 539.30 480.00 59.3
3 442.570 1.50 0.45 223 53 53 620.00 619.50 0.5
4 446.537 1.50 0.45 223 55 55 715.70 713.40 2.3
5 450.640 1.40 0.45 223 56 56 881.30 871.10 10.2
6 454.720 1.40 0.45 223 57 57 0.0
7 458.638 1.20 0.45 223 57 57
8 462.590 1.40 0.45 223 59 59 Isokinetics 90.9
9 466.710 1.40 0.45 222 60 60 Test Date 10/24/2024
10 470.649 1.40 0.45 222 62 62 Start Time enter
11 474.730 1.50 0.45 222 64 64 End Time
12 478.690 1.50 0.45 223 65 65 Run 1
13 482.681
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
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38
39
40
41
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Page 1
Run 2
Pacificorp Lakeside - CT02 Flow & Moisture Test Date 10/24/2024
As ft^2 Pbar Pq (static) Ps Avg. Ts F CO2 - FCO2 O2 N2+C Md Ms
254.47 25.51 -0.50 25.47 222 9.30 13.00 77.70 30.01 29.08
Y Cp Vm cf Vlc Avg. Tm F Vm std Vw std Bws S Bws 1.4396
0.9880 0.75 48.806 73.20 70 40.975 3.446 0.0776 0.9990 0.999
Avg. Sqrt
Dlp Vs scfm wet acfm Qsd dscfh
# Sample
Points Dn
Total Test
time (minutes)
Time @ point
(minutes)Avg. Dlh
1.179 72.24 726,711 1,102,930 4.02E+07 12 0.162 120 10.00 0.45
TRUE
Point No.Meter (cf) dl "p" dl "h" ts F tm F (in) tm F (out) Imp. Liquid Collected
1 483.825 1.20 0.45 222.0 66.0 66.0 Wt. (Final) Wt. (Initial) lc
2 487.880 1.30 0.45 222.0 66.0 66.0 466.90 411.10 55.8
3 491.930 1.50 0.45 222.0 67.0 67.0 606.70 604.80 1.9
4 495.792 1.50 0.45 222.0 67.0 67.0 629.40 624.80 4.6
5 499.630 1.40 0.45 222.0 69.0 69.0 836.80 825.90 10.9
6 503.590 1.40 0.45 222.0 69.0 69.0
7 507.584 1.20 0.45 222.0 71.0 71.0
8 511.620 1.30 0.45 222.0 72.0 72.0 Isokinetics 90.6
9 515.690 1.40 0.45 223.0 73.0 73.0 Test Date 10/24/2024
10 519.742 1.40 0.45 223.0 74.0 74.0 Start Time
11 523.590 1.60 0.45 223.0 74.0 74.0 End Time
12 527.550 1.50 0.45 222.0 75.0 75.0 Run 2
13 532.631
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
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Page 1
Run 3
Pacificorp Lakeside - CT02 Flow & Moisture Test Date 10/24/2024
As ft^2 Pbar Pq (static) Ps Avg. Ts F CO2 - FCO2 O2 N2+C Md Ms
254.47 25.51 -0.50 25.47 221 9.30 13.10 77.60 30.01 29.04
Y Cp Vm cf Vlc Avg. Tm F Vm std Vw std Bws S Bws 1.4166
0.9880 0.75 49.446 76.70 76 41.067 3.610 0.0808 0.9990 0.999
Avg. Sqrt
Dlp Vs scfm wet acfm Qsd dscfh
# Sample
Points Dn
Total Test
time (minutes)
Time @ point
(minutes)Avg. Dlh
1.175 71.99 725,120 1,099,170 4.00E+07 12 0.162 120 10.00 0.45
TRUE
Point No.Meter (cf) dl "p" dl "h" ts F tm F (in) tm F (out) Imp. Liquid Collected
1 531.921 1.20 0.45 221.0 75.0 75.0 Wt. (Final) Wt. (Initial) lc
2 536.020 1.30 0.45 222.0 74.0 74.0 486.3 427.0 59.3
3 540.070 1.40 0.45 222.0 75.0 75.0 639.2 639.2 0.0
4 543.984 1.50 0.45 222.0 75.0 75.0 635.9 630.0 5.9
5 548.010 1.60 0.45 222.0 75.0 75.0 846.5 835.0 11.5
6 552.100 1.40 0.45 222.0 76.0 76.0 0.0
7 555.980 1.10 0.45 221.0 77.0 77.0
8 559.870 1.30 0.45 221.0 77.0 77.0 Isokinetics 91.3
9 563.940 1.50 0.45 221.0 77.0 77.0 Test Date 10/24/2024
10 568.089 1.30 0.45 221.0 77.0 77.0 Start Time
11 570.420 1.50 0.45 221.0 77.0 77.0 End Time
12 575.610 1.50 0.45 221.0 77.0 77.0 Run 3
13 581.367
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
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Page 1
Source Information
Division of Air Quality
Compliance Demonstration
Source Information
Company Name Pacificorp Lakeside - CT03
Company Contact:Veronica Reyes
Contact Phone No.801-796-1916
Source Designation:CT03 PM 2.5
Test & Review Dates
Test Date: 10/21/2024
Review Date: 11/18/2024 Tabs Are Shown
Observer:Paul Morris
Reviewer:Paul Morris
Particulate Emission Limits
lbs/MMBtu lbs/hr gr/dscf
14.000
Emission Rates - "Front Half"
lbs/MMBtu lbs/hr gr/dscf
0.0007 11.1086 0.0020
Test Information
Stack_I.D._inches As ft^2 Y Dl H @ Cp Pbar Pq (static)Dn
216.00 254.47 0.9880 1.921 0.747 25.51 -0.5 0.162
Contractor Information
Contracting Company: Mostardi Platt
Contact: Hal Lee
Phone No.: 801-716-2652
Project No.:
1040
Circular
10100
9780
9860
9190
8710
8710
8710
10540
10640
11950
320
10610
10200
10390
1970
1800
1910
1420
1040
1190
1250
F factor usedF factors for Coal, Oil, and Gas
Anthrocite 2
Lignite
Natural
Propane
Butane
COAL
OIL
GAS
Bituminous 2
Fd Fw Fc
scf/MMBtu scf/MMBtu scf/MMBtu
O2
CO2
lbs/MMBtu
Page 1
Summary
Division of Air Quality
Reference Methods 5 - TSP
Compliance Demonstration of
Pacificorp Lakeside - CT03
Testing Results Lab Data - grams collected
Test Date 10/21/2024 10/21/2024 10/21/2024 10/21/2024 Lab Data Probe Filter Back
Circular Run 1 Run 2 Run 3 Run 4 Run 1 0.00619 0.0004
As ft^2 254.47 254.47 254.47 Run 2 0.00305 0.00071
Pbar 25.51 25.51 25.51 Run 3 0.0045 0.00063
Pq (static)-0.50 -0.50 -0.50 Run 4
Ps 25.47 25.47 25.47
Avg. Ts F 168.75 167.75 155.17 Front Half Emissions Summary
CO2 - FCO2 9.40 9.50 9.60 Run 1 Run 2 Run 3 Run 4 Avg.
O2 12.00 12.20 12.20 gr./dscf 0.0024 0.0015 0.0020 0.0020
N2+C 78.60 78.30 78.20 lbs/hr 13.7540 8.2433 11.3285 11.1086
Md 29.98 30.01 30.02 lbs/MMBtu 8.484E-04 5.190E-04 7.085E-04 0.0007
Ms 28.66 28.71 28.72
Y 0.99 0.99 0.99
Cp 0.75 0.75 0.75 Total Emissions Summary w/back half condensable
Vm cf 49.35 48.26 47.82 Run 1 Run 2 Run 3 Run 4 Avg.
Vlc 110.10 102.80 102.70 gr./dscf 0.0024 0.0015 0.0020 0.0020
AVG. Tm F 65.33 78.42 73.75 lbs/hr 13.7540 8.2433 11.3285 11.1086
Vm std 41.82 39.91 39.88 lbs/MMBtu 8.484E-04 5.190E-04 7.085E-04 0.0007
Vw std 5.18 4.84 4.83
Bws 0.11 0.11 0.11
S Bws 0.47 0.46 0.34
Avg. Sqrt Dlp 1.15 1.15 1.14
Vs 67.93 67.82 66.90 F factor used
scfm wet 741503.62 741489.40 746407.39 1040
acfm 1037131.49 1035462.11 1021436.26
Qsd dscfh 39584896.66 39678270.24 39943143.78
# Sample
Points 12.00 12.00 12.00
Dn 0.162 0.162 0.162
An 1.43E-04 1.43E-04 1.43E-04
Start Time 0:00 0:00 0:00
End Time 0:00 0:00 0:00Total Test
time 120.00 120.00 120.00
Time @ point 10.00 10.00 10.00
80.00
90.00
100.00
110.00
120.00
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47
% I
s
o
k
i
n
e
t
i
c
Points
Run 1 PxP Isokinetic
80.00
90.00
100.00
110.00
120.00
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47
% I
s
o
k
i
n
e
t
i
c
Sample Points
Run 2 PxP Isokinetic
80.00
90.00
100.00
110.00
120.00
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47
% I
s
o
k
i
n
e
t
i
c
Sample Points
Run 3 PxP Isokinetic
O2
CO2
lbs/MMBtu
80.00
90.00
100.00
110.00
120.00
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47
Sample Points
Run 4 PxP Isokinetic
Page 1
Run 1
Pacificorp Lakeside - CT03 Flow & Moisture Test Date 10/21/2024
As ft^2 Pbar Pq (static) Ps Avg. Ts F CO2 - FCO2 O2 N2+C Md Ms
254.47 25.51 -0.50 25.47 169 9.40 12.00 78.60 29.98 28.66
Y Cp Vm cf Vlc Avg. Tm F Vm std Vw std Bws S Bws 0.4658
0.9880 0.75 49.350 110.10 65.33 41.821 5.182 0.1103 0.4658 0.999
Avg. Sqrt
Dlp Vs scfm wet acfm Qsd dscfh
# Sample
Points Dn
Total Test
time (minutes)
Time @ point
(minutes)Avg. Dlh
1.146 67.93 741,504 1,037,131 3.96E+07 12 0.162 120 10.00 0.460000
TRUE
Point No.Meter (cf) dl "p" dl "h" ts F tm F (in) tm F (out) Imp. Liquid Collected
1 924.750 1.50 0.46 168 57 57 Wt. (Final) Wt. (Initial) lc
2 928.090 1.30 0.46 168 58 58 532.30 480.00 52.3
3 932.110 1.30 0.46 166 58 58 643.90 616.90 27.0
4 936.420 1.40 0.46 165 61 61 745.30 732.30 13.0
5 940.990 1.40 0.46 168 63 63 857.40 839.60 17.8
6 945.130 1.20 0.46 168 63 63 0.0
7 949.330 1.50 0.46 171 65 65
8 953.660 1.30 0.46 171 67 67 Isokinetics 94.0
9 958.070 1.20 0.46 169 70 70 Test Date 10/21/2024
10 962.100 1.40 0.46 170 73 73 Start Time enter
11 966.230 1.20 0.46 170 74 74 End Time
12 970.690 1.10 0.46 171 75 75 Run 1
13 974.100
14
15
16
17
18
19
20
21
22
23
24
25
26
27
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30
31
32
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Page 1
Run 2
Pacificorp Lakeside - CT03 Flow & Moisture Test Date 10/21/2024
As ft^2 Pbar Pq (static) Ps Avg. Ts F CO2 - FCO2 O2 N2+C Md Ms
254.47 25.51 -0.50 25.47 168 9.50 12.20 78.30 30.01 28.71
Y Cp Vm cf Vlc Avg. Tm F Vm std Vw std Bws S Bws 0.4552
0.9880 0.75 48.264 102.80 78 39.907 4.839 0.1081 0.4552 0.999
Avg. Sqrt
Dlp Vs scfm wet acfm Qsd dscfh
# Sample
Points Dn
Total Test
time (minutes)
Time @ point
(minutes)Avg. Dlh
1.146 67.82 741,489 1,035,462 3.97E+07 12 0.162 120 10.00 0.46
TRUE
Point No.Meter (cf) dl "p" dl "h" ts F tm F (in) tm F (out) Imp. Liquid Collected
1 987.136 1.50 0.46 166.0 77.0 77.0 Wt. (Final) Wt. (Initial) lc
2 991.660 1.30 0.46 167.0 77.0 77.0 470.60 410.40 60.2
3 995.790 1.30 0.46 165.0 78.0 78.0 610.00 602.60 7.4
4 1000.020 1.40 0.46 167.0 79.0 79.0 640.80 622.30 18.5
5 1004.120 1.40 0.46 167.0 80.0 80.0 854.00 837.30 16.7
6 1008.740 1.20 0.46 168.0 80.0 80.0
7 1013.090 1.50 0.46 170.0 79.0 79.0
8 1017.590 1.30 0.46 170.0 79.0 79.0 Isokinetics 89.4
9 1022.030 1.20 0.46 169.0 79.0 79.0 Test Date 10/21/2024
10 1026.060 1.40 0.46 168.0 78.0 78.0 Start Time
11 1029.420 1.20 0.46 168.0 78.0 78.0 End Time
12 1032.200 1.10 0.46 168.0 77.0 77.0 Run 2
13 1035.400
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
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Page 1
Run 3
Pacificorp Lakeside - CT03 Flow & Moisture Test Date 10/21/2024
As ft^2 Pbar Pq (static) Ps Avg. Ts F CO2 - FCO2 O2 N2+C Md Ms
254.47 25.51 -0.50 25.47 155 9.60 12.20 78.20 30.02 28.72
Y Cp Vm cf Vlc Avg. Tm F Vm std Vw std Bws S Bws 0.3377
0.9880 0.75 47.818 102.70 74 39.884 4.834 0.1081 0.3377 0.999
Avg. Sqrt
Dlp Vs scfm wet acfm Qsd dscfh
# Sample
Points Dn
Total Test
time (minutes)
Time @ point
(minutes)Avg. Dlh
1.143 66.90 746,407 1,021,436 3.99E+07 12 0.162 120 10.00 0.46
TRUE
Point No.Meter (cf) dl "p" dl "h" ts F tm F (in) tm F (out) Imp. Liquid Collected
1 46.242 1.50 0.46 169.00 74.0 74.0 Wt. (Final) Wt. (Initial) lc
2 50.790 1.30 0.46 169.00 74.0 74.0 488.8 427.8 61.0
3 54.220 1.30 0.46 168.00 74.0 74.0 650.0 639.8 10.2
4 58.560 1.40 0.46 166.00 74.0 74.0 645.7 635.1 10.6
5 62.120 1.40 0.46 167.00 74.0 74.0 877.0 856.1 20.9
6 66.880 1.10 0.46 167.00 73.0 73.0 0.0
7 70.420 1.50 0.46 168.00 74.0 74.0
8 74.010 1.20 0.46 168.00 74.0 74.0 Isokinetics 88.8
9 78.790 1.20 0.46 169.00 74.0 74.0 Test Date 10/21/2024
10 82.513 1.40 0.46 16.00 74.0 74.0 Start Time
11 86.690 1.20 0.46 168.00 73.0 73.0 End Time
12 90.770 1.20 0.46 167.00 73.0 73.0 Run 3
13 94.060
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
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46
47
48
Page 1
Source Information
Division of Air Quality
Compliance Demonstration
Source Information
Company Name Pacificorp Lakeside - CT03
Company Contact:Veronica Reyes
Contact Phone No.801-796-1916
Source Designation:CT03 PM 10
Test & Review Dates
Test Date: 10/21/2024
Review Date: 11/18/2024 Tabs Are Shown
Observer:Paul Morris
Reviewer:Paul Morris
Particulate Emission Limits
lbs/MMBtu lbs/hr gr/dscf
14.000
Emission Rates - "Front Half"
lbs/MMBtu lbs/hr gr/dscf
0.0008 1.0000 0.0024
Test Information
Stack_I.D._inches As ft^2 Y Dl H @ Cp Pbar Pq (static)Dn
216.00 254.47 0.9880 1.921 0.747 25.51 -0.5 0.162
Contractor Information
Contracting Company: Mostardi Platt
Contact: Hal Lee
Phone No.: 801-716-2652
Project No.:
1040
Circular
10100
9780
9860
9190
8710
8710
8710
10540
10640
11950
320
10610
10200
10390
1970
1800
1910
1420
1040
1190
1250
F factor usedF factors for Coal, Oil, and Gas
Anthrocite 2
Lignite
Natural
Propane
Butane
COAL
OIL
GAS
Bituminous 2
Fd Fw Fc
scf/MMBtu scf/MMBtu scf/MMBtu
O2
CO2
lbs/MMBtu
Page 1
Summary
Division of Air Quality
Reference Methods 5 - TSP
Compliance Demonstration of
Pacificorp Lakeside - CT03
Testing Results Lab Data - grams collected
Test Date 10/21/2024 10/21/2024 10/21/2024 10/21/2024 Lab Data Probe Filter Back
Circular Run 1 Run 2 Run 3 Run 4 Run 1 0.00619 0.00139
As ft^2 254.47 254.47 254.47 Run 2 0.00305 0.00146
Pbar 25.51 25.51 25.51 Run 3 0.0045 0.00207
Pq (static)-0.50 -0.50 -0.50 Run 4
Ps 25.47 25.47 25.47
Avg. Ts F 168.75 167.75 155.17 Front Half Emissions Summary
CO2 - FCO2 9.40 9.50 9.60 Run 1 Run 2 Run 3 Run 4 Avg.
O2 12.00 12.20 12.20 gr./dscf 0.0028 0.0017 0.0025 0.0024
N2+C 78.60 78.30 78.20 lbs/hr 15.8203 9.8876 14.5085 13.40544571
Md 29.98 30.01 30.02 lbs/MMBtu 9.759E-04 6.225E-04 9.073E-04 0.0008
Ms 28.66 28.71 28.72
Y 0.99 0.99 0.99
Cp 0.75 0.75 0.75 Total Emissions Summary w/back half condensable
Vm cf 49.35 48.26 47.82 Run 1 Run 2 Run 3 Run 4 Avg.
Vlc 110.10 102.80 102.70 gr./dscf 0.0028 0.0017 0.0025 0.0024
AVG. Tm F 65.33 78.42 73.75 lbs/hr 15.8203 9.8876 14.5085 13.4054
Vm std 41.82 39.91 39.88 lbs/MMBtu 9.759E-04 6.225E-04 9.073E-04 0.0008
Vw std 5.18 4.84 4.83
Bws 0.11 0.11 0.11
S Bws 0.47 0.46 0.34
Avg. Sqrt Dlp 1.15 1.15 1.14
Vs 67.93 67.82 66.90 F factor used
scfm wet 741503.62 741489.40 746407.39 1040
acfm 1037131.49 1035462.11 1021436.26
Qsd dscfh 39584896.66 39678270.24 39943143.78
# Sample
Points 12.00 12.00 12.00
Dn 0.162 0.162 0.162
An 1.43E-04 1.43E-04 1.43E-04
Start Time 0:00 0:00 0:00
End Time 0:00 0:00 0:00Total Test
time 120.00 120.00 120.00
Time @ point 10.00 10.00 10.00
80.00
90.00
100.00
110.00
120.00
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47
% I
s
o
k
i
n
e
t
i
c
Points
Run 1 PxP Isokinetic
80.00
90.00
100.00
110.00
120.00
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47
% I
s
o
k
i
n
e
t
i
c
Sample Points
Run 2 PxP Isokinetic
80.00
90.00
100.00
110.00
120.00
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47
% I
s
o
k
i
n
e
t
i
c
Sample Points
Run 3 PxP Isokinetic
O2
CO2
lbs/MMBtu
80.00
90.00
100.00
110.00
120.00
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47
Sample Points
Run 4 PxP Isokinetic
Page 1
Run 1
Pacificorp Lakeside - CT03 Flow & Moisture Test Date 10/21/2024
As ft^2 Pbar Pq (static) Ps Avg. Ts F CO2 - FCO2 O2 N2+C Md Ms
254.47 25.51 -0.50 25.47 169 9.40 12.00 78.60 29.98 28.66
Y Cp Vm cf Vlc Avg. Tm F Vm std Vw std Bws S Bws 0.4658
0.9880 0.75 49.350 110.10 65.33 41.821 5.182 0.1103 0.4658 0.999
Avg. Sqrt
Dlp Vs scfm wet acfm Qsd dscfh
# Sample
Points Dn
Total Test
time (minutes)
Time @ point
(minutes)Avg. Dlh
1.146 67.93 741,504 1,037,131 3.96E+07 12 0.162 120 10.00 0.460000
TRUE
Point No.Meter (cf) dl "p" dl "h" ts F tm F (in) tm F (out) Imp. Liquid Collected
1 924.750 1.50 0.46 168 57 57 Wt. (Final) Wt. (Initial) lc
2 928.090 1.30 0.46 168 58 58 532.30 480.00 52.3
3 932.110 1.30 0.46 166 58 58 643.90 616.90 27.0
4 936.420 1.40 0.46 165 61 61 745.30 732.30 13.0
5 940.990 1.40 0.46 168 63 63 857.40 839.60 17.8
6 945.130 1.20 0.46 168 63 63 0.0
7 949.330 1.50 0.46 171 65 65
8 953.660 1.30 0.46 171 67 67 Isokinetics 94.0
9 958.070 1.20 0.46 169 70 70 Test Date 10/21/2024
10 962.100 1.40 0.46 170 73 73 Start Time enter
11 966.230 1.20 0.46 170 74 74 End Time
12 970.690 1.10 0.46 171 75 75 Run 1
13 974.100
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
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38
39
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41
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Page 1
Run 2
Pacificorp Lakeside - CT03 Flow & Moisture Test Date 10/21/2024
As ft^2 Pbar Pq (static) Ps Avg. Ts F CO2 - FCO2 O2 N2+C Md Ms
254.47 25.51 -0.50 25.47 168 9.50 12.20 78.30 30.01 28.71
Y Cp Vm cf Vlc Avg. Tm F Vm std Vw std Bws S Bws 0.4552
0.9880 0.75 48.264 102.80 78 39.907 4.839 0.1081 0.4552 0.999
Avg. Sqrt
Dlp Vs scfm wet acfm Qsd dscfh
# Sample
Points Dn
Total Test
time (minutes)
Time @ point
(minutes)Avg. Dlh
1.146 67.82 741,489 1,035,462 3.97E+07 12 0.162 120 10.00 0.46
TRUE
Point No.Meter (cf) dl "p" dl "h" ts F tm F (in) tm F (out) Imp. Liquid Collected
1 987.136 1.50 0.46 166.0 77.0 77.0 Wt. (Final) Wt. (Initial) lc
2 991.660 1.30 0.46 167.0 77.0 77.0 470.60 410.40 60.2
3 995.790 1.30 0.46 165.0 78.0 78.0 610.00 602.60 7.4
4 1000.020 1.40 0.46 167.0 79.0 79.0 640.80 622.30 18.5
5 1004.120 1.40 0.46 167.0 80.0 80.0 854.00 837.30 16.7
6 1008.740 1.20 0.46 168.0 80.0 80.0
7 1013.090 1.50 0.46 170.0 79.0 79.0
8 1017.590 1.30 0.46 170.0 79.0 79.0 Isokinetics 89.4
9 1022.030 1.20 0.46 169.0 79.0 79.0 Test Date 10/21/2024
10 1026.060 1.40 0.46 168.0 78.0 78.0 Start Time
11 1029.420 1.20 0.46 168.0 78.0 78.0 End Time
12 1032.200 1.10 0.46 168.0 77.0 77.0 Run 2
13 1035.400
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
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Page 1
Run 3
Pacificorp Lakeside - CT03 Flow & Moisture Test Date 10/21/2024
As ft^2 Pbar Pq (static) Ps Avg. Ts F CO2 - FCO2 O2 N2+C Md Ms
254.47 25.51 -0.50 25.47 155 9.60 12.20 78.20 30.02 28.72
Y Cp Vm cf Vlc Avg. Tm F Vm std Vw std Bws S Bws 0.3377
0.9880 0.75 47.818 102.70 74 39.884 4.834 0.1081 0.3377 0.999
Avg. Sqrt
Dlp Vs scfm wet acfm Qsd dscfh
# Sample
Points Dn
Total Test
time (minutes)
Time @ point
(minutes)Avg. Dlh
1.143 66.90 746,407 1,021,436 3.99E+07 12 0.162 120 10.00 0.46
TRUE
Point No.Meter (cf) dl "p" dl "h" ts F tm F (in) tm F (out) Imp. Liquid Collected
1 46.242 1.50 0.46 169.00 74.0 74.0 Wt. (Final) Wt. (Initial) lc
2 50.790 1.30 0.46 169.00 74.0 74.0 488.8 427.8 61.0
3 54.220 1.30 0.46 168.00 74.0 74.0 650.0 639.8 10.2
4 58.560 1.40 0.46 166.00 74.0 74.0 645.7 635.1 10.6
5 62.120 1.40 0.46 167.00 74.0 74.0 877.0 856.1 20.9
6 66.880 1.10 0.46 167.00 73.0 73.0 0.0
7 70.420 1.50 0.46 168.00 74.0 74.0
8 74.010 1.20 0.46 168.00 74.0 74.0 Isokinetics 88.8
9 78.790 1.20 0.46 169.00 74.0 74.0 Test Date 10/21/2024
10 82.513 1.40 0.46 16.00 74.0 74.0 Start Time
11 86.690 1.20 0.46 168.00 73.0 73.0 End Time
12 90.770 1.20 0.46 167.00 73.0 73.0 Run 3
13 94.060
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
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Page 1
Source Information
Division of Air Quality
Compliance Demonstration
Source Information
Company Name Pacificorp Lakeside - CT04
Company Contact:Veronica Reyes
Contact Phone No.801-796-1916
Source Designation:CT04 PM 2.5
Test & Review Dates
Test Date: 10/22/2024
Review Date: 11/18/2024 Tabs Are Shown
Observer:Paul Morris
Reviewer:Paul Morris
Particulate Emission Limits
lbs/MMBtu lbs/hr gr/dscf
14.000
Emission Rates - "Front Half"
lbs/MMBtu lbs/hr gr/dscf
0.0006 10.2361 0.0018
Test Information
Stack_I.D._inches As ft^2 Y Dl H @ Cp Pbar Pq (static)Dn
216.00 254.47 0.9880 1.921 0.747 25.55 -0.5 0.152
Contractor Information
Contracting Company: Mostardi Platt
Contact: Hal Lee
Phone No.: 801-716-2652
Project No.:
1040
Circular
10100
9780
9860
9190
8710
8710
8710
10540
10640
11950
320
10610
10200
10390
1970
1800
1910
1420
1040
1190
1250
F factor usedF factors for Coal, Oil, and Gas
Anthrocite 2
Lignite
Natural
Propane
Butane
COAL
OIL
GAS
Bituminous 2
Fd Fw Fc
scf/MMBtu scf/MMBtu scf/MMBtu
O2
CO2
lbs/MMBtu
Page 1
Summary
Division of Air Quality
Reference Methods 5 - TSP
Compliance Demonstration of
Pacificorp Lakeside - CT04
Testing Results Lab Data - grams collected
Test Date 10/22/2024 10/22/2024 10/22/2024 10/22/2024 Lab Data Probe Filter Back
Circular Run 1 Run 2 Run 3 Run 4 Run 1 0.00481 0.00065
As ft^2 254.47 254.47 254.47 Run 2 0.00255 0.00049
Pbar 25.55 25.55 25.55 Run 3 0.00286 0.00243
Pq (static)-0.50 -0.50 -0.50 Run 4
Ps 25.51 25.51 25.51
Avg. Ts F 170.00 166.67 165.42 Front Half Emissions Summary
CO2 - FCO2 9.40 9.40 9.50 Run 1 Run 2 Run 3 Run 4 Avg.
O2 12.30 12.50 12.30 gr./dscf 0.0021 0.0012 0.0021 0.0018
N2+C 78.30 78.10 78.20 lbs/hr 12.1867 6.7506 11.7712 10.2361
Md 30.00 30.00 30.01 lbs/MMBtu 7.512E-04 4.348E-04 7.496E-04 0.0006
Ms 28.88 28.98 28.81
Y 0.99 0.99 0.99
Cp 0.75 0.75 0.75 Total Emissions Summary w/back half condensable
Vm cf 47.49 48.28 47.97 Run 1 Run 2 Run 3 Run 4 Avg.
Vlc 88.20 79.10 93.10 gr./dscf 0.0021 0.0012 0.0021 0.0018
AVG. Tm F 62.92 79.75 83.92 lbs/hr 12.1867 6.7506 11.7712 10.2361
Vm std 40.50 39.88 39.32 lbs/MMBtu 7.512E-04 4.348E-04 7.496E-04 0.0006
Vw std 4.15 3.72 4.38
Bws 0.09 0.09 0.10
S Bws 0.48 0.44 0.43
Avg. Sqrt Dlp 1.17 1.13 1.14
Vs 69.03 66.72 66.88 F factor used
scfm wet 753258.23 731923.06 735106.85 1040
acfm 1054012.00 1018739.49 1021130.01
Qsd dscfh 40993103.87 40165830.83 39684094.52
# Sample
Points 12.00 12.00 12.00
Dn 0.152 0.152 0.152
An 1.26E-04 1.26E-04 1.26E-04
Start Time 0:00 0:00 0:00
End Time 0:00 0:00 0:00Total Test
time 120.00 120.00 120.00
Time @ point 10.00 10.00 10.00
80.00
90.00
100.00
110.00
120.00
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47
% I
s
o
k
i
n
e
t
i
c
Points
Run 1 PxP Isokinetic
80.00
90.00
100.00
110.00
120.00
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47
% I
s
o
k
i
n
e
t
i
c
Sample Points
Run 2 PxP Isokinetic
80.00
90.00
100.00
110.00
120.00
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47
% I
s
o
k
i
n
e
t
i
c
Sample Points
Run 3 PxP Isokinetic
O2
CO2
lbs/MMBtu
80.00
90.00
100.00
110.00
120.00
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47
Sample Points
Run 4 PxP Isokinetic
Page 1
Run 1
Pacificorp Lakeside - CT04 Flow & Moisture Test Date 10/22/2024
As ft^2 Pbar Pq (static) Ps Avg. Ts F CO2 - FCO2 O2 N2+C Md Ms
254.47 25.55 -0.50 25.51 170 9.40 12.30 78.30 30.00 28.88
Y Cp Vm cf Vlc Avg. Tm F Vm std Vw std Bws S Bws 0.4787
0.9880 0.75 47.494 88.20 62.92 40.497 4.152 0.0930 0.4787 0.999
Avg. Sqrt
Dlp Vs scfm wet acfm Qsd dscfh
# Sample
Points Dn
Total Test
time (minutes)
Time @ point
(minutes)Avg. Dlh
1.169 69.03 753,258 1,054,012 4.10E+07 12 0.152 120 10.00 0.460000
TRUE
Point No.Meter (cf) dl "p" dl "h" ts F tm F (in) tm F (out) Imp. Liquid Collected
1 116.206 1.10 0.46 171 57 57 Wt. (Final) Wt. (Initial) lc
2 120.550 1.00 0.46 171 58 58 531.90 480.30 51.6
3 124.320 1.10 0.46 170 59 59 623.80 619.60 4.2
4 128.770 1.60 0.46 170 60 60 760.50 745.30 15.2
5 132.080 1.30 0.46 170 61 61 874.60 857.40 17.2
6 136.760 1.60 0.46 170 62 62 0.0
7 140.660 1.40 0.46 170 64 64
8 144.310 1.40 0.46 170 64 64 Isokinetics 99.8
9 148.650 1.50 0.46 170 65 65 Test Date 10/22/2024
10 152.420 1.30 0.46 169 67 67 Start Time enter
11 156.110 1.60 0.46 169 69 69 End Time
12 160.870 1.60 0.46 170 69 69 Run 1
13 163.700
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
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38
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40
41
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Page 1
Run 2
Pacificorp Lakeside - CT04 Flow & Moisture Test Date 10/22/2024
As ft^2 Pbar Pq (static) Ps Avg. Ts F CO2 - FCO2 O2 N2+C Md Ms
254.47 25.55 -0.50 25.51 167 9.40 12.50 78.10 30.00 28.98
Y Cp Vm cf Vlc Avg. Tm F Vm std Vw std Bws S Bws 0.4432
0.9880 0.75 48.282 79.10 80 39.884 3.723 0.0854 0.4432 0.999
Avg. Sqrt
Dlp Vs scfm wet acfm Qsd dscfh
# Sample
Points Dn
Total Test
time (minutes)
Time @ point
(minutes)Avg. Dlh
1.135 66.72 731,923 1,018,739 4.02E+07 12 0.152 120 10.00 0.45
TRUE
Point No.Meter (cf) dl "p" dl "h" ts F tm F (in) tm F (out) Imp. Liquid Collected
1 174.735 1.10 0.44 168.0 71.0 71.0 Wt. (Final) Wt. (Initial) lc
2 178.620 1.10 0.44 168.0 72.0 72.0 458.80 421.10 37.7
3 182.510 1.10 0.44 166.0 74.0 74.0 613.00 605.10 7.9
4 186.441 1.50 0.45 166.0 76.0 76.0 661.90 640.90 21.0
5 190.750 1.30 0.45 168.0 77.0 77.0 833.30 820.80 12.5
6 194.770 1.50 0.45 162.0 80.0 80.0
7 199.100 1.40 0.45 167.0 82.0 82.0
8 203.320 1.20 0.45 167.0 83.0 83.0 Isokinetics 100.3
9 207.540 1.30 0.45 166.0 84.0 84.0 Test Date 10/22/2024
10 211.565 1.30 0.45 168.0 85.0 85.0 Start Time
11 215.610 1.40 0.45 168.0 86.0 86.0 End Time
12 219.330 1.30 0.45 166.0 87.0 87.0 Run 2
13 223.017
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
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38
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Page 1
Run 3
Pacificorp Lakeside - CT04 Flow & Moisture Test Date 10/22/2024
As ft^2 Pbar Pq (static) Ps Avg. Ts F CO2 - FCO2 O2 N2+C Md Ms
254.47 25.55 -0.50 25.51 165 9.50 12.30 78.20 30.01 28.81
Y Cp Vm cf Vlc Avg. Tm F Vm std Vw std Bws S Bws 0.4304
0.9880 0.75 47.973 93.10 84 39.324 4.382 0.1003 0.4304 0.999
Avg. Sqrt
Dlp Vs scfm wet acfm Qsd dscfh
# Sample
Points Dn
Total Test
time (minutes)
Time @ point
(minutes)Avg. Dlh
1.135 66.88 735,107 1,021,130 3.97E+07 12 0.152 120 10.00 0.44
TRUE
Point No.Meter (cf) dl "p" dl "h" ts F tm F (in) tm F (out) Imp. Liquid Collected
1 224.475 1.20 0.44 167.00 87.0 87.0 Wt. (Final) Wt. (Initial) lc
2 228.275 1.10 0.44 167.00 86.0 86.0 486.3 427.3 59.0
3 232.080 1.10 0.44 166.00 85.0 85.0 647.9 640.0 7.9
4 235.781 1.40 0.44 167.00 85.0 85.0 656.8 646.2 10.6
5 240.300 1.30 0.44 167.00 83.0 83.0 823.0 807.4 15.6
6 244.350 1.50 0.44 166.00 84.0 84.0 0.0
7 248.791 1.30 0.44 167.00 83.0 83.0
8 253.090 1.20 0.44 165.00 84.0 84.0 Isokinetics 100.1
9 256.550 1.40 0.44 165.00 83.0 83.0 Test Date 10/22/2024
10 260.603 1.40 0.44 167.00 83.0 83.0 Start Time
11 264.490 1.30 0.44 162.00 82.0 82.0 End Time
12 268.430 1.30 0.44 159.00 82.0 82.0 Run 3
13 272.448
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
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48
Page 1
Source Information
Division of Air Quality
Compliance Demonstration
Source Information
Company Name Pacificorp Lakeside - CT04
Company Contact:Veronica Reyes
Contact Phone No.801-796-1916
Source Designation:CT04 PM 10
Test & Review Dates
Test Date: 10/22/2024
Review Date: 11/18/2024 Tabs Are Shown
Observer:Paul Morris
Reviewer:Paul Morris
Particulate Emission Limits
lbs/MMBtu lbs/hr gr/dscf
14.000
Emission Rates - "Front Half"
lbs/MMBtu lbs/hr gr/dscf
0.0008 12.7293 0.0022
Test Information
Stack_I.D._inches As ft^2 Y Dl H @ Cp Pbar Pq (static)Dn
216.00 254.47 0.9880 1.921 0.747 25.55 -0.5 0.152
Contractor Information
Contracting Company: Mostardi Platt
Contact: Hal Lee
Phone No.: 801-716-2652
Project No.:
1040
Circular
10100
9780
9860
9190
8710
8710
8710
10540
10640
11950
320
10610
10200
10390
1970
1800
1910
1420
1040
1190
1250
F factor usedF factors for Coal, Oil, and Gas
Anthrocite 2
Lignite
Natural
Propane
Butane
COAL
OIL
GAS
Bituminous 2
Fd Fw Fc
scf/MMBtu scf/MMBtu scf/MMBtu
O2
CO2
lbs/MMBtu
Page 1
Summary
Division of Air Quality
Reference Methods 5 - TSP
Compliance Demonstration of
Pacificorp Lakeside - CT04
Testing Results Lab Data - grams collected
Test Date 10/22/2024 10/22/2024 10/22/2024 10/22/2024 Lab Data Probe Filter Back
Circular Run 1 Run 2 Run 3 Run 4 Run 1 0.00481 0.00124
As ft^2 254.47 254.47 254.47 Run 2 0.00255 0.00076
Pbar 25.55 25.55 25.55 Run 3 0.00286 0.00493
Pq (static)-0.50 -0.50 -0.50 Run 4
Ps 25.51 25.51 25.51
Avg. Ts F 170.00 166.67 165.42 Front Half Emissions Summary
CO2 - FCO2 9.40 9.40 9.50 Run 1 Run 2 Run 3 Run 4 Avg.
O2 12.30 12.50 12.30 gr./dscf 0.0023 0.0013 0.0031 0.0022
N2+C 78.30 78.10 78.20 lbs/hr 13.5035 7.3501 17.3341 12.7293
Md 30.00 30.00 30.01 lbs/MMBtu 8.324E-04 4.734E-04 1.104E-03 0.0008
Ms 28.88 28.98 28.81
Y 0.99 0.99 0.99
Cp 0.75 0.75 0.75 Total Emissions Summary w/back half condensable
Vm cf 47.49 48.28 47.97 Run 1 Run 2 Run 3 Run 4 Avg.
Vlc 88.20 79.10 93.10 gr./dscf 0.0023 0.0013 0.0031 0.0022
AVG. Tm F 62.92 79.75 83.92 lbs/hr 13.5035 7.3501 17.3341 12.7293
Vm std 40.50 39.88 39.32 lbs/MMBtu 8.324E-04 4.734E-04 1.104E-03 0.0008
Vw std 4.15 3.72 4.38
Bws 0.09 0.09 0.10
S Bws 0.48 0.44 0.43
Avg. Sqrt Dlp 1.17 1.13 1.14
Vs 69.03 66.72 66.88 F factor used
scfm wet 753258.23 731923.06 735106.85 1040
acfm 1054012.00 1018739.49 1021130.01
Qsd dscfh 40993103.87 40165830.83 39684094.52
# Sample
Points 12.00 12.00 12.00
Dn 0.152 0.152 0.152
An 1.26E-04 1.26E-04 1.26E-04
Start Time 0:00 0:00 0:00
End Time 0:00 0:00 0:00Total Test
time 120.00 120.00 120.00
Time @ point 10.00 10.00 10.00
80.00
90.00
100.00
110.00
120.00
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47
% I
s
o
k
i
n
e
t
i
c
Points
Run 1 PxP Isokinetic
80.00
90.00
100.00
110.00
120.00
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47
% I
s
o
k
i
n
e
t
i
c
Sample Points
Run 2 PxP Isokinetic
80.00
90.00
100.00
110.00
120.00
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47
% I
s
o
k
i
n
e
t
i
c
Sample Points
Run 3 PxP Isokinetic
O2
CO2
lbs/MMBtu
80.00
90.00
100.00
110.00
120.00
1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47
Sample Points
Run 4 PxP Isokinetic
Page 1
Run 1
Pacificorp Lakeside - CT04 Flow & Moisture Test Date 10/22/2024
As ft^2 Pbar Pq (static) Ps Avg. Ts F CO2 - FCO2 O2 N2+C Md Ms
254.47 25.55 -0.50 25.51 170 9.40 12.30 78.30 30.00 28.88
Y Cp Vm cf Vlc Avg. Tm F Vm std Vw std Bws S Bws 0.4787
0.9880 0.75 47.494 88.20 62.92 40.497 4.152 0.0930 0.4787 0.999
Avg. Sqrt
Dlp Vs scfm wet acfm Qsd dscfh
# Sample
Points Dn
Total Test
time (minutes)
Time @ point
(minutes)Avg. Dlh
1.169 69.03 753,258 1,054,012 4.10E+07 12 0.152 120 10.00 0.460000
TRUE
Point No.Meter (cf) dl "p" dl "h" ts F tm F (in) tm F (out) Imp. Liquid Collected
1 116.206 1.10 0.46 171 57 57 Wt. (Final) Wt. (Initial) lc
2 120.550 1.00 0.46 171 58 58 531.90 480.30 51.6
3 124.320 1.10 0.46 170 59 59 623.80 619.60 4.2
4 128.770 1.60 0.46 170 60 60 760.50 745.30 15.2
5 132.080 1.30 0.46 170 61 61 874.60 857.40 17.2
6 136.760 1.60 0.46 170 62 62 0.0
7 140.660 1.40 0.46 170 64 64
8 144.310 1.40 0.46 170 64 64 Isokinetics 99.8
9 148.650 1.50 0.46 170 65 65 Test Date 10/22/2024
10 152.420 1.30 0.46 169 67 67 Start Time enter
11 156.110 1.60 0.46 169 69 69 End Time
12 160.870 1.60 0.46 170 69 69 Run 1
13 163.700
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
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Page 1
Run 2
Pacificorp Lakeside - CT04 Flow & Moisture Test Date 10/22/2024
As ft^2 Pbar Pq (static) Ps Avg. Ts F CO2 - FCO2 O2 N2+C Md Ms
254.47 25.55 -0.50 25.51 167 9.40 12.50 78.10 30.00 28.98
Y Cp Vm cf Vlc Avg. Tm F Vm std Vw std Bws S Bws 0.4432
0.9880 0.75 48.282 79.10 80 39.884 3.723 0.0854 0.4432 0.999
Avg. Sqrt
Dlp Vs scfm wet acfm Qsd dscfh
# Sample
Points Dn
Total Test
time (minutes)
Time @ point
(minutes)Avg. Dlh
1.135 66.72 731,923 1,018,739 4.02E+07 12 0.152 120 10.00 0.45
TRUE
Point No.Meter (cf) dl "p" dl "h" ts F tm F (in) tm F (out) Imp. Liquid Collected
1 174.735 1.10 0.44 168.0 71.0 71.0 Wt. (Final) Wt. (Initial) lc
2 178.620 1.10 0.44 168.0 72.0 72.0 458.80 421.10 37.7
3 182.510 1.10 0.44 166.0 74.0 74.0 613.00 605.10 7.9
4 186.441 1.50 0.45 166.0 76.0 76.0 661.90 640.90 21.0
5 190.750 1.30 0.45 168.0 77.0 77.0 833.30 820.80 12.5
6 194.770 1.50 0.45 162.0 80.0 80.0
7 199.100 1.40 0.45 167.0 82.0 82.0
8 203.320 1.20 0.45 167.0 83.0 83.0 Isokinetics 100.3
9 207.540 1.30 0.45 166.0 84.0 84.0 Test Date 10/22/2024
10 211.565 1.30 0.45 168.0 85.0 85.0 Start Time
11 215.610 1.40 0.45 168.0 86.0 86.0 End Time
12 219.330 1.30 0.45 166.0 87.0 87.0 Run 2
13 223.017
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Run 3
Pacificorp Lakeside - CT04 Flow & Moisture Test Date 10/22/2024
As ft^2 Pbar Pq (static) Ps Avg. Ts F CO2 - FCO2 O2 N2+C Md Ms
254.47 25.55 -0.50 25.51 165 9.50 12.30 78.20 30.01 28.81
Y Cp Vm cf Vlc Avg. Tm F Vm std Vw std Bws S Bws 0.4304
0.9880 0.75 47.973 93.10 84 39.324 4.382 0.1003 0.4304 0.999
Avg. Sqrt
Dlp Vs scfm wet acfm Qsd dscfh
# Sample
Points Dn
Total Test
time (minutes)
Time @ point
(minutes)Avg. Dlh
1.135 66.88 735,107 1,021,130 3.97E+07 12 0.152 120 10.00 0.44
TRUE
Point No.Meter (cf) dl "p" dl "h" ts F tm F (in) tm F (out) Imp. Liquid Collected
1 224.475 1.20 0.44 167.00 87.0 87.0 Wt. (Final) Wt. (Initial) lc
2 228.275 1.10 0.44 167.00 86.0 86.0 486.3 427.3 59.0
3 232.080 1.10 0.44 166.00 85.0 85.0 647.9 640.0 7.9
4 235.781 1.40 0.44 167.00 85.0 85.0 656.8 646.2 10.6
5 240.300 1.30 0.44 167.00 83.0 83.0 823.0 807.4 15.6
6 244.350 1.50 0.44 166.00 84.0 84.0 0.0
7 248.791 1.30 0.44 167.00 83.0 83.0
8 253.090 1.20 0.44 165.00 84.0 84.0 Isokinetics 100.1
9 256.550 1.40 0.44 165.00 83.0 83.0 Test Date 10/22/2024
10 260.603 1.40 0.44 167.00 83.0 83.0 Start Time
11 264.490 1.30 0.44 162.00 82.0 82.0 End Time
12 268.430 1.30 0.44 159.00 82.0 82.0 Run 3
13 272.448
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