DAQ-2025-000164

zAr
COMPASS MINERALS
\-/
Compass Minerals
765 N 10500 W
Ogden, UT 84404
www. com pa ss m inera ls.com
T [phone]
RE:
December 23,2024
Mr. Bryce Bird
Utah Department of Environmental Quality
Division of Air Quality
195 North 1950 West
Salt Lake City, Utah 847LG
Source Test Report
Compass Minerals Ogden lnc. (Operating Permit No.5700001004)
Mr. Bird,
Enclosed please find the final report for performance testing completed at Compass Minerals Ogden, lnc.
This testing effort was initiated on October LSth ,2024 and was completed on October 25th,2024. Testing
was completed pursuant to the Site-Specific Test Plan approved by UDAQ on September 13th, 2024, and
successfully demonstrated compliance with the following emission limits found in Operating Permit
5700001004.
Emission Unit Citation PM2.5
lsrldsdl
PM2.5
(lb/hrl
PMlO
flb/hrl
AH-500 S ll.B.3.a 0.01 1.61 1.67
AH-502 $ ll.B.4.a 0.04 o.74 L.L2
AH-513 s il.B.s.b 0.0114 1.49 7.49
BH-501 5 ll.B.6.a 0.01 1.15 1.30
BH-502 5 ll.B.7.a 0.0053 0.06 0.20
BH-001 5 ll.B.12.a 0.01 o.37 o.37
BH-002 5 ll.B.13.a 0.01 o.47 0.65
BH-008 S ll.B.14.a 0.01 4.25 4.25
BH-1400 5 ll.B.15.b 0.02 2.78 2.78
BH-1515 5 ll.B.16.a 0.01 o.22 t.46
AH-692 $ ll.B.19.a 0.01 o.t2 0.15
AH-1555 5 ll.B.11.a 0.01 0.39 2.67
UTI'tl ftr' PA!'iT Ml::Nl OF
DIVISION OF AIR OIIAI-ITY
As the Responsible Official for this facility, I certify that:
Testing was conducted while the source was operating within 90% of the maximum production
rate achieved in the previous 12 months,
During testing, the source combusted fuels, used raw materials, and maintained process
conditions representative of normal operations, and operated under such other relevant
conditions specified by the Director, and
Based on information and belief formed after reasonable inquiry, the statements and
information in this document are true, accurate, and complete.
Please contact lan Wright ([e-mail]. [phone]) if you have any questions
regarding the information provided.
Respectfully,
,€'2'u'L
Brandon Risner
Vice President, Operations
Compass Minerals Ogden lnc.
Gompliance Emi
Test
ssrons
Report
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olCompass Minerals Ogden, lnc.
Ogden Plant
Scrubber Exhausts (AH-500, AH-502, AH-
513, AH-692, AH-l555) and Baghouse
Exhausts (BH-001, BH-002, BH-008, BH-
501, BH-502, BH-1400, BH-1516)
765 North 10500 West
Ogden, Utah
Utah Division of Air Quality (UDAO)
Title V Operating Permit #5700001004
Report No. M244206A
October 15 through 25, 2024
mostardi ?platt
Particulate Matter Gompliance Emissions Test Protocol
Compass Minerals Ogden, Inc.
Ogden Plant
Scrubber Exhausts (AH-500, AH-502, AH-s13, AH-692, AH-!555)
and Baghouse Exhausts (BH-001 , BH-002, BH-008, BH-501 ,
BH-502, BH-1400, BH-1 516)
765 North 10500 West
Ogden, Utah
Utah Division of Air Quality (UDAO)
Title V Operating Permit # 5700001004
Report Submittal Date
December 23,2024
Submitted By
R', "t- t't/L-
Richard J. Sollars ll
[phone], Phone
[e-mail], Email
@ Copyright2024
All rights reserved in
Mostardi Platt
Project No. M2442064
TABLE OF CONTENTS
1.0 EXECUTTVE SUMMARY............... ............1
2.0 pRocESS DESCR|PT|ON.......... .............2
3.0 SUMMARY OF TEST RESULTS............. .....................3
3.1 TPM Test Resu1ts................. .............3
4.0 TEST METHODOLOGY........... .................4
4.1 Method 1 Sample and Velocity Traverse Determination................. ..........4
4.2 Method 2 Volumetric Flow Rate Determination................. ........................4
4.3 Method 3A Oz and COz Determination................. ..................5
4.4 Method 4 Moisture (HzO) Determination ..............5
4.5 Method 5 PM Determination........ .........................5
4.6 Method 201A Filterable Particulate Matter Determination ................ .........6
4.7 Method 202 Condensable Particulate Matter (CPM) Determination................. ...........6
5.0 TEST RESULT SUMMARIES
APPENDICES
Appendix A - Test Section Diagrams ......................21
Appendix B - Sample Train Diagrams.............. ........34
Appendix C - Calculation Nomenclature and Formulas .............39
Appendix D - Reference Method Test Data .............47
Appendix E - Plant Operating Data ........... ............176
Appendix F - Field Data Sheets ..........180
Appendix G - Calibration and Response Time Data ................257
Appendix H - Calibration Gas Cylinder Data........... .................311
Appendix I - Laboratory Sample Analysis .............314
Project No. M24/.206A
Scrubber Exhausts and Baghouse Exhausts
@Mostardi Platt
1.0 EXECUTIVE SUMMARY
Mostardi Platt conducted a compliance total particulate matter (TPM) or particulate matter air
emissions test program to determine the emissions rate of total PM emissions, PM equal to or
less than a nominal aerodynamic diameter of 10 micrometers and 2.5 micrometers (PMro/PMz.s)
on the exhaust of five (5) scrubbers designated as AH-692, AH-500, AH-502, AH-s13, and AH-
1555 and seven (7) baghouses designated as BH-008, BH-1516, BH-002, BH-1400, BH-001, BH-
501, and BH-502 for Compass Minerals lnternation, !nc. at the Ogden Plant in Ogden, Utah on
October 1 5 through October 25, 2024. This report summarizes the results of the test program and
test methods.
Testing was performed to meet the requirements of the Utah Division of Air Quality Title V
Operating Permit # 5700001004, 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 Locations Test Dates Test Parameters
AH-s00 10t24124 PMz s/PMro
AH-502 10117124 and 10118124 PMz.s/PMro
AH-513 10122124 and 10123124 PMz.s/PMro
AH-692 10123t24 PMz s/PMro
AH-1555 10t21t24 PMz.s/PMro
BH-502 10122124 and 10125124 PMz s/PMro
BH-008 10121124 PMz.s/PMro
BH-1516 10115124 and 10116124 PMz.s/PMro
BH-002 10115124 and 10116124 PMz s/PMro
BH-1400 10t16t24 PMz.s/PMro
BH-001 10117124 PMz.s/PMro
BH-501 10124124 PMz.s/PMro
Project No. M24/.2OGA
Scrubber Exhausts and Baghouse Exhausts
1 of 448 @Mostardi Platt
TEST PERSONNEL INFORMATION
Location Address Contact
Test Facility Compass Minerals Ogden, lnc
Ogden Facility
765 North 10500 West
Ogden, Utah 84404
Holly Hurst
Director, Environmental,
Compliance
(801)732-325',1
HurstH@com oassminerals.com
Testing Company
Representative
MostardiPlatt
7715 Commercial Way, Suite
155 Henderson, NV 89011
Rodney Sollars
Project Supervisor
[phone]
[e-mail]
The identifications of the individuals associated with the test program are summarized below.
The test crew consisted of R. Bocanegra, J. Colston, G. Mills, A. Robles, and Ro. Sollars of
Mostardi Platt.
2.0 PROCESS DESCRIPTION
Compass operates a mineral recovery facility on the eastern shore of the south arm of the Great
Salt Lake near Ogden, Utah in Weber County. This facility produces sodium chloride (NaCl),
sulfate of potash (SOP) (KzSOr), and magnesium chloride (MgClz). The process uses crystallized
salts, including halite (sodium chloride) and a mixed salt containing potassium sulfate and
magnesium sulfate from solar evaporation ponds. The raw halite is washed, wet-screened, dried,
cooled, dry-screened, packages, and shipped. The mixed salt is washed, slurried, thickened,
crystallized, and converted to schoenite which is then filtered, dried, screened, half
granulated/compacted and shipped as sulfate of potash.
Project No. M24/.2OGA
Scrubber Exhausts and Baghouse Exhausts
2 ot 448 @Mostardi Platt
3.0 SUMMARY OF TEST RESULTS
3.1 TPM Test Results
Source Pollutant
Tested
Regulation
Gitation Method Citation Emission Limit Test Results
AH-500 PMz.s Permit
5700001004
USEPA Methods 5
40CFR60, Appendix A
0.01 gr/dscf 0.0009
1.61 lb/hr 0.327
PMro 1.61 lb/hr 0.327
AH-502 PMz.s Permit
5700001004
USEPA Methods 5
40CFR60, Appendix A
0.04 grldscf 0.0002
0.74lblhr 0.030
PMro 1.12lblhr 0.030
AH-s13
PMz.s Permit
5700001004
USEPA Methods 5
40CFR60, Appendix A
and2O2,40CFR51,
Appendix M
0.0114 gr/dscf 0.0031
1.49 lb/hr 0.481
PMro 1.49 lb/hr 1.305
AH-692 PMzs Permit
5700001004
USEPA Methods 5
40CFR60, Appendix A
0.01 gr/dscf 0.0001
O.12lblhr 0.006
PMro 0.15|b/hr 0.006
AH-1555 PMz.s Permit
5700001004
USEPA Methods 5
40CFR60, Appendix A
0.01 gr/dscf 0.0017
0.39|b/hr 0.207
PMro 2.61 lb/hr o.207
BH-502 PMz.s Permit
5700001004
USEPA Methods 5
40CFR60, Appendix A
0.0053 gr/dscf 0.0006
0.06 lb/hr 0.037
PMro 0.20 lb/hr 0.037
BH-008 PMz.s Permit
5700001004
USEPA Methods 2014
and202,40CFR51,
Appendix M
0.01 gr/dscf 0.009
4.25lblhr 3.104
PMro 4.25lbhr 3182
BH-1516 PMz.s Permit
5700001004
USEPA Methods 201A
and 202,40CFR51,
Appendix M
0.01 gr/dscf 0.0014
0.22lbhr 0.054
PMro 1.46 lb/hr 0.058
BH-002 PMz.s Permit
5700001004
USEPA Methods 201A
and 202,40CFR51,
Appendix M
0.01 gr/dscf 0.0028
0.47|blon hr 0.435
PMro 0.65 lb/hr 0.555
BH-1400 PMz s Permit
5700001004
USEPA Methods 201A
and2O2,40CFR51,
Appendix M
0.02 gr/dscf 0.0060
2.78lblhr 0.801
PMro 2.78lblhr 0.839
BH-001 PMz.s Permit
5700001004
USEPA Methods 201A
and202,40CFR51,
Appendix M
0.01 gr/dscf 0.0003
0.37lb/hr 0.036
PMro 0.37|b/hr 0.118
BH-501
PMzs Permit
5700001004
USEPA Methods 201A
and 202,40CFR51,
Appendix M
0.01 gr/dscf 0.00rt4
1.15 lb/hr 0.545
PMro 1.30 lb/hr 0.573
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
3 of ,148 @Mostardi Platt
Detailed summaries of the TPM test results can be found in Section 5.0 of this report. Detailed
test data and plant operating data are appended to this report.
4.0 TEST METHODOLOGY
Emission testing was conducted following the USEPA methods specified in 40CFR60, Appendix
A, and 40CFR51, Appendix M in addition to the Mostardi Platt Quality Manual. Schematics of the
test section diagrams and sampling trains used are included in Appendix A and B respectively.
Calculation nomenclature are included in Appendix C. Copies of computerized data sheets for
each test run are included in Appendix D. Plant data and process data as provided by CalPortland
Company, lnc. are included in Appendix E.
The following methodologies were used during the test program:
4.1 Method 1 Sample and Velocity Traverse Determination
Test measurement points were selected in acrordance with USEPA Method 1, 40CFR60,
Appendix A. The characteristics of the measurement location is summarized below.
4.2 Method2 Volumetric Flow Rate Determination
Gas velocity was measured following USEPA Method 2, 40CFR60, Appendix A, for purposes of
calculating stack gas volumetric flow rate and emission rates on a lb/hr basis. An S-type pitot tube,
G-10-inch differential pressure gauge, and Ktype thermocouple and temperature readout were
used to determine gas velocity at each sample point. Per section 8.6 of EPA Method 2 (i.e. "for
processes emitting essentially air, an analysis need not be conducted"), COz/Oz analysis was not
performed - instead, a dry molecular weight of 29.0 was assumed.
Project No. M244206A.
Scrubber Exhausts and Baghouse Exhausts
4 of 448 @Mostardi Platt
Sample Point Selecfion
Test
Location
Stack
Dimensions
Port
Lenoth
Upstream
Distance
lft./dia.l
Downstream
Distance
{ft./dia.)
Test
Parameter
Number of
Sampling
Points Run Duration
AH-500 5.083',6.0'8.0/1.6 14.012.8 5 24 60 min.
AH-502 3.0'4.0"8.Ot2.7 20.016.7 5 24 60 min.
AH-513 4.25'6.0"4.3t1.0 10.4t2.4 5t202 24 60 min.
AH-692 1.875'4.5'3.0/1.6 7.O13.7 5 24 60 min.
AH-1555 4.96',4.0"5.0/1.0 10.o12.o 5 24 60 min.
BH-502 1.0' x 1.69' 0.0"'1.0/0.8 2.5t2.O 5 25 63 min.
BH-008 2.96'6.0"15.0/5.1 20.0/6.8 201N202 12 60 min.
BH-1516 2.94' 6.75" 29.1t10.0 10.1/3.5 201N202 12 180 min.
BH-002 3.25'x2.625' 0.0'1.71O.6 11.3/3.9 201N202 12 180 min.
BH-1400 3.71'6.25"7.Ot1.9 25.0t6.7 201N202 12 60 min.
BH-001 3.7g',6.5"9.5t2.5 14.0t3.7 201A 12 60 min.
BH-501 3.0'6.0"6.312.1 15.8/s.3 201N202 12 60 min.
All of the equipment used was calibrated in accordance with the specifications of the Method.
Copies of field data sheets are included in Appendix F. Calibration data are presented in Appendix
G. This testing met the performance specifications as outlined in the Method.
4.3 Method 3A Oz and COz Determination
Stack gas Oz and COz concentrations and emission rates were determined in accordance with
USEPA Method 3A, 40CFR60, Appendix A. A Servomex analyzer was used to determine the Oz
and COz concentrations in the manner specified in the Method. The instrument has a
paramagnetic detector and operates in the nominal range of lYo to 25% for Oz with the specific
range determined by the high-level calibration gas. The instrument has a nondispersive infrared-
based detector and operates in the nominal range of 0o/o to 80% for COz with the specific range
determined by the high-level calibration gas.
High- and mid-range calibrations were performed using USEPA Protocol gas. Zero nitrogen (a
low ppm pollutant in balance nitrogen calibration gases) was introduced during other instrument
calibrations to check instrument zero. High- and a mid-range o/o Oz and COz levels in balance
nitrogen were also introduced. Zero and mid-range calibrations were performed using USEPA
Protocol gas. Calibration data are presented in Appendix G. Copies of the gas cylinder
certifications are found in Appendix H. This testing met the performance specifications as outlined
in the Method.
4.4 Method 4 Moisture (HzO) Determination
Stack gas moisture content was determined using a Method 4 sampling train as an integrated
component of the Method 5 sampling train. ln the Method 4 sampling technique, stack gas is
drawn through a series of four impingers. The first two impingers are each charged with 100 mls
of deionized, distilled water. lmpinger three is left empty and impinger four is charged with clean,
dried silica gel. The entire impinger train is 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 and 5.
All of the data specified in Method 4 (gas volume, delta H, impinger outlet well temperature, etc.)
was recorded on field data sheets. Copies of field data sheets are included in Appendix F.
All of the equipment used is calibrated in accordance with the specifications of the Method.
Calibration data can be found in Appendix G.
4.5 Method 5 PM Determination
Stack gas filterable PM concentrations and emission rates were determined in accordance with
Method 5. The probe and filter housing were maintained at a temperature of 248oF +/- 25oF. An
Environmental Supply Company, lnc. sampling train was used to sample stack gas at an isokinetic
rate. Four impingers were utilized, the first two each containing 100m1 of deionized water, the third
remaining empty, and the fourth containing approximately 200 grams of silica gel. The impingers
were weighed prior to and after each test run in order to determine moisture content of the stack
gas. The total sample time was -60 minutes - such that a minimum of 1 dscm of sample was
collected for each run.
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
5 of 448 @Mostardi Platt
PM in the sample probe was recovered utilizing acetone; a minimum of three passes of the probe
brush through the entire probe was performed, followed by a visual inspection of the acetone
exiting the probe. Once the acetone solution exiting the probe was clear, the wash was considered
complete. The nozzle was then removed from the probe and cleaned in a similar manner, utilizing
an appropriately sized nozzle brush. The filter and filter housing were recovered in the Mostardi
Platt mobile laboratory. The filter housing was washed a minimum of three times with acetone and
inspected for cleanliness, and the filter was placed in its corresponding petri dish. The acetone
wash and the filter were labeled and marked, then analyzed at Mostardi Platt's laboratory in
Henderson, Nevada. Laboratory analysis can be found in Appendix l. All of the equipment used
is calibrated in accordance with the specifications of the Method. Calibration data can be found
in Appendix G.
4.6 Method 201A Filterable Particulate Matter Determination
Stack gas total filterable particulate concentrations and particulate concentrations less than 10
microns (PMro) and 2.5 microns (PMz.s) 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. The samples were
analyzed by Mostardi Platt in accordance with the Method in the Las Vegas, Nevada laboratory.
Laboratory data is found in Appendix E. All of the equipment used was calibrated in accordance
with the specifications of the Method. Calibration data is presented in Appendix H.
4.7 Method202 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 5 filterable particulate 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 5.
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 Appendix C.
The impinger contents were purged with nitrogen (Nz) immediately after sample collection to
remove dissolved sulfur dioxide (SOz) gases from the impingers. The impinger solution was then
extracted with Dl 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 5 FPM sample to determine TPM emission
rates, and to the PMro/PMz.s S?mple to determine total PMro/PMz.s 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.
6 of 448 @Mostardi PlailProject No. M2442064
Scrubber Exhausts and Baghouse Exhausts
5.0 TEST RESULT SUMMARIES
Compass Minerals Ogden, lnc.
Ogden Plant
Client:
Facility:
Test Location: AH-500
Tesl Method: 5
Source Condition
Date
Start Time
End Time
Norma!
10124124
9:55
11:25
Run 1
Normal
10124124
11:45
13:14
Run 2
Normal
10t24t24
14:8
15:56
Run 3 Avera
Average Gas Temperature, oF
Flue Gas Mols*ure, percent by volume
Average Flue Pressrre, In. Hg
Gas Sample Volume, dscf
Average Gas Velocity, ft/sec
Gas Volumetric Flow Rate, actn
GasVolumetric Flow Rate, dsctn
GasVolumetric Flow Rate, scfrn
lsokinetic Variance
38.5
0.9%
25.U
52.652
37.347
45,471
41,224
41,599
101.1
40.6
1.Oo/"
25.U
55.141
37.661
45,853
4'1,355
41,772
105.5
43.7
1.1%
25.U
49.548
37.615
45,798
41,012
41,468
95.6
40.9
1.Oo/o
25.U
52.447
37.il1
45,707
41,197
41,613
100.7
Filterable Pardculate Matter
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
gramscollected 0.00269
grains/acf 0.0007
gralns/dscf 0.0008
lb/hr 0.279
0.00317 0.003150.0009 0.00080.0010 0.00090.u7 0.327
0.00359
0.0009
0.0010
0.356
7 ol 448 @Mostardi Platt
Client:
Facility:
Tesl Locatlon:
Tesl Method:
Compass Minerals Ogden, lnc.
Ogden Plant
AH€o2
5
Source Condition
Date
Start Time
End Time
Normal
10t17t24
12:15
14:0
Run I
Normal
10t17t24
l5:03
16:06
Normal
10t17t24
17:57
18:50
Normal
10tlu24
8:40
9:t|il
Run 4
Average GasTemperature, oF 63.0
Flue Gas Moisturo, percent by volume 2.2o/o
Average Flue Pressure, in. Hg 25.46
2
63.0
2.3%
25.46
N/A
N/A
N/A
f.UA
N/A
NI/A
NI/A
N/A
N/A
N/A
f\YA
NUA
f'UA
il.'l
1.60/o
25.59
43.133
35.425
1s,024
't2,988
13,199
101.4
0.0004
0.0001
0.0001
0.016
60.0
2.Oo/o
25.50
42.581
35.820
15,192
12,881
13,149
100.9
0.0008
0.0002
0.0002
0.030
Gas Sample Volume, dsc'f 41.797 42.8'|3
Average Gas Velocity, fi/sec 36.006 36.029
GasVolumetrlc Flow Rate, ac'fin 15,271 15,280
Gas Volumetsic Flow Rate, dscfrn '12,826 12,828
Gas Volumefic Flow Rate, scfrn 13,120 13,128
lsokinetic Variance 99.5 10't.9
grams collected 0.0009 0.0009
grains/acf 0.0003 0.0003grainddsf 0.0003 0.0003!b/hr 0.038 0.037
Run 3 was aborted due to facility process isqres. As a result the averages have been taken ftom runs 1, 2, and 4.
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
SoI4/.B @Mostardi Platt
Glient:
Facility:
Tesl Location: AH-513
Test Method: 51202
Gompass Minerals Ogden, lnc.
Ogden Plant
Source Condition
Date
Start Time
End Time
Normal
10122124
13:22
16:46
Run 1
Normal
10123124
13:08
14213
Run 2
Normal
10123124
14:32
15:37
Run 3
Average Gas Temperature, oF
Flue Gas Moisture, percent by volume
Average Flue Pressure, in. Hg
Gas Sample Volume, dscf
Average Gas Velocity, ft/sec
Gas Volumetric Flow Rate, acfrn
GasVolumetric Flow Rate, dscftn
Gas Volumetric Flow Rate, scftn
Average o/&Ozby volume, dry basis
Average o/o,zby volume, dry basis
lsokinetic Variance
149.5
15.10/o
25.89
41.695
33.765
28,740
18,300
21,543
1.7
18.5
102.8
150.7
15.2o/o
25.85
42.8
33.613
28,611
18,124
21,369
1.8
18.2
106.6
153.0
15.0o/,
25.85
43.187
34.0M
28,977
18,316
21,560
1.7
18.1
106.4
151.1
15.1o/o
25.86
42.561
33.807
28,776
18,247
21,491
1.7
18.3
105.3
Filterable Particulate Matte r thod
grams collected
grains/ac'f
grains/dscf
lb/hr
0.01100
0.0026
0.0041
0.639
0.00804
0.0018
0.0029
0.450
0.00629 0.008440.0014 0.00190.0022 0.00310.353 0.481
Condensable Particulate Matter
grams collected
grains/acf
grains/dscf
lb/hr
0.02il7
0.0060
0.0094
1.478
0.00877
0.0020
0.0032
0.491
0.00898 0.014410.0020 0.00330.0032 0.00530.504 0.824
Tota! Particulate Matter
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
gramscollected 0.03647
grains/acf 0.0086
grains/dscf 0.0135
lb/hr 2.117
0.01527 0.022850.0034 0.00530.0054 0.00830.857 1.305
0.01681
0.0038
0.0061
0.941
9 of 448 @Mostardi Platt
Client:
Facllity:
Test Location:
Test Method:
Compass Minerals Ogden, !nc.
Ogden Plant
4H692
5
Source Condition
Date
Start Time
End Time
Normal
10123124
7:35
8:40
Run 1
Normal
10t2il24
8:55
10:00
Run 2
Norma!
10t23124
10:30
11:40
Run 3
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, acftn
GasVolumetric Flow Rate, dscftn
GasVolumetric FIow Rate, scftn
lsokinetic Variance
48.1
1.3%
25.U
50.587
36.612
6,065
5,374
5,444
101.4
54.8
1.7o/o
25.U
47.U2
36.982
6,127
5,336
5,428
96.6
61.8
2.2o/o
25.U
47.16
37.169
6,158
5,263
s,382
96.5
54.9
1.7Yo
25.84
48.530
36.921
6,117
5,324
5,418
98.2
Filterable Particulate Matter
grams collec'ted
grains/acf
graineldscf
lb/hr
0.0004
0.0001
0.0001
0.006
0.0004
0.0001
0.0001
0.006
0.0004
0.0001
0.0001
0.006
0.0004
0.0001
0.0001
0.006
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
10 of448 @Mostardi Platt
Client:
Facility:
Test Location:
Test Method:
Compass Minerals Ogden, Inc.
Ogden Plant
AH-l555
5
Source Condition
Date
Start Time
End Time
Normal
10t21t24
8:45
10:27
Run I
Normal
10121124
10:45
11:49
Run 2
Normal
10121t24
12:05
13:09
Run 3
Average Gas Temperature, oF
Flue Gas Moisture, percent by volume
Average Flue Pressure, in. Hg
Gas Sample Volume, dscf
Average Gas Velocity, ft/soc
GasVolumetric Flow Rate, acftn
Gas Volumetric Flow Rate, dsctn
GasVolumetric Flow Rate, scftn
lsokinetic Variance
58.2
1.9%
25.75
46.705
14.332
16,615
14,296
14,573
101.1
63.1
2.3%
25.75
46.846
14.435
16,735
14,205
14,539
102.0
73.5
3.2%
25.75
44.39
13.980
16,207
13,364
13,806
102.8
Avera
M.9
2.5o/o
25.75
45.980
14.249
16,519
13,955
14,306
102.0
Filterable Particulate Matter thod
grams collec'ted
grains/acf
grains/dsc'f
lb/hr
0.0052
0.0015
0.0017
0.209
0.00il
0.0015
0.0018
0.215
0.0049
0.0014
0.0017
0.196
0.0052
0.0015
0.0017
0.207
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
'11 of 448 @Mostardi Plaft
Cllent: Compass Mlnerals Ogden, lnc.
Faclllty: Ogden Plant
Tesil Locadon: BH-502
Test Method: 5
Source Condlton
Date
Start Tlme
End Tlme
Normal
10t22tu
9:38
10:55
Normal
10t22t24
12:36
'i.4:14
Normal
10t22t24
15:11
l6:39
Normal
10t25t24
8:05
10:34
Run 4
Normal
10t25124
10:50
12:52
Run 51
Average Gas Temperafure, oF 65.8
Flue Gas Moldure, porcent by volume 1.6Yo
Average Flue Pressure, ln. Hg 26.06
Gas Volumetrlc Flow Rate, scftn 6,7U
lsoklneflcVarlance 102.3
2 Run
63.5
1.SYo
26.06
70.2
1.4o/o
26.06
51.8
1.5o/o
26.08
55.4 58.8
1.7o/o 1.6%
26.08 26.07
GasSample Volume, dscf 62.581 66.982 66.254 40.323 40.351 51.452
Average GasVeloclty, ft/sec 75.934 75.il4 76.771 74.391 75.325 75.163
GasVolumetrlc Flow Rate, acfm 7,700 7,660 7,785 7,Y3 7,638 7,622
Gas Volumetric Flow Rate, dscfm 6,625 6,628 6,6ss 6,681 6,705 6,6536,752 6,783 6,821 6,7596,729
109.5 107.8 103.6 103.3 103.0
S."." ".ll""t"d 0.00294 0.43960 0.56053 O.OO244 O.0OO79 0.00206
graindacf 0.0006 0.0876 0.1116 0.0008 0.0003 0.00057
gralns/dsc{ 0.0007 0.1013 0.1305 0.0009 0.0003 0.0006
lb/hr 0.041 5.753 7.447 0.053 0.017 0.037
Note: Operations determined that the baghouse filters were installed inconectly during run 2. The issue was fixed and the bags were
installed correctly post run 3. Due to the process issues, extra runs were conducted on 10125124 to capture emissions under
representati\,e conditions. Data for runs 2 and 3 are presented in the report but are excluded ftom emissions a\erErges.
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
12ot MB @Mostardi Platt
Client:
Facility:
Test Location:
Tes* Method:
Compass Minerals Ogden, lnc.
Ogden Plant
BH{t08
201N202
Source Condition
Date
Start Time
End Time
Normal
10t21t24
8:45
10:26
Run 1
Normal
10t21t24
10:45
11:47
Run 2
Normal
10121124
12:05
13:07
Run 3
Average Gas Temperature, oF
Flue Gas Molsilure, percent by volume
Average Flue Presqrre, in. Hg
Gas Sample Volume, dscf
Average Gas Velocity, ft/soc
GasVolumetric Flow Rate, acfin
Gas Volumetric Flow Rate, dscfnr
Gas Volumetric Flow Rate, scftn
lsokinetic Variance
227.9
4.9%
25.49
22.940
47.074
19,436
12,0U
12,709
9t+.1
228.7
5.20/o
25.49
22.861
47.135
19,461
12,oil
12,712
94.0
229.1 228.6
5.3o/o 5.1o/o
25.49 25.49
22.740 22.U7
47.332 47.180
19,543 19,480
12,082 12,073
12,757 12,726
93.3 93.8
Filterable <PM2.5
grams collected
grains/acf
grains/dscf
lb/hr
0.00319 0.00458 0.00273
0.0013 0.0019 0.0011
0.0022 0.0031 0.00190.222 0.322 0.191
0.00041
0.0002
0.0003
0.029
Filterable <PM1O
grams collected
grains/acf
grains/dscf
lb/hr
0.00180
0.0008
0.0012
0.125
0.00068
0.0003
0.0005
0.047
0.00087 0.00112
0.0004 0.0005
0.0006 0.00080.061 0.078
Filterable <PM10
grams collected
grains/acf
grains/dscf
lb/hr
0.00387 0.00545 0.00384
0.0016 0.0023 0.0016
0.0026 0.0037 0.00260.270 0.383 0.269
0.00221
0.0009
0.0015
0.1 54
Condensable PM
grams collec-ted
grains/acf
grains/dscf
lb/hr
0.01216 0.01295 0.01163
0.0051 0.0054 0.0049
0.0082 0.0088 0.00790.848 0.910 0.813
0.00977
0.0041
0.0066
0.681
Total PM<2.5 201
grams collected
grains/acf
grains/dscf
lb/hr
0.01535 0.01753 0.01435
0.0064 0.0074 0.0060
0.0104 0.0119 0.00971.070 1.232 1.004
0.01018
0.0043
0.0068
0.709
Total PM<l0 201
gramscollected 0.01198
grains/acf 0.0050
grains/dscf 0.0081
lb/hr 0.835
0.01603 0.01840 0.01il7
0.0067 0.0077 0.0065
0.0108 0.0125 0.01051.118 1.293 1.082
Project No. M2442O6A
Scrubber Exhausts and Baghouse Exhausts
'13 of 448 OMostardi Platt
Client:
Facility:
Test Location:
Test Method:
Compass Minerals Ogden, lnc.
Ogden Plant
BH-1516
201N202
Source Condition
Date
Start Time
End Time
Normal
10t15124
9:00
12:06
Run 1
Normal
10115124
15:10
18:18
Run 2
Normal
10116124
7:50
11:10
Run 3
Average Gas Temperature, oF
Flue Gas Mois(ure, percent by volume
Average Flue Pressure, in. Hg
Gas Sample Volume, dscf
Average Gas Velocity, ft/sec
GasVolumetric Flow Rate, acfn
Gas Volumetric Flow Rate, dscftn
Gas Volumetric Flow Rate, scftn
lsokinetic Variance
105.6
1.6%
25.85
67.728
14.165
5,770
4,579
4,653
109.3
116.9
1.6%
25.85
65.566
14.3U
5,851
4,550
4,626
106.5
104.5 109.0
1.2o/o 1.5o/o
25.70 25.80
68.304 67.199
14.238 14.256
5,799 5,807
4,60s 4,578
4,659 4,U6
109.6 108.5
Filtera ble <PM2.5 (Method
grams collected
grains/ac'f
grains/dscf
!b/hr
0.00101
0.0002
0.0002
0.009
0.00M0
0.0001
0.0001
0.004
0.00057 0.00066
0.0001 0.0001
0.0001 0.00010.005 0.006
Filterable ><PM1O 20
grams collected
grains/acf
grains/dscf
lb/hr
0.00051
0.0001
0.0001
0.005
0.00025
0.0000
0.0001
0.002
0.00048 0.00041
0.0001 0.0001
0.0001 0.00010.004 0.004
Filterable <PM10
grams collected
grains/acf
grains/dscf
lb/hr
0.00065 0.00105 0.00107
0.0001 0.0002 0.0002
0.0002 0.0002 0.00020.006 0.009 0.010
0.00152
0.0003
0.0003
0.014
Condensable PM
grams collected
grains/ac'f
grains/dscf
lb/hr
0.00286 0.00799 0.00538
0.0005 0.0014 0.0010
0.0007 0.0018 0.00120.026 0.071 0.048
0.00529
0.0010
0.0012
0.047
Total PM<2.5
grams collected
grains/acf
grains/dsc-f
Ib/hr
0.00326 0.00856 0.00604
0.0006 0.0015 0.0011
0.0008 0.0019 0.00140.030 0.076 0.054
0.00630
0.0011
0.0014
0.056
Total PM<10 201
gramscollected 0.00681
grains/acf 0.0012
grains/dscf 0.0016lb/hr 0.061
0.00351 0.00904 0.00M5
0.0006 0.0016 0.001't
0.0008 0.0020 0.00150.032 0.081 0.058
Project No. M24/2OOA
Scrubber Exhausts and Baghouse Exhausts
14 of 448 @Mostardi Platt
Client:
Facility:
Test Location:
Test Method:
Compass Minerals Ogden, lnc.
Ogden Plant
BH{02
201N202
Source Condition
Date
Start Time
End Time
Normal
10115124
9:00
12:04
Run 1
Normal
10115t24
15:10
18:15
Run 2
Normal
10116124
7:50
10:58
Run 3 Avera
Average Gas Temperature, oF
Flue Gas Moisture, percent by volume
Average Flue Pressure, in. Hg
Gas Sample Volume, dsc'f
Average Gas Velocity, ft/sec
GasVolumetric Flow Rate, acfn
Gas Volumetric Flow Rate, dscfrn
Gas Volumetric Flow Rate, scfrn
lsoklnetic Variance
110.8
1.go/o
25.81
65.823
45.443
23,261
18,218
18,559
97.0
116.5
l.goh
25.81
63.380
45.6M
23,385
18,120
18,473
93.9
106.9 111 .4
1.9% 1.9o/o
25.81 25.81
65.236 64.813
45.295 45.474
23,185 23,277
18,273 18,204
18,624 18,552
95.8 95.6
Fllterable <PM2.5
grams collected
grains/acf
grains/dscf
lb/hr
0.00972 0.00105 0.00599
0.0018 0.0002 0.0011
0.0024 0.0002 0.00140.368 0.039 0.224
0.00720
0.0013
0.0017
0.264
Filterable <PMlO 201
grams collected
grains/acf
grains/dscf
Ib/hr
0.00686 0.00025 0.00320
0.0013 0.0000 0.0006
0.0017 0.0001 0.00080.259 0.009 0.120
0.00250
0.0005
0.0006
0.092
Filterable <PM10 201
grams collected
grains/acf
grains/dsc'f
lb/hr
0.01658 0.00130 0.00919
0.0031 0.0002 0.0017
0.0040 0.0003 0.00220.627 0.048 0.343
0.00970
0.0018
0.0023
0.355
Condensable PM thod
grams collec'ted
grains/acf
grains/dscf
lb/hr
0.00567 0.00450 0.00571
0.0011 0.0008 0.0011
0.0014 0.0011 0.00140.214 0.167 0.212
0.00696
0.0013
0.0016
0.255
Total PM<2.5 (Method 201
grams collected
grains/acf
grains/dscf
lb/hr
0.01539 0.00555 0.01170
0.0029 0.0010 0.0022
0.0037 0.0013 0.00280.582 0.206 0.435
0.01416
0.0026
0.0033
0.518
Total PM<10 (Method
grams collected
grains/acf
grains/dscf
lb/hr
0.01666
0.0031
0.0039
0.610
0.02225
0.0042
0.00il
0.841
0.00580 0.01490
0.0011 0.0028
0.0014 0.00360.215 0.555
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
15 of 448 @Mostardi Platt
Client:
Facility:
Test Location:
Test Method:
Compass Minerals Ogden, lnc.
Ogden Plant
BH-llmo
201N202
Source Condition
Date
Start Time
End Time
Normal
10t16t24
12:30
13:38
Run 1
Normal
10t16124
14:45
15:51
Run 2
Normal
10t16t24
17:10
18l,26
Run 3 Ave
Average Gas Temperature, oF
FIue Gas Moisture, percent by volume
Average Flue Pressurre, in. Hg
Gas Sample Volume, dscf
Average Gas Velocity, fr/sec
Gas Volumetric Flow Rate, acfrn
Gas Volumetric Flow Rate, dscftn
GasVolumetric Flow Rate, scfrn
Average o/&O2by volume, dry bads
Average o/o,2by volume, dry bads
lsokinetic Variance
249.6
10.5o/o
25.63
21.035
41.556
26,809
15,294
17,085
1.8
17.9
91.7
251.4
10.90/,
25.63
23.568
43.068
27,7U
15,742
17,661
2.1
18.1
99.9
250.6 250.5
9.7o/o 1.0.4o/o
25.63 25.63
21.817 22.140
43.036 42.553
27,7U 27,452
15,962 15,666
17,668 17,471
1.6 1.8
18.3 18.1
91.2 94.3
Filterable <PM2.5
grams collected
grains/acf
grains/dscf
!b/hr
0.00040 0.00070 0.00050
0.0001 0.0003 0.0002
0.0003 0.0005 0.00040.035 0.068 0.047
0.00040
0.0002
0.0003
0.038
Filterable >PM2.5. <PM10
grams collected
grains/ac'f
grains/dscf
lb/hr
0.00025
0.0001
0.0002
0.024
0.00075
0.0003
0.0005
0.066
0.00025 0.00042
0.0001 0.0002
0.0002 0.00030.024 0.038
Filterable <PM10
grams collec{ed
grains/acf
grains/dscf
lb/hr
0.00115 0.00095 0.00092
0.0004 0.0004 0.0004
0.0008 0.0007 0.00070.102 0.092 0.086
0.00065
0.0003
0.0005
0.063
Condensable PM
grams collec-ted
grains/acf
grains/dscf
lb/hr
0.00708 0.00881 0.00801
0.0026 0.0036 0.0032
0.0046 0.0062 0.00560.625 0.853 0.7il
0.00814
0.0034
0.0060
0.783
Total PM<2.5 (Method 201
grams collec{ed
grains/acf
grains/dscf
Ib/hr
0.00748 0.00951 0.00851
0.0028 0.0039 0.0034
0.0049 0.0067 0.00600.661 0.920 0.801
0.00854
0.0036
0.0063
0.821
Total PM<10 20'l
grams collec{ed
grains/acf
grains/dscf
lb/hr
0.00823 0.00976 0.00893
0.0031 0.0040 0.0036
0.0054 0.0069 0.00620.727 0.944 0.839
0.00879
0.0037
0.0064
0.845
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
16 of448 @Mostardi Platl
Glient:
Facility:
Test Location:
Test Method:
Compass Mlnerals Ogden, lnc.
Ogden Plant
BH{01
2014
Source Condition
Date
Start TIme
End Time
Normal
10117t24
13:30
14:46
Run 1
Normal
10t17t24
15:12
16:32
Run 2
Normal
10t17t24
16:52
18:11
Run 3
Average Gas Temperature, oF
Flue Gas Moisture, percent by volume
Average Flue Pressure, in. Hg
Gas Sample Volume, dscf
Average Gas Velocity, ft/sec
GasVolumetric Flow Rate, acfin
Gas Volumetric Flow Rate, dscftn
Gas Volumetric Flow Rate, scftn
lsokinetic Variance
81.2
1.3o/o
25.42
22.201
23.660
16,015
13,095
13,273
99.9
81.5
1.5%
25.42
22.174
23.433
15,862
12,935
13,1 38
101.0
81.6 81.4
1.5o/o 1.4o/o
25.42 25.42
22.223 22.199
23.676 23.590
16,026 15,968
13,076 13,035
13,273 13,228
100.1 100.3
Filterable <PM2.5 (Method 201
grams collected
grains/acf
grains/dsc'f
lb/hr
0.00050 0.00040 0.00047
0.0003 0.0002 0.0003
0.0003 0.0003 0.00030.039 0.031 0.036
0.00050
0.0003
0.0003
0.039
Filterable >PM2.5, <PM10 201
grams collected
grains/acf
grains/dscf
Ib/hr
0.00025 0.00231 0.00105
0.0001 0.0013 0.0006
0.0002 0.0016 0.00070.019 0.180 0.081
0.00058
0.0003
0.0004
0.04s
Filterable <PM10 201
gramscollec'ted 0.00108
grains/ac'f 0.0006
grains/dsc'f 0.0008
lb/hr 0.084
0.0007s 0.00271 0.00151
0.0004 0.0015 0.0008
0.0005 0.0019 0.00110.058 0.211 0.118
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
17 of 448 @Mostardi Plaft
Client:
Facility:
Test Location:
Tesl Method:
Gompass Minerals Ogden, Inc.
Ogden Plant
BH6O1
201N202
Source Condition
Date
Start Time
End Time
Normal
10124124
9:05
l0:{ 0
Run I
Normal
10124124
14=10
15:15
Run 2
Normal
10124124
15:25
16:30
Run 3
Average Gas Temperafure, "F
Flue Gas Moisture, percent by volume
Average Flue Pressure, in. Hg
Gas Sample Volume, dscf
Average Gas Velocity, fUsec
GasVolumetric Flow Rate, acftn
Gas Volumetric Flow Rate, dscftn
Gas Volumetric Flow Rate, scftn
lsoklnetlc Variance
169.1
1.6%
25.78
22.683
47.9',t9
20,323
14,456
14,696
97.0
172.3
1.BYo
25.78
22.902
48.056
20,381
14,398
14,6U
98.3
174.9 172.1
1.60/o 1.7Yo
25.78 25.78
22.794 22.793
48.107 48.027
20,403 20,369
14,381 14,412
14,618 14,659
98.0 97.8
Filterable <PM2.5
grams collected
grains/ac'f
grains/dsc'f
lb/hr
0.00040 0.00164 0.00081
0.0002 0.0008 0.0004
0.0003 0.0011 0.00060.033 0.137 0.068
0.00040
0.0002
0.0003
0.034
Filterable >P <PMlO
grams collected
grains/ac'f
grains/dsc'f
lb/hr
0.00030 0.00045 0.00033
0.0001 0.0002 0.0001
0.0002 0.0003 0.00020.025 0.038 0.028
0.0002s
0.0001
0.0002
0.021
Filterable <PMl0 201
grams collected
grains/acf
grains/dscf
lb/hr
0.00070 0.00209 0.00115
0.0003 0.0010 0.0005
0.0005 0.0014 0.00080.058 0.174 0.096
0.00065
0.0003
0.0004
0.055
Condensable PM thod
grams collec'ted
grains/ac'f
grains/dsc'f
lb/hr
0.00658 0.00545 0.00571
0.0031 0.0026 0.0027
0.0044 0.0037 0.00390.u7 0.455 0.477
0.00510
0.0025
0.0035
0.430
Total PM<2.5 201
grams collected
grains/ac'f
grains/dsc'f
lb/hr
0.00550
0.0027
0.0037
0.464
0.00698
0.0033
0.0047
0.580
0.00709 0.00652
0.0034 0.0031
0.0048 0.00440.592 0.545
Total PM<10 (Method 201
grams collec'ted
grains/acf
grains/dscf
lb/hr
0.00728 0.00754 0.00686
0.0035 0.0036 0.0033
0.0049 0.0051 0.00460.605 0.629 0.573
0.00575
0.0028
0.0039
0.485
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
18 ot 448 @Mostardi Platt
6.0 CERTIFICATION
Mostardi Platt is pleased to have been of service to Compass Minerals Ogden, lnc. lf you have
any questions regarding this test report, please do not hesitate to contact us at 630-993-2100.
As the program 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. The
test program was performed in accordance with the test methods and the Mostardi Platt Quality
Manual, as applicable.
MOSTARDI PLATT
R"\"<n S,V ct'" s project Manaser
Rodney Sollars
. ,,/
.i),n,, *. I "t {- '''-'/-.-,"' - ' QualityAssurance
Project No. M?M2OOA
Scrubber Exhausts and Baghouse Exhausts
19 of448 @Mostardi Platt
APPENDICES
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
20 oI M8 @lvtostardi Platt
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
Appendix A - Test Section Diagrams
21 of 448 @Mostardi Platt
EQUAL AREA TRAVERSE FOR ROUND DUCTS
Length
1.6 Dia.-T-
Length
2.8 Dia.I
Date:
Test Location:
Duct Diameter:
Duct Area:
No. Points Across Diameter:
No. of Ports:
Port Length:
Compass Minerals Ogden, !nc.
Ogden Plant
Ogden, Utah
October 24,2024
AH-s00
5.08 Feet
20.292 Square Feet
12
2
6.0lnches
TS-025 Round Duct Drawing 12 Point 2 Port
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
Rev. 0.1 1t1t2021
1
2
3
4
5
6 7 8 9 101112
't23456 7
8
I
t0
t1
22 ot 448 @Mostardi Platt
EQUAL AREA TRAVERSE FOR ROUND DUCTS
Length
2.7 Dia.
Job:Compass Minerals Ogden, lnc.
Ogden Plant
Ogden, Utah
October 17,2024
AH-502
3.00 Feet
7.069 Square Feet
12
2
4.0lnches
-T-
Length
6.7 Dia.
+
Date:
Test Location:
Duct Diameter:
Duct Area:
No. Points Across Diameter:
No. of Ports:
Port Length:
TS-025 Round Duct Drawing 12 Point 2 Port
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
Rev.0.1 111t2021
1
2
3
4
5
6 7 8 9 101112
123456
23 of 448 @Mostardi Platt
EQUAL AREA TRAVERSE FOR ROUND DUCTS
Length
1.0 Dia.-T-
Length
2.4Dia.T
Compass Minerals Ogden, !nc.
Ogden Plant
Ogden, Utah
October 22,2024
AH-s13
4.25Feel
14.186 Square Feet
12
2
6.0 lnches
1
Job:
Date:
Test Location:
Duct Diameter:
Duct Area:
No. Points Across Diameter:
No. of Ports:
Port Length:
TS-025 Round Duct Drawing '12 Point 2 Port
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
Rev. 0.'l 1t1t2021
1
2
3
4
5
6 7 8 9 101112
123456 7
8
9
10
11
Disturbance
24 of 448 @Mostardi Platt
EQUAL AREA TRAVERSE FOR ROUND DUCTS
Length
1.6 Dia.l-
Length
3.7 Dia.
+
Compass Minerals Ogden, lnc.
Ogden Plant
Ogden, Utah
October 23,2024
AH-692
1.88 Feet
2.761 Square Feet
12
2
4.5 lnches
1
Job:
Date:
Test Location:
Duct Diameter:
Duct Area:
No. Points Across Diameter:
No. of Ports:
Port Length:
TS-025 Round Duct Drawing 12 Point 2 Port
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
Rev. 0.1 11112021
1
2
3
4
5
6 7 8 9't011 12
123456
25 ot 448 @lvlostardi Platt
EQUAL AREA TRAVERSE FOR ROUND DUCTS
Length
'l .0 Dia.-T-
Length
2.0 Dia.I
1
Job:
Date:
Test Location:
Duct Diameter:
Duct Area:
No. Points Across Diameter:
No. of Ports:
Port Length:
Compass Minerals Ogden, lnc.
Ogden Plant
Ogden, Utah
October 21,2024
AH-1555
4.96 Feet
19.322 Square Feet
12
2
4.0 lnches
TS-025 Round Duct Drawing 12 Point 2 Port
Project No. M?4/2OOA
Scrubber Exhausts and Baghouse Exhausts
Rev.0.1 1t1t2021
1
2
3
4
5
6 7 8 9 1011 ',12
't23456 7
8
9
t0
tl
26ot MB @lvlostardi Platt
EQUAL AREA TRAVERSE
FOR RECTANGULAR DUCTS
1.69'
X
X
x
X
x
X
X
X
X
x
X
X
X
x
X
X
x
x
X
x
X
X
X
X
X
1.0'
IIIII
Date:
Test Location:
Length:
width:
Compass Minerals Ogden, lnc.
Ogden Plant
Ogden, Utah
October 22,2024
BH-502
1.0 Feet
1.69 Feet
Area: 1.690 Square Feet
No. Test Ports: 5
Tests Points per Port: 5
1t1t2021TS-014 Rectangular Duct Drawing 4 Point 5 Port
Project No. M2M206A
Scrubber Exhausts and Baghouse Exhausts
Rev.0.1
27 ot 448 @Mostardi Platt
EQUAL AREA TRAVERSE FOR ROUND DUCTS
Length
5.1 Dia.
-T_
Length
6.8 Dia.I
1
Job:Compass Minerals Ogden, lnc.
Ogden Plant
Ogden, Utah
October 21,2024
BH-008
2.96 Feet
6.881 Square Feet
6
2
6.0lnches
Date:
Test Location:
Duct Diameter:
Duct Area:
No. Points Across Diameter:
No. of Ports:
Port Length:
TS-029 Round Duct Drawing 6 Point 2 Port Rev. 0.1 1t112021
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
28 of 448 @Mostardi Platt
EQUAL AREA TRAVERSE FOR ROUND DUCTS
Length
10.0 Dia.--f-
I
Length
3.5 Dia.
I
Compass Minerals Ogden, lnc.
Ogden Plant
Ogden, Utah
October 15,2024
BH-1516
2.94 Feet
6.789 Square Feet
b
2
6.75 lnches
1
Job:
Date:
Test Location:
Duct Diameter:
Duct Area:
No. Points Across Diameter:
No. of Ports:
Port Length:
TS-029 Round Duct Drawing 6 Point 2 Port
Project No. MZ4/'2O6A
Scrubber Exhausts and Baghouse Exhausts
Rev. 0.1 1t112021
29 of 448 @Mostardi Platt
EQUAL AREA TRAVERSE
FOR RECTANGULAR DUCTS
3.25',
XXX
XXX
XXX
xxx
rII
2.63',
Job: Compass Minerals Ogden, lnc.
Ogden Plant
Ogden, Utah
Date: October 15,2024 Area: 8.531 Square Feet
Test Location: BH-002 No. Test Ports: 3
Length: 3.25 Feet Tests Points per Port: 4
Width: 2.63 Feet
TS-008 Rectangular Duct Drawing 4 Point 3 Port Rev. 0.1 1t1t2021
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
30 of ,148 @Mostardi Platt
EQUAL AREA TRAVERSE FOR ROUND DUCTS
-T-
L6ngth
6.7 Dia.
I
Job:Compass Minerals Ogden, lnc.
Ogden Plant
Ogden, Utah
October 16,2024
BH-1400
3.70 Feet
10.752 Square Feet
6
2
6.25lnches
Length
1.9 Dia
Date:
Test Location:
Duct Diameter:
Duct Area:
No. Points Across Diameter:
No. of Ports:
Port Length:
TS-029 Round Duct Drawing 6 Point 2 Port
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
Rev. 0.1 1t1t2021
,|
2
3
4
5
6
31 of448 @Mostardi Platt
EQUAL AREA TRAVERSE FOR ROUND DUCTS
Length
2.5 Dia.
-T-
Length
3.7 Dia.I
1
Job:
Date:
Test Location:
Duct Diameter:
Duct Area:
No. Points Across Diameter:
No. of Ports:
Port Length:
Compass Minerals Ogden, Inc.
Ogden Plant
Ogden, Utah
October 17,2024
BH-001
3.79 Feet
11.282 Square Feet
6
2
6.5 lnches
TS-029 Round Duct Drawing 6 Point 2 Port
Project No. M24/'206A
Scrubber Exhausts and Baghouse Exhausts
Rev. 0.1 11112021
32 ot 448 @Mostrardi Platt
EQUAL AREA TRAVERSE FOR ROUND DUCTS
-T-
Length
5.3 Dia.
+
Compass Minerals Ogden, lnc.
Ogden Plant
Ogden, Utah
October 24,2024
BH-501
3.0 Feet
7.069 Square Feet
6
2
6.0lnches
Length
2.1 Dia.
1
Job:
Date:
Test Location:
Duct Diameter:
Duct Area:
No. Points Across Diameter:
No. of Ports:
Port Length:
TS-029 Round Duct Drawing 6 Point 2 Port
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
Rev.0.1 1t1t2021
33 of 448 @Mostardi Platt
Appendix B - Sample Train Diagrams
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
USEPA Method 3A - lntegrated Oxygen/Carbon Dioxide Sample Train
Diagram Utilizing Tedlar Gas Bag
o\,
-t
l_
ATD-014 USEPA Method 3A Gas Bag Rev. 1.2 1t1t202'l
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
35 of 448 @fvlostardi Platt
USEPA Method 5- Particulate Matter Sample Train Diagram
ATD-035 USEPA Method 5
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
Rev. 1.2 1t1t2021
36 of 448 @Mostardi Platt
USEPA Method 51202- Filterable/Condensable Particulate Matter
100 mL Dl HzO
Dry Gas Meter
+
Gas To "L' Bend
1t'U2021ATD442 USEPA Method 5/202
Project No. M24/,?OGA
Scrubber Exhausts and Baghouse Exhausts
Rev. 1.3
Gas From Filter +
37 oI4/,S @ft4ostardi Platt
USEPA Method 201a1202- PMro/PMz.s ?nd Condensable Particulate Matter
ATD-077 USEPA Method 201 A PMq-PM2 s1202 Rev. 1.2 11112021
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
To "S'Bend
38 ot 448 @lVlostardi Platt
Appendix C - Calculation Nomenclature and Formulas
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
39 of 448 @Mostardi Platt
Client: Compass Minerals Ogden, Inc.Plant: Ogden Plant
Test Location: AH-500
Run:
Date:
1
10t2u2024
AH
Vm(std) = {7.64*Vm*Y* Pbar + 13.6
Tm
Bws = Vwc(std) +Vwsq(std)
Vwc(std) + Vwsg(std) + Vm(std)
Vf = 2127.2
Vi = 2116.2
Vwc(std) = 0.52
Wf = 810.4Wi= 801.2
Vwsg(std) = 0.43
f = 1.003
AH = 1.802
Molsture Calculatlons
vwc(std)= Md0lUEIsE! - 0.o4tor(vf.vi)Pstd*Mw
Vwsg(std) = (Wf -Wi)*Pw*R*Tstd - 0.O4t1S(Vf -Va)Pstd*Mw
Vm = 58.164
Pbar = 25.85
Tm = 509
Vm(std) = 52.652
Bws = 0.018
Project No. M?4/2OGA
Scrubber Exhausts and Baghouse Exhausts
4O ot MB @Mostardi Platt
Client:
Facility:
Project #:
Compass Minerals Ogden, lnc.
Ogden Plant
AH-513
Test Locatlon: AH-513
Dale:10122124
L.70 o/o 0.05 o/o
Sample Calculations
Oz o/o (dry)
11.060 o/o = 1.7 o/o
L8.46 o/o - 0.00 o/o
7L.07 o/o - 0.05 o/o
CO2 o/o (dry)
11.130 o/o = 18.5 o/o
7L.73 o/o - 0.00 o/o
Qu,=(C-Q) x
where:
Csas = Effluent gas concentration, dry basis, o/o
C = Average gas concentration indicated by gas analyzer, dry basis, o/o
C-o = Average of initial and final system calibration bias check responses for the zero gas, o/o
C. = Average of initital and final system calibration bias check responses for the upscale calibration !ds, o/o
C,u = Actual concentration of the upscale calibration eds, o/o
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
C."cr-Q
4'l ot MB @Mostardi Platt
CIient:
Facility:
Test Location:
Run:
Date:
Method:
Source Condition:
Dry Molecular Weight
Wet Molecular Weight
Ms=
Md=
Ms=
Meter Volume at Standard Conditions
Vm(std) =
f=
DH=
Vm(std) =
Volume of Water Vapor Gondensed
Vw(std) =
Net H2O =
Vw(std) =
Moisture Content
Bws =
Vw(std) =
Bws =
Project No. M2442O6A
Scrubber Exhausts and Baghouse Exhausts
Compass Minerals Ogden, lnc.
Ogden Plant
AH-500
1
10t24t2024
5
Norma!
Md = 29.000
Md x (l-Bws) + (18.0 x Bws)
29.000
28.901
Bws = 0.018
17.647xYxVmx
1.003T
(Pbar +DH/l3.6)
Tm
Vm = 58.164
Tm = 509.3
Pbar =25.85
52.652
0.0471x (net H2O gain)
20-2
0.951
Vw(std)
Vw(std) + Vm(std)
0.951 Vm(std) =52.652
0.018
42ot MB @Mostardi Platt
Glient: Compass Minerals Ogden, Inc.Facility: Ogden Plant
Test Location: AH-500Run: 1Date: 1012412024Method: 5
Source Condition: Normal
Average Duct Velocity
Volumetric Flow Rate (Actua! Basis)
Volumetric Flow Rate (Standard Basis)
Qstd = 41,599
Volumetric Flow Rate (Standard Dry Basis)
Qstd(drY)= Qstd x (l'Bws)
lsokinetic Variation:
Vs = 85.49 x Cp x Sqrt DP (avg) x (Ts (avg) + 460/ (Ps x Ms))rz
Cp = 0.840 Ts (avg) = 38.5 Sqrt DP (avg): 0.637
Ps = 25.84 Ms = 28.901
Vs = 37.347
Q= Vs x A x 60
Vs = 37.347 [ = 20.292
Q = 45,471
Qstd=17.647x Q x Ps
Ts (avg) + 460
Q = 45,471 Ps = 25.U Ts (avg) = 38.5
Qstd = 41,599 Bws = 0.018
Qstd(drY) = 41,224
%lSO = 0.0945 x (Ts +460) x Vm(std)
Vs x0 x An x Ps x (l-Bws)
Ts = 38.5 Vm(std) = 52.652 Vs = 37.347
An = 0.0004276 Q= 60 Ps = 25.84
Bws = 0.018
%lSO = 101.1
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
43 of 448 OMostardi Platt
Client:
Facility:
Test Location:
Run:
Date:
Method:
Sourcs Condition:
PM Goncentration:
This example represents the filterable fraction. For other fractions, use the obtained mn for that particulate
fraction.
Co= mn x 15.43
Vm(std)
mn (g) =
Co=
0.00269 Vm(std) = 52.652
0.0008 gr/dscf
PM Emission Rate:
Emission Rate lb/hr = Co x
7,000
Qstd(dry) x 60
Co = 0.0008 Qstd(drY) = 41,221
Ib/hr
Project No. M2M206A
Scrubber Exhausts and Baghouse Exhausts
Compass Minerals Ogden, lnc.
Ogden Plant
AH-500
1
10t24t2024
5
Normal
Emission Rate lb/hr =0.279
M of 448 @Mostardi Platt
MOSTARDI PLATT
Isokinetic Calculation Formulas
1 Vw(std) = r"[ff)t#) : Kzvc
/roo ) [r"" .t',tl
2 Vm(std) =V,Y [fll [--E;
(Pur, + t,,orlll
=Kr Vm Y
Tm
3 B*, =*fffrt.oL
a. Mo :0.44(%COz ) + 0.32(%e-2) + 0.28(%N2 )
5. M, = Mo(1 -B*" )+ 18.0(B*r )
aAmaO. t/^ =-' V^P^
7.W, --CrVr*p,
8. c^^. = 15.43K,[ '"t, ]"' "acl - 'v!-v'''IVr,.,., + v.n(sto) Ts,,J
e. Cs = (15.43 grains/gram)(mn/Vr1.,61 )
10 vs =Kpcprffi
11. Qs616 : vsA(60sectmin )
12. Q56 = (3600r""7r,, X1- B*" )v" r=+l ^'ttt '\ w- ' " [T.Prto,/
t e. E (emission rate, lbs/hr) = Qstd (C. TZOOO grains lb)
TsvmlstolPsto - v Tsvmlsto;
m-''44[AndG-B*"J
ts. o/oEA -( 't o, - (oswco) ) * ,,oo
[0.264 %Nz - f/oO2 -}.so/oco) )
t4. IKV =
CN&F-003A lsokinetic Particulates
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
Rev. 1.2 1t1t2021
45 ot 448 @Mostardi Platt
MOSTARDI PLATT
Isokinetic Nomenclature
A = Cross-sectional area of stack or duct, square feet
An = Cross-sectional area of nozzle, square feet
Bm = Water vapor in gas stream, by volume
C" = Acetone blank residue concentration, g/g
Caa = 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, conected to standard conditions, gr/dscf
IKV = lsokinetic sampling variance, must be 90.0 % < IKV < 110.0o/o
Ma = Dry molecular weight of gas, lb/lb-mole
M" = Molecular weight of gas, wet basis, lb/lb-mole
M* = Molecular weight of water, 18.0 lb/lb-mole
m, = Mass of residue of acetone after evaporation, grams
Pbar = Barometric pressure at testing site, inches mercury
Ps = Static pressure of gas, inches mercury (inches water/13.6)
Ps = Absolute pressure of gas, inches mercury = Pu"' + Ps
Ps16 = Standard absolute pressure, 29.92 inches mercury
Qac{m = Actual volumetric gas flow rate, acfrn
Q"a = DU volumetric gas flow rate conected to standard conditions, dscftr
R = ldeal gas constant,21 .85 inches mercury cubic fooU'R-lb-mole
T, = Dry gas meter temperature, 'R
T. = Gas temperature, 'R
Tsr = Absolute temperature, 528"R
Va = Volume of acetone blank, ml
V"* = Volume of acetone used in wash, ml
W" = Weight of residue in acetone wash, grams
mn = Total amount of particulate matter collected, grams
Vrc = Total volume of liquid collected in impingers and silica gel, ml
V, = Volume of gas sample as measured by dry gas meter, dcf
Vm(srd) = Volume of gas sample measured by dry gas meter, conected to standard conditions, dscf
v. = Gas velocity, fUsec
Vw(std) = Volume of water vapor in gas sample, conected to standard conditions, scf
Y - Dry gas meter calibration factor
aH = Average pressure differential across the orifice meter, inches water
Ap = Velocity head of gas, inches water
p" = Density of acetone, 0.7855 g/ml (average)
p. = Density of water, 0.002201 lb/ml
0 = Total sampling time, minutes
Kr = 17.647'R/in. Hg
Kz = O.047O7 ft3/ml
Ka = 0.09450/100 =0.000945
Kp = Pitot tube constant, 85.491!
Percent excess air
Percent carbon dioxide by volume, dry basis
Percent oxygen by volume, dry basis
Percent carbon monoxide by volume, dry basis
Percent nitrogen by volume, dry basis
Ratio of Oz to Nz in air, v/v
Molecular weight of Nz or CO
Molecular weight of O2
Molecular weight of COz
Specific gravity of mercury (Hg)
CN&F-023A lsokinetic Nomenclature Rev. 1.2
o/oEA=
o/oCO2 =
o/oOz -
o/oCO =
%Nz -
0.264 =28=
32=
44-
13.6 =
| (tb / tb - mo te) (in. H dll / 2
[ ("n)(i". a,o) I
Projoct No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
46 ot 448 @Mostardi Platt
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
Appendix D - Reference Method Test Data
47 of MB @Mostardi Platt
Client:
Facility:
Test Location:
Project #:
Test Method:
Test Engineer:
Test Technician:
Temp lD:
Meter lD:
Pitot lD:
Filter lD:
Filter Pre-Welght (grams):
Nozzle Diameter (lnches):
Meter Callbration Date:
Meter Calibration Factor (Y):
Meter Orifice Setting (Delta H):
Nozzle Kit lD Number and Material:
Pre Pitot Leak Check
Poat Pitot Leak Gheck
Pre Nozzle Leak Check
Post Nozzle Leak Check
Pitot Tube Coefficient:
Probe Length (Feet):
Probe Liner Material:
Sample Plane:
Port Length (lnches):
Port Size (Diameter, lnches):
Port Type:
Duct Shape:
Diameter (Feet):
Duct Area (Square Feet):
Upstream Diameterc:
Downstream Diameters:
Number of Ports Sampled:
Number of Points per Port:
Minutes per Point:
Minutes per Reading:
Total Number of Traverce Points:
Test Length (Minutes):
Train Type:
Source Gondition:
Moisture Balance lD:
# of Runs
Compass Minerals Ogden, lnc
Run I
cM46
cM46
293
17673
0.45096
0.280
10t412024
1.003
1.802
SS Set #171f9
Ogden Plant
AH-500
M244206
5
AIR
RB
Run 2
cM46
cM46
293
17679
0.44505
0.280
10t4t2024
1.003
1.802
SS Set # 17 #9
Leak Checks
0.840
6.0
Glass
Horizontal
6.00
6.00
Flange
Circular
5.08
20.292
1.6
2.8
2
'12
2.5
2.5
24
60
Anderson Box
Normal
LV4
3
Run 3
cM46
cM46
293
17663
0.45625
0.280
1014t2024
1.003
1.802
SS Set # 17 #9
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
0.0 @ 3.5 "H,O 0.0 @ 4.0 'H,o 0.0 @ 3.6 "H,O
0.0 @ 4.1 "H?O 0.0 @- 4.5 "H,O 0.0 @ 4.0 'Heo
0.0000 @ l0 "Hq 0.0000 @ 11 "Ho 0.0000 11 "Ho
0.0000 @ 12 "Hs 0.0000 @ 17 'Hq 0.0000 14 'Hs
48 ot 448 @lvlostardi Platt
oE
E
@oo
=o
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o
^9o,s;lEoooooooooooo.Sqqq9qqqqccqcgo.OOOOOOOOOOOOo.=oi
a
ooEaccqqqqgqcqcc
;=-FoNroFFoooFa
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FNO{n€tsOooFN u?
6
t!o-tsEt, .g.sEI tr -- il-cE 6- CPEEtr Ei..trE.B3o t-itiE-Fytr ot6.!!lE:to-9 larlaU,wEo-(,
oN!tro
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dc
i(,Eo)oo
(E
oc
=E9,Bd _5 8sH o
*,E B* fr E.
EEo.
toroao.oo.ooaoo.ooooq.go{!
E Foo@orooroor i9-ts-O@OnO+6oo69I ad il di il dt d; di d di 6i didi E
s .-oooooroooo
5
goots;rEoooooooooooo;EqqqqCqCqqqCqgo.oooooooooooo
o.=ai
i
oot-ooaaoooooooo:.9c, cj - ai + oi ci - - ai r\i ri,!
!OFOFOONOFFO.l-(o$@N@OOOOOOO.i6aq484EqGE€qq-'ooaaoooooooo
- q-oNoNio@=oo+
=-cla?aalaaaiaa9-iOoOOOOOooooo3
EFNo{6oF€OoFNoo.
o!.
9+OOOOOOQoooooE"r oi ai ot ai oi ci o ci d ci ci cii-*+i+{oro1r)o@on
r i;
i, nE. E 5iEEgEEto.(Jt!JO.o.o-
@tsi
o
o)si
6o:a!ExuJoo
=o.co,(E
@
<E9Q (rtKeSotfNO>f
duJzo-rtE€
s-'6o- ct)
Runl -Method5
Client: Compass Minerals Ogden, lnc.
Facility: Ogden Plant
Test Location: AH-500
Source Conditlon: Normal
Date:
Start Time:
End Time:
10121t24
9:55
1'.t125
fETER COND]TIONS
AH: 2.67
Meter Temperature, Tm: 49.3
Sqrt AP: 0.637
Stack Temporature, Ts: 38.5
Mster Volume, Vm: 58.164
Meter Volume, Vmstd: 52.652
Meter Volume, Vwstd: 0.951
lsokineticVariance: 101.1
Test Length: 60.00
Nozzle Diameter: 0.280
BammetricPressure: 25.85
in. H2O
.F
in. H2O
.F
ft3
dscf
wscf
o/ol
in mins.
in inches
in Hg
Static Presgure
Flue Pressure (Ps):
Gas Weight dry, Md:
Gas Weight wet, Ms:
Gas Velocity, Vs:
Volumetric Flow:
Volumetric Flow:
Volumetric Flow:
29.000 lbilb mole
28.901 lbflb mole
37.UT hs45,471 acfm
41,224 dscfrn
41.599 scfrn
MOISTURE DETERTIINATION
lnitial lmpinger Content: 2116.2
Final lmpinger Content: 2127.2
lmpinger Difference: 1 1.0
ml
ml
ml
Silica lnitialWt.
SiliE FinalWL
Silica Difference:
Moisture, Bws: 0.018
tl.t r T.mp
lnl.t Outl.t
801.2 gr.lms
810.4 grams
9.2 grams
Suportaturaton V.luc, Bws:
Fllt r
Exlt T.mp
Total Water Gain:
V.loclty
H..d Ap
ln. H2O
Aclurl
il.t rvol.
Itt
20.2
Oritic.
AH
ln. H2O
St ck
Tamp
.F
Pump
Vrcuum
Proba
T.mp
oF
0.009
lmpingor
Erh T.mp
2.67
2.51
2.90
38.5
38.0
39.0
1
4
4
Project No. M24/.206A
Scrubber Exhausts and Baghouse Exhausts
50 of448 @lvlostardi Platt
lmpinger Weight Sheet - Run 1
Client:
Facility:
Test Location:
Project #:
Date:
Test Method: 5
Weighed/MeasuredBy: AIR
Balance tD: LV4
Compass Minerals Ogden, lnc.
Ogden Plant
AH-s00
|t24/,206
1012412024
Scale Calibration Check Date:'t0t24t2024
Scale Calibration Check (see QS-6.05C for orocedure)
must bo wlthin t 0.59 of certified mats
Certified Weiqht. srams
250
750
801.2
Result. orams
2s0.0
750.0
.t 1.0
Liquid Gain
2,127.2
Liquid Final
8't0.4
ITTIPINGER FINAL INITIAL GAIN
COT.ITENTS MLS / GRAIIS MLS / GRAIIS MLS / GRAIT'IS
Dl Watar 730.'l 724.8 5.3
Dl Water 741.2 737.3 3.9
Empty 655.9 654.1 1.8
Silica Gel 810.4 80't.2 9.2
Silica Finat Silica lnitial Silica Gain
Project No. M24/206A
Scrubber Exhausts and Baghouse Exhausts
51 of 448 @Mostardi Platt
Run2 -Method5
Client: Compass Minorals Ogden, Inc.
Facility: Ogden Plant
Test Location: AH-500
Source Condition: Normal
Date:
Start Time:
End Time:
10t21t21
I 1 :tlS
13:14
STACK COND]TIOXS
AH:
Meter Temperature, Tm:
Stack Temperature, Ts:
Meter Volume, Vm:
Mster Volume, Vmstd:
Meter Volume, Vwstd:
lsokinetic Variance:
Test Length:
Nozle Diameter:
Barometric Pressure:
2.71 ln. HzO
51.8 "F
40.6 'F
61 .213 ft3
55.141 dscf
1.060 wscf
105.5 o/ol
60.00 in mins.
0.280 in inches
25.85 in Hg
Static Pre$ure
Flue Pressure (Ps):
{.10 in. H2O
25.U in. Hg. abs.
Sqrt AP: 0.640 ln. H2O
Gas Weight dry, Md: 29.000 lb/lb mole
Gas Weight wet, Ms: 28.890 lb/lb mole
Gas Velocity, Vs: 37.561 fps
Volumetric Flow: 45,853 acfm
Volumetric Flow: 41,355 dscfrn
Volumetric Flow: 41,772 sc-fm
MOISTURE DETERMINATION
lnitial lmpinger Contenl:
Final lmpinger Content:
lmpinger Difference:
V.locity
H.rd Ap
'l:0O:00
2127.2
2140.4
13.2
Ormca
AH
ml
ml
ml
Silica lnitial Wt
Silica Final Wt
Silica Difference
810.4 grams
819.7 grams
9.3 grams
SuDersatuEdon Valuo, Bwr: 0.010Total Water Gain: 22.5 Moisture, Bws: 0.019
Uatar Tamp
lnLt OuUlt
Acturl
taLr Vol.
fir
St ck
Tmp
Filt r
Erit Tmp
"F
lmpingcr
Exh Trmp
T
Pump
Vaqum
Proba
T.mp
Total
Averag€
Min
Max
2.71
2.51
297
40.6
40.0
41 0
51.8
51.8
51.0
53.0
Project No. M24/.206A
Scrubber Exhausts and Baghouse Exhausts
1-1 1:45:00 olq )\7 60 1a.to 51 51 4 250 250 55
t-?t.47.30 038 251 62 U7 40 51 51 4 250 250 55
t-3 1:50:OO 0.39 )q7 A4 lq7 tn 5i 51 I t5rl )4q 55
1J ,1.52.30 O ito 26/I 67 118 /to 5t 51 4 250 249 55
t-5 :55:OO ntu )77 Aq 1tu ao st 5'I ,50 )4C 55
1-8 57.30 043 244 72 112 40 5't 51 4 2so 219 55
1-7 12:00:00 0.45 ,97 7t qo6 LN ql 51 I )LC )L9 56
t-n 12.02.40 o43 2U 77 442 40 52 52 4 249 249 56
l-9 12:05:00 0.42 2.'t7 7q qM LO q)6)t )50 )L9 s
1-to I 2.O7 30 O i(0 261 a2 422 40 52 52 4 )cn 2qn
I 2.Ot OO a2 497
t-10 12:32:OO o.42 2.77 A) AA7 41 4'q,t )qo ?EN s
t-1 I 12.U-On o40 76 ea u1 t1 52 52 4 2so 250 56
1-12 12:35:30 0.40 2.64 aq 7)t L1 a)5'I )qn )qn 56
r2 1C.OO 92 225
2-1 12:14:OO orn )il a) )?q L1 q2 q)l )L0 )50 57
)-)12 L6.30 o12 277 94 71?41 52 52 4 249 250 57
2-3 12:49:OO NM )ao 47 r17 L1 F?5)1 )49 )50 57
21 12.51 30 o12 277 99 069 41 52 52 4 250 250 58
)-\1).4 nn o at 77r)1n2 21)L1 5)6)I ?50 250 5A
24 12:55:30 039 2.57 104.578 41 52 52 4 250 250 58
)-7 I 2.5q-OO n:tn 251 106 9C3 L1 s2 5?4 250 219 5A
2-A l3:01:30 0.3s 2.57 '109.305 41 52 E)I )an )aq 5n
)-a 11.M.OO o40 26L 111 713 41 52 52 25r)250 5A
2-10 l3:06:30 0.12 2.77 1 14.116 11 53 53 4 )qn ,5n 5A
)-11 13 oq.m oa3 2M I 16 547 11 53 53 4 250 25{)59
2-12 l3:1 1 30 0.43 2.U 119 1't5 11 53 53 4 250 250 59
I 3.14.OO 121 597
61 .213
52 ol 448 @Mostardi Plaft
lmpinger Weight Sheet - Run 2
Client:
Facility:
Test Location:
Projec't #:
Dato:
Test Method: 5
Weighed/MeasuredBy: AIR
Balance lD: LV4
Compass tlinerals Ogden, lnc.
Ogdon Plant
AH-500
n21/,206
10t2u2024
2,140.4
Liquid Final
819.7
Scale Calibration Chock Date:'1o12412024
Scale Calibration Check (see QS6.05C for procedurel
must be within t 0.59 of certlfied mass
Certiffed Weiqht. qrame
2s0
Result. orams
250.0
500.0
13.2
Liquid Galn
8'r0.4 9.3
IMPINGER FTNAL INIT]AL GAIN
CONTENTS IrrLS / GRAI{S MLS / GRAf,IS MLS / GRATIS
Dl Water 736.8 730.1 6.7
Dl Water 746.7 741.2 5.5
Empty 656.9 655.9 1.0
Silica Gel 819.7 810.4 9.3
Silaca Final
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
Sillca lnitial Silica Gain
53 of 448 @Mostardi Platt
Run3.Method5
Cllent: Compass Minerals Ogden, lnc.
Facility: Ogden Plant
Test Locatlon: AH-500
Source Conditlon: Normal
DRY GTS IETER CONDITIOI{S STACX COtaDlTtOt{s
Date:
Start Time:
End Tlme:
10124124
14:tO
'15:56
AH: 2.68
Meter Temperature, Tm: 53.5
Sqrt AP: 0.638
Stiack Temperafure, Ts: 43.7
Meter Volume, Vm: 55.182
Meter Volume, Vmstd: 49.548
Meter Volume, Vwstd: 0.876
lsokineticVariance: 95.6
ln. H2O
"F
ln. H2O
"F
fi3
dsc{
wscf
%l
in mins.
in inches
in Hg
Stratic Pressure -0.10 in. H2O
Flue Pressure (Ps): 25.U in. Hg. abs.
Test Length:
Nozzle Diameter:
Barometric Pressure:
60.00
0.280
25.85
Gas WeEht dry, Md:
Gas Weight wet, Ms:
Gas Velocity, Vs:
Volumetric Flow:
Volumetric Flow:
Volumotic Flow:
29.000 lb/lb mole
28.879 lb/lb mole
37.615 fps
45,798 acfm
41,012 dsc'fnr
41,468 scfm
HOISTURE DETERMINATION
lnitial lmpinger Content:
Final lmpinger Content:
lmpinger Difference:
Total Water Gain:
Vr16tty
H..d Ap
2140.4
2150.8
10.4
18.6
Orlflc.
AH
St ck
Tamp
Fllt r
Ertt T.mp
lmplng.r
Erlt T.mp
Ac-tu.l
il.t rvol
it
ml
ml
ml
Silica lnitial Wt.
Silica Final Wt.
Silica Difference:
Moisture, Bws: 0.017
m.l.r T.mp
lnLi Outlct
819.7 grams
827.9 gEms
8.2 grams
SupaErtur.don Value, Bwl: 0.011
Pump
Vrcuum
Probr
T.mp
oF
1:00:00
2.68
2.51
2.U
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
53.5
53.5
53.0
54.0
43.7
13.O
44.0
't-'t '14i48:00 0.39 2.57 )1 A7F a3 53 53 4 ?atl 250 il
1-?1A SO.ln o!1 )70 25 937 43 53 53 4 250 250 54
t-3 14:53:0O 043 2.U 2A-21A 43 53 51 A )4 )ffi g
1J ta.qs 10 nL) )77 30 6().a3 53 53 4 2.50 250 il
1-5 l4:58:00 o42 277 32.946 43 53 53 4 ,\n )50 il
1S 15.OO.10 oa1 )At a5 )75 a3 53 53 4 250 250 51
1-7 rs.03.00 03s 257 37.&1 43 53 53 4 250 )qn {
1{t5.nq.ln o10 ?87 3C AAn /t1 53 s3 ?L9 250 54
t-9 't5 08.00 040 2U 42 144 44 53 53 1 219 )5n 54
1-to l5 1o.10 oal 27rl 14 t1A 44 53 53 4 215 250 55
1-11 15.1?.nn oL) )77 LA 7ra u 53 53 25r)250 55
1 -12 15.15 30 o42 277 4S 065 44 53 53 4 250 250 55
l5:18:00 51 1n7
2-1 15 26:00 o40 261 51 387 44 53 53 4 250 250 55
)-)i 5.2n.10 o al )70 s3 641 LA 54 s4 4 25r)250 55
2-3 l5:31:OO 040 2.il 55.984 14 54 v L ,tr )qo 6q
?a 15.33 30 o3E 257 5A 268 1A 54 v 25r]250 55
2-5 l5:36i00 0.38 2.51 60.521 u ({L )an )EO 55
2-A 15 18.3n o30 ?s7 a2 746 44 il il 4 250 250 55
2-7 15:41:00 0.40 2.64 M Oq1 u 4 4 I 2\n ?5n 5A
)A 15.d3.10 o 4t 270 67 273 44 54 g 4 250 250 56
2-9 5:46:00 o.12 2.77 6q qM u il q 4 2En )si 56
?-1o 5.44.30 oL2 277 71 925 44 g 54 4 250 250 56
2-11 5:51:00 o 4t )7n 7l )q,u il il 4 ,50 )50 56
?-12 5.53 30 O lto 264 76 574 44 54 il 4 2s0 250 56
5:55:00 ?A AA7
55.1 82
54 ot 448
53.5
@Mostardi Platt
lmpinger Weight Sheet - Run 3
Client: Compas3 Minerals Ogden, !nc.
Facility: Ogden Plant
Tect Location: AH-500
Project #: M2U206
Date: 1012412024
Test Method: 5
Weighed/MeasuredBy: AIR
Balance lD: LV4
Scale Calibration Check Daie:10t24t2021
Scale Calibration Check (see QS-6.05C for procedure)
must be within t 0.59 of certified mass
Certified Weiqht. orams
250
Result. qrams
250.0
750.0
lMPINGER FINAL INITIAL GAIN
CONTENTS TLS / GRAilS TILS / GRAI'S MLS / GMII,S
Dl Water 742.5 736.8 5.7
Dl Water 751.0 746.7 4.3
Empty 657.3 656.9 o.4
Silica Gel 827.9 819.7 8.2
2,150.8
Liquid Final
827.9 819.7
Liquid Gain
8.2
10.4
Salica Final
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
Silica lnitial Silica Gain
55 of 448 @Mostardi Platl
Client:
FacllltY:
Tatt Locatlon:
Projoct #:
Test Method:
Te.t Englneer:
Tart Technlclan:
Temp lD:
Meter lD:
Pltot lD:
Fllter lD:
Flher Pro-Welght (grams):
Nozzle Dlameter (lnchec):
trlotor Crllbratlon Date:
Moter Callbratlon Factor (Y):
ileter Orlflce Sottlng (Detta H):
iloz2lr Klt lO Number and Materlal:
Pre Pltot Leak
Post Pltot L.ak
Pre Nozzle Loak
Post Nozzle Leak
Pltot Tube Cooficiont:
Probe Length (Feet):
Probo Llner Materlal:
Sample Plane:
Port Length (lncher):
Port Size (Dlam.t6r, lncher):
Port Type:
Ducl Shapo:
Ol.meter (F6et):
Duc't Area (Squaro Foot):
Upstream OiametoE:
Downstream Dlameterr:
Number of Portr Sampled:
Number o, PolnE per Port:
tlnuta3 p€r Point:
tlnutos per Readlng:
Total Number of Traverse Polnts:
Tert Longth (Mlnutes):
Traln Typo:
Source Condltlon:
Molsture Balance lD:
* of Runs
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
Compass Minerals Ogden, lnc.
Ogden Plant
AH-502
M24r'206
5
RB
AIR
Run I
cM56
cM56
296
10507
0.45208
0.266
101812024
0.987
1.826
ss sETtr21 (LV-g)
Run 2
cM56
cM56
296
1 0503
0.45258
0.266
10t812024
0.987
1.826
ss sET#21 (LV-g)
Run 3
cM56
cM56
296
1 0501
0.45258
0.266
10t8t2024
0.987
1.826
ss sETf21 (LV-g)
Run 4
cM56
cM56
296
10505
0.45723
0.266
10t8t2024
0.987
1.826
ss sET#21 (LV-g)
L..k Chockr
0.840
4.0
Glass
Horizontal
4.00
4.00
Flange
Circular
3.00
7.069
2.7
6.7
2
12
2.s
2.5
24
60
Andorson Box
Normal
LV4
4
56 of 448 @Mostardi Platt
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Runl.Method5
Client: Compass Manerals Ogden, lnc.
Facility: Ogden Plant
Test Location: AH-502
Source Condltlon: Normal
Date:
Start Time:
End Time:
10117124
't2|15
14:40
AH:
Motor Temperature, Tm:
Sqrt AP:
Stack Temperafure, Ts:
Meter Volume, Vm:
Meter Volume, Vmstd:
Meter Volume, Vwstd:
lsokin6tic Variance:
Test Length:
Nozzle Diameter
Barometric PressurB:
1.9'l
68.6
0.593
63.0
49.528
41.797
0.956
99.5
in.
.F
Static Pressure
Flue Pressure (Ps):
Gas Weight dry, Md:
Gas Weight wet, Ms:
Gas Velocity, Vs:
Volumetic Flow:
Volumetlic Flow:
Volumetric Flow:
{.10
2s.46
in. H2O
in. Hg. abs
in. H2O
.F
fr3
dscf
wscf
o/ol
29.000 lb/lb mole
28.7il lbflb mole
36.006 fps
15,271 acfrn
12,826 dscfrn
13,120 scfrn
60.00 in mins.
0.266 in Inches
25.47 in Hg
UOISTURE OETERMIilATIOT{
lnitial lmpinger Content 2273.8
Final lmpinger Content: 2288.O
lmpingerDifference: 14.2
ml
ml
ml
Silica lnitialWt-
Silica FinalWt.
Sili€ Difference:
Moisture. Bws: 0.022
876.9 grams
883.0 grams
6.1 grams
Suporrrturrdon Value, Bwr:Total water Gain:
Vclcity
H..d Ap
20.3
Orlflc.
AH
Acturl
t.tcr Vol.
ft!
St ck
T.mp
il.t r T.mp Pump
Vacuum
Proba
T.mp
"F
Filt.r
Erh T.mp
0.023
lmpingor
Erit TcmpPort-
Polnt No.
Clck
Tlm.
OutLi
Total
Avsmge
Min
Mex
1:00:OO 68.6
68.6
67.0
72.O
1.91
1.62
2.17
63.0
63.0
63.0
4
4
Project No. M24/,2O6A
Scrubber Exhausts and Baghouse Exhausts
12:15:0O 031 1.68 8.669 53 67 67 4 254 2SO m
2 1).17.11 n11 17q to 630 63 67 67 4 25/!2s0 60
1-3 12 2O:OO 034 I.84 't2.670 63 67 A7 i )4))qo AN
4 1r.t).1n o1A 1q5 1L 1LO 63 67 67 4 250 251 a1
't -5 12:25:OO 034 2.06 16.880 53 67 67 4 ,5n ,q1 AI
if, 1).)7.4n oao ,17 19 060 63 87 87 4 210 2s2 61
1-7 t2.30 00 039 211 21 310 63 67 67 4 244 250 61
'I -8 1r.12.10 o1n )oA 23 530 6?a7 67 4 2lc 249 62
t-c t 2.35.OO 037 200 2s.720 63 61 67 4 255 244 62
i-10 tr.17 in o36 1E5 27 AAO 63 67 67 4 253 219 63
12:40:00 ni? t7q ?o nln 61 a7 67 I )5 251 53
1-1 |'t2.t1.oo 30 870
1-12 12:43:30 0.32 171 ?2 n50 63 67 67 4 )a6 )5)63
1?.a6.OO 34 059
2-1 12-tq.ao o1n 1e)u osc 63 6A 6A 4 ?50 2SO 60
2-2 12.52.OO 033 179 36.010 63 69 69 4 250 250 AO
)-1 ar.4 ao o?s 1AC 3A 060 63 69 69 4 251 251 59
24 12,57:OO o37 2.OO 40.'150 63 70 70 4 )51 )5)6q
2.54.10 t2 329
2-5 3:05:O0 0.38 2.06 42.329 63 7l 7l I 2m ?q)q7
)A ?.o7.30 odo 217 11 ilO 63 70 70 4 249 250 57
2-7 3:10:00 0.38 2.06 tA non A?70 70 I 2AR )tq 57
7-A 3.1?.30 o36 't s5 48 980 63 71 71 4 250 247 56
2-E 3:15:00 o.v 1.84 q1 t5n a1 71 71 L 2EO 2Aq 4
)-1rl 31710 o33 179 53 230 63 71 71 4 256 250 54
3:20:00 6q ,m
2-11 4.35 00 o3? 173 55 290 53 71 71 4 255 250 53
2-12 14:37:30 0.33 17q c7 1{n 61 7)7)1 ?il ,61 53
'I d.40.oo 59 377
58 of 448 @Mostardi Platt
lmpinger Weight Sheet - Run 1
Client:
Facility:
Test Location:
Projec,t #:
Date:
Test Method:
Weighed/Measured By:
Balance lD:
Compass Minerals Ogden, lnc.
Ogden Plant
AH-502
M21/.206
10t17t2024
5
RODS
LV4
Scale Calibration Check Date:10t17t2024
Scale Calibration Check (see QS-6.05C for orocedure)
must be within t 0.59 of cortified mass
Certified Weioht. qrams
250
Result, qrams
250.0
750 750.0
2,273.8 14.2
Liquid Final
883.0
Liquid lnitial
876.9
Liquid Gain
6.1
Silica Final Silica lnitial Silica Gain
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
IMPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRA]YIS MLS / GRAIIS tvlLs / GRAITS
Dl Water 768.9 756.0 12.9
Dl Water 761.9 761.1 0.8
Empty 757.2 756.7 0.5
Silica Gel 883.0 876.9 6.1
59 of 448 @Mostardi Platt
Run2-Method5
Client: Compass Minerals Ogden, lnc.
Facility: Ogden Plant
Test Location: AH-502
Source Gondition: Normal
Date:
Start Time:
End Tlme:
10117124
15:03
l6:06
AH:
Meter T€mperature, Tm:
Sqrt AP:
Slack Temperature, Ts:
Meter Volume, Vm:
Meter Volume, Vmstd:
Meter Volume, Vwstd:
lsokinetic Variance:
Test Length:
Nozzle Diameter:
Barometric Pressure:
1.91 ln. H2O
79.9 "F
0.594 ln. H2O
63.0 'F
51.820 ft3
42.413 dsc-f
1.003 wscf
101.9 %t
60.00 in mins.
0.266 in inches
25.47 in Hg
Stetic Prossure
Flue Pressure (Ps):
Gas Weight dry, Md:
Gas WeUht wet, Ms:
Gas Velocity, Vs:
Volumetric Flow:
Volumetlic Flow:
Volumetric Flow:
{.10 in. H2O
25.46 in. Hg. abs.
29.000 lb/lb mole
28.748 lb/lb mole
36.029 fps
15,280 actrn
12,828 dscfm
13,128 scfm
MOETURE DETERTII{ATION
lnitial lmpinger Content 2299.1
Final lmpinger Content: 2312.0
lmpingerDifference: 12.9
Total Water Gain: 21.3
ml
ml
ml
Silica lnitial Wt.
Silica Final Wt.
Silica Difference:
874.'l grams
882.5 grams
8.4 grarms
Superlrturatlon Value, Bwa:
Filtrr
Erit Tlmp
"F
V.lcily
H..d Ap
ln. H2O
Orlflc.
AH
Aclurl
Matcr Vol-
fil
Silck
Tamp
.F
Moisture, Bws: 0.023
M.br T.mp
t Outbt
.F
Pump
Vtcuum
Probr
T.mp
0.023
lmplng.r
Erll T.mp
1:00:00
1.91
1.62
2.17
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
63.0
63.0
53.0
4
4
4
60 of 448 OMostardi Platt
lmpinger Weight Sheet - Run 2
Client:
Facility:
Te3t Location:
Projec{ #:
Date:
Test Method:
Weighed/Measured By:
Balance lD:
Compass Minerals Ogden, lnc.
Ogden Plant
AH-502
)t24tr.206
1011712024
5
RODS
LV4
Certified Woioht. orams
250
750
874.1
Result. orame
2s0.0
750.0
,t2.9
Liquid Gain
Scale Callbration Check Date:10t17t2021
Scale Calibration Check (see QS-6.05C for procedurel
must be within t 0.59 of certified mass
IMPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRAITIS MLS / GRAITIS MLS / GRAIIIS
Dl Water 767.9 756.3 't 1.6
Dl Water 765.0 764.4 0.6
EmpO 779.1 778.4 0.7
Silica Gel 882.5 874.1 8.4
Silica Final Sillca lnitial Silica Gain
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
61 of448 @Mostardi Platt
Run3.Method5
Client: Compass Minorala Ogden, lnc.
Facility: Ogden Plant
Test Location: AH-502
Source Condition: Normal
Date:
Start Time:
End Time:
10t17t24
17:57
18:50
ORYGAS XIETER CONDITIONS STACK COND]TIONS
AH: 1.83 ln. H2O
Meler Temperature, Tm: 80.0 'F
Sqrt AP: 0.581 ln. H2O
Stack Temperature, Ts: 63.0 'F
Meter Volume, Vm: 33.817 ft3
Meter VolumB, Vmstd: 27.928 dscf
Meter Volume, Vwstd: 0.975 wscf
lsokinetic Variance: 68.0 %l
Test Length: 60.00 in mins.
Nozzle Diameter: 0.266 in inches
Barometric Prassure: 25.47 in Hg
Static Pressure
Flue Pressure (Ps):
Gas Weight dry, Md:
Gas Weight wet, Ms:
Gas Velocity, Vs:
Volumetric Flow:
Volumetric Flow:
Volumetric Flow:
-0.10 in. H2O
25.46 in. Hg. abs
29.000 lbflb mole
28.747 lb/lb mole
35.2U fps
14,956 acftn
12,554 dscfm
12.850 scfrn
MOISTURE DETERMINATION
lnitial lmpinger Content 2245.7
Final lmpinger Content: 2257.8
lmpingerDifference: 12.1
Total Water Gain: 20.7
ml
ml
ml
Silica lnfial Wt.
Silica Final Wt.
Silica Difference:
Moisture, Bws: 0.034
tatar Tamp
lnl.t Outl.t
869.1 grams
877.7 grams
8.6 grams
SupoEaturation Valuc, Bwa:
Fl[.r
Ern T.mp
V.lcity
Hr.d Ap
Ormc.
AH
Aclu.l
ll.l.r Vol.
fl!
Strck
Trmp
Pump
Vrcuum
Probo
f.mp
0.023
lmpinerr
Exlt T.mp
Run 3 was aborpted due to facility process issues. As a result the averages havo been taken from runs
33.817 80.0Total
AveEge
Min
Max
1.83
1.62
2.17
63.0
63.0
63.0
80.0
80.0
79.0
81.0
Project No. M24/.2O6A
Scrubber Exhausts and Baghouse Exhausts
62 ot 448 @Mostardi Platt
lmpinger Weight Sheet - Run 3
Client:
Facility:
Test Location:
Project #:
Date:
Test Method:
Weighed/Measured By:
Balance lD:
Compasr Minerals Ogden, lnc.
Ogden Plant
AH-502
il24/,206
10117t2024
5
RODS
LV4
2,2s7.8
Certiffed Weioht. qrams
250
750
2.245.7
Result. qrams
2s0.0
750.0
12.1
Liquid Gain
Scale Calibration Chsck Date:10t17t2021
Scale Calibration Check (see QS.6.05C for procedure)
must be within t 0.59 of certified masg
Liquid Final
877.7
Liquid lnitial
869.'l
IMPINGER FINAL TNITIAL GAIN
CONTENTS MLS / GRAIT'IS MLS / GRAMS MLS / GRAMS
Dl Water 734.2 723.5 10.7
Dl Water 746.9 746.O 0.9
Empty 776.7 776.2 0.5
Silica Gel 877.7 869.'l 8.6
Silica Final
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
Silica lnitial Silica Gain
63 of 448 @Mostardi Plaft
Run 4 -tethod 5
Cllent: Compass xlinemls Ogden, lnc.
Facility: Ogden Plant
Test Location: AH-502
Source Condition: Normal
Date:
Start Time:
End Time:
10t't8124
8:40
9:43
ORY GAS IETER
AH: 1.89
Meter Temperature, Tm: 51.8
SqrtAP: 0.591
Stack Temperature, Ts: 54.1
Meter Volume, Vm: 49.240
Meter Volume, Vmstd: 43.133
Meter Volume, Vwstd: 0.970
lsokineticVariance:'101.4
Test Length: 60.00
Nozzlo Diameter 0.266
BarometricPressure: 25.60
ln. H2O
.F
ln. H2O
.F
ft3
dscf
wscf
o/ol
in mins.
in inches
in Hg
Static Pre$ure
Flue Pressure (Ps):
Gas Weight dry, Md:
Gas Weight wet, Ms:
Gas Velocity, Vs:
Volumetric Flow:
Volumetric Flow:
Volumetric Flow:
-0.10 in. H2O
25.59 in. Hg. abs.
29.000 lb/lb mole
28.824 lb/lb mole
35.425 fps
15,024 acfrn
12,988 dsc'frn
'l 3,199 scfrn
MOISTURE DETERTINATION
lnfial lmpingor Content: 2179.6
Finaf lmpinger Content: 2192.5
lmpingerDifference:'12.9
Total Water Gain: 20.6
ml
ml
ml
silica lnitialwt.
Silica Final Wt.
Silica Difierence:
Moisture, Bws: 0.022
t.t rT.mp
lnLt O
.F
789.5 grams
797.2 grams
7.7 grams
SupeneturaUon Valuo, Bw!: 0.016
V.loclty
H.rd ap
ln- H2O
Orlfica
AH
ln. H2O
Acturl
t.t r Vol,
|lt
St ck
Tmp
.F
Flh.r
Erit T.mp
lmplng.r
Erlt Tmp
"F
Prcbr
T.mp
1.89
1.68
2.17
Project No. Mz4/'zOOA
Scrubber Exhausts and Baghouse Exhausts
54.1
53.0
55.0
4
4
4
M of 448 @lt/ostardi Platt
Impinger Weight Sheet - Run 4
Client:
Facility:
Test Location:
Projecl #:
Date:
Test llethod:
Weighed/Measured By:
Balance lD:
Compasr tinerals Ogden, lnc.
Ogden Plant
AH-502
n214206
10118t2024
5
RODS
LV4
2,',t92.5
Gertilied Weiqht. qrams
250
750
2,179.6
Scale Calibration Check Date:10t17t2024
Scale Calibration Check (see QS6.05C for orocedure)
must be withln t 0.59 of certified mass
Result. grams
250.0
750.0
12.9
IMPINGER FINAL INITIAL GAN
CONTENTS MLS / GRAi,IS MLS / GRAf,IS MLS / GRAI'S
Dl Water 754.7 7M.5 10.2
Dl Water 757.4 756.8 1.0
Empty 680.0 678.3 't.7
Silica Gel 797.2 789.5 7.7
Liquid Final
797.2
Liquid lnitial
789.5
Liquid Gain
7.7
Silica Final
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
Silica lnitial Silica Gain
65 of zl48 @Mostardi Plaft
Glient:
Facility:
Test Location:
Project #:
Test Method:
Test Engineer:
Test Technician:
Temp lD:
Meter lD:
Pitot lD:
Filter lD:
Filter Pre-Weight (grams):
Nozzle Diameter (lnches):
Meter Calibration Date:
Meter Calibration Factor (Y):
Meter Orilice Setting (Delta H):
Nozzle Kit lD Number and Material:
Pre Pitot Leak
Post Pitot Leak
Pre Nozzle Leak
Post Nozzle Leak
Pitot Tube Coefflcient:
Probe Length (Feet):
Probe Liner Material:
Sample Plane:
Port Length (lnches):
Port Size (Diameter, lnches):
Port Type:
Duct Shape:
Diameter (Feet):
Duct Area (Square Feet):
Upstream Diameters:
Downstream Diameterc:
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:
Moisture Balance lD:
# of Runs
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
Run I
cM53
cM53
6969
17671
0.44699
0.310
101412024
0.987
1.862
SS #,I7 LVlO
Run 3
cM53
cM53
6969
1 7659
0.44582
0.310
10t4t2024
0.987
1.862
SS #17 LVlO
Compass Minerals Ogden, lnc.
Ogden Plant
AH-s13
M244206
51202
AIR
RB
Run 2
cM53
cM53
6969
17658
0.45742
0.310
't0t412024
0.987
1.862
SS #17 LVlO
Leak Checks
0.840
6.0
Glass
Horizontal
6.00
4.00
Nipple
Circular
4.25
14.186
1.0
2.4
2
12
2.5
2.5
24
60
Anderson Box
Normal
LV4
3
66 of 448 @Mostardi Platl
il.thod I .nd 2 Cyclonlc Flow Chrck Drtt
Prol.c'iNumb.r M2442O6
ClLnt:
Frclllty:
Locrtlon:
Pltoi lD:
Compass Minerals Ogden, lnc.
Ogdon Plant
AH-513
6969
Sourc. Condltlon:
Run l{o.:
Drtc:
St rtTtn :
End Tlm.:
Rt T.tt.r.:
Pori Lcngih:
DP
Pod Poanl (ln. H'Ol
B I 0.24
B 2 0.25
B I 0.23
B a 0.2a
B r 0.26
B C 0.27
B 7 0.2A
B I 0.27
B t o.28
B l0 0.25
B tl 0.2aB t2 0.25
PltotCo.Iflcl.nt: 0.840
Probo Lcngth: 6
DP tqa
Pm Polln (ln.H!O) DPa r 0.23 0.,(798a 2 0.25 0.50il)a I 0.25 0.s000a a 0.27 0.5100
a I 0.28 0.s292
A r 0.21 0.5 r 96a 7 0.24 0.50soa t 0.27 0.5.,96a e o.25 0.5000a r0 0.23 0.4796a rl 0.25 0.5000a 12 0,2e 0.s099
OP(h. H2O) V.lo.lty
rt t{ull tunt Aid. M0.00 32.710.00 33.120.00 32.05
0.00 34.08
0.00 3,1.060.00 34.730.00 3s.370.00 v.73
0.00 34.080.00 33.120.00 34.080.m 33_12
T.mp Yu^igl.fO (o)
1s0.0 0.0150.0 'r.o
150.0 r.0150.0 1.0'150.0 3.0150.0 0.0150.0 0.0150.0 2.0t50.0 4.0150.0 1.0
150.0 0.0150.0 2.0
DP (ln. H2O)
rl iacll Polni tlgl.
0.00
0.00
0.00
0.(x)
0.00
o.@
0.00
0.00
0.00
0.oo
0.00
0.00
Nomal
I
10n2fi2024
'11:45
12:15
AIRYRB
6.00
3qa
DP
0.4809
0.5000
0.4706
0.5009
0.5009
0.51e6
os292
0.5r9€
0.soso
0.sooo
0.5099
0.5000
Tmp Yu AigL
fR (o)
150.0 0.0
150.0 o.o
150.0 1.0
150.0 4.0
150.0 3.0
150.0 t.0
150.0 2.0
150.0 0.0
150.0 0.0
150.0 1.0
'150.0 1.01S_0 I O
Vdodry
M
32.05
33.42
33.42
3/t.73
35.37
3a.73
3,t.06
u.73
33.12
32.05
33.42
34.0E
Anaaga Yr Adil.'1.2'
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
67 ot4/,B @{tlostardi Platt
Runl -Mcthod5/202
Cllent: Compals tlnoral! Ogden, lnc.
Faclllty: Ogden Plant
Test Locatlon: AH€13
Source Condltlon: Normal
Date:
Start Tlme:
End Tlme:
10nfitl
13:.22
16:tl6
DRY G S METER COI{DMOil!
AH: 1.99
Mgter Tsmp€ratu6, Tm: 69.8
Sqrt AP: 0.507
Steck Tomp€BtuE, Ts: 149.5
Meter Volumo, Vm: 48.728
Meter Volum6, Vmstd: 41.695
Meter Volume. Vrctd: 7.390
l$kinolicVarien6: 102.8
Test Length: 60.00
Nozlo Diamotor: 0.310
BarcmetricPEssure: 25.88
in. H2O
in. HzO
.F
ft3
dscf
scf
ot6t
in mins.
in inchBs
in Hg
Static PBssure
Flue PESEUre (Ps):
Csrbon Oioxid€:
O46cn:
Nitrogon:
Gss Woight dry, Md:
Gas Weight wet, Ms:
Exes Air:
Gas Volmity, Vs:
Volumotric Flfl:
VolumBtric Flry:
Volumotric Flffi:
0.10 in. H2O
25.89 in. Hg. abs
18.50 0/.
29.012 lb/lb mols
27.354 lb/lb mole
33.765 fps
28,710 actrn
18,300 dscfm
2'1.543 scfm
IOISTURE DETERTII{ATIO]'I
lnitial lmpinger Cont6nt: 2694.0
Final lmpingor Contont: 2823.6
lmpingerDiffgBn€: 129.6
Toial Wator Gain: 156.9
Silie lnitisl \M.
Silie FinalWt.
Silica Oiff6rsn@:
Moisturo. Bws: 0.151
f,.tar tmp
lnl.t OrJd.t
877.2 grams
904.5 gr6ms
27.3 grams
Suporatun0on Vrlua, BE:
V.lGliy
H..d Ap
(hlla
AH
ml
ml
ml
Actud
tilata? Vol.,f
Flia.r
Erll T.mp
0.2t9
lh!ilngd
Etll Tmp
CPX Flit .
Exlt T.mp
PEba
TmP
oFln.
1.99
1.7E
2.17
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
St ct
T0p
.F
18.728
1,tg.s
148.0
150.0
69.E
6S.8
69.0
70.0
68 of448 @lvlostardi Platt
lmpinger Weight Sheet - Run 1
Client:
Facility:
Tost Location:
Projec{ #:
Date:
Test Method:
Weighed/Measured By:
Balance lD:
Compasc Minorats Ogden, lnc.
Ogden Plant
AH-513
n21/.206
10t22i2021
5t202
AIR
LV4
Certified Weioht. qrams
250
750
2,694.0@
Result. grams
2s0.0
750.0
129.6@
Scale Calibration Check Date:
Scale Calibratlon Check (cee QS.6.05C for orocedurel
muct be within t 0.59 of cortifiod mars
27.3904.5 877.2
IMPINGER FINAL INITIAL GAIl{
CONTENTS MLS / GRAMS MLS / GRAMS MLS / GRAMS
Empty 670.2 589.3 80.9
Empty 720.9 687.2 33.7
Empty 67't.3 659.8 1 1.5
Dl Water 76't.2 757.7 3.5
Silica Gel 904.5 877.2 27.3
Sillca Final Salica lnitaal Silica Galn
Project No. M24/,206A
Scrubber Exhausts and Baghouse Exhausts
69 of 448 @lt/ostardi Platt
Run2.t.thod1202
Client: Compaas Minerals Ogden, lnc.
Facility: Ogden Plant
Tect Location: AH-513
Source Condition: Normal
Date:
Start Time:
End Time:
10t23t21
't3:08
11:13
AH:
Meter T6mperafur9, Tm:
Sqrt AP:
Stack Temp€raturo, Ts:
Mgtsr Volumo, Vm:
Metor Volum€, Vmstd:
Met6r Volume, Vwstd:
lsokinelic Variance:
Test Longth:
Nozle Diameter:
Baromgtric Pressure:
1.97 ln. H2O
75.2 'F
0.504 ln. H2O
150.7 'F
50.611 ft3
42.800 dscf
7.663 wsc-f
106.6 "ht
60.00 in mlns.
0.310 in inches
25.U in Hg
Static P6sure
Flue Pressure (Ps):
Carbon Dioide:
Orygen:
Nitrogen:
Gas Woight dry, Md:
Gas Wsight \,ret, Ms:
Excess Air:
Gas Velocity, Vs:
Volumetric Flow:
Volumetric Flow:
VolumBtric Flow:
0.10 in. H2O
25.85 in. Hg. abs.
1.80 0a
18.20 %
E0.00 0h
29.016 lb/lb mole
27.Y3 lb/lb mol6
33.613 fps
28,61 1 acfrn
18,124 dsc{rn
21.369 scfrn
TOISTURE DETERTI]'IATIOI{
lnitial lmpinger Content 2688.8
Final lmpinger Content: 2826.0
lmpingerDifference: 137.2
Total Wat6r Gain: 162.7
Silica lnitial \ /t
Slli€ Final wt,
Silica Difierenco:
Moisture, Bws: 0.152
Iatar T.np
lnbt OutLt
888.0 grams
9't3.5 gEms
25.5 gfttms
Supan.tuntlon Vrluo, Bwr:
Fllt.t
Erh Tmp
VrlGlty
H.rd Ap
Orltlc.
AH
ml
ml
ml
Acturl
f.l- Vol.
,tt
0.29E
lmplngir
Erlt Tmp
CPI Fllt.r
Erlt Tmp
St Gk
TmP
Pump
Vrcuum
Prcb.
T6p
1.97
1.76
2.17
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
50.611
150.7
149.0
153.0
77.5
75.2
70.0
EO.0
4
4
4
t-1 13:08:OO o21 8a 5 848 't49 75 70 4 2n 244 55 7t
1-2 1 3:10:30 o.25 .94 7.912 149 75 70 4 219 252 53 74
l-3 13:13:00 0.21 1.86 9.999 119 ?5 70 4 250 251 51 74
14 13:15:30 o_24 1.86 12.043 149 75 70 4 251 252 51 74
t-6 t1.tf.oo o)7 2N 1l oa7 ttq 7e 70 I )q)250 51 74
t4 13.?O.30 N?A )17 1e 247 14q 7A 71 ?q1 ?s1 {t5
1-7 r1.23.m nx 2n)rc a6c is 76 71 ?fi $7\
1t 13.25.30 ox 202 20 5S 150 76 71 1 ?s7 )60 s 75
1-g t3:28:Oo 025 u 22 721)50 ?7 72 4 251 249 s 76
I -10 l3:30:30 o21 186 21 422 t 5't n 72 1 2SO ,la 51 7A
t-1 I l3:33:00 o.23 178 24.470 51 n 73 4 251 2t9 51 7A
1-12 l3:35:30 0.25 1.94 28.878 151 7A 73 4 251 250 51 76
13.Sm n 97?
2-1 3:il3rO0 026 202 g s72 150 7A 7A 1 251 249 s 7E
2-2 13:45:30 o27 2E 33 112 '150 7S 74 1 250 252 50 75
2-3 13:48:00 o.27 2.Og 35.293 151 ta 74 4 250 250 50 75
24 3:50:30 0.27 2.09 37.471 't51 tg 74 4 250 250 5l 75
?-5 1.51.m O?A ?17 3q as 151 7q 7t t )t7 )qd 51 74
)A 13.65 30 o2s 1q 11 a71 1a),q 7t a 7t9 ?41 sl 74
2-7 13:54:OO o2a 20?d3 970 152 7e 75 4 )51 )ao 52 7A
24 14:O0:3O 023 17A a6 111 152 7S 75 1 251 )5n 5)
2-9 1il:03:00 o.21 184 8.124 152 79 75 4 251 252 52 7a
2-10 14:05:30 0.21 1.86 50.180 153 80 75 4 250 214 52 7S
)-1 t4.m.m 6rq JU \, )11 t61 245 53 75
2-1?td.l n.30 om 2n2 &3S i53 m 76 I 2$)lo 75
14 13.m s 47C
Total
Ave€go
Min
Mu
7O ol 448 @Mostardi Platt
lmpinger Weight Sheet - Run 2
Client:
Faclllty:
Test Location:
Project #:
Dato:
Test Method:
Weighed/Measured By:
Balance lD:
Compars Minorals Ogden, lnc.
Ogden Plant
AH-513
|t24/.206
10t23t2021
5t202
AIR
LV4
Certified Welqht. sramr
250
750
2,688.8
Scale Calibration Gheck Date:
Scale Callbration Check (see QS-6.05C for procedure)
must be within t 0.59 of certilled maes
Rosult qram!
250.0
750.0
2,826.0 137.2
IMPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRAMS MLS / GRAMS MLS / GRAIUIS
Empty 666.9 58r'..4 82.5
Empty 730.4 692.5 37.9
Empty 665.0 553.7 1't.3
Dl Water 763.7 758.2 5.5
Silica Gel 913.5 888.0 25.5
Liquid Final
913.5
Liquid lnitlal
888.0
Liquid Gain
25.5
Silica Final
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
Silica lnitial Sillca Gain
71 ot 448 @Mostardi Platt
Run3-mothod51202
Cllcnt: Compass tlinerale Ogden, lnc.
Facillty: Ogden Plant
T.ct Location: AH-513
Source Condition: Normal
Date:
Stert Timo:
End Time:
10t23t21
11:32
15:37
DRY GAS IETER COT'DMOTS STACK COi'OlnOXS
AH: 2.01 ln. H2O
Met6r Temp€raturo, Tm: 82.1 'F
sqrt AP: 0.509 ln. H2o
Stack Tsmperature, Ts: 153.0 'F
Mot6r Volum€, Vm: 51.718 d
Mater Volum, Vmstd: 43.187 dsc'f
MetorVolume, Vwstd: 7.649 wscf
lsokinetic Varianco: 106.4 Yd
Static Pressure 0.10 in. H2O
Fluo Prossure (Ps): 25.85 in. Hg. abs.
Carbon Oioxide: 1.70 %
Orygen: 18.10 o/o
Gas Weight dry, Md: 28.996 lblb mole
Gas wsight wet, Ms: 27.Y1 lblb mole
Excess Air: o/o
Gas V6locity, Vs: Y.044 fps
Volumotric Flow: 28,977 acftn
Volumetric Flow: 18,316 dscfrn
Volumetric Flow: 21,560 scfrn
Tost Length: 60.00
Nozle Diametsr: 0.310
BarcmetricPressure: 25.4
in mins.
in inchas
in Hg
f, OISTURE DETERTII{ATIOI{
lnilial lmpinger Conlont: 2676.9 ml
Final lmpinger Content 2814.2 ml
lmpinger Difierence: 137.3 ml
Total Water Gain: 162.4
Silica lnitialWt.
Sili€ Final v\ft.
Silica Difierence:
Moisture, Bws: 0.150
I.t.r Tamp
lnLt Outht
Sup.E lur.tlon Vrlug, Bw!: 0.310
889.4
9r4.5
25.1
grams
gEms
grams
V.l@tty
Hod Ap
Orlfic. Aclurl Stek
AH I.t, Vol. Tmp
Pump
Vacuum
Preb.
Tmp
Fllt.r lmplng.r CPtl Fllt .
Er[ Ymp Exlt Tmp Erlt Tmp
ln. 1{IO ln. ll2o
2.O1
1.78
2.',t7
51.718
153.0
't51.0
155.0
5
Project No. M2442O6A
Scrubber Exhausts and Baghouse Exhausts
72 ot 448 @fvlostardi Platt
lmpinger Weight Sheet - Run 3
Glient:
Facility:
Test Location:
Projecl #:
Date:
Tost M.thod:
Weighed/Meaaurod By:
Batance lD:
Compass Minerals Ogden, lnc.
Ogden Plant
AH-s13
it21/.206
1U23n021
51202
AIR
LVtt
Certified Weioht. qrams
250
R6sult. orams
250.0
750.0
137.3@
25.1
Scale Callbration Chock Date:1U22n021
Scale Callbration Check (see QS{.05C for proccdurel
murt be wlthin t 0.59 of certified mass
750
2,814.2 2.676.9
Liquid Final
914.5
Llquid lnitial
889.4
IMPINGER FIl{AL INITIAL GAI}I
CONTENTS MLS / GRAMS MLS / GRAMS MLS / GRAMS
Empty 663.3 578.7 84.6
Empty 720.7 685.3 35.4
Empty 665.3 653.9 11.4
Dl Wator 764.9 759.0 5.9
Silica Gel 914.5 889.4 25.1
Silica Final
Project No. M24/.2O6A
Scrubber Exhausts and Baghouse Exhausts
Silica lnitial Silica Gain
73 ot 448 @ltlostardi Platt
ClLnt: Compa$ MineraE Ogden, lnc.
Frclltty: Ogden Plant
Tcat Loc.ton: AH-513
ProJ.ct #: M244206
Drb:
Tlm.
16:58
16:59
17:00
17:01
17:02
17:03
17:M
Run 1
10n2n024
02 % (drvl
1.10
1.60
1.70
1.70
1.80
1.70
1.70
CO2%lctill
18.40
r8.40
18.50
18.50
18.40
18.50
18.50
D.t :
Tlm.
14:28
14.29
14:30
14:31
14:32
14:33
14'.U
O.b:
Tlma
15:55
15:56
15:57
'15:58
15:59
16:00
16:01
Run 2
10ntno21
02 % ldrvl CO2 % (drvl
r.80 18.201.80 18.201.90 18.201.80 18.201.80 18.201.80 14.201.80 18.20
Run 3
10nr/|2021
()2 % (drvt CO2 % ldrvl1.70 18.101.70 18.201.70 18.201.70 18.201.80 18.101.80 18.101.80 18.10
Av.rr0.tlnU.r
1.70 1t.t6
1 .60 t 8.40
1 .80 18.50
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
Av.ragaflnllrI
r.rr 18.201.80 '.t8.201.90 18.20
Avarro.
Uln
m!x
1.70
1.80
1.71 tE.la
18.10
18.20
74 ot 448 @Mostardi Platt
Client:
Facility:
Test Location:
Project #:
Test Method:
Test Engineer:
Test Technician:
Temp lD:
Meter lD:
Pitot lD:
Filter lD:
Filter Pre-Weight (grams):
Nozzle Diameter (lnches):
Meter Galibration Date:
Meter Calibration Factor (Y):
Meter Oriflce Setting (Delta H):
Nozzle Kit lD Number and Material:
Pre Pitot Leak
Post Pitot Leak
Pre Nozzle Leak
Post Nozzle Leak
Pitot Tube Coefficient:
Probe Length (Feet):
Probe Liner Material:
Sample Plane:
Port Length (lnches):
Port Size (Diameter, lnches):
Port Type:
Duct Shape:
Diameter (Feet):
Duct Area (Square Feet):
Upstream Diameters:
Downstream Daameters:
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:
Moisture Balance lD:
# of Runs
Run I
cM23
cM23
2U
't7670
0.44835
0.280
't01312024
0.997
1.878
Glass #10 (#201 )
Compass Minerals Ogden, lnc.
Ogden Plant
AH-692
M244206
5
JSC
GM
Run 2
cM23
cM23
284
17657
0.44927
0.280
10t3t2024
0.997
1.878
Glass #10 (#201)
Leak Checks
Run 3
cM23
cM23
2U
17672
0.44868
0.280
1013t2024
0.997
1.878
Glass #10 (#201)
0.840
3.0
Glass
Horizontal
4.50
4.00
Nipple
Circular
1.88
2.761
1.6
3.7
2
12
2.5
2.5
24
60
Anderson Box
Normal
LV4
3
Project No. M2442OBA
Scrubber Exhausts and Baghouse Exhausts
75 ol 448 @Mostardi Platt
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Runl -Method5
Client: Compass Minerals Ogden, lnc.
Facility: Ogden Plant
Test Location: AH-692
Source Condition: Normal
Date:
Start Time:
End Time:
10t23124
7:35
8:t[0
DRY GAS METER COI{DITIONS
aH: 2.71
Meter Temperature, Tm: 49.8
sqrt AP: 0.618
Strack Temperafure, Ts: 48.1
Meter Volume, Vm: 56.200
Meter Volume, Vmstd: 50.587
Meter Volume, Vwstd: 1.083
lsokinetic Variance: '101 .4
Test Length: 60.00
Nozzle Diameter: 0.280
BarometricPressure: 25.88
in. H2O
.F
in. H2O
.F
fi3
dscf
wscf
%l
in mins.
in inches
in Hg
Flue Pressure (Ps):
Gas Weight dry, Md:
Gas Weight wet, Ms:
Gas Velocity, Vs:
Volumetric Flow:
Volumetric Flow:
Volumatric Flow:
-0.50 in. H2O
25.U in. Hg. abs.
29.000 lb/lb mole
28.857 lb/lb mole
36.6',12 hs
6,065 acfrn
5,374 dscfin
5,444 scfrn
UOISTURE DETERf,INATION
lnitial lmpingsr Conteni: 2243.8
Final lmpinger Content: 2259.3
lmpingerDifference: 15.5
Total Water Gain
V.l€ity
H..d ap
ln- H2()
23.0
Ormcc
AH
ln. H2O
2.71
2.55
2.9',1
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
Silica lnitial Wt.
Silica Final Wt.
Silica Difference:
Moisture. Bws: O.O21
m.br Tlmp
t OutLt
876.8 grams
884.3 grams
7.5 gftrms
Suporslturatlon Valus, Bw3: 0.013
ml
ml
ml
Acturl
lr.l.r Vol.
nr
St ck
Tamp
Filt.r
Erlt T.mp
lmpine.r
Erli T.mp
T
Preb.
T.mp
48.1
47.0
49.0
5
5
5
77 oI 448 @Mostardi Platt
lmplnger Weight Sheet - Run 1
Client:
Facility:
Test Location:
ProJec{ #:
Date:
Test Method:
Weighed/Measured By:
Balance lD:
Gompaos ilinerals Ogden, !nc.
Ogden Plant
AH-692
M24/,206
10t2312024
5
JSC
LV,{
Certified Weiqht. qrams
2s0
Scale Calibration Check Date:10t23t2024
Scale Calibration Check (see QS6.05C for procedure)
muat be within t 0.59 of certilied mass
Result. oramc
250.0
750 750.0
IITTPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRAI{S MLS / GRAT'S l'rLS / GRAIIIS
Dl Water 779.4 770.0 9.4
Dl Water 802.5 797.5 5.0
Empty 677.4 676.3 't .1
Silica Gel 884.3 876.8 7.5
2,259.3 2,243.8 15.5
Liquid Final
884.3
Liquid lnitial
876.8
Liquid Gain
7.5
Silica Fanal
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
Silica lnatial Silica Gain
78 ot 448 @Mostardi Platt
Run2 -Mothod5
Client: Compass Minerals Ogden, lnc.
Facility: Ogden Plant
Test Location: AH-692
Source Condition: Normal
Date:
Start Time:
End Time:
10123124
8:55
10:00
AH:
Meter Temperature, Tm:
Sqrt AP:
Stack Temperature, Ts:
Meter Volume, Vm:
Meter Volume, Vmstd:
Meter Volume, Vwstd:
lsokinetic Variance:
Test Length:
Nozzle Diameter:
Barometric Pressure:
60.00 in mins.
0.280 in inches
25.88 in Hg
Flue Pressure (Ps):
Gas Weight dry, Md:
Gas Weight wet, Ms:
Gas Velocity, Vs:
Volumetric Flow:
Volumetric Flow:
Volumetric Flow:
29.000 lb/lb mole
28.813 lb/lb mole
36.982 hs
6,127 acfm
5,336 dscfm
5.428 scfm
2 ln.
.F
ln. H2O
.F
ft3
dscf
wscf
%t
51.8
0.619
54.8
53.361
47.U2
't.102
96.6
]UOISTURE DETERMINATION
lnitial lmpinger Content: 2242.6
Final lmpinger Content: 2257.7
lmpingerDifference: 15.1
ml
ml
ml
Silica lnitial Wt
Silica Final Wt
Silica Difference
Moisture, Bws: 0-023
Uiltr Temp
lnLt Outl.t
880.2 grams
888.5 grams
8.3 grilms
Supooaturatlon Value, Bws: 0.017Total Water Gain:
Vrlocity
Hlrd Ap
Actu.l
m.l.r Vol.
ftl
Fihor
Erh Trmp
lmpingrr
Erli T.mp
23.4
Ormcc
AH
Strck
Tamp
Pump
Vtcuum
Probo
Trmp
"F
I 8:55:00 0.37 2.63 95.368 53 49 49 5 250 246 50
1-?4.s7.30 o3a ?70 q7 5r5 51 4C 4C 5 2LA 2LA 50
1 9:00:00 0.38 2.70 99.7s1 53 49 /tg 5 250 250 48
14 g 02.30 o30 277 tol q57 51 ilg a9 5 250 252 ,46
5 q.n5.no n40 2.U 104.192 54 50 50 )ta )51 LA
1-6 9.O7 30 0 il1 291 I 06 454 54 50 50 5 2so 2so 50
1-7 9 0:00 o.41 2.91 108.752 54 51 51 5 ,51 )50 60
1-a 9.1? 30 037 263 111 04R 5a 51 5,|5 251 251 52
1-9 9 5:00 0.38 2.70 113.232 55 51 51 5 250 252 51
1-10 9.17 30 039 277 I 15 Lt2 55 6)a)5 25f)250 50
1-t i 9:20:00 0.37 2.63 1 1 7.68{ 55 52 52 5 250 250 60
'l -12 9.?).30 o3a ?7n I 10 467 55 s2 52 5 252 251 50
9:25:00 122.OAO
2-1 c 30.oo o3c ?77 122 oao 55 52 52 5 251 250 4g
2-2 9:32:30 0.38 2.70 121.322 55 52 52 5 )a))LR n7
2-3 c3500 o37 ?64 l?6 slt 55 s2 s?5 25?252 47
24 9:37r30 0.40 2.U 124.720 55 53 53 5 250 251 7
2-S c.40.oo oL1 ?91 I 30 qca 55 53 53 5 249 252 17
2-6 g:42:30 0.37 2.63 '133.29?55 53 53 5 250 250 4A
)-7 q.45 00 o17 )64 115 /tAs 56 51 51 5 24e 25rl 4A
24 9:47:30 0.36 2.55 137.670 56 g g 5 252 251 50
2-9 q.50 00 o37 253 t39 a?a 56 5t sn 5 2Sfl 25(l 50
2-10 9:52:30 0.38 2.70 142.016 55 u 54 5 251 )5n ql
2-11 q.55.O0 o3c 277 1Lt ?43 56 54 t4 5 250 214 51
2-12 9:57:30 0.39 2.77 145.481 55 54 54 5 ?41 )\n q
10 00 00 1ta 729
Total
Average
Min
Max
54.8
53.0
56.0
51.8
51.8
49.0
54.0
1:00:00
2.72
2.55
2.91
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
79 of 448 @Mostardi Platl
lmpinger Weight Sheet - Run 2
Client:
Facility:
Test Location:
Project #:
Date:
Weighed/Meacurod By:
Balance lD:
Compact Minerals Ogden, lnc.
Ogden Plant
AH692
M24/.206
10t23t2024
5
JSC
LV4
2,257.7
Scale Calibration Check Date:10t23t2024
Scale Calibration Check (eee QS6.05C for orocedure)
must be within t 0.59 of certified mass
Certified Weioht. oramg
250
750
2,242.6
Result, qrams
250.0
750.0
15.'t
IMPINGER FINAL INITIAL GAIN
CONTENTS ltLS / GRAITIS MLS / GRATIS MLS / GRATTIS
Dl Water 777.6 768.4 9.2
Dl Water 804.4 799.6 4.8
Empty 675.7 674.6 1.1
Silica Gel 888.5 880.2 8.3
Liquid Final
888.5
Liquid lnltial
880.2
Liquid Gain
8.3
Silica Final
Project No. MZ4/.206A
Scrubber Exhausts and Baghouse Exhausts
Silica lnitial Silica Gain
80 of 448 @Mostardi Platt
Run3.tlethod5
Client: Compass Minorals Ogden, Inc.
Facility: Ogden Plant
Test Location: AH-692
Source Condltion: Normal
Date:
Start Time:
End Time:
10t23t21
10:30
1'l:40
AH:
Meler Temperature, Tm:
Sqrt AP:
Stack Temperature, Ts:
Meler Volume, Vm:
Meter Volume, Vmstd:
Meter Volume, Vwstd:
lsokinetic V6riance:
Test Length:
Nozzle Diameter
Bammetric Pressure:
60.00 in mins.
0.280 in inches
25.88 in Hg
Static PressurB
Flue Pressure (Ps):
Gas Weight dry, Md:
Ges Weight wet, Ms:
Gas Velocity, Vs:
Volumetric Flow:
Volumetric Flow:
Volumetric Flow:
29.000 lb/lb mole
28.758 lb/lb mole
37.169 fps
6,158 acfrn
5,263 dscfm
5,382 scfrn
2.71
66.2
0.618
61.8
54.082
47.150
1.12'l
96.5
ln.
.F
ln. H2O
.F
ff3
dscf
wsc-f
o/ol
-0.50
25.U
in. H2O
in. Hg. abs
IIOISTURE DETERTINATION
lnitial lmpingor Content: 2230.7
Final lmpinger Content: 2246.0
lmpingerDifference:'15.3
Total Waler Gain: 23.8
ml
ml
ml
Silica lnitlal Wt.
Silica Final Wt.
Silica Difference:
Moisture, Bws: 0.023
M.t rT.mp
881.6 grams
890.1 grams
8.5 grams
Suporsatura$on Value, Bws:
Fllt.r
Ex[ T.mp
cF
V.lclty
H.rd Ap
In-
Ormca
AH
Aclurl
Mattr Vol,
i!
St ck
Trmp
Probc
T.mp.F
o.022
lmpingor
Exit T.mp
2.71
2.55
2.92
61.8
60.0
64.0
5
5
5
Project No. M2442064
Scrubber Exhausts and Baghouso Exhausts
8't of 448 @Mostardi Platt
Impinger Welght Sheet - Run 3
Client:
Facility:
Test Location:
Projec-t #:
Date:
Test Method:
Weighed/Measured By:
Balance lD:
Compass llinerals Ogden, lnc.
Ogden Plant
AH{92
?121d.206
10123t2024
5
JSC
LV4
2,246.0
Certified Weioht, oramc
250
750
2,230.7
Scale Calibration Check Date:10123t2021
Scale Calibration Check (see QS6.05G for orocedure)
must be within t 0.59 of certified mass
Result. orams
250.0
750.0
15.3
IMPINGER FINAL INIT!AL GAN
CONTENTS MLS / GRAITIS i,LS / GRAT'S IILS / GRAMS
Dl Water 775.4 766.3 9.1
Dl Water 796.0 7g'.t.',|4.9
Empty 674.6 673.3 1.3
Silica Gel 890.1 88't.6 8.5
Liquid Final
890.1
Liquid lnltial
881.6
Liquid Gain
8.5
Silica Final Silica lnitial Silica Gain
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
82ot 448 @Mostardi Platt
Client:
Facility:
Test Location:
Project #:
Test Method:
Test Engineer:
Test Technician:
Temp lD:
Meter !D:
Pitot lD:
Filter lD:
Filter Pre-Weight (grams):
Nozzle Diameter (lnches):
Meter Calibration Date:
Meter Calibration Factor (Y):
Meter Orifice Sefting (Delta H):
Nozzle Kit lD Number and Material:
Pre Pitot Leak Gheck
Post Pltot Leak Gheck
Pre Nozzle Leak
Post Nozzle Leak
Pitot Tube Coefficient:
Probe Length (Feet):
Probe Liner Material:
Sample Plane:
Port Length (lnches):
Port Size (Diameter, lnches):
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:
Moisture Balance lD:
# of Runs
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
Compass Minerals Ogden, lnc.
Ogden Plant
AH-1555
M244206
5
RB
AIR
Run 2Run 1
cM46
cM46
293
10513
0.45040
0.437
10t4t2024
1.003
1.802
ss sET #17 (#14)
Run 3
cM46
cM46
293
8383
0.45053
0.437
't014t2024
1.003
1.802
ss sET #17 (#14\
cM46
cM46
293
6557
0.46617
0.437
10t4t2024
1.003
1.802
ss sET #17 (#',t4\
Leak Checks
0.840
6.0
Glass
Horizontal
4.00
4.00
Flange
Circular
4.96
19.322
1.0
2.0
2
12
2.5
2.5
24
60
Hot Box
Normal
LV4
3
0.0 @ 1.4 "HrO
83 of 448 @Mostardi Platt
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Runl -Method5
Client: Compass Minerals Ogden, lnc.
Facility: Ogden Plant
Test Location: AH-l555
Source Condltion: Normal
DRY GAS METER COND]TIOilS
Date:
Start Time:
End Time:
STACX COND]TIONS
'tot2'u24
8:45
'to|27
AH: 2.18
M6ter Temperature, Tm: 56.9
sqrt AP: 0.239
Stack Temperature, Ts: 58.2
MeterVolume,Vm: 52.618
Meter Volume, Vmstd: 46.705
Meter Volume, Vwstd: 1.U2
lsokineticVariance: 101.1
Test Length: 60.00
Nozle Diameter 0.437
BarometricPressure: 25.76
in. H2O
.F
in. H2O
.F
ft3
dscf
wscf
o/ol
in mins.
in inches
in Hg
Static Pressure
Flue PrBssure (Ps):
Gas Weight dry, Md:
Gas Woight wet, Ms:
Gas Velocity, Vs:
Volumehic Flow:
Volumetric Flow:
Volumetric Flow:
-0.10 in. H2O
25.75 in. Hg. abs.
29.000 lb/lb mole
28.791 lb/lb mole
14.332 hs16,615 acfm
14,296 dscfrn
14,573 scfm
MOISTU RE DETER'UI1{ATION
lnitial lmpinger Content: 2209.1
Final lmpinger Content: 22Y.1
lmpingerDifference: 25.0
Total Water Gain: 39.1
ml
ml
ml
Silica lnital Wt.
Silica FinalWt.
Silica Difierence:
821.7 gr:ims
835.8 gftrms'l.4.1 grams
Suponaturadon Value, Bwr: 0.019
V.lGily
H..d Ap
Ortflc.
AH
Acturl
llrt.r Vol.
Itt
Strck
T.mp
Fih.r
Erlt Tomp.F
lmplngrr
Exit T.mp
Moisture, Bws: 0.038
M.tar Tomp
lnh( Outht
Probo
T.mp
cF
2.18
't.12
3.36
58.2
55.0
62.0
5
5
5
Project No. M2M206A
Scrubber Exhausts and Baghouse Exhausts
52.618
85 of 448 @Mostardi Platt
lmpinger Weight Sheet - Run 1
Client:
Facility:
Test Location:
Projec't #:
Date:
Tert tethod: 5
Weighed/tleasuredBy: RB
Balance lD: LVtl
Gompass Minerals Ogden, lnc.
Ogden Plant
AH-l555
it24/.206
10t21t2024
Scalo Calibration Check Date:10t2'12024
Scale Calibration Ghock (cee QS{.05G for proceduro)
must be within t 0.5g of certified mass
Certlfied Weioht. qrams
250
Result. oramc
250.0
500.0
IMPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRAT'S MLS / GRAI'S MLS / GRAftIS
Dl Water 773.9 756.4 17.5
Dl Wator 757.9 753.3 4.6
Empty 702.3 699.4 2.9
Silica Gel 835.8 82'.t.7 14.1
821.7
Liquid Gain
14.1
Silica Final
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
Silica lnitial Silica Gain
86 of zl48 @Mostardi Platt
Run2 -Method5
Client: Compass Minerals Ogden, lnc.
Facility: Ogden Plant
Test Location: AH-'|555
Source Condltion: Normal
Date:
Start Time:
End Time:
10121124
10:45
11 :49
DRY GAS METER CO]'IDITIONS
AH: 2.20
Meter Temperafuro, Tm: 69.3
sqrt AP: 0.239
Stack Temperafure, Ts: 63.1
MeterVolume, Vm: Y.UT
Meter Volume, Vmstd: 46.846
Meter Volume, Vwstd: 1.724
lsokineticVariance: 102.0
Test Length: 60.00
Nozzle Diameter 0.437
BarometricPressure: 25.76
ln. H2O
.F
ln. H2O
.F
ft3
dscf
wscf
Vol
in mins.
in inches
in Hg
-0.10
25.75
in. H2O
in. Hg. abs
Gas Weight dry, Md:
Gas Weight wet, Ms:
Gas Velocity, Vs:
Volumetric Flow:
Volumetric Flow:
Volumetric Flow:
29.000 lb/lb mole
28.747 lb/lb mole
14.435 hs16,735 acfrn
14,205 dscfrn
14,539 scftn
HOISTURE DETERIIIT{ATION
lnitial lmpinger Content: 22Uj ml Silica lnitialwt. 835.8 grams
Final lmpinger Content: 2250.2 ml Silica Final Wt. 856.3 g€ms
lmpinger Difference: 16.1 ml Silica Difference: 20.5 grams
Total Water Gain: 36.6 Moisture. Bws:Supo]lrturation Value, Bw3:
Vdeity
H..d Ap
ln. H2O
Orlllc. Aclu.l St ct
AH [.t rvol. f.mp
ln. H2o tr 'F
llatar Tamp
hlot Ouil.(
Proba
Tcmp
cF
Filt r
Exli T.mp
oF
0.023
lmplng.r
Erlt T.mp
1:00:00
2.20
'l.12
3.36
63.1
60.0
66.0
5
5
5
Project No. M2M206A
Scrubber Exhausts and Baghouse Exhausts
87 ot 448 @Mostardi Platt
IMPINGER FINAL INIT!AL GAIN
CONTENTS MLS / GRAI'S MLS / GRAIIIS MLS / GRAITIS
Dl Water 785.2 773.9 't 't.3
Dl Water 759.8 757.9 1.9
Empty 705.2 702.3 2.9
Silica Gel 856.3 835.8 20.5
lmpinger Weight Sheet - Run 2
Client:
Facility:
Test Location:
Projec{ #:
Date:
Test Method:
Weighed/lleasured By:
Compass tlinerals Ogden, lnc.
Ogden Plant
AH-'t555
M214206
10t21t2024
5
RB
LV4
Gertified Weiqht. orams
250
750
Result. qrams
250.0
750.0
16.1
Liquid Gain
20.5
Scale Galibration Check Date:10121t2024
Scale Callbration Check (see QS.6.05C for orocedurel
muct be within t 0.59 of certified mass
856.3
Silica Final
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
Silica lnitial Silica Gain
88 of 448 @{Uostardi Platt
Run3-ilethod5
Client: Compass Minerals Ogden, lnc.
Facility: Ogden Plant
Test Location: AH-1555
Source Condition: Normal
Date:
Start Time:
End Time:
10121124
12:05
13:09
DRY GAS fETER COl{DITIOI{S
aH: 2.02
Meter Temperature, Tm: 77.7
sqrt AP: 0.229
Siack Temperature, Ts: 73.5
Meter Volume, Vm: 52.049
Meter Volume, Vmstd: 44.390
Meter Volume, Vwstd: 1 .61 1
lsokineticVariance: 102.8
Test Length: 60.00
Nozzle Diameter: 0.437
BarometricPressure: 25.76
ln. H.O
.F
ln. H2O
"F
fr3
dscl
wscf
%t
in mins.
in inches
in Hg
Gas Wo(lht dry, Md:
Gas W€ight wet, Ms:
Gas Velocity, Vs:
Volumetric Flow:
Volumetric Flow:
Volumetric Flow:
-0.10 in. H2O
?5.75 in. Hg. abs
29.000 lb/lb mole
28.648 lb/lb mole
13.980 fps
16,207 acfm
13,364 dscfrn
13,806 scftn
IOISTURE DETERIIINATIOI{
lnitial lmpinger Content: 2250.?
Final lmpinger Content: 2273.6
lmpingerDifference'. 23.4
Total Water Gain: U.2
ml
ml
ml
Silica lnital Wl.
Silica Final Wt.
Silica Difference:
Moisture, Bws: 0.035
Motar Tamp
856.3 grams
867.1 grams
10.8 gr.lms
SupeEaturrdon Valuc, Bws:
Flhrr
Erlt Trmp
V.lGtty
H..d Ap
ln-
Orific.
AH
Actu.l
Itl.t.r Vol.
ftt
St ck
T.mp
Probc
T.mp
0.032
lmpingcr
Exit Temp
Total
Avoraga
Min
Max
2.O2
1.12
3.36
73.5
70.0
79.0
5
5
5
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
89 of 448 @Mostardi Platt
I]',PINGER F!NAL INITIAL GAIN
CONTENTS MLS / GRAI'S MLS / GRAIIIS ULS / GRAi'S
Dl Water 798.7 785.2 13.5
Dl Water 767.2 759.8 7.4
Empty 707.7 705.2 2.5
Silica Gel 867.1 856.3 10.8
lmpinger Weight Sheet - Run 3
Client:
Facility:
Test Location:
Projec-t #:
Date:
Test Method:
Weighed/Mearured By:
Balance lD:
Compass llinerals Ogden, lnc.
Ogden Plant
AH-l555
n24,,.206
10t21t2021
5
RB
LV4
Gertified Weioht. qrams
250
750
2.250.2
Recult. orams
2s0.0
750.0
23.4
Liquid Gain
Scale Calibration Check Date:10t21t2024
Scale Calibration Check (see QS-6.05C for procedure)
must be within t 0.59 of certified mass
2,273.6
Liquid Final
867.1
Liquid lnitial
856.3 10.8
Si!aca Final
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
Silica !nitial Silica Gain
90 of 448 @Mostardi Plaft
Cll.nt:
F!clllty:
Tart Loclilon:
Pror.ct il:
T.rt L.thod:
T..t Englnrr:T..t Tchnlcl.n:
T.mp lD:ll.t.r lD:
Pltot lD:
F[t r lD:
Fllt r Prwdghl (gnm):NElc Dlrmt r (lnch..):f.t rc.llbndon D.t :ll.t r Crllbntlon F.clor 04:t.t r Orme S.ttlng (D.lt! H):
i{ozl. Klt lO llumbci rnd tlt drl:
Comps$ MinaEls Ogdon, lnc
Ogdon Plent
Bt{-502
M244206
5
JSC
GWM
Run 3ul
cM23
cM23
2U't7106
0.45721
o.214
1013t2024
0.997
1.878
s.s. 17(1V10)
Run 2
cM23
CM23
2U
I 7554
0.45152
0.214
101312024
0.997
1.878
s.s.17(1V10)
cM23
cM232U
17669
0.44557
0.214
10t312024
0.997
1.878
s.s. 17(1V10)
0.840
3.0
Glass
Horizontal
0.00
4.00
Holo in duci
R@tangular
1.00
1.69
1.690
1.257
0.8
2.O
5
5
2.5
2.5
25
63
Hot Box
Nomal
LV3
5
Run 4
cM46
cM462U
1766,2
0.44639
0.170
1014t2024
1.003
I 802
s.s. 17(1V10)
M-{
cM46
cM46
2U
1766.1
0.45012
0.1 70
101412024
1.003
1.802
s.s.17(1V10)
L{k Ch.ct.
Pre Pliot L.!l
Po3t Phot L..k
Pre Nozl. L..k
Port NElo L..k
Pltoi Tub. Catncbril:
Prcbo L.ngth (F..t):
Prcb. Lln.r I.trrl.l:
Srmplc Planr:
Port L.ngth (lnchc.):
Port Slze (Dlrmt r, lnch.rl:
Port Typ.:
Ouct Sh.pe:
Lrngth (Fet):
wldth (Fst):
Duci Anr (Squrre F6t):
Equlyll.nt Dllmt r R.ctlngullr Duct (F..t):
Upit .am Dlamtar:
Downatnaam Ohmto[:
Numb.r ol PoIlt s.mpl.d:
Numb.r ot Polntr Ff,r Port:
flnuto! p.r Polnt:tlnut r p.i R.rdlng:
Totll Numbar ot Tnvam PolnbiTrt L.ngth (flnut8):
Tnln Type:
Souru Condltlon:tobiu[ Brl.no lD:t of Run.
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
0.0 @ 6.0 'H,o 0.0 6 7.0 'l 7 -l 7.0 -]
0.0 @ 7.0 'H,0.0 @ 7.0 'H,ot 0.0 @ 7.0 'H,o 0.0 @ 7.0 'H,o 0.0 @ 7.0 'H,o
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Runl.Method5
Client: Compass Minerals Ogden, lnc.
Facility: Ogden Plant
Test Location: BH-502
Source Condition: Normal
Date:
Start Time:
End Time:
10122J24
9:38
10:55
DRY GAS METER CONOTT|oNS STACK COIIDITIOIIS
AH: 3.73 in. H2O
Meter Temperature, Tm: 58.7 'F
Sqrl AP: 12U in. H2O
Stack Temperature, Ts: 65.8 "F
Meter Volume, Vm: 70.428 ft3
Meter Volume, Vmstd: 62.581 dscf
Meter Volume, Vwstd: '1.022 wscf
lsokinetic Variance: 102.3 Yol
Test Length: 62.50 in mins.
Nozzle Oiameten 0.214 in inches
Barometric Pressure: 25.92 in Hg
Static Pressure
Flue Pressure (Ps):
Gas Weight dry, Md:
Gas Weight wet, Ms:
Gas Velocity, Vs:
Volumetric Flow:
Volumetric Flow:
Volumetric Flow:
1.90 in. H2O
26.06 in. Hg. abs.
29.000 lb/lb mole
28.823 lb/lb mole
75.934 fps
7,700 acfm
6,625 dscfm
6,734 scfrn
UOISTURE OETERTINATION
lnitial lmpinger Contcnt: 2245.1
Final lmpinger Content: 2258_9
lmpingerDifference: 13.8
Totel Water Gain: 21.7
Vclclty
H.rd Ap
1:02:30
3.73
2.56
4.98
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
ml
ml
ml
Silica lnitial Wt.
Silica Final Wt.
Silica Difference:
875.4 grams
883,3 grams
7.9 grams
Supersaturatlon Value, Bws:
Aciu.l
tl.trr Vol.
fit
Strck
Tcmp
.F
Proba
Tamp
Fllt r
Exlt T.mp
0.025
lmpingor
Erit T.mp
Moisture, Bws: 0.016
Urlor T.mp
lnl.t Outl.t
Total
Av€rage
Min
Max
65.8
57.0
69.0
5
4
5
70.428
93 of 448 @Mostardi Platt
Impinger Weight Sheet - Run 1
Client:
Facility:
Test Location:
Projecl #:
Date:
Test Method:
Weighed/lleasured By:
Balance lD:
Gompass tinorals Ogden, lnc.
Ogden Plant
BH-502
n24/.206
10t2212021
5
JSC
LV3
Scale Calibratlon Check Date:10t22t2024
Scale Calibration Check (see QS6.05C for procedurel
must be within t 0.59 of certified mass
Gertified Weioht. qramr
250
Result. orams
250.0
750 750.0
13.8
Liquid Gain
875.4 7.9
Silica Final Silica lnitial Silica Gain
Project No. M24/.206A
Scrubber Exhausts and Baghouse Exhausts
IMPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRAJTIS MLS / GRAi'S MLS / GRAJT'S
Dl Water 776.8 768.4 8.4
Dl Water 802.7 798.2 4.5
Empty 679.4 678.5 0.9
Silica Gel 883.3 875.4 7.9
94 of MB @{\4ostardi Platl
Run2 -Mettod5
Cllent: Compass Mlnerals Ogden, lnc.
Faclllty: Ogdon Plant
Test Locatlon: 8H.502
Source Condltlon: Normal
DRY GAt TETER COilDnlOTS STACX CONOMOI3
AH: 3.76 ln. H2O Static Pmssum 1.90 in. H2O
Dale: 10122121
Start Tlme: 12:36
End Tlmo: 14:'14
Flue PBssuE (Ps): 26.06 in. Hg. abs.
G8s Weight dry. Md: 29.000 lb/lb mlo
Gas Waighl wot, Ms: 28.835 lt/lb mlg
Gas Valocity, Vs: 75.544 fps
Volumlric Flow: 7.660 actm
Volumtric Flow: 6.628 dscfm
Volumtric Flw: 6.729 scfm
Maler TempeEluB. Tm: 63.7 'F
SqrtAP: 1.260 ln. HzO
Stack Tomporaturs, Ts: 63.5 'F
M€larVolume. Vm: 76.114 fl3
Motor Volurc. Vmstd: 66.982 dscf
Mator Volum6. Vretd: 1.022 scf
lsokinotic Varian6: 109.5 '/.1
Test Lenglh: 62.50 in mins.
Nozlo Oiemlsr 0.214 in inches
Barcm€tric Prgssure: 25.92 in Hg
TOIIITURE DETERTINATloil
lnitial lmpingor Contont: 22fis
Final lmpinger Cont6nt: 2272.7
lmpingerOiffersn6: 13.8
Tolal Water Gain: 21.7
Silica lnitisl Wt.
Sili€ FinalWt.
Silim DiffoBnco:
Moisturc, Es: 0.015
f{atar T.mp
lnl.t O
883.3 g6ms
891.2 gEms
7.9 gEms
Sup.r.turrds Vrlua, Bw3:
V.lGlty
H..d Ap
Orlftc.
AH
ml
ml
ml
Actutl
Xatar Vol.it
Fllt r
Erll T.mp
St cl
Tamp
PEb.
Tmp
Total
Av@96
Min
Mer
ln
1:02:30 ,6.1 14
3.76
2.57
5.20
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
6,1.6
63.7
59.0
68.0
95 of 448
63.5
59.0
68.0
5
4
5
62.9
@Mostardi Platt
lmpinger Weight Sheet - Run 2
Client:
Facility:
Test Location:
Project #:
Date:
Tect tethod:
Weighed/lleasured By:
Balance lD:
Compacs tlinerals Ogden, lnc.
Ogden Plant
BH-502
M24/.206
10t22t2024
5
JSC
LV3
Scale Galibratlon Check Date:101242024
Scale Galibration Gheck (see QS6.05C for orocedure)
must be wlthin t 0.59 of certified mass
Certllled Weioht. orams
250
Result. orams
250.0
750 750.0
2,272.7 2,258.9 13.8
Liquid GalnLiquid Final
891.2
Liquid lnitlal
883.3 7.9
Sillca Final Silica lnitial Silica Galn
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
IMPINGER FINAL lNlnAL GAN
CONTENTS MLS / GRAT'S MLS / GRAi'S MLS / GRAIIS
D! Water 782.9 776.8 6.1
Dl Water 807.7 802.7 5.0
Empty 682.1 679.4 2.7
Silica Gel 891.2 883.3 7.9
96 of 448 @lvlostardi Platt
Run3 -Method5
Cllent: Compass Mlnorals Ogden, Inc.
Faclllty: Ogden Plant
Test Locatlon: BH-502
Source Condltlon: Normal
Date:
Start Tlme:
End Tlme:
10122J24
15:14
16:39
AH:
Meter Tomp€rature, Tm:
Sqrt AP:
Stack Temperature, Ts:
Moter Volume, Vm:
M6ier Volume, Vmstd:
Mgter Volumo, Vurstd:
lsokinetic Variance:
Test Lsngth:
Nozle Diameter:
Barometric PrBssure:
62.50 in mins.
0.214 in inches
25.9? in Hg
Gas Woight dry, Md:
Gas weilht wEt, Ms:
Gas Velocity, Vs:
Volumatric Flow:
Volumetric Flow:
Volumetric Flow:
1.90 in. H?O
26.06 in. Hg. abs
29.000 ltilb mol€
28.U2 lb/lb molo
76.771 fps
7,785 acfm
6,655 dscfm
6,752 scfm
ln.
.F68.8
1.273
70.2
76.004
66.254
0.966
107.8
ln. H2O
"F
ft3
dscf
wsc-f
%l
MOISTURE DETERIUINATION
lnitial lmping6r Content: 2272.7
Final lmpingor Content: 2285.7
lmpingorOifferenco: 13.0
Total Water Gain: 20.5
Silica FinalWt
Silica Difioronce
Moisture. Bm: 0.014
898.7 grams
7.5 grams
Suparrriurltlon Valua, Bw3:
Fllt .
Erh T.mp.F
ml
ml
ml
Silica Initial Wt. 891.2 grams
V.lElty
)tt.d Ap
Orlf,c.
AH
Actutl
Lt r Vol.
Itt
St ck
T.mD
t t rlcmp
69.9
68.8
65.0
73.0
97 otMB
Probo
T.mp
T
1:02i30
3.83
2.65
5.27
70.2
69.0
72.0
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
@ltlostardi Platt
ITUIPINGER FINAL INITIAL GAIN
CONTENTS TLS / GRAJTS mls / GRAXTS ITLS / GRAIIIS
Dl Water 789.2 782.9 6.3
Dl Water 812.5 807.7 4.8
Empty 684.0 682.1 't.9
Silica Gel 898.7 891.2 7.5
lmpinger Welght Sheet - Run 3
Cllent:
Facility:
Tsst Location:
Projec{ #:
Date:
Tost Mothod:
Weighed/Measured By:
Balance lD:
Compars Mineralt Ogden, lnc.
Ogden Plant
BH-502
n24206
1012212024
5
JSC
LV3
2,285.7
Liquid Final
Scale Calibration Check Date:10122t2021
Scale Callbratlon Check (see QS{.05C for procedure)
must be within t 0.5g of certified mass
Ceriifiod Woioht. srams
2s0
750
891.2
Result. qrams
2s0.0
s00.0
13.0
Liquid Gain
7.5898.7
Silica Flnal
Project No. M?4/.2OGA
Scrubber Exhausts and Baghouse Exhausts
Silica lnitial Sillca Gain
98 of 448 @Mostardi Platt
Run 4 -Method 5
Client: Compass Minorals Ogden, lnc.
Facility: Ogden Plant
Test Location: BH-502
Source Condition: Normal
Date:
Start Time:
End Time:
10t25t24
8:05
10:34
AH:
Meter Tsmperature, Tm:
Sqrt AP:
Stack Temperafure, Ts:
Meter Volume, Vm:
Meter Volume, Vmstd:
Meter Volume, Vwstd:
lsokinetic Variance:
Test Length:
Nozzle Diameter:
Barometric Pressure:
62.50 in mins.
0.170 in inches
25.94 in Hg
Static Pressure
Flue Pressure (Ps):
Gas Weight dry, Md:
Gas WeEht wet, Ms:
Gas Velocity, Vs:
Volumetric Flow:
Volum€tric Flow:
Volumetric Flow:
29.000 lb/lb mole
28.835 lb/lb mole
74.391 hs
7.543 acftn
6.681 dsc'frn
6,783 scfn
1.40
42.1
1.?56
51.8
43.919
40.323
0.843
r03.5
ln
.F
1.90
26.08
in. H2O
in. Hg. abs.
ln. H2O
.F
ft3
dscf
wscf
%t
MOETURE DETERTINATION
lnrual lmpinger Content: 2249.1
Final lmpinger Content: 2260.6
lmpingerDifference: 11.5
Total Water Gain: 17.9
V.lcity
H.rd Ap
ml
ml
ml
Silica lnitialwL
Silica FinalWt.
Silie Difference:
874.0 grams
880.4 grams
6.4 gEms
SupeEatuEtlon Value, Bws: 0.015
Actu.l
ll.t ivol.
ftr
Si.ck
T.mp
FllLr
Exli Temp
lmpingar
Ertl T.mp
Moisture, Bws:
lhirr T.mp
lnlct Outlct
Proba
Tamp
1.40
0.97
1.93
51.8
45.0
53.0
4
4
4
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
99 of 448 @Mostardi Platt
It{P!NGER FINAL INITIAL GAIN
CONTENTS MLS / GRATS MLS / GRATS ]',LS / GRAJUIS
Dl Water 776.3 769.1 7.2
Dl Water 803.3 799.9 3.4
Empty 681.0 680.1 0.9
Silica Gel 880.4 874.O 6.4
lmpinger Weight Sheet - Run 4
Client:
Facility:
Tolt Location:
Project #:
Date:
Test Method:
Weighed/Measured By:
Balance lD:
Compars ilinerals Ogden, lnc.
Ogden Plant
BH-502
$24/.206
10t2512024
5
JSC
LV3
LIquid Fanal
880.4
Scale Calibration Check Date:10t22no24
Scale Calibration Chock (see QS6.05C for procedure)
must be within t 0.59 of certified mass
Certified Weiqht. qrams
250
Ro3ult. grams
2s0.0
750.0
11.5
Liquid Gain
874.0
Silica Final
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
Silica lnitial Sillca Gain
'100 of 448 @Mostardi Platt
Run 4 -Method 5
Client: Compass Minerals Ogden, lnc.
Facllity: Ogden Plant
Test Location: BH-502
Source Condition: Normal
Date:
Start Time:
End Time:
10125121
10:50
12:.52
AH:
Mot6r Tomporature, Tm:
Sqrt AP:
Stack Temp6ratur6, Ts:
l\/atsr Volumo, Vm:
Metor Volume, Vmstd:
Melsr Volum6, Vwstd:
lsokinotic Variance:
Test Length:
Nozzle Oiameter:
Barometric Pr€ssurc:
62.50 in mins.
0.170 in inches
25.94 in Hg
Static Prossuro
Flus Pre$uro (Ps):
Gas Woight dry, Md:
Gas Weigtl wet, Ms:
Gas velocity, Vs:
Volumotric Flow:
Volumstric Flow:
Volumotric Flow:
29.000 lb/lb molo
28.813 lMb mole
75.325 fps
7,638 acfm
6,705 dscfm
6,821 sc{m
1.41
44.3
1.267
55.4
44.146
40.351
0.843
103.3
ln.
.F
ln. H2O
"F
n3
dsc{
wsc'f
o/ol
1.90
26.08
in. H2O
in. Hg. abs.
UOISTURE DETERXINATION
lnitial lmpingor Content: 2249.1
Final lmpinger Content: 2260.6
lmpinger Differenc€: 1 1.5
ml
ml
ml
Silica lnitial Wt.
Silica Final Wt.
Silica Differonco:
Moisluro, Bws: 0.020
t.Lr Tamp
lnlri Outl.t
44.3
44.3
43.0
46.0
101 of448
874.0 gftrms
880.4 grams
6.4 grams
SupartaturaUon Valua, 8wr:Total Water Gain:
V.loclty
H.rd Ap
1:02:30
17.9
Orlllcr
AH
Actual
t.i!r Vol.
fit
3t.ck
T!mp
Pump
Vacuum
Probr
Tcmp
.F
Fllt r
Erlt T.mp
"F
0.017
lmplng.r
Erlt T.mp
.F
1.4',1
0.97
1.92
55.4
54.0
56.0
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
@Mostardi Platt
lmplnger Welght Sheet - Run 5
Client:
Facility:
Test Location:
Projec't #:
Date:
Test tlethod:
Weighed/ileasured By:
Balance lD:
Gompass Minerals Ogden, lnc.
Ogden Plant
BH-502
|t24/.206
10t2st2021
5
JSC
LV3
2,269.4
Liquid Final
Certified Weioht. qramr
250
2,256.8@
Rorult. grams
250.0
12.6@
Scale Callbration Check Date:10t22t2021
Scale Callbration Check (cee QS{.05C for procedure)
must be within t 0.59 of certiffed mass
895.1 889.3 5.8
IMPTNGER FINAL INITIAL GAIN
CONTENTS MLS / GRAI,IS MLS / GRATIS MLS / GRAi'S
Dl Water 783.0 774.9 8.1
Dl Water 804.4 800.9 3.5
Empty 682.0 681.0 1.0
Silica Gel 89s.'l 889.3 5.8
Silica Final
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
Silica lnitial Silica Gain
102 ot 448 @Mostardi Platt
Client:
Facility:
Test Location:
Proiect #:
Test Method:
Test Engineer:
Test Technician:
Temp lD:
Meter lD:
Pitot lD:
Filter lD:
Filter Pre-Weight (grams):
Nozzle Diameter (lnches):
Meter Calibration Date:
Meter Calibration Factor (Y):
Meter Orifice Setting (Delta H):
Nozzle Kit lD Number and Material:
Pre Pitot Leak
Post Pitot Leak
Pre Nozzle Leak
Post Nozzle Leak
Pitot Tube Coefficient:
Probe Length (Feet):
Probe Liner Material:
Sample Plane:
Port Length (lnches):
Port Size (Diameter, lnches):
Port Type:
Duct Shape:
Diameter (Feet):
Duct Area (Square Feet):
Upstream Daametens:
Downstream Diameterc:
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:
Moisture Balance lD:
# of Runs
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
Compass Minerals Ogden, lnc
Ogden Plant
BH-008
M24/206
201N202
JSC
GWM
Run 2Run 1
cM23
cM23
PM10251A
18512
3.04408
0.206
't01312024
0.997
1.878
PM SET #4 (104-6)
Run 3
cM23
cM23
PM10251A
18519
3.05828
0.206
101312024
0.997
1.878
PM SET #4 (104-6)
cM23
cM23
PM10251A
18496
3.1 0956
0.206
10t3t2024
0.997
1.878
PM SET #4 (104-6)
Leak Checks
0.747
4.0
Glass
Horizontial
6.00
6.00
Nipple
Circular
2.96
6.881
5.1
6.8
2
b
5.0
5.0
'12
60
Anderson Box
Normal
LV4
3
't 03 of 448 @Mostardi Platt
oE
E
(E
oo
=@
F ts6@Nioo -@ N o $ (6 @!ailodNNciris oor{!r
!oo,
Sioooooo;Eqgqqcqgo. o o o o o o
L=ai;
ooSaqqqqgq
; go ! N v o N
E
g^cqcqcqEENNNNNNOI,NNNNNNts-NNNNNN
IE s EB555E5*E-$E:aE a
- Q-oNo@n
=l(|qu?u?Qu?-ioooooo
I
?Notl 6€O o
a!
a!o-Et.9o=a!!o E -_ ;3r 3.. suEEf EJ EEEJo !-iit-FsE Ot6.E tri-Oo at 0l ct.,lutEo.E
o
.\lttct!
!,o
o-
oc
tr.o!o)oo
Ec,c
P3d_6
S EsHBn-
N EBi=[>oOcoo-ci+
6stt
o!to
t6o.
-o.oooorooA.got
,
F o<tsroo iO -6 6 t 6 6 6 a-eeuiaiNaidri Eonir{irE>3
soAEii-ooooo;699qq99
=,o-ooooooE=sZ
E
oa5aqqqqqq: gN o o @ q N,a 0
6foExllJoo,oco)o6<EP(!Ngto+f(\lo
=fci ul
z6'*-o6r=ebL@
+^q c q q q q
EIINNNNNNTI-NNNNNN
oo@oo@$tTSFSTT
", c; ci ci ci ci c;
*3nefrEils-ioooooaI
E?Noi6(ooo.
o6-
-Er .E:
ssrEsEi
Cliant: Compsss MineEls Ogdon, lnc.
Facility: Ogdan Plant
Tosl Lmtion: BH{08
Dalai 1W2112024Tort: PB 1
T6st Msthod: 201A (PM2.5/10)
PE - Barcmtric pBsuE, in. Hg
Pe - Static pEssura, in. H2O
L - Sleck tompoEtuB, oF
h - Molor tompoEtuE. oF
Y - Melsr €libmtion omianl
H@ - Orifi€ constEnt, in. H2O
%col
oh oz
%Nz
B, - F€cticn misluE @tont
Ce - Pitot co€fficiont
Dn - N@le diamtor, in.
D. - Calculatod Nozb di6mler, in.
lnitial toisl run tim, minut.s
Numbsr ot mint!
25.52
-0.4
227.00
45.00
0.997
1.878
0.00
20.90
79. t0
0.020
0.747
0.206
0.206
60.00
12
Md -Mol€cular might of Bt6ck gar, dry besls, lb/lb mlo
M. - Molocular mighl ol stsck gas, ret balis, lMb ml6
P. - Absoluto st ck pEsuE, in. Hg
u. - Viscosity of ltack gas, micrcpoise
C - Cunningham omtion factor
Dm
os
Q. - C)dono flil mto, cu. 11./min.
NF - Roynolds Numb€r
Vi - N@16 Velocity, ft./ffi.
Rdr - Minimum volocity R6lio, n./se.
RE - Meximum velocity, Ratio fi./3tr.
Vmin - Minimum Gas Velocity Rmin <0.5
Vmin - Minimum Gas Vobcity Rmin >0.5Vffi - Muimum Gas Vclocity Rm <1.5
Vmu - Muimum Gss Volocity RlB >1.5
Dpil - Minimum velocity hmd, in. HrO
Dpr - Maxlmum volocity hoad, in. HrO
DH - Orifie pmsuE hsd tor cldone liow rato, in. H20
29.000
28.7E0
25.451
221.130
1.10E
9.933
10.467
o.577
2407.95
41.551
0.62s
't.301
20.776
25.974
54.075
62.32?
0.17f
0.70e
0.515
tl - Omll timc et firsl tBvers€ point, minulog
tn - Calculaiion @nstant
4.895
6.662
p"l . Volocity hcad at tho tirsl tEvoE point; pBirusv
o''l avo - AveEoe Do - odbui tun l3m lin. C65l
0.5,10
o 563
Calculatod dwcll timo for 6ach point:
Point 1:
Point 2:
Poinl 3:
Point 4:
Point 5:
Point 6:
Poinl 7:
Point 8:
Point g:
Point 10:
Point 11:
Poinl 12:
Av6Eg6:
Dp
0.54
0.56
0.58
0.56
0.srt
0.54
0.59
0.60
0.57
0.58
0.56
0.54
0.563
Dwolltim (min.)
4.90
4.90
5.07
/1.99
/4.90
,a.eO
5.125.lt
5.03
5.07
/4.90
/4.90
SQRT Dp
0.735
0.718
0.762
0.748
0.735
0.735
0.76E
0.775
0.755
0.762
o.74E
0.735
0.750
4:!4
4:59
5:04
4:594:il
4:54
5:07
5:10
5:02
5:04
4:59
4:54
Pf,2.s/PXl0 Cut Polnt Cdculdlil
Vn - Actuel mat6r gas volum, cu. ft.
Vd - Standard gs volum, cu. n.
q - Actual t$l tire, minuts
V. - Avo6g6 slsck gas velmity, ffrse
2014 Flil Rate, Actuel Cldcna Conditkms
Actusl O50 tor Clclon6 I (Cut Point), mm
(9.0 mm < D50 < 11.0 mm)
Aclual DsO for C)rclone lV (Cut Point), mm
(2.25 mm < D50 < 2.75 mm)
IKV, %
(80 < tKV <120)
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
26.500
23.550
60.00
46.376
0.6'r2
10.M2
2.293
9s.033
1 05 of 448 @Mostardi Plaft
Runl -tlclhod2O1N2O2
Client: Compasr Mineral3 Ogden, lnc.
Facility: Ogden Plant
Test Locrtlon: BH{108
Source Condltlon: Normat
Dato:
Start Time:
End Time:
10t21t21
8:45
10:26
IETEN CO]{DIIIOTS
AH: 0.51 in. H2O
.F
in. H2O
"F
ftl
dscf
mcf
o/ot
in. H2O
in. Hg. abs.M6tor Temporature, Tm: 46.7
sqrl AP: 0.757
Steck T.mp€Eturc, Ts: 227.9
MeterVolumo.Vm: 25.E50
Msl6r Volumo, Vmstd: 22.940
Motsr Volum, Vwtd: 1.187
lsokinaticVadan€: 94.1
Tsst Langth: 60.00 in mins.
Nozle Oiamter: 0.206 in inchss
Baromtric Prcssure: 25.52 in Hg
Gas Woight dry, Md: 29.000 lb/lb rDlo
Gas Weight ret, Msi 28.459 lb/lb ml6
Gas VelGity, Vs: 47.074 fps
VoluilEtric Flow: 19,436 acfm
Volurelric Flow: 12,0U dsc{m
Voluretric Flow: 12,709 scfm
f OISTURE DETERTINATION
lnitial lmpinger Contont: 2703.9
Final lmpinger Content: 2723.8
lmpingerDifferen@: 19.9
Total WalBr Gain: 25.2
V.l@lty
H..d Ap
ln. H2O
ml
ml
ml
Silice lnitiel Wt
Sili€ Final Wt
Silie Difiorcn€:
8U.4 grem
889.7 grarc
5.3 grarc
Moistu16. Bm:
Irtar Tmp
lnl.( Ol,tltl
lmplngry CPI Flltr
Erlt Tmp Erlt TmpOF .F
0.51
0.51
0.51
46.7
46.7
46.0
17.O
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
1 06 of 448 @Mostardi Platt
lmpinger Weight Sheet - Run 1
Client:
Facility:
Test Location:
Project #:
Date:
Test tlethod:
Weighed/lleasured By:
Balance lD:
Compass llinerals Ogden, lnc.
Ogden Plant
BH-008
|t24/,206
10t21t2024
201N202
Rods
LV4
2,723.8
Certified Weioht. qrams
250
750
2,703.9
Scale Calibration Check Date:10t2'12021
Scale Calibration Check (see QS-6.05C for orocedurel
must be within t 0.59 of certified mass
Result. qram3
250.0
750.0
19.9
I]TIPINGER FINAL INITlAL GAIN
CONTENTS itls / GRAms MLS / GRAI'S ilLS / GRAIIS
Empty 594.5 580.3 't4.2
Empty 677.8 677.3 0.5
Empty 695.6 693.4 2.2
Dl Water 755.9 752.9 3.0
Silica Gel 889.7 884.4 5.3
Liquid Final
889.7
Liquid lnitial
88r''.4
Liquid Gain
5.3
Salica Final
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
Silica lnitia!Silica Gain
107 of MB @Mostardi Platt
clbnt: Compa$ Min.Els Ogdon, lnc.
Facility Ogdon Phnt
TeBt Lffition: BH{08
oals: 10121no24T$t 1
T..t M€thod: 201A (PM2.Y10)
PE - Bsrumtric prlosuB, in. Hg
Ps - Static plwuE, in. H2O
t - Streck tmpaBtur!. oF
t- - M.tor tomp.mtuo, T
Y - Mctor elibration constsnt
H@ - Orifi@ @n8tant. in. H?O
% co,
%or
%Nr
B. - FBction miltuE @ntont
Cp - Pitot mffci.nt
O" - N@b diamler, in.
On - Calculat€d Nozl€ diamtor, in.
lnitial tolal run tim, minul6s
25.52
{.4
227.92
46.69
0.997
1.876
0.00
20.90
79.'t 0
0.04s
0.747
0.206
0.206
60.00
12Number of
Md -MolGrler waight of steck gs. dry b8sis, lMb mlo
Mr - Mol€cuhr might of siBck gas, *€t basis, lulb mL
P. - Absluta stsck p6ssuE, in. Hg
u. - Vi!6ity of stack gas, micopoisc
C - Cunninghsm comcikm factor
Dru
Dg
O. - C)rclona flw ralo, cu. n./min.
NE - Roynolds Numb€r
V" - ttodo Volocity, fi./se.
Rdt - Minimum vcloc,ty Ratio, fi./s6.
Ril - Mulmum v.locity. Ratio i./ss.
Vmin - Minimum Gas Volocity Rmin <0.5
Vmin - Minimum Ga! Vclocity Rmin >0.5
Vffi - Muimum Gss Vabcity Rru <1.5
Vm6r - Muimum Gss Vobcity Rmax >1.5
Opil - Minimum vclocity head, in. H2O
Dpr - Maximum volocity hud, in. H2O
OH - OrifE pB3uE had for 6don! fltr Blo, in. H,o
29.000
28.459
25.19',|
219.510
't.107
9.907
'10.453
0.573
2390.573
4'1.255
0.620
1.301
20.u2
25.856
53.707
61.927
0.173
0.746
0.178
lr - Drull tim at fi6t tEv6m poinl, minuts
tn - Calculstion conslant
4.9s2
8.603
p'l - Voloctty h6d at th. fEl trevcBc point: pBiously
6'l ,vd - Avffie DD - wi.u3 run a.m lin. C65l
0.540
0 573
Calculstod dmll timc for Bch point:
Dp
Point 1: 0.55
Point 2: 0.57
Poinl 3: 0.58
Point 4: 0.57
Point 5: 0.57
Point 6: 0.57
Point 7: 0.59
Point 8: 0.60
Pcint 9: 0.57Point'10: 0.55
Point 1'l: 0.5E
Point 12: 0.58Avorago: 0.573
Dvvcll timo (min.)
4.85
4.99
5.03
4.99
,1.99
4.99
5.07
5. 11
4.99
4.90
5.03
5.03
SQRT Dp4:51 0.7124:59 0.7555:O2 0.7624:59 0.7554:59 0.7554:59 0.7555:(X 0.7885:07 0.n54:59 0.7554:g 0.7425:02 0.7e?5.O2 0.762
o.757
PI2.3PI10 Cut Polnt Crlcul.dd
V- - Actual mtor gas volum. q. fl.
Vd - Stand8rd ga3 vdum, cu. ft.
q - Acluol loEt time, minuts
V. - AvoBgo stsck gas wlocity. fuse
20'lA Florr R8lc, Actual Clcbnc Conditions
Actual D50 for C!6lona I (Cut Point), mm
(9.0 mm < O5{) < 11.0 mm)
Aclusl O50 td Ctobnc lV (Cut Point), mm
(2.25 mm < D50 < 2.75 mm)
IKV, %
(80 < IKV <120)
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
25.850
22.9U
60.00
47.065
0.6r5
9.947
2.267
94.098
1 08 of 448 @Mostardi Platt
Run2 -Method2O1N202
Client: Compass Minerals Ogden, lnc.
Facility: Ogden Plant
Test Location: BH-008
Sourco Condition: Normal
Date:
Start Timo:
End Time:
10tz'U21
10:45
1'l:47
AH:
Meter Temp€Bture, Tm:
Sqrt dP:
Stack Temp€Eture, Ts:
Mster Volume, Vm:
Meter Volume, Vmstd:
Meter Volume. Vmtd:
lsokinetic Vadane:
Tost Length:
Nozle Diameter:
Barcmetric Pressure:
O.47 ln. HrO
48.4 'F
0.757 ln. HzO
228_7 'F
25.851 ft3
22.86'l dscf
'1.248 wscf
94.0 %t
60.00 in mins.
0.206 in inches
25.52 in Hg
Static PressuE
Flue Prassure (Ps):
Gas Weight dry, Md:
Gas Woight wet, Ms:
Gas Velocity, Vs:
Volumetric Flow:
Volumetric Flffi:
Volumetric Flil:
-0.40 in. H2O
25.49 in. Hg. abs.
29.000 lb/lb molo
2E.431 lb/lb molo
47.',t35 Ds
19.461 acfin
12,054 dsc-fm
12.712 scfm
MOISTURE DETERMINATION
lnitial lmpinger Content: 27U.1
Final lmpinger Content: 2727.0
lmpingerDifferon@t 22.9
Total Waler Gain: 25.5
Sili€ lni6el Wt.
Silica Final Wt.
Sili€ Differonce:
Moasture, Bws: 0.052
St ck U.t rT.mp
T.hp lnl.t Odlrt
887.7 grams
891.3 gmms
3.6 grams
V.loclty
Hld Ap
Ormc.
AH
ml
ml
ml
Ac{u.l
I.tar Vol.
it
Pump
Vacuum
o.47
0.47
0.47
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
228.7
228.O
?29.0
44.4
48.4
48.0
49.0
lmplng.r CPll Fllt.r
Erll Tmp Erlt TmpnF 'F
'109 of 448 @Mostardi Platt
lmpinger Weight Sheet - Run 2
Client:
Facility:
Test Location:
Project #:
Date:
Test llethod:
Weighed/lleaoured By:
Balance !D:
Compass Minerals Ogden, lnc.
Ogden Plant
BH{t08
?t214206
't012112024
201N202
Rods
LV4
891.3
Certified Weioht, qrams
250
2,704.1
Liquid lnitial
887.7
Scale Calibration Check Date:10t2'U2024
Scale Calibration Gheck (see QS6.05C for procodure)
must be within t 0.59 of certified mass
Result. oramg
250.0
750 750.0
22.9
Liquid Gain
3.6
IMPINGER FINAL INITIAL GAIN
CONTENTS lrrLs / GRAi,lS MLS / GRAi,IS t'rLS / GRAI',S
Empty 596.4 582.3 14.1
Empty 677.8 674.2 3.6
Empty 695.4 693.1 2.3
Dl Water 757.4 7*.5 2.9
Silica Gel 891.3 887.7 3.6
Silica Final
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
Silica lnitial Silica Gain
'l1O of 448 @Mostardi Platt
Cli€nt: Compsls Min€Els Ogdon. lnc
Facility Ogdcn Phnt
Tost L6ation: BH-008
Oelai 1012112024
T!Et: 2
T.st Method: 201A (PM2.910)
PE - Baomtric pr€ssuG, in. Hg
Pc . Sletic prussuE, in. H2O
L - Slack tompoBtura, 'F
t - Melor tampeEtuo, h
Y - Motor mlibBtbn conltant
H@ - Orificc @nst8nt, in. H2O
'/o CO2
oh oz
%Nr
Bt - FEciion misluro @nlont
CD - Pitot @fficiont
D^ - Nozle diemgtor. in.
Dn - Cslculatod NEls dismstar, in.
lnithl totel run tim. minuts
25.52
-0.4
22A.67
48.42
0.997
1.878
0.00
20.90
79.1 0
0.052
0.747
0.206
0.206
60.00
Number of
M6 -Molccular weight of steck gas, dry basi!, lb/lb mlc
M* - Moleuler might of stack ge8, w€t b8sis, lb/lb rcle
P. - Absoluto stack pBssup. in. Hg
u. - ViGity of slack gas. micDpoiso
C - Cunningham @tretion fsctor
Dru
D-t
Q. - C)rclono flry Eto, cu. ll./min.
NB - Rayrold8 Number
V" - i.lela Velocig, fl./s.
Rill - Minimum vslocity Ratio. n./ss.
Rc - Msximum volocily, Ratio t./soc.
Vmin - Minimum Gas Vol@ity Rmin <0.5
Vmin - Minimum GB Vslocity Rmin >0.5
Vmil - Muimum Gs V.locity Rffi <1.5
Vmax - Muimum Gas Vrlodty RlE >1.5
Opd - Minimum volocity hoad. in- HrO
Dpr - Maximum volmity ho8d, in. HrO
DH - Orifie pmssum h.sd for qrdone llow nte, in. H20
29.000
28.431
25.49'.1
218.433
1.'107
9.903
't0.451
0.574
2347.703
/11.306
0.626
1.301
20.653
25.E77
53.732
61.960
0.173
o.715
0.476
tr - Drcll tim al fiBt tBveB poinl, minutd
L - Cslculation @nstsnt
4.E97
6.603
p"l - V.l$ity h8d at tho fiBt tEveBs point; pBviously
o''l 6vo . AveEoo DD - oEviou3 run (m llno C65)
0.550
0 573
Calcuhtsd dmll tiru for uch point:
Point 1:
Poinl 2:
Point 3:
Pcint 4:
Pdnt 5:
Pcint 6:
Poinl 7:
Poinl 8:
Point 9:
Point 10:
Point l 1:
Point 12:
AvoEgo:
Dp
0.57
0.57
0.57
0.58
0.57
0.58
0.59
0.s9
0.56
0.56
0.57
0.57
0.573
Dflolltim (min.)
4.90
4.99
4.99
5.03
4.99
5.03
5.07
5.07
4.94
1.U
4.99
/t.99
SORT Op1:51 0.7554:59 0.7554:59 0.7555:02 0.7624:59 0.7555:02 0.7625:O4 0.7685:04 0.7684:56 0.7484:56 0.7444:59 0.7554:59 0.755
0.757
PI2.5/PIl0 Cut Polnt Cdcuhdn
Vh - Acluel mster gas volum, cu. ft.
VmB - Stsndard ges volums, cu. ft.
q - Actualt si tim, minulss
Vi . AvoBgc siack gas relocity, fus$
2014 Flow Rata, Actual Cyclono Conditions
Actual D50 for Cyclono I (Cut Point), mm
(9.0 mm < D50 < 'l L0 mm)
Aclual O50 for Clclonr lV (Cut Point), mm
(2.25 mm < D50 < 2.75 mm)
rKv. %
(60 < tKv <120)
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
25.851
22.861
60.00
47.135
0.615
9.945
2.2@
94.037
111 ot 448 @Mostardi Platt
Run3 -Mcthod201N2Oz
Ctient: Compass Minerals Ogden, lnc.
Facility: Ogden Plant
Test Location: BH{r08
Source Condition: Normal
Date:
Start Time:
End Time:
10tz'il21
12:05
13:07
AH:
Meter Tomperature, Tm:
Sqrl AP:
Stack T6mperature, Ts:
Moter Volume, Vm:
Meter Volume, Vmstd:
Meter Volum6, Vwstd:
lsokingtic Variance:
Test Length:
Nozle Diameter:
Barometric Pressurs:
0.47 ln. H2O
51.2 'F
0.760 ln. HrO
229.1 'F
25.59 ft3
22.740 dscf
1.272 wscf
93.3 o/ot
60.00 in mins.
0.206 in inches
25.52 in Hg
Static PressuE
Flua Pressure (Ps):
Gas Weight dry, Md:
Gas Weight wst, Ms:
Gas Volocity, Vs:
Volumetric Flw:
Volumetric Flow:
Volumetric Flow:
{.40 in. H2O
25.49 in. Hg. abs.
29.000 lb/lb mole
28.417 lb/lb mole
47.332 fps
19,543 acfm
12,082 dscfrn
'12,757 scfm
lnitial lmpinger Content:
Final lmpinger Contgnt:
lmpinger Differencs:
Total Water Gain:
2ml
2728.3 ml
23.1 ml
Sili6 Final Wt.
SiliB Oiference:
lnitial wl.891.3
895.2
3.9
gEms
grams
9rams
V.l*tty
H.!d Ap
27.O
Orffl6
AH
CPtl Fllt,
Exlt T.mp
Actu.l St ck
flalxvol. T.mp
,t'
Moisturo, Bws: 0.053
Ialar Tamp
lnl.t Outl.t
0.47
0.47
o47
2n.1
224.0
230 0
51.2
51.2
50.0
52.0
4
4
4
hplngd
Erlt Tmp
.F
Project No. M24/2O6A
Scrubber Exhausts and Baghouse Exhausts
112 of 448 @Mostardi Plaft
Impinger Welght Sheet - Run 3
Client:
Facility:
Test Location:
Proiec{ #:
Date:
Te3t Method:
Weighed/lleasured By:
Balance lD:
Compass Minerals Ogden, lnc.
Ogden Plant
BH-008
n24/.206
1012112024
201N202
Rods
LV4
2.728.3
Liquid Final
895.2
Certifiod Weioht. Erams
250
Result, orams
250.0
750.0
23.1@
3.9
Scale Catibration Check Date:10t21t2024
Scale Calibration Check (see QS-6.05C for oroceduro)
must be wlthin t 0.59 of certified mass
750
891.3
IMPINGER FINAL INITTAL GAIN
CONTENTS MLS / GRAMS MLS / GRAiIS MLS / GRAMS
Empty 597.8 583.6 't4.2
Empty 674.4 672.2 2.2
Empty 696.6 692.9 3.7
Dl Water 759.5 756.5 3.0
Silica Gel 8S5.2 891.3 3.9
Silica Final
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
Silica lnitial Silica Gain
113 ot MB @Mostardi Platt
Clbnt: Compass MincEls Ogd6n, lnc.
Facility: Ogdcn Pl8nt
Tost Ltretion: BH{08
Oalq 1U21n021Tct 3
T$t Method: 201A (PM2.5/10)
Pr - Barcmtric prEssuE, in. Hg
Ps - Static pBluE, in. H2O
L - Stacki.mpcBluE, T
tn - Moior tempGEtuE. oF
Y - Mcts €libration 6st nt
H@ - OrifrcE ffistant, in. H2O
%co2
olo Oz
%Nz
B- - FBctifi mistuo @nient
C, - Pitot mfndcnt
Dn - NElo diamctar, in.
D" - Calculatod tlozL diatrrotcr, in.
lnitial total run tim, minutes
25.52
{.4
229.O8
51.17
0.997
't.878
0.00
20.90
79.10
0.053
0.747
0.206
0.206
60.00
12Numbcr of
Md -Mol€cul8r rcight of stack gas, dry basis, lb/lb mlg
M. - Molocul8r sight of sieck gas, mt basis, lulb mlc
P. - Ab6olulo sirck p6suE, in. l-lg
ur - Visffiity of ctiack gas, micrcpoire
C - Cunninghsm @mction factor
Dru
Ds
Q, - C)rclonc flofl 816, o. fi./min.
Nru - Reynolds Number
V" - Nozlo Velocity, fl./s.
Rdr - Minimum volocity Ratio, lt./se.
Ril - Msximum valocity, Rdb n./&.
Vmin - Minimum Gas Vslocity Rmin <0.5
Vmin - Minimum Gas VslGity Rmin >0.5
Vmu - Muimum Gas Volocity Rmu <1.5
Vmu - Muimum G$ Vcbcity Rm >1.5
Dpd - Minimum vobcity hrsd, in. H2O
Dpr - Muimum valocity hc6d, in. H2O
DH - Orifie pcsruE head for cldono flry mts, in. HzO
29.000
28.417
25.191
2'18.115
1.107
9.90r
't0.450
0.574
2386.225
41.321
0.627
1.301
20.661
25.89'l
53.750
61.9E2
0.173
0.715
o.477
ti - Ordl tim6 at fEl fsvorsa point, minuls
L - Calculetion con3tant
4.967
6.s80
1eo-
p'l - Vclocity hsd at tho fiBt tEvcBo point; p6viNcly 0.570
0.578
Calculated dwrll tim tor oach poinl:
Op
Point 'l: 0.58
Poinl 2i 0.58
Pdnt 3; 0.58
Point 4: 0.57
Poinl 5: 0.59
Point 6: 0.57
Point 7: 0.58
Point E: 0.57
Point 9: 0.57
Point 10: 0.57
Point 11: 0.59
Point 12: 0.58AveEg6: 0.578
Owell timo (min.)
4.97
5.01
5.01
4.97
5.05
4.97
5.01
4.97
4.97
4.97
5.05
5.01
SQRT DP
o.762
o.762
0.762
0.755
0.768
0.755
o.762
0,755
0.755
0.755
0.768
o.762
0.760
PIz.srPlt0 Cut Polnt C.lcul.do
VD - Actuel mater gas volum, cu. fr.
VEE - Standard g8s volum, cu. ft.
q - Aclual tct tim€, minuLs
Vr - Averag€ lt8ck g$ wlocity, fus
201A Flow R8to, Actual C!rclonr Conditions
Actual D50 for Crclon. I (Cut Point), mm
(9.0 mm < D50 < 11.0 mm)
Aclusl D50 for C)6lone lV (Cut Point), mm
(2.25 mm < D50 < 2.75 mm)
tKv, %
(80 < tKV <120)
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
25.854
22.741
60.00
47.332
0.613
9.971
2.278
s3.327
1'14 ot 448 @Mostardi Platt
Client:
Facility:
Test Location:
Project #:
Test Method:
Test Engineer:
Test Technician:
Temp lD:
Meter lD:
Pitot lD:
Filter lD:
Filter Pre-Weight (grams):
Nozzle Diameter (!nches):
Meter Calibratlon Date:
Meter Caiibration Factor (Y):
Meter Orifice Sefting (Delta H):
Nozzle Kit lD Number and Material:
Pre Pitot Leak
Po3t Pitot Loak
Pre Nozzle Leak
Post Nozzle Leak
Pitot Tube Coefficient:
Probe Length (Feet):
Probe Liner Material:
Sample Plane:
Port Length (lnches):
Port Size (Diameter, lnches):
Port Type:
Duct Shape:
Diameter (Feet):
Duct Area (Square Feet):
Upstream Diameters:
Downstream Daameters:
Number of Ports Sampled:
Number of Points per Port:
Minutes per Point:
Minutes per Reading:
Total Number of Traverss Points:
Test Length (Minutes):
Train Type:
Source Condition:
Moisture Balance lD:
# of Runs
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
Compass Minerals Ogden, lnc.
Run I
cM23
cM23
P-'1037
18501
3.'t 1 188
0.306
1013t2024
0.997
1.878
PM 10 SET M (104-7)
Ogden Plant
BH-1516
M24r''206
201N202
RB
AIR
Run 2
cM23
cM23
P-1037
18509
3.03378
0.306
10t312024
0.997
't.878
PM 10 SET M ('.t04-7)
Leak Ghecks
0.763
3.0
Glass
Horizontal
6.75
5.50
Flange
Circular
2.94
6.789
10.0
3.5
2
b
15.0
s.0
12
180
Hot Box
Normal
LV4
3
Run 3
cM23
cM23
P-1037
18s13
8.50567
0.306
10t3t2024
0.997
1.878
PM 10 SET # (',104-7\
115 ot MB @Mostardi Platt
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Cli€nt: Comp$s Minomls Ogdon, lnc
Facility: Ogdon Plant
Test Lcation: BH-1516
Oalot 101192024
Tesl: PlE 1
Tost Mothod: 201A (PM2.t10)
PE - Bammolric pnssuro, in. Hg
Pe - Static pBsuro, in. H2O
L - Stack tempeEtuD. T
h - M6tor tomp€Eturo, oF
Y - Metor €libEtion onslant
H@ - Orifico constant, in. H2O
% co2
%oz
%Nz
B* - FEction misturo mntsnl
C, - Pitot @fficisnt
D. - N@l€ dhmstor, in.
D. - Cslculated tl@lo diamtsr, in.
lnitial total run tim., minutes
Numb€r of minlB
25.U
0,'r
102.00
67.00
0.997
1.878
0.00
20.90
79.'i0
0.020
0.763
0.306
0.306
r80.00
12
Md -Molocuhr might ot stack g$, dry basis, lulb mlo
Mr - Mol€cular vuaiohl ot steck gar, wbt besis, lulb ml€
Pr - Abeluts st8ck pEssuE, in. Hg
ui - Vis@sity ot slack ga8, micopoi8e
C - Cunningham onstion factor
Dm
Ds
Q. - Clclone llw mtr, cu. fr./min.
NE - Rcynolds Numb€r
V" - Nozb Valocity, ft./w.
Rd, - Minimum volocity R8tio, fr./Be.
Rc - Msimum vclocrty, Ratio n./s.
Vmif, - Minimum Gas Volocity Rmin <0.5
Vmin - Minimum Gas Volocity Rmin >0.5
Vmax - Milimum Ges Volocity Rmu <'l.5
Vmu - Marimum Ga Vclocity Rmax >1.5
Dpd - Minimum volocity hod, in. HrO
Dpr - Milimum volocity h$d, in. HrO
OH - Orill@ pBssura h6ad for cyclono flil mt6, in. Hro
28.836
28.619
2s.u7
191.416
1.083
10.287
10.6,14
0.459
2724.885
14.968
0.000
1.519
7.4U
0.000
22.7U
u.151
0.000
0.rm
0.511
t1 - Dwoll time et fiEl lravaB point, minuts
L - Calcuhtion mrtant
14.600
59.604
p'l - Velocity h.ed et tho fiEt tEvcBe point: pEviously 0.060
Cslcuhtod drcll time for sch point:
Poinl 1:
Point 2:
Point 3:
Point 4:
Point 5:
Point 6:
Poinl 7:
Point 8:
Point 9:
Point 10:
Point '11:
Point '12:
Av€rage:
Dp0.06 4.5199E56
0.0s
0.07
0.06
0.07
0.08
0.06
0.05
0.05
0.06
0.07
0.08
0.063
Drelltim(min.)
1/4.C0
13.3:t
15.77
r4.c0
15.Tf
rc.ta
l/1.t0
13.33
13.33
14.@
15.Tf
l8.ta
SQRT DP4.519986 0.245 4.8606426426557 0.224 4.4426165.153945 0.265 5.256574E4.519986 0.245 4.8666/126
5.153945 0.265 5.25657485.371709 0.283 5.61951494.s19986 0.245 4.86664264.265s7 0.224 4.44261664.26557 0.224 4.44261664.519986 0.245 4.86664265.153945 0.265 5.25657485.371709 0.283 5.6195r49
0.25.t
Pf,2.5/PIl0 Cut Polnt C.lcul.dn
Vn - Actual metor gag volume, cu. fi.
Vm! - Standerd gas volum, cu. fi.
q - Aclual tst tim, minutG
V. - AvoEge stack g$ wlocity, fr/ss
201A Flow Rato, Actusl C)dona Conditions
Aclual D50 tor Clrlone I (Cui Point), mm
(9.0 mm < D50 < 11.0 mm)
Aclual DsO for C)rclone lV (Cut Point), mm
(2.25 mm < D50 < 2.75 mm)
IKV, %
(80 < tKV <120)
Project No. M2442OOA
Scrubber Exhausts and Baghouso Exhausts
79.213
68.435
1E0.00
11.261
0.478
10.336
2.269
109./149
117 ol 448 @Mostardi Platt
Runl -ll.thod2O1N2O2
Client: Compara Minerals Ogden, lnc.
Facility: Ogden Plant
Tect Location: BH-1516
Source Condition: ilormal
Date:
Stad Tlmo:
End Time:
10t15t24
9:00
't2:06
AH:
Motor Temp€raturo, Tm:
Sqrt AP:
Stack Tomperature, Ts:
Meter Volum, Vm:
Mot6r Volum, Vrr8td:
Meter Vdum, Vmtd:
lsokinetic Varian6:
T$t Lenglh:
Nozlo Diamter:
Baromtric Prossura:
0.51 in. H2O
72.5 'F
0.249 in. H2O
105.6 'F
79.213 fr3
67.728 dscf
1.093 wscf
109.3 0/ot
180.00 in mins.
0.306 in inchss
25.U in Hg
Static Prossuro
Flu6 Prossuro (Ps):
Carbon Dio{de:
Orygan:
Nitrogan:
Gas Wsight dry, Md:
Gas Weighl mt, M8:
Ex€s Air:
Gs8 Volocity, Vs:
Volumetric Flow:
Volumlric Flow:
Volumtric Flil:
0.10 in. H2O
25.85 in. Hg.6b3
%
IA/ALUEI %
29.000 lblb molo
28.825 lb/lb mle
#VALUEI O/.
14.165 lps
5,770 acftn
4,579 dscfm
4.653 scfm
TOISTURE DETERf IiIATIOI{
lnitial lmpinger Contant; 3021.8 ml
Final lmpingor Content: 3OU.1 ml
lmpingar Difr6renco: 12.9 ml
Silica lnilial Wt
Silica Final Wt.
Silie Differcne:
868.9 grenB
879.2 gnrc
10.3 9rar6
Supartrtundon Valua, Bwr:Total Water Gain:
V.loclty
tl..d ap
23.2
6tl€ ACurl ltttd(
AH lrtr Vol. Tmp
Moisturo, Bffi:
I.b. Tmp
lnld Odht
Prob.
Tamp.F
Fmx hplngd CPI Flli,
Exli Tmp Erlt Tmp Erlt Tmp
0.51
0.51
0.5r
79.2't3
105.6
101.0
10a.0
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
118of448 @Mostardi Platt
lmpinger Weight Sheet - Run 1
Client:
Facility:
Test Location:
Projec{ #:
Date:
Test Method:
Weighed/ileasured By:
Balance lD:
Compass Minerals Ogden, lnc.
Ogden Plant
BH-1sl6
n24/.206
10t192024
201N202
Rods
LV4
3,034.7@
Certified Weiqht. orams
2so
3,021.8
Liquid !nitial
Scale Calibration Check Date:10t1312024
Scale Calibration Check (ree QS-6.05C for procedurel
must be within t 0.59 of certiffed mass
Result. orams
250.0
500.0
12.9
879.2 868.9
Liquid Gain
10.3
lltrPlNGER FINAL INITIAL GAIN
CONTENTS MLS / GRAMS MLS / GRAi'S IILS / GRAf,IS
Empty 694.3 687.9 6.4
Empty 790.3 785.6 4.7
Empty 770.1 769.4 0.7
Dl Water 780.0 778.9 1.1
Silica Gel 879.2 868.9 10.3
Silica Final
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
Silica lnitial Silica Gain
1 19 of 448 @Mostardi Platt
Cli.nt: Compass Minorals Ogdon, lnc
Fscilitrr Ogdm Plant
Tst L@tion: BH-1516
Dale: 1011512024
TGt: 'l
T6l M.thod: 20lA (PM2.t't0)
PL - Bamtric prclsuB, in. Hg
Ps - Slalic pr€asuE, in. HrO
L - Stsck temp€EtuE, S
tm - Motar trmpoEtum, oF
Y - Moter elibEtlon constEnt
H@ - Orifico constant, in. H2O
oa co2
Oz
%Nz
B. - FEction mistuE @ntenl
Cp - Pitot mfriciont
On - NozL diemtor. in.
D" - Cslculst6d NEls diamter, in.
lf,itial lotal run timo, minuts
Numbcr of point8 12
25.U
0.1
105.58
72.50
0.997
1.878
0.00
20.90
79.10
0.016
0.763
0.306
0.306
'180.00
28.836
2E-6f,!.
25.U7
1 92.6EE
't.084
10.279
r0.640
0./t63
2717.06
1 5.096
0.000
1.518
7.il8
0.000
2..9212.U1
0.000
0.162
0.523
Md -Molccular reight of stack gat. dry basi8, lb/lb mle
Mw - MoLculer rcight of stack gas, rel baris, lb/lb ml€
P. - AbloMo stEck pcsauc, in. Hg
q - Vbmsity of stsck gE, micmpoiro
C - Cunningham mrelion factor
Dru
os
q - C!6lono fcv Elr, cu. i./min.
NE - Rgymolds Numbor
V" - Nozla Volocrty, lt./s.
Rd, - Minimum volocrty R8lio. fl./8oc.
Ril - Maximum vclocity, Ratio n./sc.
Vmin - Minimum Gas Vclocity Rmin <0.5
Vmin - Minimum Gss Volocity Rmin >0.5
Vlw - Maximum G6s Vclocity Rmax <1.5
Vlw - Maximum Gas Velocity RlB > 1.5
Dpil - Minimum vol@ity hsd, in. H2O
DpE - Maximum velocity hed, in. H2O
DH - OrifE pBsuE had for qdone fiox Eta, in. Hp
tl - Dwcll timc at fiEi lEvrEo poinl, minulos
L - C6lculslicn m3tant
14.505
s9.2't6
p'1 - Val@ity hsd et tho fiBl tmveBe poinl; p€virrusly
D'1 avd - Avedoa OD - omvioua run lgs line C65)
0.060
0.064
Cslcuht.d dtrell tim tor sch point:
Poinl 1:
Point 2:
Point 3:
Point 4:
Point 5:
Point 6:
Point 7:
Point E:
Point 9:
Point l0:
Point l't:
Point 12:
Averags:
Dp
0.05
0.06
0.06
0.07
0.08
0.07
0.07
0.06
0.05
0.05
0.07
0.08
0.064 #Drv/0r
Olell lime (min.)
14.50
14.50
14.50
15.67
16.75
15.67
15.67
14.50
13.24
13.24
15.67
16.75
SORT Dp4.s5 0.224 0.0'1007285.03 0.245 0.010072A5.18 0.245 0.01007284.55 0.265 0.01087994.55 0.2E3 0.01163't15.18 0.265 0.01087994.29 0.265 0.01087994.55 0.245 0.01007285.40 0.224 0.00919524.55 0.224 0.@91952,r.55 0.265 0.01087994.55 0.283 0,0r16311
o.252
P[z.5rPulO Cut Polnt C.lculrdd
Vn - Aclual mter gas vdum, cu. fl.
Vild - Standsrd gas volume, cu. fl.
q - Aclual lcst tim, minutos
V. - AvoBgc 8tack g8r wbcity, fi/ss
201A Flow Rate, Actual C)rclono Conditions
Actual D50 tor Cldon. I (Cut Point), mm
(9.0 mm < D50 < 11.0 mm)
Actual O5o for C)6lonc lV (Cut Point), mm
(2.25 mm < D50 < 2.75 mm)
IKV, %
(80 < tKV <120)
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
79.213
67.730
180.00
14.369
0.474
10.455
2.316
't07.595
120 ot 448 @Mostardi Platt
Run2 -tlcthod2O1N2O2
Client: Compass Minerals Ogden, lnc.
Facility: Ogden Plant
Test Location: BH-'|5'16
Source Condition: Normal
Date:
Start Time:
End Time:
Carbon Dioxide:
Oxygen:
Nitrogen:
Gas Weight dry, Md:
Gas Wsight wel, Ms:
Excsss Air
Gas Velocity, Vs:
Volumetric Flow:
Volumetric Flow:
Volumetic Fltr:
10t15t21
15:10
18:'18
oh
#VALUE! Y"
29.000 lb/lb mole
28.819 lb/lb mole
#VALUE! YO
14.364 fps
5,851 acfrn
4,550 dscfrn
4.626 sc{m
DRY GAs IETER COXD]TIONS STACX COTIDITIOiIS
AH: 0.51 ln. H2O Static Prossuro 0.10 in. HrO
Metor Temperaturc, Tm: 89.9 'F
Sqrt AP: 0.250 ln. H2O
Stack Temporalure, Ts: 116.9 'F
MetsrVolume, Vm: 79.165 fr3
MeterVolume, Vmstd: 65.566 dscf
Meter Volumo, Vwstd: '1.097 wscf
lsokinetic Variance: 106.5 %l
Test Length: 180.00 in mins.
Nozlo Oiameter: 0.306 in inches
Barometric Pressure. 25.U in Hg
Flue Pressure (Ps): 25.85 in. Hg. abs
MOlsTURE DETERf II{ATION
lnitial lmpingor Content: ?976.8
Final lmpingor Content: 2989.6
lmpingorDillBren@: 12.8
ml
ml
ml
A.lu.l
I.tr Vol.
ttt
Silim lnitial Wt
Sili€ Final Wt
Sili€ Ditrorene
E62.9 grams
873.4 grams
10.5 gEms
Sup.Baturellon Valuo, Bwt: 0.122Total Water Gain:
V.lctty
H..d AP
23.3
ffllo
AH
3t d(
TmP
Moisture, Bws: 0.0'16
I.lrr l6p
92.4
E9.9
84.0
95.0
121 of 448
Preb.
TmP
Flltr
Erlt Tmp
oF
lmDlne,
Erlt Tmp
CPI Flhr
Edt Tmp
3:00:ilo 79. t85
1 16.9
1 15.0
1't9.0
a7.4
0.51
0.51
0.51
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
@Mostardi Platt
Impinger Weight Sheet - Run 2
Glient:
Facllity:
Test Location:
Projec{ #:
Date:
Test Method:
Weighed/Measured By:
Balance lD:
Compass Minerals Ogden, lnc.
Ogden Plant
BH-1516
M24,4,206
1011512024
20'tN202
Rods
LV4
873.4
Certified Weiqht. qrams
2s0
750
2,976.8
Liquid lnitial
862.9
Scale Calibration Check Date:10t1s12021
Scale Calibration Check (coe QS6.05G for procedurel
must be within t 0.59 of certified mass
Result. qrams
250.0
12.8
Liquid Gain
10.5
IiIPtNGER FINAL INITIAL GAIN
CONTENTS MLS / GRAIIS MLS / GRAIIS MLS / GRATIS
Empty 674.1 667.9 6.2
Empty 780.0 775.6 4.4
Empty 762.3 761.4 0.9
Dl Water 773.2 771.9 1.3
Silica Gel 873.4 862.9 10.5
Silica Final
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
Silica lnitaal Silica Gain
122 ot 448 @Mostardi Platt
Cli€nt: Compass Minorals Ogdcn, lnc
Facility: Ogdon Plsnt
ToBt Lmlbn: BH-1516
Dat.: '10/112024
Tst: 2
T6st Method: 201A (PM2.5/10)
PL - Eammtric pmsuB, in. Hg
Ps - Stalic pEssuE, in. H2O
L - Stack tompsEtuE, T
l. - M6ter tomporalurg, oF
Y - I!0at6r cslibBtion @mtanl
H@ - Orifm constsnt, in. H2O
%co2
%oz
%Nz
B. - FEction fiEisluE @nlont
Ce - Pitot co€fficisnt
Dn - Nozls diemolar, in.
D, - Calculatod NEl6 diamtar, in.
lnithl total run tim, minutrE
Numbor of minls
25.U
0.1
1 16.86
89.86
0.997
1.878
0.00
20.90
79.10
0.0r6
0.763
0.306
0.306
180.00
12
Mc -Mol€cul8r might of stack gas, dry basis, lutb mol€
M. - Moloculer rcighl of stack gas, ret basi8. lMb mlo
P. - Absolulo stsck pBsuB. in. Hg
ur - Vis@sity of Btsck gas, micmpoiss
C - Cunningham orection factor
Dru
os
Q. - Clclono flil Eto, cu. lt./min.
NE - Raynolds Numbor
V" . NEl6 Vslocity, fi./s.
Rdt - Minimum vclocity R8tio, fr./se.
RE - Muimum vclocity, Ratio fi]se.
Vmin - Minimum Gas Velmity Rmin <0.5
Vmin - Minimum GaE Valocity Rmin >0.5
Vru - Muimum Gas Velocity Rmax <1.5VlE - Muimum Gas Vcbcity Rtu >1.5
Op* - Minimum volocity h6d, in. HrO
DpE - Msimum volocity hoad, in. HzO
DH - Orifi€ prcsun hsd for q/dono flov Et3, in. HrO
28.836
28.658
25.U7
195.342
1.086
10.214
10.622
0.473
2685.330
'15./130
0.000
1.516
7.7'15
0.000
23.395
23.115
0.000
0.165
o.g2
tr - Dwsll tim at ficl lBvom point. minuls
L - Calculation constant
13.507
60.,t0,1
p"l - Volocity hsd at tha first travsEe point; pEvirusly
p'1 avq - Avemoe DD - DGvious run (s lino C65)
0.050
0.062
Calculstsd dwall timo for oech point:
Point 1:
Point 2:
Poinl 3:
Point 4:
Point 5:
Point 6:
Point 7:
Poinl E:
Point 9:
Point 10:
Point 11:
Point 12:
Avmgs:
Dp
0.05
0.05
0.06
0.07
0.06
0.08
0.08
0.o7
0.06
0.06
0.05
0.05
0.062
Dwolltimo (min.)
13.51
r3.51
14.E0
15.98
14.80
17.08
'17.@
'15.98
14.80
14.80,t3.51
13.5,1
SQRT DP4:30 0.2244:30 0.224tl:56 0.2455:20 0.2654:56 0.2155:42 0.2835:42 0.2835120 0.2654:56 0.2454:56 0.2454:30 0.n14:30 0.224
o.217
Pf2.srPI10 Cut Polnt Cdcuhdm
V, - Actual mctor gas volums. cu. ft.
Vd - Standatd gas volum, B. ft.
q - Actual tst tim, minut$
V! - Ave6go stsck gas volocity, fu8rc
20lA Flow R8to. Actual C)rclons Condition8
Aclual D50 for C!€lone I (Cut Poinl), mm
(9.0 mm < O50 < '11.0 mm)
Actuel D50 for C!rclon6 lV (Cut Point), mm
(2.25 mm < O50 < 2.75 mm)
IKV, %
(80 < tKV <120)
Project No. M2442OBA
Scrubber Exhausts and Baghouso Exhausts
79.'t E5
65.572
r60.00
14.242
0.468
't0.692
2.418
1 07.3S8
123 ot 448 @lvlostardi Platt
Run3 -tcthod201N2O2
Cllent: Comparc Mineralc Ogden, lnc.
Facllity: Ogden Plant
Test Locatlon: BH-1516
Source Condltion: Normal
Dats:
Start Time:
End Tlme:
't0t16t21
7:50
11:10
DRY GA3 IETER COXOTTI()I{S STACX COTTDTT|oT{S
AH: 0.51 ln. H2O
Mstor Tgmp€Eture, Tm: 67.3 'F
sqrt aP: 0.250 ln. H2o
Stack TempeEture, Ts: 104.5 'F
Moier Volum6, Vm: 79.560 fr3
MsiorVolum6, Vmstd: 6E.304 dscf
MstsrVolume, Vwstd: 0.805 wscf
lsokinetic Varian€: 109.6 Vol
Static PEssura 0.10 in. H2O
FIuo Pressurc (Ps): 25.70 in. Hg. abs.
Carbon Dioxide: th
Tesl Longth:
Nozle Diameter:
Barometric Prcssure:
180.00 in mins.
0.306 in inches
25.69 in Hg
Oxygen:
Nitogen:
Gas Woight dry, Md:
Gas Woight wat, Ms:
Exmss Air:
Gas Velmity, vs:
Volumetric Flow:
Volumetric Flow:
Volumatdc Flil:
%
fl/ALUE! %
29.000 lb/lb mols
28.872 lb/lb mole
#\r'ALUEI %
't4.238 fps
5,799 ac'fm
4,605 dscfm
4,659 scfrn
MO|sTURE OETERTNATPil
lnitial lmpingor Content:
Final lmpinger Content:
lmpinger Oifisrence:
Total Water Gain:
2992.5 ml
3002.3 ml
9.8 ml
17.',|
fffl€
alt
ln. H2O
Silica hitial Wt.
Silica Final Wt.
Silica Oifbranc€:
V.l6lty
H..d Ap
Ac{u.l
I.tr Vol.
ftt
3trct
TmP
Pmp
V*uon
0.0t6
lnplngtr
Erlt Tmp
CPI Flltf,
Erlt Tmp
Moisture, Bws: 0.012
881.2 grams
888.5 gEms
7.3 gEms
Supa[aturrllon V.lu., Bs:
Flltr
Erlt Tmp
I.t . Tmp
hld Outht
Prob.
TmP
cFln.
0.51
0.51
0.51
Project No. M24/.2OAA
Scrubber Exhausts and Baghouse Exhausts
104.5
101.0
107.0
69.3
67.3
62.0
72.0
124 ot 448
3
3
3
I 7.S.m oo(o51 71 ffi 101 m a2 3 I 215 56 69
1-1 7.tu.m o05 o51 73 S50 102 67 83 3 2*245 56 ea
t-1 7:59:oO 0.06 0-51 76.1 50 t02 6?A1 1 ,4 )s tr 6q
't-2 8:O3:30 6<l ,A'4 1n)e7 m I 2*2fi s 6q
-)t.m.m o07 o5,mffi 1n)e7 m 3 ?*2S.l 56 6S
.?a.12.i om 05t a2w 103 a7 a3 3 252 253 5?
1-3 a.t 7.m 007 0.51 u.Tfo 67 ,\a )4q \7 7n
t-3 8:21:58 6m n5l m oro tda e7 &1 I 24 2il 37 70
t-t a.aa.a)om o51 aq o70 t03 m u 3 2S ?*t $71
A.a1.L7 on7 o51 cl 2s i03 m 64 3 215 219 5a 71
1J e:47'07 00,051 93.360 103 6a 3 ,A ,&a1
14 8:12,27 0.06 tna a )G 2fi 5q 71
a.ar.i7 om o51 q7 7m 1U m u 3 2G 252 s f1
i-5 a:9:A 005 0.51 t ,AA ,41 50 7)
't-5 n(l 16) 16 IM Bq s 3 24 )g s 7)
tl q.or.u om n51 tM3S 1M AC a5 3 2ffi 2tg 5A 73
1A o.m la o07 o51 I 06 SeIl 1(x 69 85 3 252
t4 g:13:54 0.04 id 7s s a )s)25?57 7t
q.t0.6 tloQl
2-1 q.3q.40 o05 o5i ilosl 10s 70 86 3 2il 2fi 57 75
2.1 9:45:22 004 0.51 tl? ls f6 ,AO ,4 tr 74
2.d61 r15 1m IM 7n tr 1 24 )5)s 75
)-)offi o51 17 S7n 1ffi 7n m 3 2*251 5A 75
)-)10-02.m om 051 r'19 780 't 05 70 8A 3 ,$
2-2 10:07:29 o.0a trt ffi 7n t )4a )4 5q 7A
,-1 tn.t r.at o07 o51 12t 1n 1ffi 7n m 3 )q 25)5C 77
?-1 10.17.t7 om o51 125re 1m 70 66 3 219 2fi 59 77
?-7 10.22.U 007 051 128.590 106 71 3 )ao n
21 10..27..10 It 7m lm 67 I 28 252 5q n
)J tn.ir.f o07 o51 132 970 1m l1 B7 t )ts )51 m 76
?!to.37.33 om o5t tai tm 1m 71 a7 3 2t5 2fi 60 7B
2-5 10:12:A 005 0.51 I 39.350 1n?t1 )ia ,4 7A
2-5 t0:48:59 0.05 ltl ffi 1n7 71 a7 ??A ?5?m 76
io.6l.x offi n5t t47m 107 7'm 3 219 2*at 75
,4 lO:$-5C om o51 i45 990 107 72 8A 3 2413 257 81 75
24 11:OO,n 0.07 0.51 lil8.1/O 107 t2 M ,L4 )qa 7q
26 l1:(X:sO 0,08 n61 rsm 1n7 t,m I ?G 241 m 7a
i t-10.m 151 418
@lvlostardi Platt
lmpinger Weight Sheet - Run 3
Client:
Facility:
Tert Location:
Project #:
Date:
Test ilethod:
Weighed/Measured By:
Balance lD:
Compass irinorals Ogden, lnc.
Ogden Plant
8H.1516
n24/,206
1011612024
201N202
Rods
LV4
888.5
Certifled Weioht. qrame
250
2,992.5
Liquid lnitial
Result. orams
250.0
9.8
Liquid Gain
Scale Calibration Check Date:10t1512021
Scale Calibration Check (see QS{.05C for procedure)
must be within t 0.59 of certified mass
881.2 7.3
IMPINGER FINAL INITIAL GAIN
CONTENTS l'rLS / GRAIIIS MLS / GRAITIS r,LS / GRAIIIS
Empty 672.9 666.1 6.8
Empty 790.2 789.2 1.0
Empty 768.5 767.7 0.8
Dl Water 770.7 769.5 1.2
Silica Gel 888.5 881.2 7.3
Silica Final
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
Silica lnitial Silica Gain
125 ot 448 @Mostardi Platt
Clionl: Compa$ Minemls Ogdon. lnc.
Fecility Ogdcn Plant
Tost Lution: BH-1516
oala'. '1u1612021
Tat 3
TGI Mcthod: 201A (PM2.Yro)
Pr - Bammtdc pEssurs, in. Hg
Pr - Static prEssura, in. H2O
L - Steck tompoEtuE, f
k - Mctar tcmpcBtuB, oF
Y - Mcter elibEtion @nstant
H@ - Orifi€ constenl, in. H2O
% co,
O,
%Nz
Bt - FBclim ft)istuE onlenl
CD - Pitot mfncicnt
Dn - N@b diamt.r, in.
D" - Calculatod Nozl6 dism6tor, in.
lnitial total run tim, minutas
25.69
0.'l
104.17
67.25
0.997
t.E7E
0.00
20.90
79. t0
0.0r2
0.763
0.306
0.306
180.00
Numb€r ol point '12
Md -Molccular wlhht of steck ga8, dry basis, lblb rlol6
M* - Molsuler mEht of sisck gas, w6t bs8is, lulb mol6
Pr - Absoluto st8ot pr6s$G, in. Hg
u. - MsGity ol stack gs, mimpoisc
C - Cunninghem @mtkm fsclor
Dru
Ds
Q. - C!rclooe ,lor at6, q. ll./min.
NE - Raynolds Numbor
Vn - Nozlo Vclocity, fr./s-
Rd, - Minimum vclocity Ralio, fl./sec.
Ril - Maimum valocity, Rdio n./ss.
Vmin - Minimum Ge! Vobcity Rmin <0.5
Vmin - Minimum Gas Volocity Rmin >0.5
Vmax - Milimum Gs Volocity Rmu <1.5
VlH - Muimum Gas Volocity Rmil > 1 .5
Dpil - Minimum volocity hmd, in. H?O
Opr - Muimum vclocity hoed, in. HrO
DH - Orifio pBsuo hsd fs q/done floy rato, in. H{
28.836
28-710
25.697
192.Ul
1.085
10.276
10.638
0./t63
2713.366
15.122
0.000
I.518
7.561
0.000u.gs
22.@2
0.000
0.162
0.523
ti - Drell timo at flEl lEv6m poinl, minuLs
L - Crlculation conltant
13.416
60.000
p'l - Vcbcity hud et tho fi6t tmvlBc point; p€vioBly
b'l rvd - Av.adr Db - dmvbu. run lm lin. C65l
0.050
0.063
Calculatad dmll Um for sach point:
Poinl l:
Point 2:
Point 3:
Point 4:
Point 5:
Point 6:
Point 7:
Point 8:
Poinl 9:
Poinl 10:
Point ll:
Point'12:
AvoBgo;
Dp
0.0s
0.06
0.08
0.07
0.05
0.07
0.05
0.06
0.07
0.07
0.05
0.07
0.063
Orv.ll tim (min.)
13.42
14.70
16.97
'15.87
13.42
t5.87
13.42
14.70
't5.87,t5.87
13.12
15.87
SQRT DP
o.224
o.215
0.283
0.265
0.224
0.26s
o.224
0.245
0.265
0.265
0.224
0.265
0.24S
PH2.5,PI10 Cur Polnt Crlcul.dil
V, - Aclual mtcr gas volum, cu. fl.
Vd - Standard gs volum, e. fr.
q - Aclual tal tim, minuts
V. - Avoago stacl gas velocity, tlr3e
2014 Flw Ratc. Actual Cydono Conditions
Aclual O50 for ClElono I (Cut Point), mm
(9.0 mm < D50 < 11.0 mm)
Actual Dg) for C!6lono lV (Cut Point), mm
(2.25 mm < O50 < 2.75 mm)
tKv, %
(80 < lKv <120)
Project No. M2442064
Scrubber Exhausts and Baghouss Exhausts
79.560
68.306
'r80.00
14.217
0.478
10.407
2.295
109.116
126 ol 448 @{vtostardi Platt
Client:
Facility:
Test Location:
ProJect #:
Test Method:
Test Engineer:
Test Technician:
Temp lD:
Metsr lD:
Pitot lD:
Fllter lD:
Filter Pre-Weight (grams):
Nozzle Diameter (lnches):
Meter Calibration Date:
Meter Calibration Factor (Y):
Meter Orifice Setting (Delta H):
Nozzle Kit lD Number and Material:
Pre Pitot Leak
Post Pitot Leak Check
Pre Nozzle Leak Check
Post Nozzle Leak
Pitot Tube Coefficient:
Probe Length (Feet):
Probe Liner Material:
Sample Plane:
Port Length (lnches):
Port Size (Diameter, lnches):
Port Type:
Duct Shape:
Length (Feet):
Width (Feet):
Duct Area (Square Feet):
Equivalent Diameter Rectangular Duct (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:
Moisture Balance lD:
# of Runs
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
Run I
cM46
cM46
PM2510-100A
't8500
3.',t2741
0.1 80
101412024
1.003
1.802
PM10 #7 (107-5)
Compass Minerals Ogden, lnc
Ogden Plant
BH-002
M24/206
201N202
JSC
GWM
Run 2
cM46
cM46
PM2510-100A
18s08
3.06408
0.180
10t4t2024
1.003
1.802
PM10 #7 (107-5)
Leak Checks
Run 3
cM46
cM46
PM2510-100A
14804
8.3/.132
0.180
10t4t2024
1.003
1.802
PM10 #7 (107-5)
0.769
3.0
Glass
Horizontal
0.00
3.00
Hole in duct
Rectangular
3.2s
2.63
8.531
2.904
0.6
3.9
3
4
'15.0
5.0
12
180
Anderson Box
Normal
LV4
3
127 ot MB @Mostardi Platt
-go-
E(Eoo
@
oBoa
I€oooo;6qqqq
=.!. o o o o
o.=oi
G
!o, -o o o q
;soooo6
rtNO@roNE S FBFPEEF ijoorro tD c; ooo6 be96CZ.--N@-O
Eoo.
t(,(,o.J6r go
EtaB n@@N tsorN I!Egi33 538: *ovto9ststE>9
gooa
I€oooo ooooiEqqqq 9qqq50. o o o o o o o o
G=ai
6
go5 ac q q c q q q q
;gts@oo 6tsN@
6
qo
F @n@-!t;3:ro{{{$
9^cqcqEEooFFoq_,ooooF-F--
*3qauasioooo
I
g^qcqcElloo?o3l_,ooooFfrrF
otsoFJ-@OO@EE E 3 3 3ol dcicic;
a!(!o-cteo=Etto e .. i;3I E., egEpi Er..trE.8 j
o L-iit-FvE 65H.sE.Ao oe,cll/,wEo-(,
o
GlEc.E
EoEo.
@tt
oo6l
oof(u-cxuloo5oEo)oo
<P!P(o&et(,ltlN(E>f
ci [rJz6*.ctE€
E'ELO
qggc
OF-Foooo
OF(OooNon@@{\\\\oooo
FON@oo@6crcicro
r000(o
dsioEctoo
(ELe- s>E
=.^ A:
H Eis!P+ sEF{c?o,
N EBiSP>(JOc0(Lci (.,
, r x3tEie.t .Ei -daoao5 €E,, ..E..EE E?No.E=E€Od; ItEEgEEt t<<<<
O-(tl!JO.O-O.
Clbnt: Compsss Minemlr Ogden, lnc.
Facility Ogden Plsnt
Teat Location: BH-002
Oale: 1011512024Tst: PD 1
Tesl Mothod: 201A (PM2.t10)
Pr - Bammairic prossure, in. Hg
Ps - Static pmsuG. in. HzO
L - Stack t6mp.raturo, T
h - Metar tomIEEtuE, T
Y - Metor calibration @nstant
H@ - Orilice @nstant, in. HrO
% co,
oz
Nz
B, - Fmction moistuE contgnt
C, - Pitot @fticbnl
O. - Nozlo diamtrr, in.
O" - Calcuht.d N@b diameter, in.
lnitial total run timo, minutas
Numbor of point8
25.77
0.5
102.00
65.00
1.003
1.E02
0.00
20.90
79.10
0.020
0.769
0.180
0.180
180.00
12
Md -Mol€cuhr might of siack gB, dry basb, lb/lb mls
M. - Molocular reight of stBck g8s, mt besis, lulb mol6
Pr - Abslulo slsck pEssuE, in, Hg
ui - ViE@sity of stack gaE, micmpoiso
C - Cunninghem mnrclion factor
Dru
os
Q. - Clelone llow Ete, cu. fr./min.
Nn - Reynolds Number
V" - NEl6 Valocity, ft./s.
Rdt - Minimum volocity Retio, fr./se.
RE - Milimum v.locity. R8tio i./s*.
Vmin - Minimum Ge8 Volocity Rmin <0.5
Vmin - Minimum Gas Vebcity Rmin >0.5VlB - Milimum Gas Vslocity Rmx <'1.5Vlu - Muimum Ges Vobcity Rlffi >1.5
Dpd - Minimum velocity h6d, in. H2O
Dpil - Mdimum velocity head, in. HzO
DH - Orfie pocsuo head for c)6lone llow Ela, in. H20
29.000
28.780
25.407
191.416
1.083
r0.295
10.648
0.458
2731.194
43.182
0.680
1.275
21.591
29.353
55.059u.n3
0.2c4
0.927
0.4E0
tr - Ddl tim at fiBt iEv€s point. minuts
L - Calculalion @nstanl
r5.583
19.037
p'1 - VEI@ily hsad at tho fiBt tEveBo point: pmviously
o'1 avs - AvoBoe Do - oEvloua run (s lins C85)
0.670
0 521
CElcuhtod 6ffill timo for sch point:
Op
Point 'l: 0.67
Point 2: 0.69
Point 3: 0.72
Point 4: 0.70
Point 5: 0.59
Point 6: 0.57
Point 7: 0.59
Point 8: 0.62
Point 9: 0.56
Point 10: 0.57
Poinl 11: 0.58
Point 12: 0.59AvoEgs: 0.62'l
Dwell timo (min.)
15.5E
15.t1
l6.1 5
r5.t3
14.62
11.t7
$.42
14.90
11.2s
11.37
1/1.50
11.42
Min/Rmding SQRT Dp5.11652E79 0.819 5.19421465.1627021 0.831 5.2711702
5.23o7249a 0.649 5.3845416s.185$r/9 0.837 s.30922964.s2455469 0.768 /1.8742578
4.47455862 0.755 4.79093't4.s2455469 0.768 4.87425784.5979859 0.787 4.99664321.4923162 0.748 4.718719/
4.17455f.62 0.755 4.7909314.49966441 0.762 4.832774
4.52455469 0.768 4.A742s7A
o.787
P[2.5,PMl0 Cut Polnt C.lcuhdil
Vn - Actual mlsr gas volum, cu. fr.
Vd - Standad gaE volum, cu. ll.
q - Aclual tst time, minutas
V. - AveEgo stack gas velGity, fusoc
201A Fltr R8t6, Ac,lualC)dorc Conditions
Actusl O50 for Clrclon. I (Cut Poini), mm
(9.0 mm < D50 <'11.0 mm)
Actusl D50 for Clrclono lV (Cul Poinl), mm
(2.25 mm < D50 < 2.75 mm)
IKV, %
(80 < tKV <120)
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
75.853
65.994
179.60
45.016
0.463
10.568
2.352
97.003
129 ot 448 @Mostardi Platt
Run1.Method201N202
Client: Compau Minerale Ogden, !nc.
Facility: Ogden Plant
Tert Location: BH{102
Source Condition: Normal
Meter Tempomturc, Tm: 66.4 'F
SqrtAP: 0.789 in. H2O
Stack Tamparaturo, Ts: 110.8 'F
Mator Volum, Vm: 75.853 ft3
Moter volum, Vmstd: 65.823 dscf
Metor Volum, Vmtd: 1.2U mcf
l$kinotic Varian6: 97.0 olol
T6st Length: 180.00 in mins.
Nozle Diamtar: 0.180 in inches
Barcmtric Pr€ssurot 25.77 in Hg
f OISTURE DETERMINATION
Flu6 Prossuro (Ps): 25.81 in. Hg. abs.
Gas Woight dry, Md: 29.000 lb/lb mle
Ges Weight mt, Ms: 28.79E lb/lb mole
Gas Velocity, Vs: 45.443 fps
Volumtric Flow: 23,261 ac{m
Volurptric Flow: 18,218 dscfm
Volumtic Flow: 18,559 scfm
Date:
Start Time:
End TIme:
10t15t21
9:00
12:Ol
DRY GAS IETER CONDITK)TIS STACI( COI{OITIOIIS
AH: 0.49 in. H2O Static PrcsuE 0.50 in. HrO
lnitiallmpingerContont: 2699.2
Final lmpingor Conlont: 2715.1
lmpingor Oiff6ren6: 15.9
Totel Water Gein: 26.2
V.l6lty
Hod ^pln. H2O
Ormd Aclu.l Strdi
AH ll.tr vol. Tmp
ml
ml
ml
Silica lnital Wt.
Silic6 Final wl.
Silica Diflsren€:
Moistura, Bws: 0.018
llatar Tamp
lnl.t Outbr
66.,r
86.4
60.0
72.0
130 of tt48
Sup.rrtundon V.lu, Bwa: 0.103
887.6
897.9
10.3
gramt
9Em
gram
Pump
Veuum
Prcb.
TmP
Flltff
Erlt Tmp
.F
lmplngtr CPI Fllt.t
Erli TmD Erlt Tmp
Total
AvcEgo
Mi.
Mu
110.8
105.0
1'15.0
0.49
0.49
0.,t9
Project No. M2M206A
Scrubber Exhausts and Baghouse Exhausts
@Mostardi Platt
lmpinger Weight Sheet - Run 1
Client:
Facility:
Test Location:
Proiect #:
Date:
Test Method:
Weighed/teasured By:
Balance lD:
Compass tinerals Ogden, Inc.
Ogden Plant
BH{t02
n24tr.206
1011512024
201N202
Rods
LV4
2,715.1
Liquid Final
897.9
Certified Weiqht. orams
250
750
Scale Galibration Check Date:10t13t2024
Scale Calibration Check (see QS{.05C for procedure}
muct be within t 0.59 of certified mass
Result. orams
250.0
750.0
15.9
Liquid lnitial
887.6
Liquid Gain
10.3
IMPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRATIS T'LS / GRAI'S MLS / GRAITS
Empty 593.7 587.2 6.5
Empty 685.4 679.5 5.9
Empty 688.1 687.2 0.9
Dl Water 747.9 745.3 2.6
Silica Gel 897.9 887.6 10.3
Silica Final
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
Silica lnitial Silica Gain
131 of 448 @Mostardi Plaft
Clicnt: Cmpsrs Minomb Ogd.n. lnc.
Facilitla Ogdon Phnt
Tssl Localion: BH{02
Oa,,'. 1011512024
To8t: 'l
Tsl Mcthod: 201A (PM2.t10)
Pr - Baomtdc pB8uru, in. Hg
P, - Static pmssuro, in. H2O
L - Stsck temp€raturo, "F
t- - Mctrr tmp€Etum, T
Y - Mrtcr €libEtion mlt6nt
H@ - Orifi€ @n8t8nt, in. HrO
% co2
o/o Oz
%Nz
B, - FBc{on mbtu0 @ntilt
Cc - Pitot mfid€nt
Dn - Nozlo diamter, in.
O" - Calculatod Nozle diamtor, in.
lnithl totel run tim. minutcs
Nufrbar of ilrinla
25.Tf
0.5
1'10.78
66.35
1.003
1.802
0.00
20.90
79.10
0.018
0.769
0.180
0.180
180.00
12
Md -Molocular cEight ot 3tracl gas, dry bssis, lulb mls
M* - Moleular might of stack 988, rct ba8is, lb/lb ml€
P. - Absoluto st8ck prr!!uE, in. Hg
ur - Vismity of stsck gas, mi(rcpoisr
C - Cunningham @rElion fector
Dru
Ds
Qr - C!6lono flil Eto, cu. i./min.
Nro - Raynolds Numbar
V^ - t'lodo Volocity, fr./s.
Ril, - Minimum valociiy Ratio. fi./se.
Ril - Muimum volocity, Ralio lt./sec.
Vmin - Minimum Gas Volocity Rmin <0.5
Vmin - Minimum Gas Volocity Rmin >0.5
Vlu - Muimum Gaa Vdocry Rmax <1.5Vm- Muimum Gs VllocityRru >1.5
Opil - Minimum velocity h$d, in. H2O
Opil - Muimum vsl$ity hsad, in. H2O
OH - Orifica prassura ha6d for c)rclona llow rat6, in. H20
29.000
24.758
25.807
't93.687
1.085
10.269
r0.635
0.486
2707.31s
43.962
0.681
'1.275
2't.981
29.919
56.035
85.943
0.270
0.946
0.495
ti - Df,ell titrE at fiEl tBvcrao poinl, minutcs
L - Calcuhlion onstant
15.521
18.965
p''l - Vclocity hoad at tho fiEt tEvoBo point: pEvidsly
Calcuht€d drcll tim ftr uch point:
Op
Point 1: 0.67
Point 2: 0.68
Poini 3: O.72
Poini 4: 0.70
Poinl 5: 0.59
Point 6: 0.61
Point 7: 0.58
Point 8: O.57
Point 9: 0.59
Poinl 10: 0.61
Point 1 1: 0.60
Poinl 12: 0.60Aveage: 0.626
Orvoll tim (min.)
15.52
15.60
16.06
1 5.8:i
1/t.61
11.4',1
14.44
14.36
14.57
14.77
14.65
14.59fl)tv/ot
PI2.srPIl0 Cut Polnt Crlilh0m
TimdReading SQRT Dp
5.10
5.12
5.21
5.17
1.52
,1.56
4.49
4.47
4.sl
4.55
/t.53
4.il
0.816
0.823o.u7
0.835
o.770
0.781
0.762
0.757
0.768
0.779
0.n2
o.775
0.790
Vh " Aclu8l mlor gas volume, cu. ft.
Vm6 - Standard gas volum!, cu. ft.
q - Aclual t6t tim, minut8
V. - Avarao€ stack ga3 valocily, fus*
201A Flow Reta, Ac,tuel Clclono Conditions
Actusl D50 for ClElonc I (Cut Point), mm
(9.0 mm < O5() < I 1.0 mm)
Actuel D50 tor Cldcnr lV (Cut Point), mm
(2.25 mm < D50 < 2.75 mm)
tKV,oto
(80 < tKV <120)
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
75.853
65.825
160.00
45.537
0.467
r0.621
2.91
98.787
132 ot M8 @tvlostardi Plaft
Run 2 -ll.thod 2O1N2O2
Client: Compass Minerals Ogden, lnc.
Facillty: Ogden Plant
Test Location: BH-{102
Source Conditlon: Normal
Date:
Start Time:
End Time:
10t1s121
'15:10
18:15
AH:
Meter Temperature, Tm:
Sqrt AP:
Siack Temperaturo, Ts:
Motgr Volume. Vm:
Met€r Volume, Vmstd:
Meter Volume, Vwstd:
lsokinetic Varian€:
Test Lsngth:
Nozle Oiameter:
Barometric Pressuro:
0.49 ln. H2O
80.0 "F
0.789 ln. H2O
1'16.5 'F
74.926 ft3
63.380 dscf
1.2U wscf
93.9 o/ot
180.00 in mins.
0.180 in inches
25.77 in Hg
Static Pressur€
Fluo Prossure (Ps):
Gas Weight dry, Md:
Gas Wsight wet, Ms:
Gas Velocity, Vs:
Volumetric Flow:
Volumetric Flow:
Volumetric Flow:
0.50 in. HzO
25.81 in. Hg. abs
29.000 lb/lb mole
28.790 lb/lb mole
45.684 fps
23,385 acfn
'18,'l2O dscfrn
'l.8,473 scfm
f, OISTURE DETERXIIIATION
lnitial lmpinger Content: 27MA
Final lmpinger Content: 2720.'l
lmpingerDifferen@: 15.7
Total Water Gain: 26.2
Silim lnitial Wt.
Sili€ Final Wt.
SiliB Differene:
Moisture, Bws: 0.019
3t*k I.t . Tmp
Tmp lnl.t Oulh.F 'F 'F
SupoB.tuntlon V.lm, Bwr: 0.121
ml
ml
ml
888.3
898.8
10.5
gftlms
grarms
gEms
V.loctty
H..d AD
dflc.
AH
Pump Prcb.
Tmp
Flh.t
Exlt Tmp
lmplngc
Erlt Tmp
CPI F|ft..
Erh Thp
Actu.l
Irtr Vol.
fi!
04s
0.49
0.49
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
1',r6.5
10E.0
120 0
E0.0
80.0
74.0
84.0
1 33 of 448
3
3
@Mostardi Platt
lmpinger Weight Sheet - Run 2
Client:
Facility:
Test Location:
Projec{ #:
Date:
Test illethod:
Weighed/teasurod By:
Balance lD:
Compass tinerals Ogden, lnc.
Ogden Plant
BH{02
M24206
101192024
201N202
Rods
LV4
Scale Callbration Chock Date:10t192021
Scale Callbration Check (sse QS{.05G for orocsduro)
muct be wlthin t 0.59 of cerlified mass
Gertified Welqht. sramc
2so
Regult. orams
2s0.0
750 750.0
2.720.1 2.704.4 15.7
Liquid Final
898.8
Liquid lnitial
888.3
Liquid Gain
10.5
Silica Final Sillca lnitial Silica Gain
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
I]YIPINGER FINAL INiTIAL GAIN
CONTENTS MLS / GRAITIS MLS / GRAITIS t'rLS / cRAIrlS
Empty 596.7 590.3 6.4
Empty 685.6 680.0 5.6
Empty 688.6 687.5 1.1
Dl Water 749.2 746.6 2.6
Silica Gel 898.8 888.3 10.5
1?4 ol 448 @l\Iostardi Platt
Cliont: Compa$ Mineral! Ogdon, lnc.
Facility: Ogden Plent
Tst Lmtion: BH-002
Dalo: 1O115X2024T6t: 2
Tcat Method: 201A (PM2.5/10)
Pb - Baomtric pBsuE, in. Hg
Pe - Static pBsur!, in. HzO
L - Stack tomfEratuB. oF
t - Met6r tomp€ratuB, oF
Y - Mstar elibEllr @Ntanl
H@ - Orifie onstsni, in. H2O
% coz
o/o Oz
%Nz
Br - Fmction mobtuB ml6nt
C, - Pitot Gtticiont
Dn - NEls diamotor, in.
D^ - Calculeted N@lo diamstor. in.
lnitial totBl run tim€, minutes
Numb€r of rpints
25.77
0-5
1 16.50
79.97
1.003
1.82
0.00
20.90
79.10
0.019
0.769
0.180
0.180
t80.00
12
M6 -Molmular weight ot slack gas. dry b8si8, lb/lb rc16
M, - Molocular rcilht of stsck ges, mt bari!, lb/lb mlo
P. - Absolute stack pBsuE. in. Hg
u. - VisGity of riack gar, micDpoiss
C - Cunningham @r@lion fsctor
Dru
Ds
Q. - Cyrlono flon Et., cu. fr./min.
NE - Reynolds Numbor
V" - Nozle Volocity, ft./sm.
Rff - Minimum volcity Ratio, ft./s*.
RE - Milimum vclocity, Rriio n./w.
Vmin - Minimum Gar Vslocily Rmin <0.5
Vmin - Minimum Gas Volocity Rmin >0.5
Vmax - Muimum GaB Velocity Rmex <1.5
Vm6x - Muimum G$ Volocity Rlu >1.5
Opd - Minimum volocity hcd, in. HzO
Dpr - Muimum volocity h6d, in. HrO
DH - Orifi@ pEssuE h6ad for cyclone flow rate, in. H20
29.000
28.7W
25.807
194.994
.t.086
'10.251
10.626
o.471
2691.058
44.446
0.681
1.274
22.2jt3
30.274
56.63E
66.669
0.273
0.957
0.508
tr - thvell tim at fiBt travor8o point, minutos
L - Calculaiion @nstant
15.523
19.012
p''l - Vsl@ity hosd at ths fiEl lEvsEe point; proviously
o'1 avo - Avffios Do - oBbus run (s lin. C65)
0.667
0 623
Cslculalod dmll tim for ech rpint:
Point 1:
Point 2:
Point 3:
Point 4:
Point 5:
Point 6:
Point 7l
Point 8:
Poinl 9:
Point 10:
Point '! l:
Point 12:
AveEgs:
Op
0.68
o.72
0.70
0.68
0.59
0.57
0.58
0.59
0.59
0.60
0.59
0.58
0.623 #Dtv/o!
Dfl€ll tims (min.)
15.52
16.13
15.91
15.68
14.60,t4.35
14.48
14.60
'14.60
14.73
'14.60
'14.48
SQRT Dp5.1 0.E255.23 0.8119
5. 18 0.8375.14 0.8254.52 0.7684.47 0.7554.5 0.7524.52 0.76E4.52 0.7684.55 0.7754.52 0.7684.5 0.762
0.788
PI2.5/PIl0 Cut Polnt Crlilhdm
V, - Actual motea gs volum, cu. fi.
VmE - Standsrd g8s volumg, cu. fr.
q - Actusl t$t tim6. minutos
Vr - Avffig. steck gas volocity, fr/src
2014 Flofl Rato, Aclual C)rclone Conditions
Actual D50 for C!rclona I (Cut Point), mm
(9.0 mm < D50 < 1'1.0 mm)
Actual D50 for Clelono lV (Cut Point), mm
(2.25 mm < D50 < 2.75 mm)
IKV, %
(80 < tKV <i20)
Project No. M2442OGA
Scrubber Exhausts and Baghouso Exhausts
74.926
63.383
180.00
45.651
0.454
10.902
2Ay
93.944
1 35 of 448 @Mostardi Platt
Run3 -Mcthod2O1N2O2
Client: Gompasr Minerals Ogden, lnc.
Facility: Ogden Plant
To.t Location: BH-002
Source Conditlon: Normal
ORY GAS IETER COXD]TOXS
Date:
Start Tlme:
End Tlme:
STACK COt{D]T(lN3
'10t16t21
7:50
10:58
AH: 0.51
Metor TsmpsEturo, Tm: 65.9
sqrtAP: 0.789
Stack Tomp€raturo, Ts: 106.9
Matar Volume, Vm: 75.10E
Metsr Volums, Vmstd: 65.236
Mstsr Volume, Vwstd: 1.253
lsokinoticVarianco: 95.8
Tsst Longth: 180.00
No:zlg Diamotor: 0.180
BarcmotricPressure: 25.77
ln. HzO
.F
ln. H2O
"F
d
dscf
wscf
o/ot
in mins.
in inches
in Hg
Static PressuE
Flue Pressure (Ps):
Gas Woight dry, Md:
Gas Woight wot, Ms:
Gas vslocity, Vs:
Volumotdc Flow:
Volumofic Flo^,:
Volumetric Flo$/:
0.50
25.81
29.000
28.793
45.295
23,185
18,273
18.624
in. H2O
in. Hg. abs
lb/lb mole
lulb mole
fps
acftn
dscftr
scfm
lnfial lmpinger Contont:
Final lmpingor Cont6nt:
lmpinger Oifisronce:
Total Watar Gain:
V.loclty
Hod AD
Silica Final Wt.
Silica Ditrs16nce:
2727.E
't6.2
1.6 Eg't.0
901.4
10.4
ml
ml
ml
Aclurl
I.try Vol
ltr
lnitial Wt.grams
gEms
grams
26.6
Orlllo
AH
St ck
TmP
Pump
VBuum
0.092
lmplngtr
Erlt Tmp
.F
CPI Flltr
Erlt Tmp
MoistuE. Bws
Iat r Tmp
lnl.t Outbt
65.9
85.9
56.0
71.O
1 36 of 448
Sup.[liunllon V.lm, BB:
Flltry
Erlt Tmp
.F
Preb.
TmP
.F
Total
Avtago
Min
Max
75.108
100.9
102.0
111.0
0.51
0.51
0.51
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
1-1 7:50:m 0.89 0.51 5S.S48 102 5a 58 3 251 250 s7 70
i 7.i6,lo nao n5l A)rc td,58 s 3 2&2fi 57 70
t a.m.m nm o51 M ios tn2 s s I )t9 )4 7a
)a.G.m n71 n51 mrg 102 s s 3 2A ?fi 4q ,1
1-2 a:10:S:t 070 051 I 275 103 m 60 3 7SO 2*t sc 71
1-)A.ra.rt ir)d(l ,n 17n rnt 3 2*2fi 8I)72
1 l2l lq OM o5r D L\) IM 6t Ai 1 aq1 us ,,
1-3 A.n 87 nA9 osl 7A%1U 6?a)3 ?m )$5q 7a
1-3 8:32:15 06e 051 7A A2A 1M B a3 3 2*t )ffi 5C 7?
t-4 8:37:al 0.57 0.51 78.7m 1(xi M il 3 21e 2*5a 73
a.lr.47 oa7 nqt m7q )<,4 5A 73
1J R.&.21 OM o5i e2w im 65 65 1 zlq )4 4
8r53:/(5
)a.lq.G om o5r M971 1m m )4 )4 ,1
2-1 e.m.37 os osl a7 63 1n7 s m 3 ?il )n s 71
2-1 g:05:29 05e 051 8S t3A ,07 a7 67 3 2#2n s 7A
)-2 o.1n.r1 o1 ,)4 1i,252 2fi 5A 73
2-?q.15.m om o5t q3 m1 107 A7 67 1 2q )4 m a,
2-?9:1 9:55 os o5t s5 s7 107 a7 a7 3 29 )s a1 72
c7 aro lna 67 3 250 2il 61 73
)-1 9.4.12 o5q o51 m tt5 1m I ,4 )4
)-a 9.U.?)om o51 iol ffi 1m M s 3 ?4 ?g 6t 71
21 9:39:12 080 051 103 7i()108 ff 6A 3 2il 2n 81 7a
)J o50 n5t i 6q arn tda 1 ,4 59 73
21 q.4.s o{o5t 107 C12 im m m ?2q )q ,a
$!i:r:4 rm oga
8A 8A 3 2fi 250 5A 7?
at io.ot.m n6q oql 112 nS tm M M ,4 ,4 5A 72
11 to.m.t,o5c o61 11A 174 tm s m 1 )$?$q
!2 1O:11,2a 061 o51 t 16 3(X i0q ac 69 3 )s )g 57 7a
l,r6.1A,rO ita tt 69 3 2fi 2g s7 7a
N2 10-?1.1i o60 o51 1)O UO t ln 60 60 ,4 ,4 73
13 10.m-m o5c o51 12? 5n r to ?o 70 3 2A )n 47 ,1
!3 lO:31rO1 054 o5t t24.818 t0 ?o 70 3 2*t )s a7 ,3
n60 d<i a*aM tln 70 70 3 2il 250 57 73
u io.4.6 ns o51 12A NA 110 71 71 ,ta u4 s 73
g to.6.s os o51 13 m7 11i 71 71 3 )q ,fi q 7l
T4 10..52..25 0.58 0.51 't 32.969 l'l I t1 7'l 3 2S 2fi s 7l
1n q.1q 116 0&
65.9
@Mostardi Platt
lmpinger Weight Sheet - Run 3
Client:
Facility:
Test Location:
Project #:
Date:
Test Method:
Weighed/Ileasured By:
Balance lD:
Compass Minerals Ogden, lnc.
Ogden Plant
8H.002
|t21/.206
10t16t2024
201N202
Rods
LV4
2,727.8
Liquid Final
Certilied Weioht. qrams
250
750
891.0
Result. qrame
250.0
750.0
16.2
Liquid Gain
Scale Calibration Check Date:1011512021
Scale Calibration Check (see QS{.05C for orocedure)
must be within t 0.59 of certified mass
10.4901.4
IMPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRAI,IS ]TLS / GRAI'S xtLs / GRAilS
Empty 598.4 591.9 6.5
Empty 687.9 682.5 5.4
Empty 689.8 688.3 1.5
Dl Water 751.7 748.9 2.8
Silica Gel 901.4 891.0 10.4
Silica Final
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
Silica lnitial Silica Gain
137 ot 448 @Mostardi Platt
Cllent: Compels Minsnls Ogdon, lnc.
F6clligr Ogd€n Plant
T6l Lcaiion: BH-002
oa|c 1011612024
Tst: 3
Tct M.thod: 20lA (PM2.y10)
PE - Bemmtric p6ssuF, in. Hg
Pe - Static pB3surr, in. H2O
L - Stack tmpamiuo, T
t - M3lcr tomp€EtuE, ?
Y - Mstor elibEtion @nstant
H@ - Orilic. @nsiant, in. H2O
co2
7$ Oz
%Nz
B. - Fmction mbtuE ootanl
Cr - Pitot otrEiont
Di - NElo diamtar, in.
D" - Calculstod Nozl€ diam6l€r, in.
lnitial total run tim, minut.s
Md -Molocular woight of steck gas, dry basis, lb/lb mlo
M* - Molccular w€Eht of !t6ck ga3, vrot basb, lt'/lb mlc
P. - Abslulr stack pBruB, in. llg
u. - M3cosity of stack g6s, micmpoise
C - Cunnlngham @r6ction f8ctor
Dru
Du
Q. - C!rclon. flov Ete, cu. fr./min.
Nro - Royrolds Numbar
V" - t{ozle Volocity. ft./s.
Rd - Minimum vebcdy Ratio, fi./*.
Rru - M8rimum velocity, Ratjo t./ss.
Vmin - Minimum Gas Vclocity Rmin <0.5
Vmin - Minimum Ges Vclocity Rmin >0.5
VlB - Muimum Gas V.hcity Rm <1.5
Vmu - Muimum Gas Vdocity Rmu >1.5
Dpil - Mlnimum v.locity hoad, in. H2O
OpE - Muimum volocity hed, in. H2O
OH - Orifica pGsura hcad for cydona fotx Ets, in. Hp
25.77
0.5
106_94
6s.s2
r.003
1.802
0.00
20.00
79.10
0.019
0.769
0.180
0.1 80
r80.00
Nilmh.{ dnlc 12
29.000
28.793
2s.&7
192.721
1.0u
10.26't
10.640
0.463
27't7.621
43.625
0.6m
't.275
21.E13
25.674
55.8 t3
65.438
0-?67
0.93E
0..1S3
tr - Owell tlm at fBt tBvem poinl, minutos
ln - Calculetion ffisirnt
r5.667
18_999
p"l - Vobcity hmd 8t the fiBt tmveE! point; pEviously 0.680
0.623- AvaBoa Do - orovious run (G lins
Calcuhtod dmll tim for aeh poinl:
Poinl 1:
Point 2:
Poinl 3:
Point /t:
Poinl 5:
Point 6:
Point 7:
Point 8:
Point 9:
Poinl 10:
Point I 1:
Point 12:
Avcmgo:
Op
0.69
0.70
0.69
0.67
0.60
0.58
0.s9
0.59
0.59
0.6r
0.59
0.58
0.623 #Dtv/0!
Dw.lltim (min.)
't5.67
15.90
15.78
15.55
14.72
14.47
14.59
r4.59
14.59
11.U
14.59
'14.17
SQRT Dp
0.831
0.837
0.831
0.819
0.n5
o.762
0.768
0.768
0.76E
0.78't
0.766
0.742
0.789
PI2.5/P[10 Cul Polnt C.lcuhdd
Vh - Actual mcler gas volumo, cu. ft.
Vd - Standsrd gc volunre, cu. ft.
q - ActEl t6t tim, minuts
Vt - AveEOc atsck gas vglocity, fus*
2014 Flotfl Rat., Actusl C!6lono Conditions
Actual D50 for Ctcbn€ I (Cut Poinl), mm
(9.0 mm < D50 < 11.0 mm)
Aclual D50 tor Clclone lV (Cul Point), mm
(2.25 mm < O50 < 2.75 mm)
IKV, %
(80 < tKV <120)
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
75.r08
65.233
180.00
15.fi?
0./t6o
10.665
2.401
95.778
138 of448 @Mostardi Platt
Client:
Facility:
Test Location:
Proiect #:
Test Method:
Test Engineer:
Test Technician:
Temp lD:
Meter lD:
Pitot lD:
Filter !D:
Filter Pre-Weight (grams):
Nozzle Diameter (lnches):
lieter Calibration Date:
Meter Calibration Factor ffi:
Meter Orifice Setting (Delta H):
Nozzle Kit lD Number and Material:
Pre Pitot Leak
Post Pitot Leak
Pre Nozzle Leak
Post Nozzle Leak Check N/A
Pitot Tube Goefficient:
Probe Length (Feet):
Probe Liner Material:
Sample Plane:
Port Length (lnches):
Port Size (Diameter, lnches):
Port Type:
Duct Shape:
Diameter (Feet):
Duct Area (Square Feet):
Upstream Diam€ters:
Downstream Diameters:
Number of Ports Sampled:
Number of Polnts per Port:
Minutes per Point:
Minutes per Reading:
Total Number of Traverce Points:
Test Length (Minutes):
Train Type:
Source Condition:
Moisture Balance lD:
# of Runs
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
Compass Minerals Ogden, lnc.
Ogden Plant
BH-1400
M24/206
201N202
RB
AIR
Run 2
cM23
cM23
P-1037
18498
3.08915
0.222
't0t312024
0.997
,t.878
PM10 #4 (104-7)
Leak Checks
Run I
cM23
cM23
P-1037
18499
3.07704
0.222
101312024
0.997
1.878
PM10 #4 (',t04-7)
Run 3
cM23
cM23
P-1037
18/97
3.07049
0.222
10t3t2024
0.997
1.878
PMl0 #4 (104-7)
0.763
4.0
Glass
Horizontal
6.25
6.75
Flange
Circular
3.70
10.752
1.9
6.7
2
6
5.0
5.0
12
60
Anderson Box
Normal
LV1
3
1 39 of 448 @Mostardi Platt
Proj.cil{umb.r M2142ooCll.nt Compass Minsrals Ogdsn, lnc.F.clllty: Ogden Plant
li.ihod 1 .nd 2 Cyclonlc Flow Ch.ck D.L
liourcr Condl{m:
Run No.:
Drt :
SLrt Ttn :
End nm.:
RX T..t rr:
Port L.ngth:
L*dlon:
Ptiot lD:
BH-1400
P-1037
Nomal
1
't0t16t24
1 1:00
11i25
RB/AIR
6.25
PltotCor{iclont: 0.763
Prob. L.ngth: 4
DP t{L
Port Polnt (1.. HrO) OP
a r 0.38 0.6000
a 2 0.38 0.616,1
A I 0.39 0.E215
A 'a 0.40 0.6325
a 3 0.43 0.6557
a a 0.45 0.8708
TrrE Yr Arlgl.
fD (o,
240.0 0.0210.0 2.0
2a1.0 0.0
212.0 3.0
213.0 4.0213.0 L0
IrP (h. H2Ol
.t illll Polnt Arylr
0.(x)
0.00
0.00
0.u)
0.m
0.00
T.n? Yd^nga.
fR (o)
245.0 2.O215.0 4.0
245.0 6.0
214.0 ,r.0
214.0 r.0244.0 3.0
lrP(h.H2O) v.loCt,
drtilPoh^ngN. (V)
0.00 3E.90
0.00 39.94
0.00 40.45
0.00 /tl.,l6
0.00 42.1a
0.00 12.93
Ydodry
M
3E.21
39.26
39.ei
40.36
4I,EE
12.9
t'P tq't
Pqt Polnl (ln. HrOl lrP
B I 0.37 0.6063
B 2 0.39 0.62,a5
B t 0.,40 0.0325
B a 0.12 0.6,1C'l
B 5 0.4 0.6833
B C 0.45 0.8708
A-aa!. Yr AEla 2.s o
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
140 ot 448 @lvlostardi Platt
Clisnt: Compas Mino8ls Ogdon, lnc.
Fecillly: Ogd6n Plsnt
Tost Location: BH-'1400
Oeto: 1U1812024
Tost PB 1
Test Mothod: 201A (PM2.5/10)
Pr - Baomotric pluure, in. Hg
Ps - Static pressuE, in. ll2o
t - Stack tempoEtuE, T
ta - M6tsr bmFEEtuB, T
Y - Moter calibEtion mstent
H@ - Orifica @nslant, in. l-l2o
% co,
%oz
%Nz
Br - FEction moistuG ontent
C, - Pitcd mffci€ni
D" - l.lozle diametor. in.
25.il
4.2
Di - Calcultted Nozle dlsmoter, in.
lnitial total run tim6, minutas
250.00
86.00
0.997
1.878
2.00
18.00
80.00
0.1 00
0.763
o.aD
0.222
60.00
Numb€r of I
Md -Mol*ular might of steck g6s, dry bssis, lMb mole
M, - Molocular w€ighl ot ltack gas, wot basis, lbnb molo
P. - Abeluto ltsck presuE, in. Hg
u. - Vimaity of Etack gar, micopois
C - Cunninghem mdion feclor
Dru
Dmr
O. - Cyclore flow EtE, cu. i./min.
Nre - Roymlds Numbor
Vn - Nozla Velocity, fi./s6c.
Rai^ - Minimum vslocity Reiio, i./sec.
Rn - Muimum wlocity, Raiio ltJw.
Vmin - Minimum Gas Valcity Rmin <0.5
Vmin - Minimum Gas Volocily Rmin >0.5
Vmax - Maxlmum Gas Volocity Rmax <1.5
Vmu - Maximum Gas Volocity Rmax >1.5
Dpm - Mioimum voldity hsd, in. UO
Dp.G - Milimum velocity ho8d, in. l-to
DH - Orife p€asure hsd for cyclon€ f,il Bte, in. tto
29.040
27.936
25.625
217j99
1.1(x'
9.8?,.
't0.411
0.581
2329.361
36.010
0.574
1.32.
18.005
20.67'l
47.615
54.015
o.'101
0.537
OT'E
tl - Ddoll timo at fiEl twam point, minules
l" - Calalatim con3tent
4.914
7.76S
p''l - VelGity head at the fiBi iravoM point: prcviously
p'1 evg - Averaoe Dp - owious run (!€€ line C65)
0.400
o.411
Calculalod dmll tima tor each point:
Point 1:
Poiot 2:
Point 3:
Point 4:
Point 5:
Point 6:
Poinl 7:
Point 8:
Poinl 9:
Point 10:
Point 1 'l:
Point 12:
AveBgg:
Op
0.40
0.41
0.40
0.40
0.43
0.45
0.39
0.39
0.40
o.42
0.44
o.11
0.414
Dmlltima (min.)
a.el
a.t7
a.tt
/t.ol
5.00
,21
a.t5
4.05
4,91
5.04
5.r5
5-r5
SQRT DPtl:55 0.6324:58 0.6404:55 0.5324:55 0.6325:05 0.6565:13 0.6714:51 0.6244:51 0.6214:55 0.6325:02 0.6485:09 0.6635:09 0.663
0.643
Pir2.5/PUl0 Cut Point Cdcuhllon
V. - Aclual moler gs8 wlume, cu. i.
Vd - Sbndsrd ges Yolumo, @. ll.
q - Actuel t3st time, minutos
V. - Avoag. stack gas velocity, fi/Be
201A Flow Rrte, AdEl Cyclone Conditions
Aclusl D50 br Cyclon8 I (Cut Point), mm
(9.0 mm < D50 < 11.0 mm)
Adusl D50 br Cyclooe lV (Cui Point), mm
(2.25 mm < D50 < 2.75 mm)
IKV, %
(80 < rKV <120)
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
28.39
23.440
65.00
4't.794
0.629
9.837
2.257
93.387
141 ot MB @Mostardi Platt
Runl -Hcthod2O1Af2O2
Cllent: Gompasr Mlnorals Ogden, lnc.
Faclllty: Ogden Plant
Test Locatlon: BH-1.O0
Source Condltlon: Normal
ORY GAS f,ETER COIIOMOTS
Date:
Start Tlme:
End Tlme:
STACX GOlllITtOt{S
10116124
l2:30
l3:38
AH: 0.55 in. H2O
M6lor Tamparatum, Tm: 85.4 'F
Sqrl AP: 0.639 in. H2O
Strack Tomp€Eture, T6: 249.6 'F
Mator Volumo, Vm: 25.392 fi3
Motor Volumo, Vmstd: 21.035 dscf
Metor Voiume, Vwtd: 2.463 recf
l$kin6tic Varianco: 91.7 o/.1
4.20 in. H2O
25.63 in. Hg. abs
1.80 %
17.90 6/.
29.004 lMb mole
27.850 lb/lb molo
0/6
41.556 fps
26,809 acfiT
15,294 dsc{m
'17,085 scfm
T6st Longth:
Nozle Diamoler:
Barcmlric Pre$uE:
60.00 in mins.
0.222 in inches
25.64 in Hg
Static P€ssuB
Flus PBssurs (Ps):
Carbon Dioxid6:
Orygen:
Nitrogsn:
Gas W6ight dry. Md:
Gas Woight ret, Ms:
Eres Air:
Gas Velocity, Vs:
Volumotric Flfl:
Volumetric Flil:
Volumotric Flw:
f OISTURE DETERTIIIATIOil
lnitial lmpingor Contant
Final lmpingor Content
lmpingor DifeEn@:
Total Water Gain:
2624.9
2668.?
43.3
52.3
ffi6
AH
ml
ml
ml
clu.l
Iatar Vol.
fi!
Pump
Vrcuum
lmplngot
Erll T.mp
CPI Flh.r
Erlt Tmp
Silice lnitial \M.
Silie FinalWt
Silica Oifiaren@:
Moislure, Bffi: 0.105
Irta. T.mp
lnlal Outl.i
789.9 gEms
798.9 gmms
9.0 grams
V.lclty
H.d AD
0.55
0.55
o.55
Project No. M2442O6A
Scrubber Exhausts and Baghouse Exhausts
St ck
T.mp
2,r9.6
219.0
250.0
85.4
65.4
65.0
66.0
142 ot 448 @Mostardi Platt
lmpinger Weight Sheet - Run I
Glient:
Facility:
Test Location:
Projec{ #:
Date:
Tost Mothod:
Weighed/lleasured By:
Balance lD:
Compass Minerals Ogden, lnc.
Ogden Plant
BH-1400
1124/.206
10t1612024
201N202
Rods
LV1
Certified Weioht. orams
250
750
Scale Calibration Check Date:10t1612024
Scale Gallbration Check (see QS.6.05C for orocedure)
must be within t 0.59 of certilted mass
Result. orams
250.0
750.0
IlUIPINGER FINAL INITIAL GAIN
CONTEiITS MLS / GRAi'S MLS / GRAMS MLS / GRAMS
Empty 628.0 587.9 40.1
Empty 673.'l 672.4 0.7
Empty 687.0 685.'l 1.9
Dl Water 680.1 679.5 0.6
Silica Gel 798.9 789.9 s.0
Liquid Final
798.9
Liquid lnitial
789.9
Liquid Gain
s.0
Silica Final
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
Silica lnitial Silica Gain
143 of 448 @Mostardi Platt
Clienl: Compass MimEb Ogden, lnc
Fsillty: O9d6n Planl
Tst LMtion: BHl400
Deta:1016/2024
Tost: 'l
T6st Mothod: 2014 (PM2.5/10)
Pn.- Brrcmotric plBuc, in. Hg
Pe - StEtc pffiuE, in. tto
L - Stack lompoEtu6, T
t - Meter tompoEture, S
Y - Meter Glib6lion ffstEnt
H@ - Orif6 @rot8nt, in. lto
% coz
%oz
%Nz
Bs - Faction moisture @nt€nt
Ce - Pitol mficbnt
Dn - llozle diamder, in.
D. - Caldlabd Nozle diamotsr, in.
lnitial lolal run lime, minutss
[,li -Molalar reighl of stack gEs, dry basis, lMb mole
il, - Molo@lar migtrt ol rtscl 9u, w€t b8i., bnb mol€
P, - Absoluta Eteck pm$uB, in. Hg
u. - Vlmsity of stEck gas, micmpoi$
C - Cunningham ffioclion facior
Dru
Dw
O. - Cyclono now Ets, @. fumin.
NB - Raynous Number
V" - Nozlo Velmity, fi./w.
R.,n - Minimum volocity Ratlo, tt./roc.
R.o - Muimum vslocity, Retio iJ$c.
Vmin - Minimum Gas Volocity Rmin <0.5
Vmin - Minimum Gas Volocity Rmin >0.5
Vmax - Muimum Gss Velocity Rmax <1.5
Vmer - Mdimum Gas Velocity Rmu >1 .5
Dp.h - Minimum volcity hoad, in. UO
Dp.d - Muimum volocity h€ad, in. HrO
DH - Orif€ DlsUE h*d fbr cycbno iil mia. in. t 0
25.64
4.2
249.58
85.42
0.997
't.678
.t.80
'17.90
80.30
0.105
0.7&i
0.22.
0.D.
60.00
Number ol poiats 12
29.@4
27.89
25.625
216.591
1.108
9.817
10.409
0.580
2326.127
35.e€
o.574
1.3?j2
17.971
20.648
17.529
53.922
0.1 01
0.534
0.44',1
tr - Drroll tlme at llct tilam pdnt, minul8s
tn - Calculetim onstanl
4.949
7.825
p'1 - Volcity hsad at tho fiBt tEvom poin(; pEviously
n'l rvd - Av.ffie Dd - odiaur tun asm lim C85l
0.400
0.408
Calculatrad dmll tims br ordr poini
Point 'l:
Point 2:
Poinl 3:
Point 4:
Point 5:
Poifit 6:
Point 7:
Point 8:
Point 9:
Point 10:
Point 1 1 :
Point 12:
Average:
Dp
0.39
o.41
0.41
0.40
o.12
0.43
0.40
0.39
0.39
0.41
0.12
0.43
0.408
Dmll time (min.)
,1.95
5.01
5.01
4.95
5.07
5.13
t1.95
4.89
4.89
5.01
5.O7
5.13
SORT Dp4.57 0.6245.01 0.6/l{)5.01 0.6405.57 0.6325.0/+ 0.6485.04 0.6551.57 0.6324.53 0.6244.53 0.8245.01 0.6405.04 0.6485.08 0.656
0.639
Pf2-5rPXl0 Cut Polnt C.lcuLtlon
V, - Aclual motar gas Elumo, u. Il.
Vd - Standerd g€s rclume, o- fr.
q - Aclu.l tost time, minutor
V. - Avomge rlack gas v€loclty, fus
201A Flon R.16, A{iul Cycbne Condiijons
Acluel D50 tur Cyclmo I (Cut Point), mm
(9.0 mm < DsO < 1 1.0 mm)
Actuel O50 br Cyclon6 lV (Cul Point), mm
(2.25 mm < D50 < 2.75 mm)
IKV, %
(80 < tKV <120)
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
25.392
21.O28
60.00
41.556
0.614
9.989
2-3'.t8
91.718
144 ot MB @fi,lostardi Platt
Run2-tethod2O1Al202
Cllent: Compa3s Mlneral! Ogden, lnc.
Faclllty: Ogden Plant
Tert Locatlon: 8H.1to0
Source Condltlon: Normal
Date:
Start Tlme:
End Tlme:
10t16t21
l4:45
15:51
ORY G s IETER
AH:
M6tar Tomp€raiuc, Tm:
Sqrt AP:
Stack T6mp6Bture, Ts:
Melsr Volume, Vm:
Moter Volums, Vmstd:
Mat6r Volume. Vretd:
lekin€tic Varian€:
Test Longth:
Nozle Oiamolar:
Bammatric PEsur€:
0.55 ln. H?O
82.6 'F
0.661 ln. H2O
25'l.4 'F
28.302 ft3
23.568 dsc,
2.873 mc(
99.9 0 t
60.00 in mins.
0.222 in inches
25.il in Hg
Statc PB$urc
Flu6 PEssuro (Ps):
Carbon Dioxidc:
Orygon:
Nitrog6n:
Gas Woight dry, Md:
Gas Woight mt, Ms:
Exes Air:
Gas Velmity, Vs:
Volumetric Flow:
Volumetric Flil:
Volumetric Fle:
{.20 in. H2O
25.63 in. Hg. abs.
2.10 0/"
18.10 0/o
29.060 lb,/lb mole
27.558 lulb molo
43.068 fps
27,744 acftn
15.742 dsctm
17.661 scfm
MOISTURE DETERTINATION
lnitial lmpinger Contsnt: 2582.4 ml
Final lmpinger Cont6nt: 2632.3 ml
lmpinga. Oaffe€n€: 49.9 ml
Total Wat6r Gain: 61.0
Silie lnitial yvt
SiliG Finaly/t
Sili€ Diffor€n@
Moisturo, Bws: 0.109
ll.t r T.mp
lnl.t (}Jdd
834.8 gmms
845.9 gmms
11.1 O.ams
V.lelly
H..d Ap
fftl6
AH
ctu.l St clr
f.t r Vol. Tmp
tf .r
Pump
Veuum
0.55
0.55
0.55
26.302
251.1
250.0
253.0
82.6
62.6
a2.o
63.0
I
1
A
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
145 ot 448 @Mostardi Platt
lmpinger Weight Sheet - Run 2
Client:
Facility:
Test Location:
Proiect #:
Dato:
Test ilethod:
Weighed/Measured By:
Balance lD:
Gompaer Minerals Ogden, lnc.
Ogden Plant
8H.1400
n24206
1011612024
201N202
Rods
LVI
2,632.3
Scale Gallbratlon Check Date:10t1612024
Scale Calibration Check (see QS6.05G for proceduro)
murt be wiihin t 0.59 of certified mats
Certified Weiqht, qrams
250
750
2,582.4
Rerult. qrams
250.0
750.0
49.9
IMPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRAMS MLS / GRATS ULS / GRAMS
Empty 591.3 546.2 45.1
Empty 661.3 657.7 3.6
Empty 693.7 693.1 0.6
Dl Water 686.0 685.4 0.6
Silica Gel 845.9 834.8 't1.1
Liquid Final
845.9
Liquid lnitial
834.8
Liquid Gain
11.',|
Silica FInal
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
Silica lnitial Slllca Gain
146 ot 448 @Mostardi Platt
Client: Compa$ MimEb Ogdon, lnc.
Facility: Ogden Plent
TestLo€tion: BH-l400
Date: 10/162024
T6st 2
Te3t M6thod: 20'lA (PM2.t10)
Pr, - Barcmgtric p€s8uro, in. Hg
Pe - Siatic plwurs, in. l-lio
t - Steck tempoatuE, oF
t - Melor tompeEfuro, T
Y - M8tor ElibEtion conrtent
H@ - Orifi€ onrtant, in. FlrO
% co,
%oz
%Nr
Br - FBclion moisluro 6nt6nt
Ce - Pitot mffciont
Dn - Nozl6 diameld, in.
O" - Cslolaiad tlozla dismeter. in.
lniti.l total run tims, minutes
Numb€r of mints
25.U
4.2
?51.42
E4.00
0.997
1.878
2.10
18.10
79.80
0.029
0.763
o.222
o.42.
60.m
12
Itld -Mol@ler reighl of sbck gs!, dry basis, lMb mola
i4 . Mdular reEht ol slack gs, wsl bsis, lblb mle
P. - Abqoluie st ck p6suE, in. H9
u. - Vis@rity of strct gs!, micrcpois
C - Cunningham 6roc{ion facior
Dru
D.t
Q. - Cydore flow 610, @. fl./min.
Nre - Roynolds Numb6r
Vn - Nozla Velocity, ff./s6c.
R-' - Minimum valocrty Ratio, fi-/ss.
RE - Maximum valocig, Ratio lL/e.
Vmin - Minimum Gas Volcity Rmin <0.5
Vmin - Mlnimum Gar Vel6ity Rmin >0.5
Vmax " Maximum Gaa V€locity Rmax <1 .5
Vmax - M*imum Gas Volocity Rmil >1-5
DpM - Minimum vel*ty hud, in. FIO
DpiE - Milimum volocity h6ad, in. l.to
DH - OrifiE pBsum hsd for cyclon€ itr Eta, in. I'to
29.060
2E.739
25.625
221.327
1,1 11
9.880
10.440
0.593
2363.867
36.761
0.570
1.324
,8.380
20.971
48.657
55.141
0.107
0.576
0.539
t1 - Brcll timo at fir8t lEveM point, minules
t - Celculatim onslent
1.781
7.559
p'l - Volmity hoad at lhs l16t travee poirt: pEviousty
p'l evg - Av6Eg6 DD - pBvious run (s6e lin6 C65)
0.400
0.434
Calculated dwll tima br oech poinl:
Point l:
Point 2:
Point 3:
Point 4:
Point 5:
Poinl 6:
Poini 7:
Poini 8:
Poini 9:
Point '10:
Point I 1 :
Point 12:
Avomga:
Dp
0.43
0.t|5
0.44
0.44
0.46
0.43
0.44
0.42
0.43
0.43
o.11
0.44
0.438
Drelltim€ (min.)
4.78
5.07
5.01
5.0't
5.13
4.96
5.01
4.90
4.96
4.96
5.01
5.01
SQRT DP1:17 0.6565:04 0.6715:01 0.6635:01 0.6635:08 0.6784:58 0.6565:01 0.6634:54 0.6484158 0.8564:58 0.6565i01 0.6635:01 0.663
0.661
PI2.srPill0 Cut Polnt C.lcuhtlon
Vm - Actual m6tor ges volumo, cu. ll.
V.d - Stendard gas volume, o. 11.
q - Aciul t$t tima, minuts
Vr - Avemga stack gas wlocity, ll/soc
20'lA Flow Rats, Actul Cyclone Condltions
Actual D50 br Cyclono I (Cut Point), mm
(9.0 mm < D50 < 11.0 mm)
Aclual O50 br Cydse lV (Cd Poinl), mm
(2.25 mm < D50 < 2.75 mm)
IKV, %
(80 < tKV <120)
Project No. M24/,2O6A
Scrubber Exhausts and Baghous€ Exhausts
28.302
23.506
60.00
42.402
0.635
9.947
2.277
92.871
147 ot 448 @Mostardi Platt
Run3 -tcthod2O1N2O?
Cllent: Compass illnorals Ogden, lnc.
Faclllty: Ogden Plant
Test Locatlon: BH-1rO0
Source Condltlon: Normal
Dato:
Start Tlme:
End Tlme:
10t16t21
17:.10
t8:26
ORY GA! TETER COTDMOIS 3TACX COTDMOI3
AH: 0.55 ln. Hzo
Mster TsmperaluE, Tm: 85.2 'F
Sqrt AP: 0.662 ln. H2O
Slsck TompomtuB, Ts: 250.6 'F
Moter Volume, Vm: 26.327 fi3
Maler Volume, Vmsld: 21.8'17 dsc{
Motar Volumo, VBtd: 2.331 GC,
l$kinatic Varian6: 91.2 %l
Test Langth: 60.00 in mins.
Nozlo Diamelar: 0.222 in inchss
Barcmelric Posurc: 25.64 in Hg
StElic PBssuB -0.20 in. H2O
Flu. PEs8urc (Ps): 25.63 in. Hg. abs.
Oxygen: 18.30 oh
Nitrogon: 80.10 o/.
Gas Wcight dry, Md: 28.988 lb/lb ml6
Gas Weight rei. Ms: 27.9?7 lulb mls
Ex€$ Air %
Gs8 Volocity, Vs: 43.036 fps
Volumotric Flow: 27,764 acftn
Volumotric Flry: 15,962 dsc{m
Volumotric Fltr: 17,068 scfm
IO|aTURE DETERTINATIOX
lnitial lmpingor Contont: 26/4.7 ml
Final lmpingor Coniont: 2688.6 ml
lmpinger Oifl6ron6: 39.9 ml
Sili€ lnitisl Wt.
Sili@ Final wl.
Sili€ Oiffs16nE:
Moisture, BE: 0.097
lr.tar T6p
lnl.t O.rtl.t
622.0 gmms
831.6 gEms
9.6 grams
Tolal Wstor Gain:
V.l6lly
H..d Ap
t6. H2O
i19.5
Ollc.
AH
ln.
Aclu.l
ilatar Vol.
il
St ck
T.mp
Puhp
Vacuun
Flh.r
Erlt Tmp
lmplngf,
Erlt Tmp
CPt Fllt r
ErltT.mp
PDb.
T.hp
250.6
216.0
252.0
66.,1
65.2
63.0
90.0
1
1
1
17.10.m ot2 o55 15M 21A TB 8,4 1 2fi 250 6,1 73
1-2 17:11:17 0.11 0.55 lT atl uta AI M a ,q 2fi 6t 7L
t-1 17.10.51 oa5 o5s 20 074 252 a3 B 1 2fi 2SO 59 71
17r20:m 20.721
't-3 7.U.@ 0.,45 n15 2n 721 ?5?&1 B ,fi ?fi 5E 71
t{7.4.9 0aa 0s 22 0g 2il s TB 1 2fi 2t9 59 73
1-5 l7:42:lll 0.45 0.55 23.947 252 85 u 4 250 251 59 73
1-6 17:48:01 0.,13 ds5 25 121 25's u 2$2il s9 71
7.52.m 27 765
2-1 171il:9 o.12 0.55 2?.765 250 8a 6,1 250 ,4 60 71
2-2 16:00:m 0.43 o55 ?9 477 ?q1 m il 251 ?4 st 73
2-a 1A.M.g 0a3 o55 32 942 250 as 85 1 231 250 59 73
24 '18:09:52 0.4 0.55 ,4 ,10 5q 71
2-5 18:14:S ou 0.55 37.210 251 s0 85 a 2*251 a)73
24 18:19:51 nu nss ?q {6 ?q1 s s ?s ?fi 61 73
1R rA.m a2 171
Project No. M24/.206A
Scrubber Exhausts and Baghouse Exhausts
148 of448 @{vlostardi Platt
Impinger Weight Sheet - Run 3
Client:
Facillty:
Toct Location:
Project #:
Date:
Test llethod:
Weighed/ileasured By:
Balance lD:
Compars ilineralc Ogden, lnc.
Ogdon Plani
BH-1400
]t24206
10116t2021
201N202
Rods
LVl
831.6
Certifled Woioht. srams
250
750
2,648.7
Scale Calibration Check Date:1011612021
Scale Calibration Check (see QS6.05C for orocodure)
must bo wlthin t 0.59 of certified mass
Result. orams
250.0
750.0
39.9
Liquid !nitial
822.0
Liquid Gain
9.6
lirPlNGER FlNAL INITIAL GAIN
CONTENTS MLS / GRA]ilS i,LS / GRAMS iILS / GRAi'S
Empty 660.4 623.4 37.0
Empty 673.2 671.2 2.O
Empty 684.7 684.1 0.6
Dl Water 670.3 670.0 0.3
Sillca Gel 831.6 822.O 9.6
Silica Flnal Silica lnitial Sllica Gain
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
149 ot 448 @Mostardi Platt
Cliont: Compa$ MimEls Ogdon, lnc
Fscillv: Ooden Plsnt
T6st Lo6tion: BH-1400
O,,'.: 1011612024
To8t 3
Test Mothod: 201A (PM2-5/10)
Pe - Bercmstric pBu6, in. Hg
Ps - Shic pluuB, in. l-l2o
t - St.ck l,Emp€nture, "F
l- - Met6r temporetuD, T
Y - Mettr €libGtion ffi8tant
H@ - OrifiB 6nstant. in. l'to
% co,
o/, Oz
%Nz
B, - Fmclid moi8luE mtent
Ce - P[ot @fffcieni
Dn - Nozle diamator, in.
O. - Calolatad N@le diameter, in.
lnitialtotel run time, minutoE
25.01
4.2
2fi.62
85.23
0.997
1.878
1.60
18.30
80.10
0.097
0.763
o.2i2.
o.24.
60.00
i,li -Moltruler might of ctack 96t, dry besiE, lb/lb molo
Ir,L - Md@hr mi0ht of strd( gB, wst bais, lMb ml€
P. " Absolda strd( pB$uG, in. Hg
u. - Vimsig of stack gas, mimpois
C - Cunningham orec{ion factor
Dru
D.,
O" - Cyclom ittr Bb, cu. i-/min.
N6 - Raynold! Number
V" - Nozle Vslocity, flJ$c.
R-. - Minimum vel@ity R.lio, n./&.
Ru - Milimum volocity. R tio i./8.
Vmin - Minimum Gas Volmlty Rmin <0.5
Vmin - Minimum GaE Vel6ity Rmin >0.5
Vmar - Maximum Gas Velocity Rmu <1.5
Vmax - Maximum Gs3 Vebcily Rmd >'l.5
Dpdn - Minimum vclocity hsd, in. FtO
Dp,o - Muimum velocity hoad, ln. UO
OH - Orifie prBrure hed fE oyclone llor mte, in. lto
28.988
27.927
25.625
217.831
1.1 09
9.821
10.41't
0_581i
2327.623
36.'r30
o.571
1.32.
1E.065
20.745
17.7f3
54.196
0.1 02
0.540
o.152
t, - Drell tima at fiEt twem point, minulot
L - Calculation @nstant
4.957
7.559
I rw-
p'1 - Volocity hoad st thB fiBt tra$M poinl; p6vio6ly 0.430
0.€a
Calculatsd d|oll tlme br a6ch point:
Dp
Poinl 1: O.42Poinl2: O.44
Poinl 3: 0.45
Point 4: 0.46
Poini 5: 0.45
Point 6: 0.43
Poinl T: O.42
Point 8: 0,,13
Point 9: 0.43
Point 10: 0.44
Point 1 1: 0.44
Point 12: 0.14Averags: 0.'f38
Drcll tim6 (min.)
4.96
5.01
5.07
5.13
5.07
i1.96
4.90
4.96
4.96
5.01
5.01
5.0't
SQRT DP
0.648
0.66:!
0.671
0.678
0.671
0.656
0.648
0.656
0-656
0.663
0.663
0.66i1
0.66't
Pf2.5rPf,10 Cui Polnt Crlcuhdon
V, - Aclual motar gas volumo, cu. li.
Vd - Stand8rd gas volume, cu. 11.
q - Adul bst time, minutc
V. - AvoBgo sl,ack Oa8 volociv, lvse
2014 Flow Rate, Aciual Cyclono Conditions
Aciusl O5O br Cydme I (Cut Poini), mm
(9.0 mm < D5() < 11.0 mm)
Actual D50 br Cyclono lV (Cul Point), mm
(2.25 mm < D50 < 2.75 mm)
IKV, %
(80 < tKV <120)
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
26.327
21.61 1
60.00
42.980
0.632
9.82s
2.253
91.249
1 50 of 448 @fvlostardi Platt
Clhirt; Cmpsr MinoElB Ogdd, lnc.
Frclllty: Ogd€n Pl8nt
T.at LG.tbn: BH-140OPiql*t t: iI244206
Run ID.t i l0l1lr'i202a
Tlm ()2 ta ((Fy! CO2 X ldry!13:55 1.90 17.9013;56 l.9O 17.3013:57 1.90 17.8013:58 1.90 17.8013:59 1.m 17.9014:00 1.80 17.90'14:01 1.90 17.90ffiIln 1.80 17.80fu 1.90 17.90
Run 2D.tti 1OAA|2O21
Th. ()2 !a ldrld CO:l t( l.lryl16:11 2.00 18.0018:12 2.00 18.0016:13 2.10 18.0016:14 2.1O 18.2016:15 2.10 18.1016:16 2.OO 18.i0
Run 3
D.t : 10l1tl2021
Tktr 02 !6 (d.Yl CO2 X l.ln l'18:40 1.60 18.3018:41 '1.60 18.3018:42 1.80 18.3018:43 1.70 1E.il018:44 1.70 18.!t0tE:45 1.50 18.4016:17 2.10 18.rc 18:48 1.60 18.20ffiffiilln 2.OO 18.00Xu 2.10 18.20
f,ln 1.50 18.20Iu 1.70 18.40
Proiect No. M2442OGAAEr41l$o rgB'htq-xhausts and Baghouse Exhausts
151 of448 @ltlostardi Plattv26.7 5t7t24
Client:
Facility:
Test Location:
Project #:
Test Method:
Test Engineer:
Test Technician:
Temp lD:
Meter lD:
Pltot lD:
Filter lD:
Fllter Pre-Weight (grams):
Nozzle Dlameter (lnches):
Meter Calibration Date:
Meter Calibration Factor (Y):
Meter Orifice Setting (Delta H):
Nozzle Kit lD Number and Material:
Pre Pitot Leak Check
Post PItot Leak Check
Pre Nozzle Leak Check
Post Nozzle Leak Check
Pitot Tube Coefficient:
Probe Length (Feet):
Probe Liner Material:
Sample Plane:
Port Length (lnches):
Port Size (Diameter, lnchea):
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:
Moisture Balance lD:
# of Runs
Run I
cM23
cM23
PM1025'tA
't8523
3.08/.72
0.242
1013t2024
0.997
1.878
PM10 SET #s (105-8)
Compass Minerals Ogden, lnc
Ogden Plant
BH-001
M244206
201A.
JSC
AIR
Run 2
cM23
cM23
PM10251A
'18516
3.01664
0.242
1At3t2024
0.997
1.878
PM10 SET #5 (105-8)
Leak Ghecks
Run 3
cM23
cM23
PM102slA
18507
3.09596
0.242
10t3t2024
0.997
1.878
PM10 SET #5 (105-8)
0.747
6.0
Glass
Horizontial
6.50
6.00
Flange
Circular
3.79
11.282
2.5
3.7
2
6
5.0
5.0
12
60
Anderson Box
Normal
LV4
3
Project No. M24/.206A
Scrubber Exhausts and Baghouse Exhausts
0.0 @ 5.0 "H"o 0.0 @ 5.0 "H"o 0.0 @ 7.0 'H"o
0.0 @ 6.0 "H"o 0.0 @ 5.0 "H"o 0.0 @ 6.0 'H"o
0.0000 @- 15 "Hs 0.0000 @ 17 "Ho 0.0000 @ 15 'Ho
N/A CD I N/A "Hq N/A @IN/A "Hq N/A @lN/A'Hq
152 of 448 @Mostardi Plaft
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Client: Compass Min.mls Ogdon, lnc.
Fscility Ogdon Plant
T6sl Lffition: BH{01
Oale: 1U1il2024T$t PE 1
TBI Mothod: 201A (PM2.t10)
Pb - Bammetrb pErsuB, in. Hg
P! - Stratic pr63sur9, in. HrO
| - Siack tomp.mluc, T
h - M6ter tompGEtu6, F
Y - Melar elibEtion mnstant
H@ - Orifi@ @nstant, in. H2O
% co,
oz
%Nz
B. - Fraction ruisturo ontont
C, " Pitot @fficionl
Dn - Nozlo dhmrter, in.
D" - Celcuhted NEb diamter, in.
lnitial total run time, minutos
Numt[r of minl
25.17
4.7
E1.00
65.00
0.997
1.E76
0.00
20.90
79.10
0.020
0.747
0.242
0.242
60.00
12
M. -Mobcuhr rcEht of st8ck gar, dry besb, lulb ml6
Mr - Moloculsr might of sl,ack g8s. mt basis, lb/lb mlo
P. - Absoluto steck passuE, in. Hg
ur - Viscity of giack gas, micEpoisa
C - Cunninghem @rEtbn lactor
Dru
Dm
Qr - Cyclone flw Bto, cu. lt./min.
N€ - Royf,olds Number
V^ - Nozls Volocity, fl./s.
Ril" - Minimum vebcity Ratio. ft./s*.
Rc - Maximum volocity, Ralio i.iss.
Vmin - Minimum Ga8 Velocity Rmin <0.5
Vmin - Minimum Gas Vcbcity Rmin >0.5
Vmu - Milimum Ga Volocity Rlffi <1.5
Vffi - Muimum Gas Volocity Rtrux >1.5
Dpil - Minimum volocity h6ad, in. HrO
DpE - Milimum velocity hoad, in. H2O
DH - Oritie pffiuB h6d for cldona florf, Ets, in. H20
29.0@
20.7&
25.419
186.357
1.081
1 0.335
10.567
0.442
2768.379
23.041
0.371
1.373
11.521
8.553
31.643
3,1.562
0.021
0.332
0.503
tr - Ddltim at liBt tmvoE poinl, minutos
L - Cslculation @nltanl
1.7fi
r 1.521
p'1 - Velocity haad et the fiEt tmvrBo poinl; pruviously 0.170
Calculetod dwell tim for Bach poinl:
Dp
Point 1: 0.'17
Point 2: 0.18
Poinl 3: 0.18
Point 4: 0.20
Point 5: 0.19
Poini 6: 0.21
Point 7: 0.18
Point 8: 0.1E
Point 9: 0.19
Point 10: 0.20
Point 11: 0.19
Poinl 12: 0.19
Av6mgo: 0.188
Owoll time (min.)
1.75
4.t9a.tt
5.15
5.02
5.2E
4.t9
a.E9
!.02
5.15
5.02
5.02
SQRT Dp4:45 0.412rl:53 0.1244:53 0.1215:09 0.4175:01 0.4365:'17 0.4584:53 0.4244:53 0.1245:01 0.,1365:09 0.4475:01 0.4365:01 0.436
0.434
Pr2.YPIl0 Cut Polnt C.lcuhdm
Vm - Aciual rnoter gao volum, cu. ft.
V,d . Standard gas volums, cu. fi.
q - Aclual test tima, minutas
V. - AvoEga stack gas wlocity, lll8sc
201A Flow Ralo, Actual Cydone Conditions
Actual D50 for C)rclono I (Cut Point), mm
(9.0 mm < D50 < 11.0 mm)
Aclual D50 tor C)rcbne lV (Cut Poinl), mm
(2.25 mm < D50 < 2.75 mm)
IKV, %
(80<tKV<t20)
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
26.000
22.225
60.00
23.823
0.456
10.429
2.28
99.906
'lil ot 448 @Mostardi Platt
Runl -Method201A
Client: Compass Minerals Ogden, lnc.
Facility: Ogden Plant
Tost Location: BH-001
Source Condition: Normal
DRY GAS METER CONDITIONS
Date:
Start Time:
End Time:
sTACK CONDtTtOIIS
10117t24
13:30
14:46
AH: 0.50
Meter Temperature, Tm: 65.8
sqrt AP: 0.431
Stack Temporature, Ts: 81.2
Meter Volume, Vm: 26.010
Meler Volume, Vmstd: 22.201
MeterVolume.Vwstd: 0.301
lsokineticVariance: 99.9
Test Length: 60.00
Nozzle Diameler: 0.242
BarometricPressure: 25.47
in. H2O
.F
in. HrO
.F
fi3
dscf
wscf
o/ol
in mins.
in inches
in Hg
Static Pressure
Flue Pressure (Ps):
Gas Weight dry, Md:
Gas Weight wet, Ms:
Gas Velocity, Vs:
Volumetric Flow:
Volumetric Flow:
Volumetric Flow:
-0.70 in. H2O
25.42 in. Hg. abs
29.000 lb/lb mole
28.853 lb/b mole
23.660 fps
16,0 1 5 actrn
13,095 dscfrn
13.273 scfrn
MOlsTU RE DETERHIIiIATION
lnitial lmpinger Content: 2219.0
Final lmpinger Content: 2222.1
lmpinger Difference: 3.1
ml
ml
ml
Silica lnitial Wt.
Silica Final Wt.
Silica Difierence:
Moisture. Bws: 0.013
fatar Tamp
lnl.t Outlot
876.8 grams
880.1 gralms
3.3 grams
Supo6aturation Value, Bwr: 0.042Total Water Gain:
Vrlocity
H..d ap
Aclu.l
M.t r Vol.
flr
6.4
Ortfica
AH
SLck
T.mp
Pump
Vacuum
Prob.
T.mp
Total
Average
Min
Max
0.50
0.50
0.50
8't.2
81.0
82.0
3
3
3
Filtrr lmplngor
Extt T.mp Exii fomp
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
I 55 of 448 OMostardi Platt
lmplnger Weight Sheet - Run I
Client:
Facility:
Test Location:
Projec{ #:
Date:
Test Method:
Weighed/Measured By:
Balance lD:
Compass Minerals Ogden, lnc.
Ogden Plant
BH{01
it24/.206
10t17t2024
201A
RODS
LV4
Scale Calibration Check Date:1011712021
Scale Callbration Chock (seo QS{.05C for procedure)
mu3t be within t 0.59 of certified mass
Certified Weiqht. orams
250
Result. orams
250.0
750.0
2,222.1@ 2,219.0
Liquid lnitial
3.1
Liquid Gain
880.1 876.8
Silica Final Silica lnitial Silica Gain
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
IMPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRAII|S MLS / GRAT'S MLS / GRATS
Dl Water 778.6 776.2 2.4
Dl Water 790.9 790.2 0.7
Empty 652.6 652.6 0.0
Silica Gel 880.1 876.8 3.3
1 56 of 448 @Mostardi Platt
Cliant: Compass MineEb Ogdon, lnc
Feciliiy: Ogdon Plsnt
Tcst Lmlion: BH-001
Oalc 1011712021
Ta!t: I
T6st Mothod: 201A (PM2.5/10)
PL - Baomtric pEssuru, in. Hg
Pe - Static p€s8ur6, in. H2O
L - Slack tcmpcEturu, "F
l. - M9tsr tcmprEtuE, T
Y - Met.r calibEtbn on3tanl
H@ - Orifio constant, in. H2O
Yo CO2
%oz
%Nu
BI - Fraction moistuE @nlont
C, - Pitol mfficient
D^ - N@b diamtor. in.
O" - Cslculatod tlozle diamlsr, in.
lnitial total run timo, minutca
Numb€r of points
25.47
-0.7
81.23
65.n
0.997
1.876
0.00
20.90
79.10
0.013
0.747
o.242
0.242
60.00
12
M6 -Molecular might of Btsck gas, dry b8sis, ltilb rclc
My . Molmular waight of stack gas. mt basis, lb/lb mola
P. - Absoluto ltack proaauG, in. Hg
u. - Vis@sity of stack gs. micDpoiso
C - Cunninghsm mtion factor
Dru
DS
Or - C!rclono tlil Et6, cu. 11./min.
NE - Royrolds Numbd
V" - N@lo Velocity, ft./soc.
Rdl - Minimum volmity R8tio, fr-/se.
Rr - Muimum vslociiy, Ralio fr./ss.
Vmin - Minimum Gs Volocity Rmin <0.5
Vmin - Minimum cas Velocity Rmin >0.5
Vmax - Maimum Gss Vclocity Rmsx <'1.5
Vmu - Muimum Gas Volocity Rmsx >'1.5
Op* - Minimum velocity h&d, in. H2O
Opr - Muimum v6locity h€d, in. H?O
DH - Orifi€ praasuB hsd for qldono fltr Eto, in. H20
29.000
20.Es3
25.419
1E7.072
1.081
10.340
10.670
0.443
2771.*1
23.1 08
0.370
1.373
1 1.554
8.552
31.737v.82
o.o24
0.335
0.513
tr - Orell tim al fi6t tEvom point. minutos
L - Calcuhtion mmtant
1.7A2
'I1.599
p''l - VslGity hmd et tho ti6l iravoBo point; previously
o'1 avo - Avom6 Do - orcvious run (s lino C55l
0. t70
0 ta6
Calculated dwoll tim for oach poinl
Point 1:
Poinl 2:
Point 3:
Poinl 4:
Point 5:
Poinl 6:
Poinl 7:
Point 8:
Point 9:
Point 10:
Point 11:
Poinl l2:
Avo6ga:
Op
0.17
o.17
0.18
0.19
0.20
0.20
0.18
0.19
0.20
0.19
0.19
0.17
0.185
D\iloll timo (min.)
4.78
4.78
4.92
5.06
5.19
5.19
1.92
5.06
5.19
5.06
5.06
4.78
SQRT DP
o.412
0.412
o.424
0.436
0.447
0.147
o.424
0.436
0.447
0.436
0.436
0.1't2
0.431
4:47
4i47
4:55
5:04
5:1 I
5:1 I
4:55
5:M
5:'l I
5:04
5:04
4:57
PI2.3rPI10 Cui Polnt Cdcul.dm
Vm - Actual metor gas voluma, cu. ft.
V'd - Standard g8s volum, cu. ft.
q - Actual tost tim, minulss
V. - AveEgo sieck gas velocity, ll/s*
20lA Fbw Rato, Actu8l C!rclono Conditions
Actual D50 for Clrcbno l(Cut Point), mm
(9.0 mm < O50 <'11.0 mm)
Actual D50 for Crrclone lV (Cut Point), mm
(2.25 mm < O50 < 2.75 mm)
IKV. %
(80 < tKV <'120)
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
26.010
22.202
60.00
23.639
0.453
10.507
2.312
99.950
157 ot 448 @Mostardi Platt
Run2-Method20lA
Glient: Compass Manerals Ogden, lnc.
Facility: Ogden Plant
Test Location: BH-001
Source Conditlon: Normal
Date:
Start Time:
End Time:
10117t24
15:.12
16:32
ORY GAS METER CONDITIOi'S STACK CONDITIONS
AH: 0.51 ln. H2O
Meter Temperature, Tm: 66.7 'F
sqrt AP: 0.427 ln. H2O
Stack Temperature, Ts: 81.5 'F
Meter Volume, Vm: 26.024 ft3
Meter Volume. Vmstd: 22.174 dscf
Meter Volume, Vwstd: 0.349 wscf
lsokinetic Variance: 101 .0 o/ol
Test Length: 60.00 in mins.
Nozzle Diameter 0.242 in inches
Barometric Pressure: 25.47 in Hg
Static Pressure
Flue Pressure (Ps):
Gas Weight dry, Md:
Gas Weil]ht wet, Ms:
Gas Velocity, Vs:
Volumetric Flow:
Volumetric Flow:
Volumetric Flow:
-0.70 in. H2O
25.42 in. Hg. abs
29.000 lb/lb mole
28.830 lbnb mole
23.433 fps'15,862 acfrn
12,935 dscfrn
13,138 scfrn
UOISTURE OETERMI]'IATION
lnitial lmpinger Content 2093.2
Final lmpinger Content: 2097.4
lmpingerDifference'. 4.2
TotalWater Gain:
V.lclty
H..d Ap
ln. H2O
ml
ml
ml
Silica lnitial Wt.
Silica Final Wt.
Silica Difierence:
Moisture, Bws: 0.015
lulct r T.mp
881.3 gftrms
884.5 grams
3.2 grams
Supecafuraton Valus, Bwr: 0.0437.4
Actu.l
M.ter Vol.
fil
Strck
Tamp
Fi[.r
Exh T.mp
T
lmplne.r
Erlt T.mp
T
Prcb.
T.mp
0.51
0.51
0.51
81.5
81.0
82.O
3
3
3
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
1 58 of 448 @Mostardi Platt
lmpinger Weight Sheet - Run 2
Client:
Facility:
Test Location:
Projeci #:
Date:
Test ilethod:
Weighed/Measured By:
Balance lD:
Compacs ilinerals Ogden, lnc.
Ogden Plant
BH{01
it24/.206
1011712024
2014
RODS
LV4
Scale Calibration Chock Date:10t17t2021
Scale Calibration Check (see QS6.05G for orocedurel
murt be within t 0.59 of cerlified mass
Cerlified Weiqht. orams
250
Result. orams
250.0
750 750.0
2,093.2 4.2
884.5
Liquid lnitial
881.3
Liquid Gain
3.2
Silica Final Silica lnitial Silica Gain
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
IMPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRAT'S MLS / GRAf,'lS MLS / GRAJUIS
Dl Water 755.6 753.3 2.3
Dl Wator 692.4 691.6 0.8
Empty 649.4 il8.3 1.1
Silica Gel 884.5 88't.3 3.2
1 59 of 448 @Mostardi Platt
cllcnt: Comp$s MincEls Ogdon, lnc.
Fscilily Ogdan Phnt
Tst Lffitlon: BH{01
Delc: 1011712021
TGt: 2
TGt Mothod: 20lA (PM2.5,/10)
Pn - Barcmtric pcsuB, in. Hg
P! - Static prro3uB, in. HrO
! - Stsck tompoEtuE, T
tm - Motor tomparatum, oF
Y - M6lor calibration mstant
H@ - Orifrc.6nstent, in. HrO
% co,
Oz
%Nz
B. - FEction mbtuB mtonl
Ce - Pitot mtrrcicnt
Dn - N@lo diameler, in.
D" - Calcuhtod Nozl. diamtor, in.
lnitial tolal run tim, minuts
25.17
4.7
81.54
66.69
0.997
1.876
0.00
20.90
79.'10
0.0t5
o.717
0.242
o.242
50.00
Md -Molocular might of siack gas, dry basis, lb/lb mlo
M. - Mol€cul8r wright of siBck ges, ret basis, lMb mle
P. - Absolub stack pBsuru, in. Hg
u. - Vlscity of stack gas, micrcpois
C - Cunningham orution factor
osr
oq
Q. - C)rcbno noi Blo, cu. fl./min.
NE - Royrolds Number
V" - Nozlo Volocity, ft./Ee.
Rdt - Minimum volocrty Ratio, ft./Ee.
Ril - Muimum v.locity, Rslb ft./s.
Vmin - Minimum Gas Volocity Rmin <0.5
Vmin - Minimum Ga! Velocity Rmin >0.5
Vmax - Msximum Gss Volocity Rffi <1.5
Vlu - Muimum Gas Volocity Rru >'1.5
Dgd - Minimum vlbcity hud, in. HrO
DpE - Muimum vclocity h@d, ln. H2O
OH - Orilica prcasum hmd br c!rclone fltr Etc, in. H20
29.000
28.830
25.119
186.939
1.081
10.337
r0.669
0.,143
2769.4',t7
23.105
0.371
1.373
11.552
6.566
31.731
v.657
o.o24
0.33,1
0.511
tr - Orvoll timo at ti6t tEvorso point, minutos
L - Calcuhlion Enstant
4.826
11.7U
run (s4 lin.
p'l - Velocily hoad at th6 fi6t tmvcBe point; pBviously 0.170
0. t8[l
Calculstod dmll tim fd 6ach point:
Point l:
Point 2:
Pcint 3:
Point 4:
Point 5:
Point 6:
Poinl 7:
Point 8:
Poinl 9:
Pdnt'10:
Point 1l:
Point 12:
AvoEgo:
Dp
0.18
0.'18
0.19
0.18
0.20
0.19
o.17
0.17
0.r8
0.19
0.17
0.19
0.183
O,lolltim(min.)
4.83
4.97
5.10
4.97
5.23
5.10
4.83
4.83
4.97
5.'t 0
4.83
s.10
SORT Dp4:50 0.4244:5E 0.4245:06 0.4354:58 0.1215:14 0.4175:06 0.4364:50 0.4124:50 0.112rl:58 0.4215:06 0.4364:50 0.4125:06 0.436
o.427
PU2.5rPU10 Cut Polnt Cdcuhdn
Vn - Aclual mlor g6s volum, cu. fi.
VnE - Standard gas volum, cu. fi.
q - Actual tosl tim, minuts
Vr - AvoEga stack gar vclocity, fuss
20lA Flolr Ralc, Actual Cldono Conditions
Actual O5O for C)6lom I (Cut Point), mm
(9.0 mm < D50 < 11.0 mm)
Actual D50 ftr Clalono lV (Cut Poinl), mm
(2.25 mm < O50 < 2.75 mm)
IKV, %
(80 < tKv <120)
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
26.021
22.174
60.00
23.145
0./153
10.494
2.309
100.923
1 60 of 448 @Mostardi Platt
Run3-Method201A
Client: Compass Minerals Ogden, lnc.
Facility: Ogden Plant
Test Location: BH{01
Source Condition: Normal
DRY GAS TETER CONDITIOT{S
Date:
Start Time:
End Time:
STACK CONDITIONS
10117t24
16:52
18:11
AH: 0.50
Meter Temperature, Tm: 65.1
sqrt AP: 0.431
Stack Temperature, Ts: 81.6
Meter Volume, Vm: ?6.002
Meter Volume, Vmstd: 22.223
Meter Volume, Vwstd: 0.334
lsokineticVariance: 100.'l
Test Length: 60.00
Nozzle Diameter: 0.242
BarometricPressure: 25.47
ln. HzO
r
ln. HrO
.F
fl3
dscf
wscf
%l
in mins.
in inches
in Hg
Static Pressure
Flue Pressure (Ps):
Gas Weight dry, Md:
Gas Weight wet, Ms:
Gas Velocity, Vs:
Volumetric Flow:
Volumetric Flow:
Volumetric Flow:
{.70 in. H2O
25.42 in. Hg. abs.
29.000 lb/lb mole
28.837 lb/lb mole
23.676 fps
16,026 acfrn
13,076 dscfrn
13,273 scfm
UOISTURE DETERMINATION
lnitial lmpinger Content: 2122.2
Final lmpinger Content: 2'125.9
lmpingerDifference: 3.7
ml
ml
ml
Silica lnitial Wl
Silica Final Wt
Silica Dtfference
Moisture, Bws: 0.015
llet!r Tomp
lnlct Outl.l
884.5 grams
887.9 grams
3.4 grams
Suparsaturatlon Value, Bws:TotalWater Gain:
Volocity
Ho.d Ap
7.1
Orlfica
AH
Acturl
Itlll.r Vol.
i'
St.ck
Tomp
Pump
Vacuum
Probe
Tamp
0.0tt3
Flltor lmping..
Erit T.mp Erit T.mp
0.50
0.50
050
81.6
81.0
82.O
3
3
3
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
'161 ot 448 @Mostardi Platt
Impinger Weight Sheet - Run 3
Client:
Facility:
Test Location:
Project #:
Date:
Tegt tethod:
Weighed/Measured By:
Balance lD:
Compaos tinerals Ogden, lnc.
Ogden Plant
BH4O1
n24/.206
10t17t2024
201A
RODS
LV4
2,125.9
Certifted Weiqht. qrams
250
750
2,',t22.2
Scale Calibration Gheck Date:10t1712021
Scale Calibration Check (eoo QS6.05C for procedurel
must be within t 0.59 of certlfled mass
Result. qrams
250.0
750.0
3.7
I1{PINGER FINAL INITIAL GAIN
CONTENTS MLS / GRAITIS I,ILS / GRAIIS MLS / GRAT{S
Dl Water 778.8 776.4 2.4
Dl Watol 691.8 690.6 1.2
Empty 655.3 655.2 0.1
Sitica Gel 887.9 884.5 3.4
Liquid Final
887.9
Liquid lnltial
884.5
Liquid Gain
3.4
Silica Final
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
Silica lnitial Silica Gain
162 ot 448 @Mostardi Platt
Cli€nt: Compsss Minmls Ogdon, lnc.
Facility: Ogdon Plant
Tcst Location: BH-00'l
Dala: 1U1712O24Tst: 3
TBI Moihod: 20lA (PM2.5/10)
Pr - Barcmotric prassuro, ln. Hg
Pe - Static pEssurr, in. H2O
L - Stec* tompe€tum, T
k - Motor tamp€Etuc, oF
Y - Motor €libEtion mnstant
H@ - Orifi@ @n8tsnt. in. HrO
% co2
%oz
%Nz
B, - FEction mi8tuo @nt6nt
C, - Pitot mtrEient
O" - Nozla diamct.r, in.
Dn - Calcuhted NElo diamtor, in.
lnitial total run timB, minuts
Numbor of rDints
25.17
4.7
81.E2
65.06
0.997
1.878
0.00
20.90
79.10
0.015
0.717
0.242
o.242
60.00
12
M. -Mohcular might of stack gas, dry basi8, lMb ml€
M* - Molocular might of stsck gas, rel b8is, lulb mols
Pr - Absoluto stack pGssuB, ln. Hg
u. - VbGity of steck ga6, micmpoiss
C - Cunninghem con6ction factor
Dru
Ds
Qt - C)rclono flw rale, cu. t./min.
Nrc - Reynolds Number
V" - Nozh Velocig. ft./sc.
Rd, - Minimum vclocity R8lio, fi./se.
RE - Muimum vrlocity, Ratio it./8s.
Vmin - Mlnimum Gs Vdocity Rmin <0.5
Vmin - Minimum Gas Velocity Rmin >0.5
VtrEx - Muimum Gs Volocity RlE <1.5Vffi - Muimum Gas Velocity Rlu >1.5
Dpil - Minimum vclocity hBd, in. H2O
Dpr - Muimum valsity head, in. H2O
OH - Orifm FEssuo had ftr cydonc llsv mt., in. H20
29.000
28.837
25.419
187.022
't.0El
10.337
10.669
0./t43
2769.56E
23.114
0.371
1.373
't 1.557
8.56E
31.711y.671
0.024
0.334
0.510
t1 - Dmll tim 8t fiEt tmv6M point, minuts
t - Calculstion constsnt
4.932
11.625
p'1 - Volocity hud al the first travcrso poinl; pEviously
o'1 avo - Avemo Do - oEvi.ili tun (!e line C65l
0.180
o tts
Calculatsd dwell tim for Ech point:
Point I i
Point 2:
Pcint 3:
Point 4:
Point 5:
Poinl 6:
Poinl 7:
Pc,int 8:
Point 9:
Poinl 10:
Point 1 1:
Poinl 12:
Avomga:
Dp
0.'17
0.18
0.18
0.17
0.19
0.20
0.19
0.r9
0.r6
0.18
0.19
0.20
0.185 #Dtv/o!
Drclltime (min.)
4.93
4.93
4.93
4.79
5-07
5.20
5.07
5.07
4.93
4.93
5.07
5.20
SQRT DP
0,412
0.424
0.124
0.112
0.436
0.447
0.436
0.436
o.424
0.424
0.436
0.447
0.430
PI2.5,PIl0 Cut Pohil C.lcul.dd
V. - Aclual m€tsr oas volum, cu. ft.
Vdts - Standard e8s volumo, cu. fr.
q - Actual tsst tim, minuts
V. - Avomgo sieck ga8 relocity, fus
20lA Flfl Rats, Aclual Ctrclono Conditbns
Actual D50 for Crclonc I (Cui Point), mm
(9.0 mm < O50 < 11.0 mm)
Aclual D50 tor Cyclono lV (Cut Point). mm
(2.25 mm < D50 < 2.75 mm)
IKV. %
(80 < tKV <120)
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
26-002
22.224
60.00
23,603
0.454
10.484
2.305
100.417
1 63 of 448 @Mostardi Plaft
Client:
Facility:
Test Location:
Project #:
Test Method:
Test Engineer:
Test Technician:
Temp lD:
Meter lD:
Pitot lD:
Filter lD:
Filter Pre-Weight (grams):
Nozzle Diameter (lnches):
Meter Calibration Date:
Meter Calibration Factor (Y):
Meter Orifice Sefting (Delta H):
Nozzle Kit lD Number and Material:
Compass Minerals Ogden, lnc.
Run 1
cM23
cM23
PM2510-100A
18518
8.22724
0.1 87
10t3t2024
0.997
't.878
PM 10 SET tr2 (102-5\)
Ogden Plant
BH-501
M24/206
201N202
JSC
GWM
Run 2
cM23
cM23
PM2510-100A
1851 1
2.99098
0.1 87
10t312024
0.997
1.878
PM 10 SET #2 (102-s')
Leak Checks
Run 3
cM23
cM23
PM2510-100A
14798
3.30007
0.187
101312024
0.997
1.878
PM 10 SET #2 (102-5)
Pre Pltot Leak
Post Pitot Leak
Pre Nozzle Leak Check
Post Nozzle Leak Check
Pitot Tube Coefiicient:
Probe Length (Feet):
Probe Liner Material:
Sample Plane:
Port Length (lnches):
Port Size (Diameter, !nches):
Port Type:
Duct Shape:
Diameter (Feet):
Duct Area (Square Feet):
Upstream Diameterc:
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:
Moisture Balance lD:
# of Runs
0.769
4.0
Glass
Horizontal
6.00
4.00
Nipple
Circular
3.00
7.069
2.1
5.3
2
6
5.0
5.0
12
60
Anderson Box
Normal
LV4
3
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
164 ot 448 @Mostardi Platt
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Cllcnt: Compsls MincEb Ogdon, lnc
FacaliM Ogdm Planl
T$t Lutior: BH-501
Dalc: 1012412024Tst: Pro 1
Tosl M6thod: 2014 (PM2.5/10)
PL- Bamtric pcsuE, in. Hg
Ps - Static possuG, in. H2O
L - Siack tompaEtuE, oF
h - Mrtrrtamp€EtuE, T
Y - Mctlr callbEtbn onstBnl
H@ - Orifi@ @nstant, in. H2O
%co2
Yo Q2
%N,
B. - FEction misluE @nlanl
C, - Pllot coctrrcisrt
O" - f,l@b diemtor, in.
O" - Calculsi6d N@la dhmoter, in.
lnitiallotal run tims. minulos
N"mMr ^t mihtc l,
25.80
-0.3
169.00
55.00
0.997
't.878
0.00
20.90
79.10
0.015
0.769
0. t87
0.187
60.00
29.000
28.835
25.Tf8
207.gil
1.096
10.103
10.55r
0.521
2556.582
45.fi2
0.670
1.29
22.751
{.482
58.249
6E.254
o.2g
0.021
0.520
lid +lolocular sEht of stect ga3, dry bais, lulb ml€
Mr - Molccuhr Eight of rtack ges. rct besis. lMb mb
P. - Absolutc atack pEsum, in. Hg
u. - Vi8@sity of stack ge8, micmpois€
C - Cunningham @rcclion factor
Dru
Ds
Q. - Crclone tlor mt., cu. ll./min.
NE - R.ynolds Numb€r
V" - Nozl. Vsbcity, ft./s.
Rdr - Minimum valrcity Rstio, n./ss.
Ril - Moximum volocity, Ratio fl./3s.
Vmin - Minimum GB Vcbcity Rmin <0.5
Vmin - Minimum Ges Vclocity Rmin >0.5
Vmu - Madmum GaB Velocity Rlffi <1.5
Vmil - Muimum Gas Volocity Rmu >1.5
Dpil - Mlnimum valocity hcad, in. H2O
Dpil - Muimum velocity hmd, in. HrO
DH - Orifica DffiuG hoad tor crdone flov mtr. in. H{
tl - Orvoll lim at firsl lravcM point, minutos
tn - Calculation omtant
4.886
6.308
p"l - Vrlocity h6ad at thc ffBt tEvae pdnt; pBviilsty 0.600
Calculalod drelltim lor cach point:
Dp
Point l: 0.60
Point 2; 0.62
Poinl 3: 0.64
Poini 4: 0.65
Point 5: 0.63
Point 6: 0.61
Point 7: 0.62
Point 8: 0.62
Point 9: 0.65
Poinl 10: 0.65
Point 'l 1: 0.63
Point 12: 0.62
AvcEgo: 0.628
Dwoll tim6 (min.)
a.te
+et
5.05
5.00
5.01
4.93
1.97
1.97
5.0e
5.00
5.Ol
1.97
SART Dp4:53 o.ns4:58 0.7875:03 0.6005:05 0.8065:01 0.7944:56 0.7814:58 0.7874:58 0.7E15:05 0.8065:05 0.6005:01 0.7944:58 0.787
0.793
PI2.5rPI10 Cut Polnt C.lculrts
V. - Aclual moler g8s vdum, cu. ft.
Vd - Stiandard gas volumo, cu. ft.
q - Actual t6l lim, minulog
V. - Avcmg. stack gas nlocity. fi/str
20lA Flor Reto, ActualClElonc Conditions
Actual O50 tor CFlona | (Cut Point), mm
(9.0 mm < D50 <'11.0 mm)
Actual D50 for Ctrclrno lV (Cut Point), mm
(2.25 mm < D50 < 2.75 mm)
IKV, %
(80 < tKV <120)
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
26.000
22.951
60.00
47.9y
0.537
10.321
2.39
97.g/tS
166 of448 @Mostardi Platt
Runl -llcthod201N202
Client: Compass Minerals Ogden, lnc.
Facility: Ogden Plant
Tost Location: BH-501
Source Condltlon: [ormal
Date:
Start Tamo:
End Time:
10t21t21
9:05
10:10
DRY GAS IETER COXDITK)NS
AH: 0.53
M6t6rTomporaturo,Tm: 61.1
Sqrt AP: 0.792
Stack Tomporaturo, Is: '169.1
Meter Volum, Vm: 26.002
Mator Volum, Vmtd: 22.683
Mater Volum, VEtd: 0.377
lsokineticVariancs: 97.0
Tsst L6ngth: 60.00
Nozle Oiareter: 0.'187
BammtricPrsssure: 25.80
in. H2O
.F
in. H2O
"F
ft3
dscf
wsc{
o/ot
in mins.
in inches
in Hg
Static Prc$ure
Fluo Pressure (Ps):
{.30 in. H2O
25.78 in. Hg. abs.
Gas Weight dry, Md: 29.000 lb/lb mle
Gas Wsight wot, Ms: 28.820 lb/lb mle
Gas Volocity, Vs: 47.919 fps
Volumtric Flow: 20,323 acfm
Volumlric Flow: 14,456 dscfm
Volumtric Flow: 14,696 scfm
MOISTURE DETERMINATION
lnitial lmpinger Content: 2694.7
Finel lmpinger Contont: 2698.7
lmpingsr Oifferen@: 4.0
Total Water Gain: 8.0
ml
ml
ml
Ac{u.l
ll.t . Vol.
ft!
Silic€ lnitial Wt.
SiliG Final Wt.
Silie Oiff€ron@:
Moisturs, BE:
887.0 gErc
891.0 grarc
4.0 grarc
SupaErtuntion Vrl[, Bwr: 0.t163
Vdetty
Hod Ap
fffl6
AH
SLck
T.mp
Preb.
T.mp
I.t r Tmp
lnl.t Outht
Fllt lmplngtr CPI Flli,
Eth T.mp Erlt lmp Erlt Tmp
ln.
0.53
0.53
0.53
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
169.1
166.0
171.0
167 ot 448 @Mostardi Platt
Implnger Weight Sheet - Run I
Client:
Faclllty:
Test Location:
ProJec't #:
Date:
Tast Method:
Weighed/lleasurod By:
Balance lD:
Compacs tinerals Ogden, lnc.
Ogden Plant
BH-501
|t21/,206
10t2u2024
201N202
Rods
LV4
891.0
Certlfied Weioht. orams
250
Scale Calibratlon Check Date:10n4/2021
Scale Callbratlon Check (gee QS6,05C for orocedurel
must be wlthin t 0.59 of certilied maec
Result. qrams
250.0
750 750.0
2.694.7
Liquid lnltlal
887.0
Liquld Gain
4.0
IMPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRAITIS MLS / GRAIIIS MLS / GRA]IIS
Empty 589.9 588.1 't.8
Empty 679.1 677.7 1.4
Empty 689.0 688.5 0.5
Dl Water 740.7 740.4 0.3
Silica Gel 8S't.0 887.0 4.0
Slllca Final
Project No. M24/.206A
Scrubber Exhausts and Baghouse Exhausts
Silica lnitial Silica Gain
I 68 of 448 @Mostardi Platt
Cllent: Compsss MinlEl8 Ogdon, lnc
Fecilitla Ogdon Phnt
Tst L66llon: BH-50i
Oatc 10n42O24
Tost: I
Tst Mcthod: 201A (PM2.YIo)
Pb - Baromotric pEsuB, in. Hg
Pe - Sialic pErsurr, in. H2O
L - Stack tcmpcEtuB. T
h - Motcr tomporalurs, f
Y - Moter €llbBtion onstent
H@ - Orm6 constant, in. H2O
o/o CO2
oz
%Nz
& - FEclion mistuB ffilonl
C, - Pitot mfnci€nt
D^ - Nozlo diameter. in.
D" - Calculaled Nozl6 diamelor, in.
lnitisl totBl run tlma. minuts
Number of @int8
25.80
4.3
169.08
6't.13
0.997
'1.878
0.00
20.90
79.10
0.016
0.769
0.187
0.187
60.00
12
Md -Molcculer *right of slack ga8, dry basiE, lMb mlo
M. - Mol€cuhr mrghi of stec* gas, w6l basis, lMb mlo
P. - Abroluto stack pEssuro, in. Hg
ur - Vlscoslty of stack gas, micDpoisc
C - Cunninghgm @rrcction fsctor
Dru
Du
Q. - Cpbnc fbr nta, cu. fr./min.
NE - R.ynold! Numbor
V" - Nozlo Vslocity, ft./soc.
R-n - Minimum valmity Ratio, ft./scc.
RE - Maxlmum volocity. Ratio fi./ss.
Vmin - Minimum Gas Valocity Rmin <0.5
Vmin - Minimum Gas Volocity Rmin >0.5Vlu - Muimum Gas Volocity Rlu <1.5
Vlu - Marimum Gas Volocity Rffi >1.5
Dpffi - Minimum vclocity he8d, in. HzO
Opu - Meximum volocity hrad, in. H2O
DH - Orilio po$uro h*d for ctelona floif, nte, in. H20
29.000
28.820
25.7f8
207.U2
1.096
10.r0r
10.551
0.521
2555.653
45.491
0.670
1.2&
22.715
30.476
58.233
68.236
0.2il
0.927
0.525
tt - Dir€ll tim 8t fiBt tmvoM poini, minutas
L - Calcuhtion constEnt
4.889
6.312
p'l - Velocity hoed 8l the first tEvrcc point; pEviousv
o'l avo - AveBo. Do - oEvioui run (.m lin. C65)
0.600
o 624
CalculetBd dwoll tim for mch point:
D9
Point 1: 0.81Poinl2: 0.61
Poinl 3: 0.64
Poini 4: 0.64
Point 5: 0.63
Point 6: 0.61
Point 7: 0.62
Point 8: 0.62
Point 9: 0.65
Poinl l0: 0.64
Poinl I t: 0.64
Point 12: 0.62Avemge: 0.628 fDlv/o!
Dr6lltim (min.)
4,89
4.93
5.05
5.05
5.01
4.93
4.97
1.97
5.09
5.05
5.05
4.97
SQRT Dp4:53 0.7E14:56 0.7815:03 0.8005:03 0.8005:01 0.7944:56 0.7814:5E O.7E74:58 0.7875:05 0.8065:03 0.8005:03 0.E004:58 0.787
0.792
PX2.lt PIlO Cut Polnt Crlsl.tm
V, - Actual mclcr gas volumc, cu. tt.
VdE - Siandard gas volume, cu. fl.
q - Aclusl tsi tim, minutos
V. - AvoEge 3tack g$ Elocity, ll/re
20lA Flow Ratc, ActualCyclono ConditiilB
Actual D50 tor C!rcbna I (Cut Poinl). mm
(9.0 mm < D50 < 11.0 mm)
Actual D50 for C}rclona lV (Cut Point), mm
(2.25 mm < D50 < 2.75 mm)
tKv, %
(80 < tKV <120)
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
26.002
22.@3
60.00
it7.9l9
0.531
r0.396
2.*2
96.982
1 69 of 448 @Mostardi Plaft
Run2 -Method2O1N2O2
Client: Compass Minerals Ogden, lnc.
Facility: Ogden Plant
Test Location: BH-501
Source Condltion: Normal
DRY GAS IETER COI{DITIONS STACX COTOfiIO}IS
AH: 0.52 ln. HzO Static Pressur€ {.30 in. H?O
Date: 10121121
Start Time: '14:10
End Time: 15:15
Flu€ Prsssure (Ps): 25.78 in. Hg. abs
Gas Woight dry, Md: 29.000 lb/lb mole
Gas Wgight wet, Ms: 28.800 lb/lb mole
Gas Vel@ity, Vs: 48.056 tps
Volumetric Flow: 20,3E1 acfm
Volumetric Flow: 14,39E dsclm
Volumatric Flow: 14.664 scfrn
Meter TempeEture, Tm: 56.2 'F
Sqrt AP: 0.792 ln. H2O
Stack Temp€rature, Ts: 172.3 'F
Mster Volume, Vm: 26.000 fts
Meter Volume, Vmstd: 22.902 dscf
Meter Volume, Vwstd: 0.424 wscf
lsokinelic Variance: 98.3 o/ol
Tsst Langth: 60.00 rn mins
Nozle Diameter; 0.187 in lnchss
Barometric Pressure: 25.80 in Hg
MOISTURE DETERMINATION
lnitial lmpinger Content: 2693.8
Final lmpinger Contsnt: 2698.8
lmpingorOifierence: 5.0
Total Wat6r Gain: 9.0
V.lclty
H.rd Ap
ln.
Ormo
AH
ln. H2O
ml
ml
ml
Aclual
I.ld Vol.
fft
Pump
V&uum
Flh-
Erlt T.mp.F
0.agE
lmplrgd
Er[ Tmp
oF
CPX Flltd
Erlt Tmp
SiliB lnitial Wi.
Silica Final Wt.
Silica Oifferene:
Moisture, Bws: 0.018
X.Lr Tmp
lnl.( Ouil.t
885.7 grams
889.7 grams
4.0 grams
Supc6rturstion Vall[, Bs:
St ck
Tmp
.F
26.006
172.3
169.0
175.O
Prcb.
Tmp
o.52
0.52
0.52
56.7
s.2
55.0
58.0
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
170 ot 448 OMostardi Platt
Impinger Weight Sheet - Run 2
Client:
Facility:
Test Location:
Projec,t #:
Date:
Test iiethod:
Weighed/Mearured By:
Balance tD:
Compass Minerals Ogden, lnc.
Ogden Plant
BH-501
)t24/.206
10t24t2021
201N202
Rods
LV4
2,698.8
Certified Weiqht. orams
250
750
Scale Calibration Check Date:10t24t2024
Scale Calibration Check (see QS{.05C for procedurel
must be within t 0.59 of certilied mass
Result. qrams
250.0
s00.0
5.0
IMPINGER FINAL INITIAL GAIN
CONTENTS MLS / GRAiIS i,LS / GRAJilS MLS / GRAITIS
Empty 589.9 587.0 2.9
Empty 677.4 676.'l 1.3
Empty 691.2 690.8 0.4
Dl Water 740.3 739.9 0.4
Silica Gel 889.7 885.7 4.0
Liquid Final
889.7
Liquid lnitial
885.7
Liquid Gain
4.0
Silica Final
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
Silica lnitial Silica Gain
171 ot 448 @Mostardi Platt
Clkmt: Compars MinaBls Ogd6n, lnc.
Frcilitla Oedon Plent
TGt LMtion: BH-501
Dalai 1012112021
T.8t: 2Tdt M.thod: 20lA (PM2.5/10)
Pr - Baromtric pGsuE, in. Hg
Ps - Static pEs8urc, in. H2O
L - Stack tempoEtuE, oF
l. - Mrtutmp€Blum, T
Y - Meld €lib€lir con8t nl
H@ - Odfce 6nstant, in. H2O
%coz
%oz
%N,
B, - FBclim mbtuD @nlcnl
Ce - Pitot co.fici.nt
Dn - Nozlc dlamtff, in.
D" - Celculetcd Nozlo diameisr, in.
lnitial toiBl run tim. minulo6
Numb.r ol mints
25.E0
{.3
17?.25
$.21
0.9s7
1.878
0.00
20.90
79.10
0.0r8
0.789
0. t87
0.187
60.00
12
Md -Mohculer rcight of rt8ck g8s, dry barb, lt/lb mle
M* - Molccuhr wgight of stack gas, w6t belis, lb/lb mle
P. - Absolute stack pluuc, in. Hg
u! - Vir@ity of stack gss, micmpois
C - Cunningham @flrcilon factor
Dru
Dffi
Q. - Cyolona flow mto, cu. fl./min.
NE - Rcrrous Numbcr
V" - Nozb Vebcity. n./s.
Rn - Minimum vclocrty Ratb. fr./s.
Rc - Muimum vclocity, Rstio fl./ss.
Vmin - Minimum Gas Valocity Rmin <0.5
Vmin - Minimum Gas Velocity Rmin >0.5
Vm6x - Maximum Gs Vclocity Rffi < 1.5Vlw - Muimum GB Vobcity Rlm >1.5
Dpil - Minimum vclocity had, in. H?O
Opr - Muimum valocity ha8d, in. HrO
DH - Orifice pEssuE hcad for cydone flw ral6, in. H20
29.000
2E.E00
25.778
204.111
.t.096
10.09'l
10.546
0.523
2il7.070
45.723
0.670
1.2N
22.62
30.8/t8
*.5?,.
6E.585
0.255
0.93't
0.518
tr - DElltim at fiEt tBv.m point, minubs
L - Cslculstion ffstant
4.930
6.312
p'1 - Volocity h&d at tha flrlt travaBe point; pBviousv
D'1 avo - Av.Eo. Do - o6vitu3 tun {s line C65l
0.610
0.628
Calculst€d dmll tim fd ach point:
Poinl l:
Poinl 2:
Point 3:
Point 4:
Point 5:
Point 6:
Poinl 7:
Poinl 8:
Point 9:
Point l0:
Point 1 1:
Point 12:
AvcEga:
Dp
0.61
0.63
0.01
0.65
0,64
0.61
0.62
0.62
0.64
0.63
0.65
0.62
0.628
OsElltim (min.)
4.93
5.01
4.93
5.09
5.05
4.93
4.97
4.97
5.05
5.01
5.09
4.97
SQRT DP4:56 0.78'l5:0'l 0.70,r4:56 0.7815:05 0.8065:03 0.E0O,l:56 0.7E1
,f :58 0.7874:58 0.7815:03 0.8005:01 0.7045:05 0.8064:58 0.787
o.792
PI2.lYPfl0 Cut Polnt Cdcuhdffi
V, - Acluel retor gas volum, @. n.
Vd - Siandad gas volum, cu. fr.
q - Aclusl t6st tim, minutog
V. - AvaEgo slack gas valocity, fuse
201A Fkil Rete, Actuel Cycbno Conditbns
Aclual O50 for C),clonc I (Cut Point). mm
(9.0 mm < D50 < 1 1.0 mm)
Actu8l O50 for Clalonc lV (Cul Point), mm
(2.25 mm < DsO < 2.75 mm)
tKv, %
(80 < tKV <120)
Project No. M24/2O6A
Scrubber Exhausts and Baghouse Exhausts
26.006
2..902
60.00
4E.056
0.5'10
10.306
2.332
98.315
172 oI 448 @Mostardi Platt
Run3 -ilethod2O1N202
Client: Compass Minerals Ogden, lnc.
Facitity: Ogden Plant
Test Location: BH-501
Sourco Condition: Normal
Date:
Start Timo:
End Time:
10t21t21
15:25
16:30
coxDrTroxs
AH:
Meter Temperature, Tm:
Sqrt AP:
Stack Temp€rature, Ts:
Meter Volume, Vm:
Meter Volume, Vmstd:
Meter Volume, Vwstd;
lsokinetic Varianca:
Test Length:
Nozle Diameter:
Barometric Pressure:
0.52 ln. H2O
58.6 'F
0.792 ln. H2O
174.9 'F
26.004 n3
22.794 dscf
0.377 wscf
98.0 %t
60.00 in mins.
0.187 in inches
25.80 in Hg
Static PressuE
Flue Pressure (Ps):
Gas Weight dry, Md:
Gas Weight wet, Ms:
Gas VelGity, Vs:
Volumelric Flow:
Volumetric Flow:
Volumetric Flow:
-0.30 in. H2O
25.78 in. Hg. abs.
29.000 lb/lb mole
24.421 lb/lb mole
48.107 fps
20,403 acfrn
14.381 dscfrn
14.618 scfrn
MOISTURE OETERUINATION
lnitial lmpinger Content: 2699.3
Final lmpinger Content: 27M.O
lmpingerDifferonce: 4.7
Total Water Gain: 8.0
Silica lnitial Wt.
Sili€ Final Wt.
Sili€ Differonca:
Moisture, Bws: 0.016
llata? Tamp
lnlat Outh'l
881.2 gmms
884.5 grams
3.3 gEms
SupcE.tuntlon Vrluo, Bw!:0.52S
lmpingar CPI Flli.t
Erlt T.mp Erli T.mp
V.l@lty
Hod Ap
ln- H2O
ml
ml
ml
Aclurl
I.tdVol,
frt
Pump
Vlcuum
Prob.
TmP
Fllt.r
Erh T.mp
.F
St ck
T.mp
Ortflca
AH
0.52
0.52
o.52
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
171.9
174.0
178 0
59.7
5E.6
56.0
61.0
173 ot MB @Mostardi Platt
IIIPINGER FINAL INITIAL GAN
CONTENTS MLS / GRAIIS TUILS / GRAJUIS MLS / GRAIiS
Empty 588.4 585.7 2.7
Empty 680.1 678.9 1.2
Empty 694.3 694.0 0.3
Dl Water 741.2 740.7 0.5
Silica Gel 884.5 881.2 3.3
lmpinger Weight Sheet - Run 3
Client:
Facility:
Test Location:
Project #:
Date:
Test ilethod:
Weighed/Measured By:
Balance lD:
Compass Minerals Ogden, lnc.
Ogden Plant
BH-501
|t24/,206
10t2412024
201N202
Rods
LV,f
884.5
Ceriified Weioht. qrams
250
Result. qrams
250.0
4.7
Liquld Gain
Scale Calibration Check Date:10t2N2021
Scale Calibratlon Check (cee QS6.05C for procedure)
must be within t 0.59 of certified mars
500.0
750
881.2 3.3
Silica Final
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
Silica lnitial Silica Gain
174 o'l 448 @Mostardi Platt
Cli.nt Compas Minorals Ogd6n, lnc.
Fscilitt: Ogd6n Plant
Tst Lmtion: BH-501
Dstc: 101i2112024
Tost: 3
Test Mothod: 20lA (PM2.5/10)
Pb - BaDmtric pcsuE, in. tlg
Ps - St6tic pBsuB, in. H2O
| - Stack tcmpentum, T
k - Matcr tcmp€mtum, oF
Y - Motcr calibEtion @nstant
H@ - Orific.6nstenl, in. H2O
% co2
oz
%Nz
B* - Fraclion moistuB 6nt€nl
Cp - Pitot mffEiont
D^ - Nozlo diamtsr, in.
D" - C€lcuhtad N@lo diadEtor, in.
lnitialtoiel run timo, minutcs
Numb€r of Doints
25.60
{.3
171.92
58.63
0.997
1.878
0.00
20.90
79.10
0.0r6
0.769
0.1E7
0.187
60.00
12
Md -Molsuhr might of stack g8s, dry basis, lMb mdo
M. - Molccular reEht of stBck gas, mt basis, lulb mlo
Pr - Absolutc stsck pBuE, in. Hg
u. - Vis6ity of stack geE, micopoise
C - Cunninghem comtion t8ctor
Dou
Du
Q. - ClElono flor 610, cu- fr./min.
No - R.ynolds Numbor
V" - NozL Vobcrty, fr./s.
Rtu - Minimum velociiy Ratio, fi./Bm.
R* - Mulmum vslocity, Rstio fr./soc.
Vmin - Minimum Gas Volocity Rmin <0.5
Vmin - Minimum Ge8 Velocity Rmin >0.5
VlH - Muimum Gas V.locity Rmsx <1.5Vlu - Muinum Gs6 Vclocity Rlu >1.5
Dpd - Minimum volocity hsd, in. HrO
Dpm - Maimum volocity hs6d, in. HzO
DH - Odfic. pEssuE haad for cyclono flfl Et., in. H20
29.000
28.E21
25.774
209.235
1.097
10.0E6
10.543
0.526
2*1.761
45.966
0.670
1.280
2.9U
30.821
58.&X)
6E.951
0.257
0.937
0.523
tr - Omll ti.m at fiEt travor point, minuts
t - Calcuhtion @nstant
4.933
6.3't6
p'1 - Volocity head al th. filst t6vorss point; pEviously
o'1 avo - Avsmoa DD - DEviouB tun lBm lln. C65'l
0.610
o 627
Cslculstcd drell tim for each Doint:
Point l:
Point 2:
Point 3:
Point 4:
Point 5:
Point 6:
Poinl 7:
Poinl 6:
Point 9:
Point 10:
Point 1 1:
Point'12:
AvoEgc:
Dp
0.62
0.61
0.83
0.65
0.64
0.6'l
0.62
o.62
0.64
0.65
0.62
0.61
0.627 tDtv/ot
Dflolltim (min.)
/1.93
4.93
5.01
5.0s
5.05
4.93
4.97
4.97
5.05
5.09
4.97
4.93
SQRT DP
0.787
0.781
0.79r1
0.806
0.800
0.781
0.787
o.787
0.800
0.E06
0.787
0.761
0.792
PU2.5/P[t0 Cut Polnt Crleul.Uon
V. - Actual maler gas volum, cu. fl.
Vd - Standad gs volum, cu. fr.
q - Aclual trsl tim, minutos
V. - AveEgo stack gas v.locity, fuss
2014 Flow R8to, Actual Cyclone Conditions
Actusl D50 for Crct ne I (Cut Poinl), mm
(9.0 mm < D50 < 11.0 mm)
Actual D50 for Cyclone lV (Cut Point), mm
(2.25 mm < D50 < 2.75 mm)
IKV, %
(E0 < tKv <120)
Projoct No. M2442064
Scrubber Exhausts and Baghouse Exhausts
26.004
u.7
60,00
48.107
0.539
10.362
2.355
97.967
175 ol 448 @Mostardi Platt
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
Appendix E - Plant Operating Data
176 ot 448 @Mostardi Platt
AH500 Compliance Testing
Run 1 Run 2 Run 3 Average
Start lOl24l2O24 09:55 LO12412024 17:45 70/24/202414:48
Stop LO(2412024 LLi27 LO12412024 L3:12 70/241202415:56
Scrubber Water (spm)t37 737 133 135
Fan Speed (rpm)L,334 L,334 7,334 7,334Ihroughput (tph)180 27s 192 196
AH502 Compliance Testing
Run 1 Run 2 Run 3 Average
itart tOlLT/2024 72:15 7017712024 75:03 Lo/LBl2o24 08:40
Stop 7OlL7l2o24 t4:40 7017712024 t6:06 Lolt9l202409:43
Scrubber Water (gpm)53 53 60 62
Fan Speed (rpm)1,193 1,193 1,195 L,L94
Ihroughput (tph)t29 131 L28 129
4H513 nce T
Run 1 Run 2 Run 3 Average
Start Iol22l2o24 73:22 LO/2312024 t3:OB L012312024 L4:32
Stop LO/22/2024 76:46 lO/2312024 L4:73 LOl23l2O24 L5:37
Scrubber Water (epm)109 108 to7 108
Fan Speed (rpm)1,305 1,305 1,305 1,305Ihroughput (tph)133 131 130 131
AH692 Compliance Testing
Run 1 Run 2 Run 3 Average
Start 7012312024 07:35 tOl23l202408:55 LOl23l2O24 t0:30
Stop 7ol23l202408:40 70/2312024 Lo:oo Lol23l2o24 17:40
Scrubber Water (gpm)93 93 93 93
Diff. Pressure (in. w.c.)2t 27 20 20.5
Ihroughput (tph)31 30 34 32
8H001 Compliance Testing
Run 1 Run 2 Run 3 Average
Start 7OlL7l2o24 73:30 LOlL7l2O24 LS:LI LOILT/2024 76:52
Stop 7olt7l2o24 t8:LZ 70/7712024 t6:30 toltT/2o2a 78:72
Diff. Pressure (in. w.c.)3.5 3.4 3.4 3.4Ihroughput (tph)L37 L45 737 t40
Average
70/7612024 07:57L01L512024 75:70
70/7512024 72:03 Lo/L512024 78:14 10lL6l2o2a fi:57
Diff. Pressure (in. w.c.
8H008 Compliance Testing
Run 1 Run 2 Run 3 Avera8e
Start tol27/202408:44 Lol27/2024 fi:a4 L0127/2024 t2:04
Stop to/2rl2o2a 70:26 L0/27/2024 L7:46 lOl2t/2024 13:06
Diff. Pressure (in. w.c.)2.9 2.7 2.7 2.7
Ihroughput (tph)70 77 7t 7L
8H501 Compliance Testing
Run 1 Run 2 Run 3 Average
Start 70l2al2o2a o9:oa to124/2024 L4:to LO/24/2024 L5:25
Stop fil2al2024 70:09 70/24/202415:t5 rol24/2024 t6:3o
Diff. Pressure (in. w.c.)3.5 3.3 3.3 3.4
Ihroughput (tph)L27 127 t26 L27
8H502 Compliance Testing
Run 1 Run 2 Run 3 Average
Start Lo/221202409:38 701251202408:05 tO/251202a 70:50
ttop tOl22l2024 tO:49 701251202a Lo:34 tol25/2024 t2:52
Diff. Pressure (in. w.c.)3.3 3.1 3.3 3.2
throughput (tph)36 72 9 19
BH 1400 Compliance Testing
Run 1 Run 2 Run 3 Average
Start LOlL612024 72:30 LOl16/202414:45 L017612024 77:10
Stop 10176/2024 73:38 Loh6l2O24 75:5L LO/1612o24 t8:24
Diff. Pressure (in. w.c.)3.3 3.5 3.0 3.3
Ihroughput (tph)65 55 50 63
8H1516 Compliance Testing
Run 1 Run 2 Run 3 Average
Start 70/t5/2O2a09:00 Lol15l2o24 75:to tOlL6/202a 07:50
Stop lOlL5l2O24 72:05 70/15/2024 78:LB LolL6/2024LL:O9
Diff. Pressure (in. w.c.)3.1 3.1 3.0 3.1
Ihroughput (tph)77 83 79 80
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
Appendix F - Field Data Sheets
1 80 of 448 @Mostardi Plaft
lrcHn dc Srmpllry Corr 9roet
I
l
l
L
Clhnt &a,q.ts ttinonts il- L,Pbt Tubc Gp:O 0Yo
Frc[S:0aL^ L.-',,,--Ptob. L.n00t (Frd):b.<t
Td locdon:Lu- r-,or:hoD. Uncl lfrdd:(rl.sr
Pnd.ctil:tn aqtzoc 8lrph Plrnc:@ a vcrt
Td lrthod(r):9-/zoz 'Poil lngth (r):C-ct,t
Tcd Englnrc ,kz PoilDlrnrbr('):b.at
Td Trdrnblrn:3s Fort[po:flz-,c
t pdr.m Dhmdm:l.c Brct Ehryc:(@ or Rccil.
Dorrffirrm Dhnrten:2.C Dhmfir (Frtl:f.os
totPorb Eangbd;z L.ngft (Fcctl:
torPolntr porPoft lz wld$ (Frrtl:
SourcoCondltlon:A,r.r/ 4^-{-\DuctAtr. (8q. Fod):2o.21 Z
OllufitIodoUEl{:nnub por Foffi 2.<
m Gaa lUcorclilndon:/*c02 s02 TotdTnvrnc Polntr:Z.{
H F O.. lolconcmbdon:/g;co2 *02 Td lrlgft (Hn.l:k)
fobtrn Brhncr lD:Lv Ll Tdn flpr:Andc*saa e,v
E},ilZ RT.}
hrlD:Crv't 4L CwtVG Cwr4L
PbtIB 21s 2$E 21s
FllbrlD:l'2C2 g t"477 ttLL 3
Flltr Pn-Iualglrt (g!:O L/(ol C 0 rl,l5o€o,ISLZ{
L@lc Dlrmder ('):.ZAo .z8o .?so
fO. C.l Frctr (Y):l-@3 I .oo-a I .c:a s
T br Odfrc.8dng (DH):. €o?-l.RoL l.toL
il@h l0tlD 9S** utt tS S€l-H rr 5s se* * \'r
lndFklul ilorde lD:-lzr {+q +q
Prt Plffi Ltk Chrdr:O'O o J.S 'Hro OO o 4.o'Hro oo o J( 'itc)
FU Pliot l,-r[ Chclc 0o o q.l 'Hzo oo o 4's"xo oo c lo 'ltc)
tr ilozL Lok Gltrclc A-ocrrl e ,o 'llg O.&D c lq 'Hs CIOOQ)O tl 'llg
!t 1{@h Lork Chcdr:O cnrl o lL 'l-lg O.oaad c 11 'Hs O, l o t* 'He
B omtlc Pruurq"l{g:2{ ss 2{,N 25.as
ttr0c Prnrn,'lftO:- Otl0 '-o.l o - 0'to
@r *:
Or *:
dcsrnplhg Coor$cf
No. M244206A
rr Exhausts and Baghouse Exhausts
Rar,3.2
'181 ol 448 @Mostardi Platt
1t1t12021
Poject Number:
Client:
fll1u q 7-DL
est Location:
Condition:
est Engineer krrL
.44 x COzo/o + .32 x O2Yo + .2Ex Nz96 = _ (Md)
i/ld ^ _1-8ws) + (18 x_8wt) = _ (Ms)
85.49 x Cp x
Vg t _ Flue Area x 60 =
17.647 x acfm * Ps =Ts "R
DS-001 Method 2 Pitot Sheet
iect No. M2442O64
acfrn
sctrnx60=_
Rev. 1.3
182 ot 448
tb l?.1114.
{.ot
7'3o
gS
1n5nt2,
@Mostardi Platt
Volumetrlc Flow Rate Determlnatlon Fleld Data Sheet
Date:
Test Number
Start Time:
End Time:
Test Tech:
.
-JIF:
Dud Diameler f'og t Upstream Disturbancs, Diameters l.r.
Flue Area lp-'?t.t- tr Downstream Disturbance, Diarneters L.O
Port Lg!q]! b.(o " eort SizelrS__' PotlType tgt Pltot lDJ43 Pitot Coefiicisnt (Ce) _p__?ltoP', J).tts "Hg COzo/" Wet Bulb Temp Leak Checks Passed@
Static'0'lo "HeO a2oh Dry Bulb Temp Pre 4 lnches H2OStatic "Hg Nz % B- Post L lnches H2O
P. arE[-Hg - ueter NiE rrure *81 umbiticallD
-
{forq-1
Msx Pa
Exhausts and Baghouse Exhausts
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Scrubber Exhausts and Baghouse Exhausts
Sampling Cover Sheet
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Sampling Cover Sheet
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
Rev. 3.2
l.1.87 ot MB
I
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Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
Rev.3.2
1 93 of 448
1t1t2021
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OMostardi PlaftProject No. M244206A
Scrubber Exhausts and Baghouse Exhausts I rot "oo'
Project Numben
Client:
Test Locaton:
Source CondiUon:
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rdcSurdhg CoYerSfid
No. M244206A
rr Exhausts and Baghouse Exhausts
Rev.3.2
208 ol 448
1tllzfit1
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No. M244206A
rr Exhausts and Baghouse Exhausts
Rev. 3.2
2O9 ot 448
il1m21
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Volumetrlc FloW Rate Determination Freld Data Sheet
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221 ot 448 @Mostardi Platt
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Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
1t1t2021
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Project No. M2442A6A
Scrubber Exhausts and Baghouse Exhausts
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End Tlme:
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DS-001 Mothod 2 Pllot Sheet
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
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Rev. 1.3
235 ot 448
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No. M244206A
>r Exhausts and Baghouse Exhausts
Rev.3.2
247 ot 448
il1m21
@Mostardi Platt
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oe83.2 @Mostardi Ptatl 11 flfiZ1
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Scrubber Exhausts and Baghouse Exhausts
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Appendlx G - Callbratlon and Response Tlme Data
JAil - 1 2025
DIVISION OF AIR QUALITY
Project No. M24/,208A-
Scrubber Exhausts and Baghouse Exhausts
251ol4/,B @Mostardi PIatt
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.
CN&F-002 Cal Procedures M5 & flow Rev.2.2 1t1t2021
Project No. MZ4/2OGA
Scrubber Exhausts and Baghouse Exhausts
258 ot MB @Mostardi Platt
Dry Gas Meter/Control Module Calibration Diagram
ATD-090 Dry Gas Meter Calibration
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
Rev. 1.1 8t17t2l',t5
259 ot 448 @Mostardi Platt
Cfiant Cmpu Mlm6h Ogdd, lrc.F.cilS Og.r.n Plnl
PFI.C I i42,a,r206
Tot Lsicn: AH{13
Opda.c AIR
Tcl Hr.dr :14,51202
An.fuz.? D.{r
7tx) Lx
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
260 ot 448 @fvlostardi Platt
Cllent: Compass Minerals Ogden, lnc.
Facillty: Ogden Plant
Project #: AH-513
Test Locatlon: M244206
Linearlty Cal/Pre Run I CalDate: 1012212024
Time
'12:09
12:10
12:11
1212
12:13
12:14
'12:15
12:16
12:17
12:18
12:19
12:20
12:21
12:22
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Scrubber Exhausts and Baghouse Exhausts
281 ot 448 @Mostardi Platt
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Project No. M24/.2OOA
Scrubber Exhausts and Baghouse Exhausts
Rev. 1.0
282ot 448
211712020
@Mostardi Platt
M2 M5 M17
K
Pe = 0.4s6 (in.), PB =
S TYPE PITOTTUBE INSPECTION WORKSHEET
Pitot Tube No: 1037 Date: 1211312024 lnspeclors Name: WJH
Type of Probe: (mark one)Probe Length: N/A ft.
--Jr"',, ',
I
l.l
Lfii8{WrilL r-8 *
lr
I
JII
-l:!|g.!-?!lt{i .. if FLw
- ; _ p^ ,Norr I^LorGtTUorrrL' ur -r.05 a<e <r 50 DtuBE Axrs
----
- - . .-_ | ' 'o p_ I p^=po J,_fts
o 'o cM aor <0 95 cu B-sloE PuNt
(5,/r5 rN.) (3,/6 rN.)
i=i;;
t-"__'.
TRANSVERSE. ruBE axrs z
lAoRE . _
lce I ..[.._. _r-.1]'OPENI|G: IA - ,B
PI,ANES
TRANSVERSTruFEAxrS _ r I .f H'.0l r''-1 -Br-:r-l .vi
L
---
Pitot tube assembly level? X yes _ no
Pitot tube openings damaged? _yes (explain below) X no
?1= 2 o(i10o) o2= O.S o(s10o)z = A sin y = O.O/O (in.); (<0.125 in.)
br= .l o(iso) bz= 1 o(<5o)w = A sin 0 = 0.00E05 fin.); (s0.03125 in.)
y= Z.S o Q= O.S o [= 0.923 (in.) Pe= 0.462(in.),PB= 0.462(in.),Dt= 0.375 (in.)
Calibration required?yes X no
PIS-001 S Typo Pitot Tub€ lnrp€ction Form
ProJect No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
Rev. 1.0
283of 448
2117t2020
@Mostardi Platt
M2 M5 Ml7
(
Quality Source Sanplhg Systems & Accessories
S-type Pitot ID:
Standard Pitot ID:
Cp(std):
Part Number:
Test Velocity (fps):
Wind Tunnel Location:
Customer:
708 E. Club Blvd., Durham, North Carolina 27'704
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
www. environsupp Iy. com
284 ol 448
919-956-9688 FAX: [phone]
@Mostardi Platt
P-to37
RE2-20
0,99
PPSIZ-Y-Plrl1025
50
wakc Forett, NC
Mostardl Platt
Date:
Personnel:
Cp(actual):
Psr.(in Hg):
T('F):
Tunnel Size:
9-5ep-16
8R
o.763
29.76
78
30" x 36"
o.507 0.867 o.757 0,002
o,5t7 o.870 o.763 -0,001
o.5t7 o.857 o.769 0.000
NOTES:
1. Pltot calibrated wlth an Environmental Supply Co. PM10 cyclone.
2. C, is only valld whcn used wlth PM1O cyclone.
t. C, is only valid with 1" spacing from PM1O cyclone.
F('td)cp(s) = cPGtd)"i-'V AP(s)
*Deviation = {cp(s) - AVGCp(s)} {must be <0.010}
Standard deviation of the deviations must be less than 0.02 for both sides.
Pltot tube S/N P-1O37 was callbrated ln accordance wlth the CFR 4O, Part 6O Appendix l,
Mcthod 2, Section 10.
Luoa
I
Signature
S TYPE P]TOT TUBE INSPECTION WORKSHEET
PitotTube No: B?!1919
Type of Probe: (mark one) M2 M5 M17
x
Date: 4fiU2024
Probe Length:
lnspectors Name: AEM/EC
N/A ft.
.-i
I
lr
r1L]__l
LONCITUDINAL . oTUBE AXIS r:_ -1 .. . -.iA
---+:
il
J-s rLo*
l8t.
:
:
-\
,_ __B|-_ ,f^-'-'' F'
Xno
z=Asiny=
w=Asin0=
0.017 (in.); (<0.125 in.)
0.00000 (in.); (s0.03125 in.)
0.480 (in.), Dt = 0.375 (in.)
A_SIOE PUNE
LoNGTTUDTNAL, Dt Alubt Axrs i- B-
Pl
B
NOIT:
F.oS q<Pr <r.so D
I
l.-. =L',_____l
FACE: OPENINC lPUNTS
A-, B,t,1'
o.4E cv <D, <095 cv B-slDE PUNE
(5/r5 rN.) (3/8 rN )
TRANSVIRSE_--_ TUBE AXISIAORB
TRANSVERSTTUFa ^XtS,.-...-.r.,, lLALJ
X yes
Li:
,.tll
Pitot tube assembly level?
Pitot tube openings damaged?
8r= O.5 o(s10o)
br- 1 o(sso)
yes (explain below)
o (<1 oo)o2=
bz=1 0 (350)
o A= 0.959 (in.)
Calibration required?yes x
Pl$ol S Typ6 Pibt Tube lnspccton Form
Project No. M24/206A-
Scrubber Exhausts and Baghouse Exhausts
Rev. 1.0
285o1 448
?,17i2020
@fvtostardi Platt
Pr = 0.480 (in.), P" =
S TYPE PITOT TUBE INSPECTION WORKSHEET
Pitot Tube No: PM2510-100
Type of Probe: (mark one)
Pitot tube assembly level?
Pitot tube openings damaged?
A-SIDE PUNE''r-t""
.,tB,l,llS.' pr-------l----'
r-=r
o.aE cv <ot <0.95 cM E-sloE PuNt
(3/15 tN.) (3/E rN.)
M2 M5 M17
x
[ --_---_z--:\I ^oR8\ '
Probe Length: n/a ft.
NOTE:
[r.o5 q<Pr <r.5o D
L 'o=ra
Del
lli TACE ;I oPENlNclI euxes i
idt c2:i-: -li
Date: 11n?/2024 lnspectors Name:
LONGITUDINALIUEI ^XtS
GM
B
lr:
)'!;
IRANSVERSETUBE AXIS
6 o 1s"loo1 a2=
o o (<50)bz=
10 1 o P, = 0.933 (in.)
at
IRANSVERSE :/.\ ,JrL,FF alS../...f,f,.8..
]
X yes
l^--w-ff!:--r\-l
i
rl
yes (explain below)
o (<100)
o (<so)
Xno
z=Asiny=
w=Asin0=
0.016 (in.); (<0.125 in.)
0.0162E (in.); (s0.03125 in.)
0.467 (in.), Dr = 0.375 (in.)
dt=
br=
=Y
Calibration required?yes x
PlS01 S Typ€ Pitot Tube lnsp€ctbn Fom
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
Rev. 1.0
286 ot 448
2117t2020
@{!!ostardi Platt
Pe = 0.467 (in.), Pr =
Qualiry Source Sampling Systems & Accessories
S-type Pitot ID:
Standard Pitot ID:
Cp(std):
Part Number:
Test Velocity (fps):
Wind Tunnel Location:
PM2510-100
RE2-20
o.99
PPS12-Y.PM10
50
Wake Forest, NC
Date:
Personnel:
Cp(actual):
P6"r(in Hg):
T(OF):
Tunnel Size:
23-Feb-14
BR
o.769
29.54
56
3O" x 36"
uJo
0
I
NOTES:
1. Pitot callbrated with an Environmentat Supply Co. PM1O cyclone.
2. C, is only valid when used with PM10 cyclone.
3. C, ls only valld wlth 1" spaclng from Plrllo cyclone.
trFctd)cp(s) = cp(std)1ffi
*Deviation = {Cp(s) - AVG Cp(s)} {must be <o.o1oi
Standard deviation of the deviations must be less than 0.02 for both sides.
Pitot tube S/N PM251O-fOO was callbratcd in accordance with the CFR 40, Patt 60 Appendlx
A, Mcthod 2, Sectlon 10.
Signature
708 E- Club Blvd,, Durham, lJorth Carolina 27704
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
'vww.enviionsupply.com
287 ol 448
919-956-9688 I.AX: 919-682-0333
@Mostardi Platt
S TYPE P]TOT TUBE INSPECTION WORKSHEET
Pitot Tube No: 10251
Type of Probe: (mark one)
Date:9t5t2024
Probe Length: X ft.
i.i
-;ll,
l,ltl
:
lnspectors Name:
'rrif{ggB'F * -
iA
--f'-
-
JI
REFl
r,...,-
4:!roe ?4.N.t i I FLow
'JI
Po _NOTE:
I
r.05 q<P, < r.50 0
"" L P^=PB
LoNGrTuorNAL , Dt A
1UBE ^xrs : ; -
n-srDE pLAiie0.48 cM <Dr <0.95 CM " "''(5/r5 rN ) rll8 rN.)
lB
,I
l
-\
l^ -.'B
-Br-.:- 1tA
-
);:
z
Pitot tube assembly level?
Pitot tube openings damaged?
dr= O.S o (<10o)
1 0 (<50)
IRANSVERSE_- IUBE AXISI AoRB
TRANSVERSTruga Axts..1,l.r!ll
X yes
I .... tL _____-.1
I rrcsI oPENtNc iP[NES
r a.-.-r..-.s i.
yes (explain below)
o (<'roo)
o (sso)
0.5d2=
bz=
1 o f, = 0.959 (in.)
(in.); (s0.125 in.)
(in.); (s0.03125 in.)
0.480 (in.), Q = 0.375 (in.)
z=Asiny=
w=Asin0=0.01E7.1
0.008
br=
=Y 0.5 0
1
Calibration required?y€s
PIS-@I S Typo Pibt Tubo lnspoclion Form
Project No. M2442OAA
Scrubber Exhausts and Baghouse Exhausts
Rev. '1.0
288ot MB
211712020
@Mostardi Platt
M2 M5 M17
Pe = 0.480 (in.), PB =
S TYPE PITOT TUBE INSPECTION WORKSHEET
Pitot Tube No: '10251
Type of Probe: (mark one)
LON6I'UDINATluEE ^rr<
Pitot tube assembly level?
Pitot tube openings damaged?
0..8 cM <Dt <0.95 CM(3/r5 rN.) (5/6 rN.)
\__\B.SIOE PUNE
TRANSVERSE(_ TUBE AXISI AORBy
TRANSVERSEl!af__a.x t5,
X yes
Probe Length: X ft.
NOTE:
1..03 q<Pt <r.5o o
| "o=r,
tl
tt
Pq
FACE iI oPENTNG l
I PUNES
ial ro2t
,h--v---n,
Date: 1111212024 lnspectors Name:
LONGITUDINALIUEE UIS
DSN,I
\___\.
e,iltri!'l:Ilo7i^
L_i
?t=
br=
=v
2 o (<10o) ?.z=0.5
1 0 (<50)bz=
e=1'00 f, = 0.968 (in.)
z=Asiny=
w=Asin0=
0.017 (in.); (<0.125 in.)
0.00000 (in.); (<0.03125 in.)
0.484 (in.), D, = 0.375 (in.)
yes (explain below)
o (<1 00)
o (<5o)
Calibration required?
PIS{01 S Typ€ Pitot Tub€ lnsp€ction Fom
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
Rev. 1.0
289 ol 448
2t17t2020
@ft4ostardi Platt
M2 M5 M17
x
Pr = O.4M (in.), PB =
Qualit.v Source San'pling Systems & Accessories
S-type Pitot ID:
Standard Pitot ID:
Cp(std):
Part Number:
Test Velocity (fps):
Wind Tunnel Location:
PM10251
RE2-20
o.99
PPST2.Y-PMlO
50
Wakc ForGit, NC
Date:
Personnel:
Cp(actual):
P6u.(in Hg):
T(OF):
Tunnel Size:
23-Feb-14
BR
o.747
29,s4
55
3O" x 35"
uJoa
I
NOTES:
1. Pitot calibrated wlth an Environrnentat Supply Co. pMlO eyclone.
2. Co ls only valid when used wlth PM1O cyclone.
3. C, is only valid wlth 1" spacing from P].11O cyclone.
@Gtd)C-rz(.r) = Cn(std\ /--'I aP(s)
xDeviation = {Cp(s) - AVG Cp(s)} {must be <o.o1o}
Standard deviation of the deviations must be less than 0.02 for both sides.
Pitot tube S/N PM10251 wls callbrated ln accordance with thc CFR 4O, Part 6O AppendlxA, Method 2, Scctlon 1O.
2",p,, a
Signature
708 E. Club Blvd., Durharn, North Carolina 277A4
Poject No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
Sgrtiilil"rsupply.com
-o.tl9-0.460
o.736- I --o.t-i -Q_go1__
0.000
4.747
919-956-9688 FAX: 919-682-Ay3
@Mostardi Platt
S TYPE PITOT TUBE INSPECTION WORKSHEET
Pitot Tube No: 296 Date: 12Ill2O23 lnspectors Name: CST
Type of Probe: (mark one)Probe Length: 4 ft.
ff-Ir
I
r.lLj l
,ilf{sg,go'- f; *; -{r
j1-..J. ..._
r_-,!tPg_?!r!!E,-.... .
:;.Pa-NorE:
LoNorruorNAt , ut f1.05 q<Pr <r.50 D'fuBE axrs , --- --l-. .-
- -
% -
P^=PB
o 48 cM <Dr <0.95 cu 8-slDE PUNE
(3/r 5 tN.) (3/E rN.)
1 I F|OWF-
-'rl
EI:
i a dr
-
IRANSVERSE :
-
TUBE Axrs I - zI AORB L- ] :
FAcE ..:-- . ;--f, .oPENING, ,o - BPLANES
' ,| '-i
TRANSVTRST'i.Lidi"^1lS:r a,.;], ^-r_r,
Pitot tube asssmbly level? X yes no
Pitot tube openings damaged?yes (explain below) X no
d.t= 1 o(<10o) €2= 1 o(sloo)
br= 0 o(35o) bz= 1 o(sso)
z = A sin y = 0.016 (in.); (s0.12S in.)
w = A sin 0 = 0.016i,t (in.); (s0.03125 in.)
y= 1 o e= 1 o A= 0.925(in.) PA= 0.463(in.),PB= 0.463(in.),Dt= 0.375(in.)
Calibration required? yes X no
PIS{01 S Typo PiU Tub€ ln3p6c{on Form
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
Rev. 1.0
291 ot4r',8
?,1712020
@Mostardi Platt
M2 M5 M17
(
Pitot Tube No:296
Type of Probe: (mark one)
Pitot tube assembly level?
Pitot tube openings damaged?
Etr= 3.S o(<'l0o)
S TYPE PITOT TUBE INSPECTION WORKSHEET
Date: 1111212024
M2 M5 Ml7
x
Probe Length: 4ft.
LONGIIUOINALIUEE AXIS
,,ll:
it'
z
ano
z=Asiny=
w=Asine=
0.016 fin.); (<0.125 in.)
0.00000 (in.); (<0.03'125 in.)
0.487 (in.), Dt = 0.375 (in.)
lnspectors Name:GM
A-SIOE PUNT--r-T--"
aono,tro,noaY Dt a -,'ruae rxrs tr- ef'
-.----o.a6 cr <Dr <o.gs cu B-slot PuNt
(3/r5 rN.) (5/6 rN.)
IR^NSVERSE
-
IUEE AXISIAORE\ '
X yes
B
DG
rAcE li oPENtxc l
i PI.ANES:
yes (6xplain below)
o (<1 oo)
o (<5o)
0.926 (in.)
NOTE:
I
r.o5 q<Pr <r.5o D
L P^=Pe
'ri
br=
=
a2-3.5
o o (<so)bz=
1'oo A=
Calibration required?yes
PIS-ool S Typ€ Pitot Tub6 lnsp€ction Form
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
x
Rev. 1.0
292 ot 448
2117t2020
@il4ostardi Platt
Pr = 0.487 (in.), PB =
Pitot Tube No:
Type of Probe: (mark one)
S TYPE PITOT TUBE INSPECTION WORKSHEET
Date: 412612024
Probe Length:
lnspectors Name:
tffffpilliB ..* -'rL- *-
I
'11
SWK
6ft.
.irT'
lr.
L]
LoNGTTUDTNAL, Dt I
TUBE AXIS :- -;-
o.4E cM <Dr <o 95 cM 8-slDt PuNt
(5/r6 rN.) (3/E rN.)
A:!!!!-J4!!
Pa _NOTE:I 05 q<Pr <r 50 o
D P =P'B L ,A B
idl:'
TRANSVTRSE_- TUBE AXISI AORB-
TRANSVTRSETUAE ^xts -
X yes
rl. -t1L ____-.1
I rrcri oPENTNGIPUNES ]
. '1 '-:;
i.1'' 9.-,
y6s (sxplain below)
o (<1 00)
z
:
i
L-4.
_ .-._ B1-- Irt; l
Pitot tube assembly level?
Pitot tube openings damaged?
81= 15 o(310')
br= 1.5 o(35o)
3.5 0
1 0 (<50)
o A= 0.941 (in.)
Xno
z=Asiny=
w=Asing=
Pr = 0.471
(in.); (<0.125 in.)
(in.); (s0.03125 in.)
0.471 (in.), Dt = 0.375 (in.)
il2=
bz=
0.5
2.5 0.057
0.00821
Y 8=
Calibration required?yes x
PIS-001 S Typo Pilot Tubo lnspec,tion Form
Project No. M244206A
Scrubber Exhausts and Baghouso Exhausts
Rev. 1.0
293 of 448
2t17t2020
@fvlostardi Platt
M2 M5 M17
x
(in.), P" =
S IYPE PIIOT TI'BE IITSPECTTO| IIoRXSEEET
Pitot Tube No: 6969 Date: 1AS|2O24 lnspec.torsName: TJU1/GO1
Type of Pmbe: (circle one) M2 ME M17 Probe Length: 5 ft.
-r.-.!r0!_.t!4t!q _ ..
_^'A
rqXggug[4ui :t l-
%
o 4a cM <0. ,o ,a a, a-sm-or elir'rir "
t:/re rx.t ll,za n t
NOTt;
[-r.05
q<Pr <r.so 0
f Pr=Pg
F--rwE'i-
-'ll
Pitot tubo a8s€mbly l6vol?
Pitot tube openings damaged?
d1= 05 o (<10o),
br= O.5 "(<5"),
y= 1"''=
.!),3s
q2-
bz=
yes (explain below) x no
o(.10o) z=Asing=0.0(X) (in.); (<0.125 in.)
o (<50)w=Asinq=0.000 (in.); (<0.03125 ln.)
0.5 0,A =(in.)Pe = 0.000 (in.), P. = 0.000 (in.), Dt = 0.375 (in.)
Calibratlon required?_y€s
Projocil No. M24/.2OGA
Scrubber Exhausts and Baghouso Exhausts
294 ot44,8 @iiostadi Platt
S TYPE
293
PITOT II'BE INSPECTION WORKSHEET
Pitot Tube No:Date: 8127t2024
Type of Probe: (circle one)M2 ffiffii M17 Probe Length:
r-:T:I'1,
LoNcrruorr.ur- i Dt
TUBE AXIS.i-
0.48 CM <0. <0.95 CM(3/16 rN.) '(5/8 rN.)
B-SIDE PLANE
ft.
[]1.,__._
/ g rlow
\r
A-SIDE PLANE------""
ie
{a
NOTE:
Il .os q<Pr <r.so D
o-o| 'A -'B
i---------------,AORB
TRANSVERSE
TUBE AXIS
Pitot tube assembly level?
Pitot tube openings damaged?
t_.1
i FACE. OPENING.
PLANES :
..rl i,rl :i-
TRANSVERSE:r ----lrunr rxts__i-_--_r-- _l:=-4BI
;/ a , B\{-....1. -. +-
Br--.- 1r"o-.2-.21 '
lnspectors Name:
.frl8{Wtll1-'- '..*={a
-aa..
I
Jr
I
I
------:-_-,l----- -'! -- -X--)A / I
yes
yes (explain below)no
g IYPE PITOI [T'BT
PitotTubeNo: 4!!!-
INSPECIION rORXSSEIT
Date: 12111nO24 lnsp€ctofa Name:
rypo of Probo: (circte on6) uz I urz Prcbe Length: 6 ft.
LONCMDINALTUBE dISf-. ii
NOTIl
I
r.os q<Pr <r.so D
L P^="e
fo=_-tw-
|;:<..'t- '
..JI
is,F_-_:- j;,
ri
I...tE.:.-_7-)_. ..LA4) e
Pitot tube assembly lsvol?
Pitot tube oponings damaged?
81= I o(<1oo),
br= O o(<5o),
"t= o'5 "' 0 =
x )re8
Ez= 1
bz = 0.5
yes (explain below)
o (.10o)
o (<50)
0.928 (in.)
xno
z=A8lng=
w=Aginq=
0.008 (in.); (<0.125 in.)
0.008 (in.); (<0.03125 in.)
0.5 0,A =Pr = 0.4O{ (in,), P. = 0.464 (in.), D, =0.375 (in.)
Calibration required?
-
Yeg
Projec't No. M?4/.2OOA
Scrubber Exhausts and Baghouse Exhausb
296 of448 @Mostardi Plaft
S TYPE PITOTTUBE INSPECTION WORKSHEET
Pitot Tube No:2U Date: 612212020 lnspectors Name:maf
Type of Probe: (circle one)Probe Length:N/A ft.
-f ' -'
__t .
il
-i,I
lt] 1
'flf,{l},!l.f' '* -lrL-a<:
Jr
l:!l9l--l!A\E
,ono,rro,noa16TlubEaxrs i -
-
o.aE cu <Dr <0.95 cM B-5|DE PuNt
(J,/16 rN ) (5/8 rN.)
TRANSVERSE
T- _ _ TUSE AXIS' tic--oi -E -- '
PA
B
NOTt:
ar os q<Pr <r 50 o
lAs
/ e rLow
-,i l
/e
\r
),,
...
rl,_lL ]
FACEi oPENrNc iPUNt S
:
,A . Bt'J-'
I
iI_- -:) .
TRANSVEPST
-TUBE ^xls r__l i g 1
Pitot tube assembly level?
Pitot tube openings damaged?
itr= O.5 o(s10o)
br= 0.5 o(<5o)
x yes
62= 1
bz= 1
yes (explain below)
o (<1oo)
o (<so)
--Lno
z=Asiny=
w=Asin8=
0.008 (in.); (<0.125 in.)
0.0i034 (in.); (<0.03125 in.)
=v 0.5 0 o A= 0.936 (in.)0.468 (n.), Ot = 0.375 (in.)
Calibration required?yes x
PIS-001 S Typo PiU Tubo lnsp€c{k n Form
Project No. M24/.206A
Scrubber Exhausts and Baghouse Exhausts
Rev. 1.0
297 ot 448
?,17i2020
@Mostardi Platt
M2 M5 M17
x
Pr = 0.468 (in.), Pe =
S TYPE PITOTTUBE IHSPECNON WORKSHEET
PitotTuboNo: 2U O6t€: 12/11n021
Plob€ L.ngth: N/A fL
lnEpodr! Namo:
Type ol PEbo: (circle om)
.. 1a-l:1+tlU
'fiqi?B1 : -
--..,r--
,r
/ a rLow
\^i--
-d!
l-5t0E PuNa---T- ',crfil,tjila':.
_...-i- -_0.4 cu <0. <o.rt cv '-slDE PurE
rrzra n t 'trze rr r
P^ xoTt
lr0rq<rr<r300.t'aL^o
'i ,,
ztuNsvaisaruaa u6l- r il-xr.t rl
rt
:rrrrsv:rst - -.ruE.Lf,l-l]
r,--L ]
oPailtiol
.h--.-f,
r--- -:l4Ja
Pibl tubo assrmbly lovon
Pitot tub. openlng! drm!g6d?
!r= I o(rr0o)
br= 1 "(3s")
y= 0.5 ' e=
-_l_yeE _no
_ !€s (explain bobr)
a2= 1 o(rl0o)
br= 1 o($o)
A= 0.s3S (tn.)
_-I_m
z = A rtn y = 0,0O! (in.); (10.125 in.)
w=Asin0= 0.01CE2 (in.):(l0.03i25tn.)
Pa = 0.468 (ln.), P6 = 0.48E (ln.), D, = 0.375 (ln.)
Callbrrton Bquirod? _}6s Xno
PlSoOl S Tr,. PtLi lub. In?..don Fm
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
Rov.1.0
298 ot 448
a17no20
@Mostardi Plaft
Nozzle Calibration
Date:
Analyst:
2lt2t20t5 Nozzle ID No.:104-10
MateriaUType: SS PMl0
0.306
0.306
0.306
A
0.306
cAT-o1 Rev.0.0 9113t2013
Nozzle Calibration
Date:
Analyst:
2tr2t20t5 Nozzle ID No.:t04-7
MateriaVTlpe: SS PMl0
0.222
0.223
0.221
0.222
A
0.222
Rev.0.0 9t13t2013
Nozzle Calibration
Date:
Analyst:
2124t20r5
KJC
Nozzle ID No.: 107-5
MateriallType: SS PMl0
0.181
0.180
0.1 80
A
0.180
0.1 80
L
Rev.0.0 9t13t2013
Nozzle Calibration
Date:
Analyst:
2n212015 Nozzle ID No.:104-6
MDK Material/Type: SS PMl0
0.207
0.205
0.205
A
0.206
CAT-o1 Rev.0.0 9t13t2013
Nozzle Calibration
Date:
Analyst:
2n0t20ts Nozzle ID No.:102-5
MDK MateriallType: SS PM10
0.1 87
0.187
0.1 87
0.187
A
0.187
cAT-o1 Rev.0.0 9t13t2013
Nozzle Calibration
Date:
Analyst:
2lt2l20t5 Nozzle ID No.:104-8
MateriaUType: SS PM10
0.240
0.242
0.243
0.242
A
0.242
CAT.O1 Rev.0.0 9113t2013
Nozzle Calibration
Date:
Analyst:
2t27/2021 Nozzle ID No.: LV-19
MateriaVTlpe:
0.266
2
0.267
4
A
0.255
cAT-o1
Project No. M24r'206A
Scrubber Exhausts and Baghouse Exhauets
Rev.0.0
305 of 448
911312013
@Mostardl Platt
Nozzle Calibration
Date:
Analyst:
4fiv2023 Nozzle ID No.:LVI4
0.436
0.437
0.437
0.437
A
0.437
Nozzle Calibration
2/2312016 Nozzle ID No.: LVIO
Analyst:MateriallTlpe: SS
0.2t5
0.214 2
0.214
0.214 4
A
0.214
cAT-o1
Projed No. M24/.2OAA
Scrubber Exhausb and Baghouse Exhausts
Rev.0.0
3Ol ol 48
9l'13t2013
@Mostardi Platt
Nozzle Calibration
Date:
Analyst:
3t9t2021 Nozzle ID No.: ILV-10
MateriaVTlpe:
0.310
0.310 2
0.310
0.310 4
A
0310
cAT-o1
Projec{ No. M24/.2OOA
Scrubber Exhausts and Baghouse Exhausts
Rev.0.0
308 of tl48
911312013
@Moetardl Plat
Date:
Analyst:
31912021
JJC
Nozzle CaHbration
Rev.0.0
309 of '148
Nozzle ID No.: ILV-6
MateriaVType:S.S.
0.170
0.170
0.171
0.170
A
0.170
2
4
cAT-o1
Project No. M244,2WA
Scrubber Exhaustg and Baghouae Exhausts
9t13t2013
@ftlostardi Platt
Nozzle Calibration
Date:
Analyst:
Nozzle ID No.: 201
RB MateriaUTlpe: Glass
0.281
0.280 2
0.280 4
A
0.2t0
CAT.O1
Project No. M244.2U5A
Scrubbsr Exhausts and Baghouse Exhausts
Rev.0.0
310 of448
911312013
@Mostadi Platt
1
2
3,/ l\\ .,/ l\. /
%
Appendix H - Calibration Gas Cylinder Data
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
311 of448 @fvlostardi Platt
Aitgas
an Arr Lrqurde company
Airgas Specidty Gases
Airgas USA Ll,C
rrTrr S. Alameda Street
Los Angeles, CA 9oo59
Airgas.com
CERTIFICATE OF AIVALYSIS
Grade of Product: EPA PROTOCOL STANDARI)
Part Number:
Cylinder Number:
Laboratory:
PGVP Number:
Gas Code:
E03Nt78E1540225
cc147517
124 - Los Angeles - CA
832023
CO2,02,BALN
Reference Number:
Cylinder Volume:
Cylinder Pressure:
Valve Outlet:
Certification Date:
48-402927178-1
152.0 CF
201s PS|G
590
Dec29,2023
Expiration Date: Dec 29.2031
Certification performed in accordanc6 with "EPA Traceability Protocol for Assay and Certification of Gaseous CalibraUon Standards (May 20121" documont EPA
600/R-12y531, using the assay procadures listod. Analytical Methodology do€s not requiro conection for analytical interferenco. This cylinder has a total analytical
uncertainty as stated below with a confidence level of 95%. Th€re are no significant impurities which affect the us6 of this calibration mixture. All concentrations are on a
mole/mole basis unless otherwis€ noted. The results relate only to the items test6d. The report shall not b€ reproduced except in full without approval of the laboratory. Do
Not Use This Cylindor b€low'100 psig, i.e. 0.7
Triad Data Available Upon Request
Sionature on fila
Project No. t'rtilppnred for Release
Scrubber Exhausts and Baghouse Exhausts
Total Relative
Uncertainty
CARBON DIOXIDE
OXYGEN
NITROGEN
11.00 o/o
11.00 o/o
Balance
1 1 .13 o/o
11.O8 o/o
+l- O.60/o NIST Traceable
+l- 1.Oo/o NIST Traceable
G1
G1
12t29t2023
12t2912023
CALIBRATION STANDARDS
Type Lot lD Cylinder No Concentration Uncertainty Expiration Date
K005428
scg16301oBAL
+l- O.60/o
+l-0.7%
Jan 30,2024
Mar 22.2030
NTRM
NTRM
0801061 't
98051 1 1 3
13.94 VO CARBON DIOXIDE/NITROGEN
9.507 % OXYGEN/NITROGEN
ANALYTICAL EQI.IPMENT
lnstrumenUMake/Model Analytical Principle Last Multipoint Galibration
NDIR
PARAMAGNETIC
SIEMENS 6E CO2
SIEMENS OXYMAT 6
Dec22,2023
Dec 01, 2023
312 ot 448 @Mostardi Phlge I of I
Ailga$.
llffiLl0llmmrlm|l
Part Number:
Cylinder Number:
Laboratory:
PGVP Number:
Gas Code:
Atryae Spectalty Gasca
Airgas USA LI-C
rtTrr S. Alameda Strect
los Angeles, CA 9oo59
Airgas.mm
Reference Number:
Cylinder Volume:
Cylinder Pressure:
Valve Outlet:
Certification Date:
48*4,02750152-1
162.0 CF
2015 PSIG
590
May 24,2023
Expiration Date: May 24, 2031
Ccrtificatioo porforrned in accordancc wllh 'EPA Trao6abillty Protocol for Acsay and Ccrtificalion of Gagooue Cdib.stlon Stmdards (May 2012)'docrrlEnt EPA
600/R.12/531, using th6 asssy procsdurBs list6d. Analylcsl Mcthodology does nol rcquiro correctlco for anelylical lnttrforence. This cylinder has a total analytc€l
unc8rlalnty as statod b€low with a confid€nca lovd of 95%. Th6ro are no EEnmcant impurilie! which afl€d th€ uEe o{ thig callbrauon mir(lure. All concentrations are on a
md€/mole basis unlols othon^rbo notad. The rB3dta relate only to th6 ii6mE l68t€d. Th€ report shall nol bo roproducod orcapl ln full wilhout approvBl of the laboratory. Oo
Trlad Data Avallable Upon Request
CERTIFICATE OF ANATYSIS
Grade of Product! EPA PROTOCOL STANDARI)
E03N156E15A1055
cc189827
124 - Los Angeles (SAP)- CA
832023
CO2,02,BALN
Not U8€ Ths b€low'l0u t.e.
Sequested ActualConcentratlon Concentration
WLTS---
Protocol Total RelativeMothod Uncertalnty
Aasay
Dales
Gompononl
CARBON DIOXIDE
OXYGEN
NITROGEN
22.69%
22.04 o/"
+l- O.7eh NIST Traceable
+l- 0.7'/o NIST Traceable
22.00 0/o
22.OO o/o
Balance
GI
G1
05/24n023
o5r24t2023
CALIB RATION STAI.I DARDSType Lot tD Cylinder No Concentratlon thcertalnty Explratlon Date
19.87 9'O CARBON O|OXIDE/NITROGEN
23,20% OXYGENNITROGEN
+/- 0.6%
+!.0.2%
NTRM
NTRM
12061520
08010228
cc\il7f7
K016648
Jan 11 ,2024
Jun 0'1, 2024
!nstrumenUMake/Model
--
SIEMENS 5E CO2
SIEMENS OXYMAT 6
ANALYTICAL EQI.IIPMENT
NDIR
PARAi4AGNETIC
Last Multlpolnt Callbratlon
Apr26,2023
May 22,2023
Appendlx l- Laboratory Sample Analysls
Projec't No. M244,2OGA
Scrubber Exhausts and Baghouse Exhausts
314 ot 448 @Mostadl Platt
Cll.nt:
F.clllty:
Piol.c:t Numbar:
T.ri Loc.tlon:
T.3t U.thod:
Fllt r!bl. An.ly3l. D!t.:
Comp..3 mlnaral! Ogdan, lnc.
Ogd.n Pllnt
M,24206
AH-500
5
11t1t20U
Fllt.r Drylng T.mp'F:
An.lyst:
220
LiIT
D.lcdPtlon I s'mpl' Dd' I lDt I Yol' (mD lnlu.t wdgm
lonm3l
Fln.l w.lglrt(orrmrl il.t lYdgm G.ln (grrm3l
Flltor.bl. P.rtlcul.l.
lun 1 1U24nO24
iourco Conditbn: Nomal
vl5 Fifier 17673 0.45096 0.45059 0.00015
\cotone Wash (M5 Pansl 18449 50 mL 4.98348 4.98628 0.002E0
\cotono Blank 0.00026
total FilieEbl€ Weioht s 0.00269
Flltcrabla P.rilcuhtc
lun 2 1012412024
iourc€ Condition: Nomal
,5 Finer 17679 0.44505 o.44420 r 0.0q)15
\cetono Wash (M5 PaN) 1W4E 55 mL 4.99375 4.99747 o.oo372
\c€tono Blank 0.00028
rotal Filterabl€ Wehhl 0.00359
Fllt r.blc Partlculrt.
lun 3 1012412024
iourco Conditbn: Nomal
,15 Filter 17663 o.45125 0.45107 3 0.00015
\cotone Wash (M5 Pans) 18445 55 mL 4.99658 4.99988 0.003!i0
\cetono Blank 0.00028
otal Filterablo Woioht < 0.0031
Ra.sant Bl.nk Summ.ry
\cetone Wash (M5 Pans) 14665 200 mL 5.004t3 5.00745 0.00102
RDUUDL Summrrv
Ucdl.tDL. orrm!RDL. orama
,5 Filter 0 00005 0.00015
\c4tone Wash (i 5 Pansl o ooooS o ooo25
rmol6 \rrals (M202)0.00008 0.0d)25
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
3'15 of ,148 @Mostardi Platt
Cll.nt:
Frclllty:
Proj.st Numb.r:
T.at Locatlon:
Tc{ U.drod:
Fllt.r.bl. Anrly3b Drtc:
Compr!3 tlln.rllr Ogd.n, lnc.
Oed.n Pl.nt
il2,,,20i8
AH.fl'2
5
10ni0/20z
Flltrr Dry,lng Trmp t:
Anrty.t:
220
LNT
D..crlptlon I stmpl' Dd' I lDt I vol' (ml)lnnlll w.lgm(orrmrl Fln.l Wdgm(orrm3l
l..t YU.Em Gdn (gr.m3)
Flnaraua FrruculaL
lun 1 1011712024
]ourco Condition: Nomal
vls Filter '10507 0.4520E o.45277 0.00069
\cstono Wash (i/6 Pans) 17646 50 mL 4.96401 4.962E1 < 0.mo25
\cotone Blank s 0.00025
Total Filterabl€ Woioht 3 0.00094
Fllt r.bl. Pullcul.i.
lun 2
iource Condition: Normal
,15 Fittor 10501 0.45258 0.45326 0.00068
\celom Wash lltls Pans'l 17il7 55 mL 4.97085 4.97079 3 0.00025
\catono Blank 0.00025
Total Filtarabb W6hhl 3 0.00093
Fllt rrbl. P.rtlcul.tc
lun 3 1011712024
iource Condition: Nomal
,5 Fiher N/A N/A N/A N/A
\cetone Wash (M5 Parc) N/A N/A mL N/A N/A N/A
\c€ton€ Bhnk N/A
'otal Fittorablo W6ioht N/A
Flh.r.hl. P.rtlcull.
lun4 1OI1U2O24
!^r,86 ^^^l*i^^. N^.6-l
/l5 Fifts 10505 0.45703 o.45707 3 0.00015
\cetone Wash (M5 Pansl 175!12 50 mL 4.97601 4.9719/0_(mo25
mtone Blrnk I ooo25
6trl Filiffihb Wei.lH
Raaoanl Blank Summrrv
\mtom Wash (M5 PareI 14665 200 mL 5.00643 5.00745 0.00't02
RDUTDL gumm.ry
M.dl.UDL. srama RDL. orrmt
uls Filter 0 00005 0 00015
\ceton€ Wash (i/E Pans)o ffno8 0.00025
iam016 Mals IM202)0.00008 0.00025
AEr.o 1Ef g!,f ilkn|tz44zo0 A
Scrubbei Exhausts and Baghouse Exhausts
316 of zl48 @irlostardi fihy" *,ro
Cll.nt:
Frclltty:
Projact Numbar:
T.tt Loc{lon:
T..t H.thod:
Fllt.6bl. Anrlyslr Drt :
Comp.at Mlnorrlr Ogd.n, lnc.
Ogd.n Pl.nt
n2420G
AH-513
51202
10/30n024
Flltrr Drylng Tcmp T:
Analytt:
2?0
LNT
D..cdpuon I s'mp' Dnt I lB I Yol' (mD ln6arW.Em
lonm3l
Fh.l Wclgm(orrm3l N.t w.Em G.ln (gr!m.l
Fllbr!bl. P.rdcul.t
lun 1 1012212024
iource Condftion: Normal
\,15 Fitter 17671 0.44699 o.45774 0.01 075
\cetono Wash (M5 Pans) 17630 55 mL 4.98619 4.98484 s 0.00025
\c6ton6 Blsnk s u.uwz5
fotal Filtorabls W6ioht < 0.01100
Cond.il.bb Prrtlcul.t.
\cetone/Hexane Wash 16575 300 mL 2'1.26774 21.27025 o.oo247
fl wash 19035 500 mL 2'1.33237 21.35624 0.02387:iold Blank 0.000E7
Total Condonsabls Weiqht 0.02il7
Totel Particulate Weight 0.03647
Flltor.bl. Prrtcultt.
lun 2 10123nO24
iource Condition: Nomal
ils Filtor 17658 o.45142 0.45921 0.00779
\coton6 Wash (M5 Pans) 17e4A 50 mL 4.97980 4 97435 3 0.oq)25
\cotone Bhnk 5 U.UUUZC
'otal Filterabls Wsiqht 3 0.00804
Cond.nr.bb P.rtlcul.t.
\cotone/Hexane Wash 16805 300 mL '1.45266 21.4ilffi 0.00200
)l Wash 15991 42O mL '1.12202 21.'.tz966 0.00764
iield Blank 0.00087
btal Condemable Weioht 0.00677
'otal PartiaJlato Woiqht 0.0t681
Fllt rabl. Partcuhi.
lun 3 1U23n024
iourca Condition: Normal
vls Filter 17659 o.44542 0.45186 0.00604
\cotonB Wash (M5 Pans) 17649 50 mL 4.97951 4.578U 3 0.00025
\c€tons Blank I U.UUUZC
Total Fiftorable Weioht s 0.00629
Condcn.rbh P.rtlculrt.
\cotono/Hoxano Wash 16802 305 mL 21.420'y-z','t.42360 0.00276
)l wash 15989 450 mL 2't.06683 21.07392 0.00709
risld Blank 0.00087
Total Cond€nsabl€ Weioht 0.00Eet
total Particulate Woioht 0.01527
Fl.ld Tr.ln Blenk Summarv\cotono/Hsxanewash 16E34 200 mL 21.2849rl 21.28845 s 0.00025
)l wash 18935 205 mL 21.51283 21.51370 0.00087
total Fiold Train Blank 0.00087
Fl.H Pmof Blrnk Summary
\cetono/Hoxane Wash 16835 200 mL 21.36093 21.36123 0.00030
)l Wash 16836 125 mL 21.33906 21.33916 3 0.00025
R.!g.nl Bllnk summrry
)l Wash 18950 200 mL 21.2525 21.25348 0.00092
loxanewash 16564 200 mL 21.16906 21.1 6946 0.00040
\cetono Wash (M5 Pans) 14665 200 mL 5.00643 5.00745 0.00102
RDUilDL Summril
Medh tDL, grrms RDL. or.ml
irs Fittor 0.00005 0.00015
\c6ton6 Wash IMS Pans)0.00008 0.00025
amolo Vlals (M202)0.00008 0.00025
Project No. M2442O6A
Scrubber Exhausts and Baghouse Exhausts
3'17 of 448 @{\rtostardi Platt
Cll.nt:
F.clllV:
ProJ.c't Numb.r:
Tcd Locatlon:
T.3t U.thod:
Flltcr.bl. Anllrlr Drt :
Comp[r f,lnar.l. Ogd.n, lnc.
Ogd.n Plrnt
n2,4120G
Alt{92
5
1U30n021
Fllt r Drrng Tcmp T:
&r.ly.t:
220
LI{T
o.3crlptlon I stmpn 0L l lll* | vol' (ml'tnnltt watgnt
lonmr!
Flnat watgnt
lonmd
N.r w.rgnt tJrn (gr.m3J
Fllt.r.bl. Prrtlculrta
lun 1 1Ol23l?O24
iourc€ Co.tditbn: Nomal
,5 Filter 17670 0./14835 0.44831 s 0.00015
\catone Wash (i/5 Pans) 17632 55 mL 4.99306 4.99168 s 0.00025
\caton€ Bl6nk s o.oooz5
fotal Filtorabla Woioht 3 0.00040
Fllt nbl. P.rilculrl.
iun 2 10nU2024
]ourc€ Condition: Normal
ft5 Filter 17657 o.44927 0.44678 < o ooo15
\ceton6wash(M5Pans) 17633 50 mL 4.96012 4.95637 o ooo25
\catone Blank u.!
Total Filtorablo W6hht s 0.00(X0
Fllt Ebl. P.rtlcul.t.
tun J
iourcB Condition: Normal
,15 Filter 17672 0.44868 o.44785 < 0.00015
\cotono Wash (M5 Pans) 17631 50 mL 4.985n 4.98378 3 0.00025
\coton€ Bhnl 3 0.(x)o25
-otal Filt8rable Wohht s o_0tI040
Raalanl Blank Summary
\cetone Wash (M5 Parc) 14665 200 mL 5.00643 5.00745 0.00102
RITUIOL Sumln ry
U.dl.UDL, gr.ma RDL, grlmr
\r5 Fitrer 0.00005 0.00015
{mim Wash (ils Pacl 0.00008 0.00025
amol€ Vials (M202)0.0000E 0.00025
rcr-o rElgStg[Ith.tyt244206 ^Scrubbel Exhausts and Baghouse Exhausts
318 of448 @Mostardi Qh$ *,ro
IrGcrrpuon I srmPlt Da' I ltr# | vol' (ml)rnntar wclgnt
lonmil
Ftnt watght
(qrrmr)
ilct w.rght Grrn (giam.l
Fllt r.bl. Prrtlculrt
tun 1 1012117024
iource Conditircn: Normal
|,5 Filter 10s13 0.45040 0.45531 0.00491
rcetons Wash (M5 Pans) '18888 30 mL 2.49197 2.49170 < o.ooo25
\celon6 Bhnk s u.wzo
total Filteftlble w6ight < o oo515
Fllt r.bl. P.?tlculrt.
(un z
;ourca Condition: Nomal
,15 Filter 6557 0.466't7 0.47128 0.0051 1
\c€ton€ Wash (irs Parts) 18885 40 mL 2.49n/j1 2.49039 s 0.00025
\coton6 Bhnk 0.00025-otal Filiorablo Weight < o oo535
Flll.r.bl. Prrtlculrt
lun 3 101?112024
iource Condition: Nomal
,5 Filtor 8383 0.45053 0.45521 0.00468
\cetono wash (M5 Pans) 18886 30 mL 2.49332 2.49299 o ooo25
\cetono Bbnk < u.uuuzo
Ioial Flltorabh woight 5 u_u0493
R..o.!rt Bl.nk SummrrY
\c6iono Wash (M5 Pans) 14665 200 mL 5.00643 5.00745 0.00102
RDUUDL Summ.Ilrt.dl.tDL. orum3 ROL, gr.m!
els Filtor o oooo5 0.00015
\mtom W*h (i/6 Paml 0.00008 0.00025
iamolo Vials (M202)0.00008 0 00025
Cll.nt: Compar3 Ulnar.l3 Ogd.n, lnc.Flcllliy: Ogd.n Pl.nt
Projcct Numb.r: n24208
Tc.t Loc.tlon; Al{-1555
T..t il.tiod: 5 Fttt.r Diylng T.mp oF: 2ZOFllt.r.bl. tur.ly3ls Drt : 10nll/20?4 Anrlpt: LIT
AEr_o lfllg&f [A[L N1244206 A
Scrubbei Exhausts and Baghouse Exhausts
3'19 of 448 @Mostardi Xk* *,"o
Cll.lrt:
F.clllty:
Projacl llumbar:
T.at Loc.tlon:
T.3i H.thod:
Fllt r.bl. An.ly.l. O.t.:
Comp.rr Uln r.lr Ogd.n, lnc.
Ogd.n Plrnt
42420C
BH-5lt2
5
1Ufit1n21
Flll.r Drylng T.mp oF:
AnlF:
220
LXT
I}.3cdptlon I s'mPl' Drt' I lDt I vol' (ml)lnrud W.lgm
lanmd
Fln.l W.lght
lonmrl
il.t W.lghl G.ln (gr!mr)
Flnaraua PrrtculaL
lun 1 1OlZZl2O24
lourco Condition: Normal
vls Filtor 'l710o o.1572'l 0.45857 0.00136
\c€tone Wash (iils Pans) 18884 35 mL 2.47815 2.47973 0.00158
\cetone Blank s U.UUUZC
Total Filt rabb Wehht 0 002s4
Fllt r.bl. P.rtlculrt
(un z
iource Condition: Nomal
,5 Fllter '17668 0.45152 0.84956 0.39404
\cetono wash (M5 Pans) 18883 40 mL z.506EO 2.55036 o.04155
\cstono Blank < 0.ur025
'otal Filt€rabl€ woiqhl 0.43960
Fllt r.bl. P.rtlculd.
iun 3
iource Condition: Normal
lI5 Filtor '17669 o.44557 0.94734 0.fi177
\mtom wash lMs Paml 18881 30 mL 2.48176 2.il052 0.05876
\catono Bhnk 3 0.00025
Total Filterabb W6iol'/t 0 54053
Flll.nhl. P.r{l.ul.L
lun4 1012512024
iorrm Cnrrlltl6n' N6mrl
,15 Filtar 17ffi2 0_44639 0.44858 o oo2t9
\cd(m Wash jiils PaG'l 18482 30 mL 2.fi125 2.50130 s
\crtone Blank s
:otal Flltefabl€ weEm
lun 5 1012512024U',r - a^^i*i^^ N^D-l
Iter I 7661 .450 O TYVISd
Wr*h alrs Prnel IBCO? ?O ml dqlS 147 I 0.mo25
\coton€ Blenk 3 0.o0025-otal Filtmble Webhl s 0.00079
R..g.nt Bl.nk Summ.ry
\ceton6 wash (M5 Pans) 14665 200 mL 5.00643 5.00745 0.00102
RDUXDL Summ.ry
[.dla fOL. qram!RDL. oramr
uls Filter 0.00005 o.00015
brlom Wash (ii6 Pans)o.00008 o ooo25
amol€ Vials (M202)0.0d)06 0.mo25
AEr.olfifghf [,ll&a Ut2M206 A
Scrubbei Exhausts and Baghouse Exhausts
320 ot M8 @{Vtostardi Xkr1. w,r.
Cll.nt:
F!clllty:
ProJect l{umbor:
Test Locatlon:
Tert tcthod:
Flltcrable Analysls Olte:
Condon!.ble An!ly.l! Otto:
Compar illlneralr Ogden, lnc.
Ogdon Phnt
il244206
BH{08
201Aji202
10t31t2021
Flltor Drylng Temp oF:
Analyct:
Analyrt:
220
LNT
LNT
De'crrpilon I 1Tg" I
rDn
I vor' (mr)hltlrl Welght
(oramel
Flnll W.lght
(grams)
Net W.lght Grln
(sremr)
Flltoreble Perllcu latc
Tost No. 1 1012112024
;ourc€ Condition: Normal
rPM2.5 Filter 18512 3.04408 3.04191 s 0.00015
\c€tone Wash 18877 40 mL 2.48671 2.48697 0.00026
\cetone Blank 3 0.00025
rolel Front Half <PM2.5 Weight o.o00/r
'PM2.5, <PM10 Acotone Wash 1E896 30 mL 2.47032 2.47212 0.00180
\c6tone Blank < 0.00025
rotal >PM2.5, <PM10 Weioht 0.00rE0
,PM10 Acotone Wash 18894 30 mL 2.49104 2.49503 0.00399
\cetone Blank U.UUUZb
folal Front Half >PM10 Weight 0.00399
Cond.nlrble Partlculate
\catone/Hexanewash 16576 250 mL z',t.20672 2'.t.20820 0.00148
)l Wash 19040 500 mL 21.58573 21.59489 0.00916
:ield Blank 0.00087
I-otal Back Half Weight 0.0092
lotal <PM2.5 Weioht 0.01016
Total <PM10 Weisht < 0.0119E
lotal Particulate Weight < 0.01597
Fllterable Partlculete
l-ost No. 2 1012112024
iource Condition: Normal
:PM2.5 Filtsr 18496 3.1 0956 3.11247 0.00291
\cetone Wash '18878 35 mL 2.49493 2.49521 0.00028
\cetone Blank < U.UUUZ5
rotal Front Half <PM2.5 Weioht 0.003r9
'PM2.5, <PM10 Acatone Wash 18895 35 mL 2.52205 2.52273 0.00068
\c€tone Blank g 0.00025
'otal >PM2.5, <PM10 Weioht 0.00068
'PM10 Acstone Wash 18880 35 mL 2.52144 2.s2244 0.001 00
\c€tone Blank 0.0002s-otal Front Half >PM10 W€ioht 0.00't00
Condentablo Prrtlculata
\cotone/Hoxane Wash 16806 300 mL 21 .37857 21.38s08 0.00451
)l Wash 18919 425 mL 21 .40383 21.41235 0.00852
:i€ld Blank 0.00087
lotal Back Half Woioht 0.01216
rotal <PM2.5 Weioht 0.01s35
robl <PM10 Weight 0.01603
[olal Particulate Weioht 0.01703
Fl]larablo Partlculato
r6st No.3 1012112024
;ourcs Condition: Normal
.PM2.5 Filtor 18519 3.0s828 3.06261 0.00433
\cetone Wash 18887 35 mL 2.45677 2.45690 < 0.00025
\cotone Blank 3 0.00025
lotal Front Helf <PM2.5 Woioht s 0.00t158
,PM2.5, <PM10 Acetone Wash 18893 30 mL 2.4ly,22 2.4E509 0.00087
\c6tone Blank < 0.00025
[otal >PM2.5. <PM10 Weioht 0.000E7
'PM10 Acetone Wash 18879 35 mL 2.47072 2.47123 0.00051
\cetone Blank 3 0.00025
[otal Front Half >PM10 Weioht 0.00051
Gondeneable Prrtlculrt.
Project No. M2442064
Scrubber Exhausts and Baghous€ Exhausts
321 ot 448 @Mostardi Platt
Cllent:
Faclllty:
ProJec't Number:
Tost Locrtlon:
Tort Hothod:
Fllt rrblr Analytlr Datc:
Condonslble Anrtysl! Det :
Compa3. Mlneralr Ogden, lnc.
Ogd.n Plrnt
n2t$206
BH{08
201N202
10tg'u2021
Fllirr Drylng Tcmp oF:
An!lyst:
Analyst:
220
L1{T
L1{T
Descrtptton I "ilIJ" I
rD* | vor' (mr)lnnlal w.lght
(gnmr)
Fln.l weaght
(srrmr)
N.t Wclght GrIn
(oramr)
\cetoney'Hexane Wash 16565 350 mL 2'1.22102 2'.t.223ffi 0.00264
)l Wesh 15990 400 mL 21.20133 2'.t.21251 0.01 't 18
rield Blank o.ooo87
Total Back Half W€ight 0.01295
fotral <PM2.5 Wsioht 0.01753
I'otal <PM10 Weioht s 0.01E40
\cetone/Hexane Wash 16834 200 mL 21.28890 21.28885 s 0.00025
)l Wash 18935 205 mL 21.51283 21.51370 0.00087
total Field Train Blank 0.00087
Fleld Proof Bl.nk Summ.iy
\cetone/Hexane Wash 16835 200 mL 21.36093 21.36123 0.00030
)l Wash 16836 125 mL 21.33906 21.33916 3 0.oo025
Reagrni Blank Summary
)l Wash 18950 200 mL
{"*r". l/V""h 16564 200 mL
21.25296 2',t.25388 0.00092
21.16906 2 1 .15946 0.00040
\c6tone Wash (filterable) 14665 210 mL 5.00643 5.00745 0.00102
RDUTDL Summary
Medla MDL. oramr RDL. oramr
ut5 Filter 0.00005 0.00015
\c€ton6 Wash (M5 Pans)0.00008
,le Vials (M2021 0.ooooE 0.ooo2
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
322o1 448 OMostardi Platt
CIient:
Facility:
Project Number:
Test Location:
Test Method:
Filterable Analysis Date:
Condensable Analysis Date:
Compass Minerals Ogden, lnc.
Ogden Plant
M24d.206
8H.1516
201N202
1013112024
Fi
A
A
Description Sample
Date
rD#vol. (ml)lnitial Weight
(qrams)
Iest No. 1
Source Condition:
1011512024
Normal
<PM2.5 Filter 18501 3.11188
\cetone Wash 4401 40 mL 2.49556
\cetone Blank
lotal Front Half <PM2.5 Weight
'PM2.5, <PM10 Acetone Wash 4408 40 mL 2.46592
\cetone Blank
fotal >PM2.5, <PM10 Weight
>PM10 Acetone Wash 4398 35 mL 2.46480
Acetone Blank
Iotal Front Half >PM10 Weight
Gondensable Particulate
Acetone/Hexane Wash 16832 300 mL 21.35604
DlWash 18937 300 mL 21.55480
trield Blank
Iotal Back Half Weight
Iotal <PM2.5 Weight
l-otal <PM10 Weight
Iotal Particulate Weight
Filterable Particulate
l-est No. 2
Source Condition:
10115t2024
Normal
<PM2.5 Filter 18509 3.03378
\cetone Wash 4399 30 mL 2.48509
\cetone Blank
lotal Front Half <PM2.5 Weight
>PM2.5, <PM10 Acetone Wash 4407 30 mL 2.48981
\cetone Blank
l-otal >PM2.5, <PM10 Weight
,PM10 Acetone Wash 18905 30 mL 2.51081
\cetone Blank
fotal Front Half >PM10 Weight
Condensable Particulate
Acetone/Hexane Wash 16572 300 mL 21.14/.15
DlWash 16006 250 mL 21.01125
rield Blank
Client:
Facility:
Project Number:
Test Location:
Test Method:
Filterable Analysis Date:
Condensable Analysis Date:
Compass Minerals Ogden, lnc.
Ogden Plant
M24/,206
BH-1516
201N202
1013112024
Fi
A
A
Field Train Blank Summary
Field Proof Blank Summary
Reagent Blank Summary
RDUMDL S
Wash 18948 350 mL
Wash 18944 260 mL
ield Blank
otal Back Half Weight
otalcPM2.5
otal <PM10 Weight
otal Particulate Weight
Wash 16834 200 mL
Wash 18935 205 mL
Correction mL
otal Field Train Blank
Wash 16835 200 mL
lWash 16836 125 mL
18950 200 mL
16564 200 mL
Wash (filterable)14665 210 mL
Dcrcrrpflon I "i:rl" I to* | vot' (mt)lnltl.l W.lght
(gramr)
Flnal welgnl
(crems)
Nat wolght Galn
(grams)
Flttrnblo Peillculeta
fest No. I 1011512024
iource Condition: Normel
rPM2.5 Filter 18500 3.12741 3.128/2 0.00101
\c€tons Wash 18900 35 mL 2.49507 2.50126 0.00619
\cetone Blank < 0.00025
total Front Half <PM2.5 Weight 0.00720
,PM2.5, <PM10 Ac€ton€ Wash 18898 40 mL 2.49660 2.49910 0.00250
\cetone Blank 0.0002s
fotal >PM2.5, <PM10 Weight 0.00250
>PM10 Ac€tone Wash 18890 30 mL 2.49665 2.49755 0.00090
\catone Blank 0.00025
fotal Front Half >PM10 Weight 0.00090
Condontrblo Partlcul.te
\c€tone/Hexan€Wash 16555 270 mL 21 .31 183 21.3152s 0.00342
)l wash 19037 250 mL 21.40860 21.41301 0.0u41
:iold Blank 0.00087
fotal Back Half Weight 0.00696
lotal <PM2.5 Weioht 0.0r416
Total <PM10 Weisht 0.01666
lotal Particulate Weight 0.01758
Fllt.rable Parllculete
Tsst No.2 1011512024
iource Condition: Normal
.PM2.5 Filter 18508 3.06408 3.07355 0_00947
\cetone Wash 18899 30 mL 2.47336 2.47298 s 0_00025
\cetone Blank < 0.00025
total Front Half <PM2.5 Weight 3 0.00972
,PM2.5, <PM10 Acetone Wash 18892 30 mL 2.51763 2.524/.9 0.00686
\coton€ Blank 5 0.00025
'otBl >PM2.5, <PM10 Weioht 0.00686
,PM10 Acetone Wash 18889 30 mL 2.48820 2.49132 0.00312
\ceton€ Blank 0.0002s-otral Front Half >PM10 Woioht 0.00312
Condanaable P!rtlculete
\cetone/Hoxane Wash 16551 300 mL 21.13268 21 .1 3s63 0.00295
)l Wash 19030 300 mL 21.32149 21.3250A 0.00359
:ield Blank 0.00087
fobl Back Half Weiqht 0.00567
fotal <PM2.5 Weight 0.01 539
fotral <PM10 Weight o.02225
f otral Particulate Weioht 0.02537
Flltorablo Partlculate
rost No.3 1011612024
iource Condition: Normal
.PM2.5 Filter 148c4 8.3(132 8.33513 < 0.00015
\c€ton€ Wash 18897 40 mL 2.48024 2_48114 0.00090
\c€tone Blank U.UUUZ5
Total Frcnt Half <PM2.5 Weioht 0.00105
'PM2.5, <PM10 Aceton€ Wash 18891 30 mL 2.46659 2.46620 < 0.00025
\cetone Blank g 0.00025
l-otal >PM2.5, <PM10 Weight s 0.0002s
,PM10 Ac€tone Wash 4412 35 mL 2.48045 2.48/,39 0.00394
\c€tone Blank 0.00025
total Front Half >PM10 Wsiqht 0.00394
Condenrable P!rtlculate
Cllent: Comp!.! Mln.ralr Ogden, lnc.
Faclllty: Ogdcn Pllnt
PrcJoct ilumb.r: 102111.206
Tort Locatlon: BH{02
Tott Mothod: 201N2OZ Filter Drytng Temp oF:
Fllterablc Analyrl! Date: 1013112021 Analyrt: LNT
Condonlablc Anllyrlr Drt : 1111112021 Analyrt: LNT
220
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
325 of 448 @Mostardi Plaft
Cllent:
Faclllty:
ProJect Number:
Tert Locetlon:
Test Method:
Flllerablc Anelysb Olt :
Condenrablc Analyrlr Datc:
Compars Mlneralr Ogd.n, lnc.
Ogden Plant
n21r.206
BH{'02
201N202
10txno24
fn1no21
Fllter Drylng Temp oF:
Analyst:
Analyrt:
220
LNT
LNT
D.scrrpuon I T:9" I
rffi | vor' (mD lnltlEl W.lght
(sirmr)
Flnal wolght
(gramr)
Net welght Galn
(gramr)
\mtona/Herane Wash 16550 250 mL 21.21621 z'.t.2',t924 0.00303
)l Wash 19029 250 mL 21.45393 21.45627 0.00234
:ield Blank 0.00087
total Back Half Weioht 0.00450
l-otal <PM2.5 Weiqht 0.00555
total <PM10 Weiqht s 0.005E0
l-otral Particulat6 Weight 0.0097t|
Fl.ld Traln Blank Summary
\ceton6/H6xan6 Wash 16834 200 mL 21.28890 21 .28885 < 0.00025
)l Wash '18935 205 mL 21.51283 21.51370 0.00087
fotal Field Train Blank 0.00087
Flcld Prool Blenk Summary
\cotone/Hexana Wash 16835 200 mL 21.36093 21.36123 0.00030
)l Wash 16836 125 mL 21 -J39Ub 21 .33916 s 0.00025
Rcaoent Blank Summarv
)l Wash 18950 200 mL
{erd"e t/Vash 16564 2OO ,L
21.25296 21.25388 0.00092
2 t .16906 2'l _16946 0.00040
\c6tone Wash (filterable) 14665 210 mL 5.00643 5.00745 0.00102
RDUTDL Summaiv
H.dla HDL- orams RDL. orams
vl5 Filter 0.00005 0.000'15
\caton€ Wash (M5 Pans)0.00008 0_00025
iamole Vials (M202)0.00008 o.00025
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
326 ot 448 @Mostardi Platt
Client:
Facility:
Project Number:
Test Location:
Test Method:
Filterable Analpis Date:
Condensable Analysis Date:
Compass Minerals Ogden, lnc.
Ogden Plant
M24r',206
BH-1400
201N202
1013112024
Fi
A
A
Description Sampre
Date
tD#vol. (ml)lnitialWeight
(grams)
Particulate
Iest No. 1
Source Condition:
1011612024
Normal
<PM2.5 Filter 1 8499 3.07704
\cetone Wash 10683 35 mL 2.47595
\cetone Blank
lotal Front Half <PM2.5 Weight
,PM2.5, <PM10 Acetone Wash 15780 30 mL 2.50429
\cetone Blank
l-otal >PM2.5, <PM10 Weight
'PM10 Acetone Wash 4403 30 mL 2.47932
\cetone Blank
lotal Front Half >PM10 Weight
Condensable Particulate
\cetone/Hexane Wash 16570 310 mL 21.19583
)lWash 15988 450 mL 21.19362
:ield Blank
Iotal Back Half Weight
l-otal <PM2.5 Weight
Iotal <PM10 Weight
Iotal Particulate Weight
Filterable Particulate
Iest No. 2
Source Condition:
10t16t2024
Normal
<PM2.5 Filter 1 8498 3.08915
\cetone Wash 4405 30 mL 2.48462
\cetone Blank
Iotal Front Half <PM2.5 Weight
,PM2.5, <PM10 Acetone Wash 4417 30 mL 2.47921
\cetone Blank
l-otal >PM2.5, <PM10 Weight
'PM10 Acetone Wash 4409 35 mL 2.47790
\cetone Blank
lotal Front Half >PM10 Weight
Condensable Particulate
Acetone/Hexane Wash 16574 325 mL 21 .1 0300
DlWash 18947 375 mL 21.34167
Eiala{ Ellanlz
Client: Compass Minerals Ogden, lnc.
Facility: Ogden Plant
Project Number: M24d,206
Test Location: BH-1400
Test Method: 201N202
Filterable Analysis Date: 1013112024
Condensable Analysis Date:
Fi
A
A
Condensable Particulate
Field Train Blank Summary
Field Proof Blank Summary
Reagent BIank Summary
RDUMDL Summary
Description sample
Date
tD#vol. (ml)InitialWeight
(grams)
Acetone/Hexane Wash 16573 340 mL 21.20957
DlWash 18943 400 mL 21.37229
Field Blank
Iotal Back Half Weight
Iotal <PM2.5 Weight
Iotal <PM10 Weight
Iotal Particulate Weight
\cetone/Hexane Wash 16834 200 mL 21.28890
)lWash 18935 205 mL 21.51283
!H4OH Correction mL
Iotal Field Train Blank
\cetone/Hexane Wash 16835 200 mL 21.36093
)lWash 16836 125 mL 21.33906
DlWash
Herane Wash
18950 200 mL
16564 200 mL
21.25296
21 .1 6906
Acetone Wash (fi lterable)14665 210 mL 5.00643
Media MDL, grams
V5 Filter 0.00005
\cetone Wash (M5 Pans)0.00008
Samole Vials (M202)0.00008
Cllent:
Faclllty:
ProJect Number:
Tort Locatlon:
Test ilethod:
Flltor.ble Analy3lr Orto:
Compara Minerals Ogden, lnc.
Ogdon Plant
?t21/.203
BH-001
2014
10t31no21
Fllter Dryng Temp oF:
Analylt: LNT
220
Dolcrlptlon I "ilfl" I
tDt I Yor' (mr)lnlfl!l welght(oramsl Fln!l welght(orrmsl Nct wolght Grln
{oramr)
Fllterable P!illculato
rest No. 1 1011712024
iourca Condition: Normal
<PM2.5 Fllter ffi 3.08472 3.08465 s 0.ooo25
\c€tone Wash W 30 mL 2.50092 2.50074 s o.ooo25
\cetone Blank U.UUUZ5
total Front Half <PM2.5 0.00050
'PM2.5, <PM10 Acetone Wash ffi 30 mL 2.52vO 2.52398 0.00058
\c€tone Blank U.UUUZC
total >PM2.5, <PM10 WBioht 0.0005E
'PM10 Ac€tone Wash ffi 30 mL 2.49362 2.49380 0.00025
\c€tone Blank 3 0.00025
total Front Half >PM10 Weight o.o{xt25
Fllterable Pertlculat
test No. 2 1011712024
iourcs Condition: Nomal
rPM2.5 Filter ffi 3.01 664 3.01465 0.00025
\cetone Wash ffi 35 mL 2.49495 2.495 t 0 < 0.00025
\ceton6 Blank < 0.00025-otal Front Half <PM2.5 < 0.00050
'PM2.5. <PM10 Acotone Wash ffi 35 mL 2.49037 2.49026 3 0.oo025
\c6tone Blank < U.UUUZi
fotal >PM2.5. <PM10 Weioht 0.00025
,PM10 Acotons Wash ffi 40 mL 2.46604 2.46749 0.00145
\cetone Blank 3 U.UUUZS
fotal Front Half >PM10 Weiohl 0.001.15
Fllterablo Prrtlculate
fest No.3 1011712024
iource Condition: Normal
.PM2.sFiltEr ffi 3.O9596 3.09580 < 0.0001 5
\cetone Wash W 35 mL 249307 2.49314 3 0_00025
\c€tone Blank U.UUUZ5
l-otal Front Half <PM2.5 0.000t10
,PM2.5. <PM10 Ac6ton6 Wash ffi 40 mL 2.51sil 2.5't lflb 0.00231
\ceton6 Blank U.UUUz5
I'otal >PM2.5, <PM10 Weight 0.00231
'PM10 Acetone Wash ffi 30 mL 2.48094 2.48085 o.ooo25
\cetone Blank u.uwz5
fotal Front Half >PMl0 Weioht s 0.00025
Flold Traln Blank Summary
Roaoent Blank Summary
\c€tono Wash (filterable) lltltl# 2'lO mL 5.00643 5.00745 0_00'102
RDUMDL Summary
lladh MDL- oremr RDL- oramr
15 Filter 0.00005 0.00015
cetono Wash (M5 Pansl 0.00008 0.00025
lo vials (M202)0.00008 0 00025
Project No. M2M2O6A
Scrubber Exhausts and Baghouse Exhausts
329 ot 448 Oltlostardi Platt
Client: Compass Minerals Ogden, lnc.
Facility: Ogden Plant
Projec{ Number: M244,206
Test Location: BH-501
Test Method: 201N202
Filterable Analysis Date: 1013112024
Condensable Analysis Date:
Fi
A
A
Description sampre
Date
tD#vol. (ml)lnitialWeight
(qrams)
Iest No. 1
Source Condition:
1012412024
Normal
<PM2.5 Filter I 8518 8.22724
\cetone Wash 18920 40 mL 2.49013
\cetone Blank
lotal Front Half <PM2.5 Weight
>PM2.5, <PM10 Acetone Wash 18972 30 mL 2.44828
Acetone Blank
Iotal >PM2.5, <PM10 Weight
>PM10 Acetone Wash 4410 30 mL 2.48051
Acetone Blank
Iotal Front Half >PM10 Weight
Condensable Particulate
\cetone/Hexane Wash 19039 450 mL 21.54958
DlWash 18940 100 mL 21.40596
:ield Blank
lotal Back Half Weight
Iotal <PM2.5 Weight
Iotal <PM10 Weight
l'otal Particulate Weight
Filterable Particulate
l'est No. 2
Source Condition:
10t24t2024
Normal
<PM2.5 Filter 1851 1 2.99098
\cetone Wash 18919 35 mL 2.47346
\cetone Blank
lotal Front Half <PM2.5 Weight
'PM2.5, <PM10 Acetone Wash 4411 40 mL 2.50782
\cetone Blank
l-otal >PM2.5, <PM10 Weight
>PM10 Acetone Wash 4413 30 mL 2.49650
\cetone Blank
[otal Front Half >PM10 Weight
Condensable Particulate
\cetone/Hexane Wash 18939 300 mL 21.49625
DlWash 18936 300 mL 2'.t.34020
ield Blank
Client: Compass Minerals Ogden, lnc.
Facility: Ogden Plant
Project Number: M24tr.206
Test Location: BH-501
Test Method: 201N202
Filterable Analysis Date: 1013112024
Condensable Analysis Date:
Fi
A
A
Field Train Blank
Field Proof Blank Summary
Blank
RDUMDL Summary
Description !'ampre
Date
rD#vor. (m!)lnitialWeight
(grams)
Acetone/Hexane Wash 16002 210 mL 21.06712
DlWash 19033 310 mL 21.18408
Field Blank
Iotal Back Half Weight
I-otal <PM2.5 Weight
l'otal <PM10 Weight
lotal Particulate Weight
\cetone/Hexane Wash 16834 200 mL 21.28890
)lWash 18935 205 mL 21.5'.1283
\,lH4OH Correction mL
fotal Field Train Blank
Acetone/Hexane Wash 16835 200 mL 21.36093
DlWash 16836 125 mL 21.33906
)lWash
fexane Wash
18950 200 mL
16564 200 mL
21.25296
21 .1 6906
Acetone Wash (fi lterable)14665 210 mL 5.00643
Media MDL. qrams
M5 Filter 0.00005
\cetone Wash (M5 Pans)0.00008
Samole Vials (M202)0.00008
Aptl
PARTICLE SIZE DATA SUMMARY
Preliminary Results
H:\Laboratory\Excel Data Tables\54987-62 A7000AD docx
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
PTL Project #64987-62
(jn'l Corq- \L-20t"ni z/771t-t2. flNosta,di Ptaft
SAMPT"E ID
CUMUIANVE NUMBER % IESS THAN
INDICATEDSIZE (um}
NUMBER
WEIGHTED
MEAN
(uml106 Percentile 50h Percentile
g6ur
Percentlle
Acetone Wash and Filter
AH-502 Run 1 0.54 0.58 L.L7 0.86
Acetone Wash and Filter
AH-502 Run 2 0.54 o.77 L.27 0.93
Acetone Wash and Filter
AH-502 Run 4 0.54 0.77 1.35 0.95
Acetone Wash and Filter
AH-1555 Run 1 0.55 0.75 L.37 1.01
Acetone Wash and Filter
AH-1555 Run 2 0.55 0.79 1.68 7.14
Acetone Wash and Fllter
AH-1555 Run 3 0.55 0.76 1.33 1.00
Acetone Wash and Filter
AH-513 Run 1 0.s5 0.84 2.63 1.43
Acetone Wash and Filter
AH-513 Run 2 0.56 0.84 2.39 1.35
Acetone Wash and Filter
AH-S13 Run 3 0.54 0.73 1.81 1.1.5
Acetone Wash and Filter
BH-502 Run 1 0.57 0.91 1.94 L.23
Acetone Wash and Filter
BH-502 Run 4 0.56 0.84 1.99 L.24
Acetone Wash and Filter
BH-502 Run 5 0.55 0.77 1.78 1,.13
Acetone Wash and Filter
AH-692 Run 1 0.5s 0.80 1.71 1.13
332 ot 448
Aptl
PARTICTE SIZE DATA SUMMARY
SAMPTE ID
CUMULATIVE NUMBER % IESS THAN
INDICATED SIZE (utnl
NUMBER
WEIGHTED
MEAN
(uml106 Percentile 50s Percentile
gos
Percentile
Acetone Wash and Filter
AH-592 Run 2 0.55 0.78 1.68 t.r2
Acetone Wash and Filter
AH-592 Run 3 0.54 0.73 t.52 1.10
Acetone Wash and Filter
AH-500 Run 1 0.55 0.77 1.85 1.15
Acetone Wash and Filter
AH-500 Run 2 0.54 0.74 L.72 1.09
Acetone Wash and Filter
AH-500 Run 3 0.54 0.72 L.47 1.01
Preliminary Results
H:\Laboratory\Excel Data Tables\64987-62 A7000AD docx
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
PTL Prolect #64987-62
333 of 448 @Mostardi Platt
Aptl
PARTICLE SIZE DATA SUMMARY
SAMPI"E !D
CUMUTATIVE VOTUME % I-ESSTHAN
INDICATED SIZE (uml
VOTUME
WEIGHTED
MEAN
(um)106 Percentile 506 Percentile 9out
Percentile
Acetone Wash and Filter
AH-502 Run 1 6.18 52.49 89.33 49.93
Acetone Wash and Filter
AH-502 Run 2 4.89 21.80 93.09 36.15
Acetone Wash and Filter
AH-502 Run 4 3.57 14.99 64.52 25.98
Acetone Wash and Filter
AH-1555 Run 1 5.90 20.83 L06.77 37.57
Acetone Wash and Filter
AH-1555 Run 2 5.44 15.96 36.15 19.55
Acetone Wash and Filter
AH-1555 Run 3 5.77 L6.77 43.47 21.57
Acetone Wash and Filter
AH-513 Run 1 6.94 23.69 176.87 69.65
Acetone Wash and Filter
AH-513Run2 i 4.93 13.41 58.15 21.8s
Acetone Wash and Filter
I aH-513 Run 3 5.73 t6.34 6L.27 23.s8
Acetone Wash and Filter
BH-502 Run 1 3.86 16.45 44.85 20.54
Acetone Wash and Filter
BH-502 Run 4 5.19 L9.79 81.61 30.57
Acetone Wash and Filter
BH-502 Run 5 6.35 155.82 161.33 99.27
Acetone Wash and Filter
AH-692 Run L 4.05 12.88 33.09 1s.89
Preliminary Results
H :\Laboratory\Excel Data Tables\64987-52 A7000AD.docx
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
PTL Project f54987-62
334 of 448 OMostardi Platt
Aptl
PARTICLE SIZE DATA SUMMARY
SAMPI"E ID
CUMU1ANVE VOTUME % T"ESS THAN
INDICATED SIZE (umI
VOTUME
WEIGHTED
MEAN
(uml106 Percentile 506 Percentile 906
Percentile
Acetone Wash and Filter
AH-692 Run 2 s.82 24.41 119.00 53.20
Acetone Wash and Filter
AH-692 Run 3 6.63 22.84 1r8.65 47.L3
Acetone Wash and Filter
AH-500 Run 1 4.80 L7.23 LT2,97 43.63
Acetone Wash and Filter
AH-500 Run 2 3.81 12.08 47.38 18.62
Acetone Wash and Filter
AH-500 Run 3 4.58 L6.L7 56.01 23.46
Preliminary Results
H:\Laboratory\Excel Data Tables\64987-62 A70004D.docx
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
PTL Project #54987-62
335 of 448 @Mostardi Platl
Aptl
PARTICLE CONCENTRATION DATA SU MMARY
3.51 x 105
Preliminary Results
H:\Laboratory\Excel Data Tables\64987-62 A70004D.docx
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
PTL Project #54987-62
SAMP1E ID
srocr coNcENrRAnoN
NUMBEROF PARnCES/mt
> 0.50 um
Acetone Wash and Fllter
AH-502 Run 1
Acetone Wash and Filter
AH-502 Run 2 3.93 x 105
Acetone Wash and Filter
AH-502 Run 4 3.45 x 105
Acetone Wash and Filter
AH-1555 Run 1 2.07 x 105
Acetone Wash and Filter
AH-1555 Run 2 6.38 x 10s
Acetone Wash and Filter
AH-1555 Run 3 2.98 x 106
Acetone Wash and Filter
AH-513 Run 1 7.73 x 10s
Acetone Wash and Filter
AH-513 Run 2 1,51 x 106
Acetone Wash and Filter
AH-S13 Run 3 8.74 x 10s
Acetone Wash and Filter
BH-502 Run L 3.63 x 106
Acetone Wash and Filter
BH-502 Run 4 8.66 x 10s
Acetone Wash and Filter
BH-502 Run 5 1.12 x 106
Acetone Wash and Filter
AH-592 Run 1 1.25 x 105
336 of 448 @Mostardi Platt
iiNptl
PARTICLE CONCENTRATION DATA SUMMARY
ACCUSIZER PARTICLE SIZE DATA SUMMARY
STOCT CONCENTRATION
NUMBER OF PARTICIES/mI
AH-593 Run 3 5.15 x 10s
AH-500 Run 1
AH-500 Run 2 2.21x LOG
7.40 x LOsAH-500 Run 2
AH-692 Run 2 8.34 x 10s
1.51 x 106
SAMPTE ID
CUMUIATIVE VOTUME % TESS THAN
DIAMETER
2.5 pm 10 pm
Acetone Wash and Filter
AH-502 Run 1 4.4 16.0
Acetone Wash and Filter
] aH-502 Run 2 5.0 25.9
Acetone Wash and Filter
AH-502 Run 4 6.9 37.8
Acetone Wash and Filter
AH-1555 Run 1 3.6 27.9
Acetone Wash and Filter
AH-1555 Run 2 3.5 2s.6
337 of 448 @Mostardi Platt
Preliminary Results
H:\Laboratory\Excel Data Tables\54987-62 A7000AD docx
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
PTL Project #54987-62
,dlNptl
ACCUSIZER PARTICLE SIZE DATA SUMMARY
Preliminary Results
H :\Laboratory\Excel Data Tables\64987-62 A7000AD.docx
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
PTL Project #54987-62
SAMPTE ID
CUMU1ATIVE VOTUME % l"Esli THAI{
DIAMETER
2.5 fm 10 pn
Acetone Wash and Filter
AH-1555 Run 3 4.7 26.9
Acetone Wash and Fllter
AH-513 Run 1 1.5 L9.7
Acetone Wash and Filter
AH-513 Run 2 3.2 34.9
Acetone Wash and Fllter
AH-513 Run 3 2.7 27.1
Acetone Wash and Filter
BH-502 Run 1 5.7 33.9
Acetone Wash and Fllter
BH-502 Run 4 3.4 26.7
Acetone Wash and Fiher
BH-502 Run 5 2.5 L9.2
Acetone Wash and Filter
AH-692 Run 1 5.5 36.8
Acetone Wash and Filter
AH-592 Run 2 3.2 22.2
Acetone Wash and Filter
AH-593 Run 3 2.4 20.0
Acetone Wash and Filter
AH-500 Run 1 3.9 30.4
Acetone Wash and Filter
AH-500 Run 2 5.6 41.2
Acetone Wash and Filter
AH-500 Run 3 4.8 29.0
338 of 448 @Mostardi Platt
INTERPRETING YOUR SINGLE PARTICLE OPTICAL SENSING ANALYSIS
lntroduction
Your samples have been analyzed on a Particle Sizing Systems AccuSizer 770, 780, or 47000 System, a particle counter capable of determining
both particle size and concentration of suspensions. The AccuSizer utilizes Single Particle Optical Sensing (SPOS) technology (also refened to
as the photozone technique) to provide excellent resolution, wide dynamic range, and high accuracy.
SPOS utilizes two physical principles of detection; light extinction (also known as light obscuration) for particles larger than approximately 1.5 pm
and light scaftering for particles smaller than 1.5 pm. During analysis, a dilute suspension of particles is passed through a region of uniform
illumination produced by a laser diode. Particles greater than approximately 1.5 Um are detected by the amount of light they obscure to the
extinction detector, while smaller particles are detected by the intensity of light scattered at a range of angles towards a separate detector. The
particle size is then determined by comparing the pulse heights to a calibration curve generated with standard reference materials of known size.
The data are presented on the basis of CIRCULAR EQUIVALENT DIAMETER. This analyticaltechnique is summarized under ISO 21501-2:2007
Determination of pafticle size distnbution - Single particle light interaction methds - Parl 2: Light scattering liquid-borne padicle counfer and ISO
21501-3:2007 Determination of parlicle size distibution - Single particle light interaction methods - Pad 3: Light extinction liquid-borne pafticle
cwnter.
All AccuSizer systems consist of a pulse height analyzer, fluidics module, and sensor.
Pulse Height Anallrzer
Fluidics Module
Sensor
Commonly refened to as the "counter box," the pulse height analyzer converts pulses ftom the sensor into particle size.
AccuSizer pulse height analyzers are multichannel and can report results in up to 1024 size channels, providing excellent
resolution.
The fluidics module determines how sample is transported through the sensor. Multiple fluidics configurations are
available at PTL: including auto{ilution, metered drain, and syringe injection. The most appropriate for your sample was
selected depending on the particle concentration and other sample characteristics.
Particles llowing through the sensor scrtter and obscure laser light, creating pulses proportional to the particle size.
Particles must pass the sensing zone one at a time to prevent what are known as coincidence erors. Hence, dilution in
a clean, chemically compatible lluid is often required. While multiple sensor models are available for the AccuSizer, the
most commonly used model at PTL is the LE400 sensor with a nominal range of 0.5 pm to 400 pm.
Since SPOS analyzers are true particle COUNTERS, data can be reported in two formats - NUMBER (count or frequency) and VOLUME. For
your reference, the data have been reported using both of these formats. The '10h, 50h, and 90th percentiles on both the NUMBER and VOLUME
basis are also summarized. These percentiles will indicate the particle size where the percentage of the distribution lies below. For example, a gOh
percentile value of 10 pm indicates that 90% of the distribution lies below 10 pm.
Number (Count or Frequency) Data
Your data will include a NUMBER WEIGHTED DIFFERENTIAL FREQUENCY histogram, which plots the percentage of particles detected versus
the size of the particles detected, on a log scale. The particle size distribution (PSD) is constructed particle by particle meaning each particle
has equal weighting. For instance, a 't pm pa(icle will have lust as much impact on the distribution as a 100 pm particle. The number data
are the pnmary output of the AccuSizer and are used to generate all other outputs.
Since the instrument counts individual particles and a known volume of sample is analyzed, an accurate concentration value in units of particlegml
can be generated.
Volume Data
Your data will also include a DIFFERENTIAL VOLUME PERCENTAGE graph, which plots the volume-weighted percentage of particles detected
versus the size of the particles detected, on a log scale. The volume data are generated by assuming each particle is spherical, converting the
diameter into a sphencal volume to give each particle a weighting relative to its volume. Since the volume of a particle increases proportionally
to the diameter cubed (D3), the volume data are inherently weighted towards the larger particles and better represent where the bulk or mass
of the system lies. For example, a sphencal 1 pm particle will have a volume of 0.52 pm3 while a '100 pm spherical particle will have a volume of
approximately 523,599 pm3. One would have to count roughly one million, 1 pm particles in order to contribute the same volume percentage as
one, 100 pm particle. The volume distribution can be considered interchangeable with a mass distribution if all the particles can be assumed to
have equivalent density.
Channel Data
Channel data are also provided, which present the data within each channel or bin in a tabular format. The diameter in micrometers, the number
of particles detected of that size, the cumulative number of particles, number and volume percentages, and absolute volume values can be found
in this section.
For additional questlons specific to your analysis resu/ls, piease contacl us directly
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
339 of 448 @Mostardi Platt
Aptl Particle Technology tabs
555 Rogers Street, Downers Grove, lL 60515
630.969.2703
www.particletechlabs.com
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Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
Vt\ t zaLl-tZ 1,r:u,Ct L! LL1-17- 70
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Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
342 ol 448 @Mostardi Platt
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Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
Al+Wz Rrr 1 - pGt rm report - 12111292416:30:06 - We2d 4
343 of 448 @Mostardi Platt
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u 8.981 5 3 I 5594 00 0.4 0.6 r00.0 274 t8287.4
65 9.488 I l 5596 00 0l 0.2 r00.0 27.6 6598 0
ffi 20 014 5 I r 5601 0.0 0.5 0.8 tm.0 28.4 21438. I
67 20.555 7 315d)8 00 06 II rm0 29.4 10968.6
68 2t lt2 l0 ll5618 0.0 l0 I,8 100.0 3l 50328.s
o 11.683 ll5619 00 0:0.1 lm0 I5 9087 4
70 22.269 l I l 5623 0.0 0.4 07 100.0 12.2 l%88.5
"l 2.810 a I l 5625 00 02 0.1 t00 0 32.6 10661 6
72 21.188 5 I r5610 00 0.6 I rm.0 338 4652.t
73 24.tzt 2 il5611 0.0 0.2 0.1 t00.0 14 l l25lr.l
74 24.n2 0 Ir563l 00 0.0 0.0 lm.0 ul 0.0
15 25.q 2 3 l s633 00 0.2 05 r00 0 v8 t477.1
76 26.t26 0 3 l 5633 00 0.0 00 100.0 34.8 0.0
11 26.81 I 2 I I 5635 0.0 0l 06 100.0 15.1 l72r8.l
t78 27.555 2 I I 5616 0.0 0.1 0.7 100.0 16. I 18650.0
79 28.29q 3 r 5638 00 0.1 01 r00.0 158 20201 7
80 29.063 0 I r 5618 00 0.0 00 lm0 168 00
8t 298,4.9 z I li6ro 0.0 0l 08 100 0 176 23708. l
82 10.658 f 3 r 5642 00 04 0.9 rm.0 385 25687.4
83 I I .190 0 I I 56{2 0.0 0.0 00 lm.0 18.5 00
E4 37.v6 2 3 l 5641 0.0 04 ll 100.0 19.6 30158.2
85 )1.227 I l 5645 00 0.1 I 100 0 407 17702.4
86 14. r 36 0 I l 5645 0.0 00 00 100.0 40.'l 0.0
87 15 072 2 I I 5617 00 0.5 t,1 r00.0 42 I 18455.5
88 t6 017 I I 5648 00 0.5 t5 tm0 41 6 1t 718 6
ts9 17 0ll )I I 5818 00 00 0.0 r00 0 ,13 6 00
lm 18.ftt2 0 i l 5648 00 0.0 00 r00.0 r13.6 00
tql t9 1 t.l 0 115618 t)0 00 0.0 r00 0 .ll b 00
t92 40.223 0 I I 5648 0.0 U(,0.0 100.0 43.6 00
l9l 4t 16l I I 5650 00 06 r00.0 .15 8 63074.6
194 4.5J9 0 I r5650 0.0 0.0 00 rm.0 458 00
t95 43.76r 0 I I 565r)00 0.0 0.0 I00 0 458 00
r96 45 029 )3 l 5652 0.0 08 2.9 tm.0 487 El 187.8
l9'7 ,16.1.{6 0 I r 565:00 0.0 00 m0 487 00
198 47 7t7 0 I I 5652 0.0 0.0 00 m.0 48.7 00
rql .19 l{l r)I r 565:00 00 0()r10.0 {87 0.0
2m s0.fl8 0 3 l 5652 00 0.0 00 m.0 8.7 0.0
20t 52.083 0 I l 5652 00 00 00 (n.0 48.7 0.0
1m 51.5s9 7 I I 5653 0.0 lt 4,E m.0 s3s l 16955.2
201 55 010 0 I | 5651 0.0 00 00 00.0 51 5 00
2U 56.529 0 3 l s653 00 00 0.0 m.0 535 00
205 58.011 r)I l 5651 00 0.0 00 00.0 il 5 00
2M 59.557 0 3 l 5651 0.0 0.0 0.0 00.0 535 0.0
20'7 6i l(R 0 I I 5651 00 0.0 00 fi1 0 5t5 00
208 62 698 2 l 1 5555 00 l5 78 m0 6t2 2 r q706.8
Ilis report corftrns to pro/sixrs cf 21 CFRptt 11
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
AH5@ Rn 1 - pct nn report - 12Jf1ru416:30:06 - Fbge 3 d 4
344 of 448 @Mostardi Platt
Ttrs report confons to prwbirs d 21 CFRptrt 11
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
AH502 Rn 'l - pct rm report - 12flm416:30:6- Pge4d 4
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212 69.659 0 5655 0.0 00 00 100.0 6 .2 0.0
ll 7t.629 ()5655 0.0 00 00 lm0 6 2 00
214 71.731 0 5655 0.0 0.0 00 lm0 6 )0.0
2r5 15.W2 0 5655 00 00 00 rm.0 6 00
7t6 78.m 1 5657 0.0 2.3 15.2 t(m 0 16.4 43028.0
2t7 81 109 0 5657 00 00 0.0 100 0 76.1 00
218 84.036 n 5657 00 0.0 00 lm.0 16.4 0.0
ll9 87 lf6 0 5657 00 00 00 100 0 761 0.0
220 m.846 565q 0.0 l.l 23.6 100.0 r00.0 658349.1
:21 91 812 {l 565q 00 00 0()100 0 r00 0 0.0
9.286 0 5659 00 0.0 00 lm.0 t(tr 0 00
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224 09.199 0 5659 00 00 0.0 lm0 t00 0 0.0
)r(r4.910 0 5659 00 0.0 00 lm.0 I00.0 0.0
226 20.124 0 5659 00 0.0 0.0 100.0 rm0 0.0
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)le 13 3rl 0 5659 00 00 00 lm.0 lm.0 00
229 40. t 14 0 5659 00 00 0.0 r00.0 r00 0 00
230 4'7 271 0 565q 00 00 00 l(m 0 lm.0 00
231 54 80t 0 5659 00 00 00 100 0 l(l) 0 0.0
232 a.1A 0 5659 0.0 0.0 00 lm.0 100 0 00
:si 7l .024 0 5b59 00 00 00 Irm.0 r00 0 00
234 79.146 0 5659 0.0 0.0 0.0 100 0 lm0 00
]5 88 891 0 5659 0.0 00 00 tm.0 lm0 00
236 198.47'l 0 5659 0.0 0.0 0.0 rm0 tm0 0.0
237 208.5 I l 0 5659 0.0 0.0 0.0 100 0 100 0 00
218 2 r9.010 0 5559 0.0 00 00 lm.0 100 0 00
239 229.98 r 0 5659 0.0 0.0 00 r00.0 rm0 00
24 24t.435 0 5659 00 0.0 0.0 r00.0 t00.0 0.0
241 2sl l82 0 565s 00 00 00 lfi).0 r00.0 00
242 265.828 0 5659 0.0 00 00 r00.0 m.0 00
2rl l )787'79 0 5659 00 00 00 00.0 000 00
24 292.239 0 5659 00 0.0 00 00.0 m0 00
245 t06.208 0 5659 00 0.0 0.0 00.0 00.0 0.0
246 320 685 0 5659 0.0 0.0 0.0 in0 000 0.0
241 ll5.66l 0 5659 0.0 00 r).0 000 m0 0.0
248 l5l B6 0 5659 0.0 00 00 00.0 00.0 0.0
149 l(t7 088 0 5659 00 0.0 00 000 (ll0 {)0
250 183.$l 0 5559 00 00 00 000 m.0 0.0
:5t 400 152 0 56-s9 00 00 00 000 m0 00
2s2 4t7 ffi 0 565q (),D 00 00 00.0 (x1.0 00
5l 415 15 0 5659 00 0.0 00 m0 000 r.).0
29 451 r 8l 0 5659 0.0 0.0 00 00.0 000 00
255 47 I 198 r)5659 00 00 00 fit.0 000 00
256 490.282 0 5659 00 0.0 0.0 00.0 00.0 0.0
@Mostardi Platt345 of 448
'ltis report cmfans to pwbixs cf 21 CFRpdt 11 ILM Al-15@ Ar'2- 2tnfm4 $:T.B - EgB 1 d I
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Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
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346 of 448
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Scrubber Exhausts and Baghouse Exhausts
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6t 0.612 2trm 16038 5.9 l 0 14.6 0.4 1050 4
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63 0.686 23516 8l 991 6.0 o 0.46.3 06 3%7.0
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65 0.74'7 l98ll 223253 5.0 6 0 56.8 09 4328.8
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70 0.n6 l2l 82 Dn4 3.t 5 0.75.8 .6 50566
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80 319 *)2 357fi2 0.8 0.8 0 91.0 2.9 1631.7
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6J 450 2112 3646r9 0.5 0."1 0.m.8 J2 3419.I
84 496 l%7 366586 0.5 0.6 0 93.3 1.3 3448.9
85 tl3 l$9 368274 0.4 0.6 0 938 34 125 l. r
86 5n 1609 169883 0.4 0.6 0.9{.2 3.5 3401.4
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
348 of 448 @Mostardi Platt
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89 752 t2v 371901 0 0.6 0.952 l8 352'7.5
90 8r0 1086 37498E 0.0.5 0 95.5 t9 1368. l
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92 935 w 3n@3 0 0.5 0 960 4.t 3772.8
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95 l5l 730 37%y 0 0.5 0 96.7 4.5 1816.4
96 2.232 O5 380329 0.0.5 0 %.8 4.6 4M1.3
97 ll4 1)'l t8 r 066 0 06 0 970 48 178/- 4
98 2.400 610 38t 676 0.05 0 9't.2 4.9 ut3.4
m 2.489 559 182Ll5 0 0_s 0 97 _]i0 1512 I
r00 2.582 527 ln1b2 0 05 0 97.5 5.2 474/..8
l0l 2.678 561 3E3l2e 0 06 0 976 5l 5705 5
102 2.778 $1 381796 0 0.5 0.97.7 5241 5
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104 2.9{)476 1u746 0 0.6 0 98.0 59 6656.1
105 3 102 .r28 185 174 0 0.6 0 98. l bl 6688 l
r06 1.218 46 38s580 0 0.6 0 98.2 6.3 7081.1
107 l. ll8 408 1859E8 0 07 0:981 65 7936.8
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4 4.296 277 38UA 0 0.7 0.98.9 8.6 493.0
t 4.U9 241 r88$5 0 0.7 0.98e 90 123 2
6 4.ffi 241 t88141 0 0.7 0.4 990 9l 234r'..9
7 4.761 24t 188988 0.0.8 04 99 l 97 1684.0
8 4.931 185 l89l 73 00 o7 04 99. I l0|62'7.3
9 5.lm 2(x 389377 0l 08 0,1 99 I 105 14I57 8
t20 5 214 212 189s89 0.t 09 05 99.2 ll0 r 6308. l
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22 5.640 158 389q75 0.0 0.'7 04 993 120 r4838 1
l 5.812 t75 lml50 00 0q 05 q9l 12.6 t8t7l4
21 6.03 t l9e 190349 0t I 0.1 994 lt 1 22830 7
t5 6.23'7 t9'7 lm'46 0t I 0li 994 140 25029.9
26 6.419 170 3907 I 6 00 0 07 995 147 t3851 7
t7 6.$1 lf t90887 00 I 08 9q.5 11t)76f,24.6
28 6.892 56 19lo44 0.0 I 0.8 996 164 26792.1
l9 I It4 i5 39 9{J (1.0 I 09 996 1926l l
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)2 1 857 95 t9 551 00 09 o7 q9'7 t9?24157.9
ll 8 lll r02 l9 651 00 l0 0.9 99.1 205 28502.5
A 8.375 88 39 742 00 09 08 99.8 2t4 27t'74.8
l5 8 6ll 70 l9 8t r 00 08 0?9q8 t2 l 71541 )
t6 8.915 7t 39 881 0.0 0.8 0.8 998 72.9 26468.5
9. t9l 6l lq 9.1,1 {)0 0il 08 s93 21.6 2486r:
l8 9.4'71 56 l92m 00 0.7 08 998 24.1 24W.6
l9 9 75s 54 19205^1 00 0.8 08 998 )<a 26r l 8.6
10 10.040 42 392097 0.0 0.6 0.7 998 1s.9 D.ffi.0
l:l I r0 128 59 192 l 56 00 0.9 l0 99.9 269 14301 9
t2 r0.623 l6 392192 00 05 07 99.9 27.6 22n.0
l t0.s2l {2 l92l]4 0.r)0l 09 9q9 t8 ,l )8977 5
14 n 225 tt 192265 00 0.6 0.7 w.9 29. l ?2ffi.3
145 ll i{)t:191297 00 06 08 E)q :99 25975 6
145 I1 859 l9 l92ll6 0.0 0.4 0.5 9.9 10.4 16317 5
t1'7 ll l&{l2 192148 00 07 0q q)9 ll .l ]0561 ?
Ttis report corftrns to pwsirs d 21 CFRpart 11
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
AHs@ Rn 2 - pct rm report - 12flm4 1O06:13 - W 2 d 4
349 of 448 @Mostardi Platt
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50 3. 198 3l 392437 0.0 0.8 ll 99 v.3 36808.0
5l 1 550 l9 392455 00 05 0.7 999 35.0 24y3.6
52 3 9r0 24 \92479 0.0 0.7 1.0 99.9 16.0 335t7.2
5l 4.278 20 \9249 00 06 09 99 170 ilffi7 7
v 4.6v 11 392s21 0.0 o7 u lm.0 18. r 36384.3
55 s.038 22 ,92*1 0.0 0.7 t.2 100.0 19.l t9323.7
156 5.412 t2 )92555 0.0 04 0.1 100.0 400 728n5
57 8l.r 39256t 0.0 01 0l lm.0 40 1 l05cl.l
58 6.247 7 392fi7 00 03 05 lm0 q.7 15259.9
59 6.671 8 39?576 00 0l 06 lm.0 4t 4 2{m7 l
a 7 to7 7 192583 0.0 0.)05 100.0 4t.9 l78ll.3
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62 8.015 l7 392ffi 00 08 1.6 100.0 4.0 52m5.9
6l 490 t2 19261 8 00 06 t2 lm.0 45:19360 9
u 8.981 3 19242 0.0 0.2 04 100.0 45.6 l2l65.l
65 19.488 7 392628 00 0.4 0.8 100 0 46.4 267\4 1
6 20.014 1 392635 0.0 04 0.9 lm0 47.3 2852 1 9
6'7 :0.555 8 \916r'/00 05 l2 lm.0 48.1 18626.4
r68 2t I t2 7 39265t 00 04 l0 lm.0 494 u479.3
It9 2l ffil )3S2652 00 0.1 0.1 100.0 491 9067 6
10 12.269 8 1C2ffi1 00 06 I,5 100 0 5l 49|l12
1t 22.870 19262 00 0l 0.3 r00 0 51 5 l0610.l
72 21.488 8 \9261 t 00 07 t.7 m0 53.2 5762'7.'7
73 24.nr 2 le267l 00 0t 0.4 m.0 51.5 12483 8
74 24.772 0 392673 00 0.0 0.0 00.0 53.6 0.0
15 25.W 1 't92674 0.0 02 o4 m.0 tl. I 14615 2
76 26.t26 5 392679 0.0 0.5 1.4 00.0 555 4'75?6.8
77 26.81 I 3 192633 00 04 t.0 m0 565 lll6l 6
78 27 555 5 192688 00 06 l'l lm0 5E.2 55828.0
79 28.299 l )92691 00 04 t2 lm0 59.4 zl03l 5.5
80 29 061 2 392O3 00 0.2 o7 100.0 60. r 21836.2
l8l 29 M9 0 r92$l 00 0.0 0.0 100 0 60. r 0.0
82 10.658 l 39206 0.0 05 l5 lm0 61.r,5l 261 0
61 I1 490 0 l9269rt 00 00 00 101.0 61 6 00
u 12.W 39208 0.0 0.1 09 r00 0 Q.6 30102.5
85 3).221 l J92702 0.0 05 20 100.0 6t.5 65262.4
86 34. I 36 f 392703 0.0 03 Il 100.0 65.6 15180 7
s7 15 072 0 192701 00 00 ().0 lm.0 656 00
88 16.017 2 192705 00 0l ll r00.0 66.8 1t621.7
89 37 011 19t70?00 0_l t.l tm.0 68:.15I75 5
lm 38.062 0 39270'7 0.0 00 00 lm0 68.2 0.0
t9l 19. t:4 ()l9:707 0.0 00 00 r00 0 08.2 00
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l9l 4l 16l 1927 I 0 00 0.1 IS r00.0 7t 9 629)1 3
I94 42.519 392112 0.0 0.4 2.1 lm.0 73.9 68470.5
r95 13.761 0 192712 0ll 00 0.0 (n0 73.9 00
t96 45.49 0 3927t2 00 0.0 00 00.0 73.9 00
tq7 46 -1,16 0 39? t- 12 00 00 00 {m0 71 9 00
198 {'t .7 t7 0 392'7t2 0.0 00 0.0 000 73.9 0.0
r99 49 l.ll 1C27 I I 00 {).6 l2 m0 11 I ()5567 9
200 50.fl8 0 392713 0.0 00 0.0 00.0 n 00
20r 52.083 0 3927 3 0.0 00 00 lm0 n ().0
202 51 559 0 3C27 t3 00 0.0 00 lm.0 n 0.0
201 55.040 0 1927 l 00 00 0.0 r00 0 n 00
2M 56.529 0 1927t3 00 00 00 r00 0 nt 00
205 t8 0ll 0 3927 J 00 0.0 0.0 100.0 71 0.0
206 59.557 0 3921 J 00 0.0 0.0 Im0 n 00
207 61 109 0 t92 l 00 00 00 r00.0 7'l 00
208 62.608 0 192 l 0.0 00 0.0 lm.0 n 00
Itlis report confsns to pwisirrs d 21 CFRpart 11
Poject No. M2442064
Scrubber Exhausts and Baghouse Exhausts
AHSO Rn 2 - pct rm report - 12122424 10:06:13 - FbSe 3 d 4
350 of 448 @Mostardi Platt
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212 69.659 0 3927 t3 0.0 00 00 lm0 TI 0.0
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2t1 73.731 0 3927t3 0.0 0.0 0.0 r00.0 TI 0.0
215 75 992 0 1921 t1 00 00 00 000 17 0.0
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zt7 81. t 09 0 3927t3 0.0 0.0 00 00.0 '7'7 00
218 84.036 0 3Wt3 0.0 0.0 00 m.0 n 00
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220 90.846 0 1927t3 0.0 0.0 0.0 m.0 n 00
!21 94 til2 2 3927 t5 00 2 2?.e 00.0 00.0 758591 5
222 99.286 0 1921 t5 0.0 00 00 m.0 000 0.0
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224 109 399 0 3927 t5 0.0 00 00 00.0 000 0.0
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226 20.724 0 3927t5 0.0 0.0 0.0 tm0 00.0 0.0
227 25.8s4 0 \927t5 0.0 00 00 tm.0 00.0 00
228 31.3 l3 0 3927t5 00 0.0 00 lm.0 m.0 00
2?9 .10 I lil 0 _t927t5 0.0 0()00 100 0 000 00
210 17 27\0 3927 t5 0.0 00 00 lm.0 000 00
2lr 54.80t 0 19271 5 00 0.0 00 100.0 (n0 00
232 62.114 0 3927t5 00 00 0.0 100.0 m.0 0.0
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zl4 79.'746 0 3927t5 0.0 0.0 0.0 100.0 100.0 00
215 88.891 0 3917 t5 00 0.0 0.0 r00.0 100.0 00
276 98.477 0 1927t5 0.0 00 0.0 lm.0 100.0 0,0
231 208.5 I l 0 3927 t5 0.0 00 00 100.0 100.0 0.0
238 219.010 0 3927t5 0.0 0.0 0.0 r00.0 100.0 0.0
219 29.9E1 0 392715 00 00 00 lm.0 lm.0 00
2.m 241.135 0 392715 0.0 0.0 0.0 rm.0 r00 0 00
241 253 182 0 19271 5 00 00 00 lm0 100 0 00
212 265 828 0 192'7t5 0.0 00 0.0 100.0 r00 0 00
lLll 218.119 0 39271 5 00 0.0 0.0 100.0 100 0 00
2+1 292.239 0 3Wt5 00 00 00 100 0 100 0 00
245 106.208 0 l9?7 I 5 0.0 00 00 100.0 100 0 0.0
246 120.685 0 ts27t5 00 00 00 rm0 lm.0 00
247 r35.661 0 192715 O,D 00 00 r00 0 lm0 0.0
248 t5t l15 0 te27 I 5 00 00 00 100 0 t00 0 0.0
Ia 167 088 0 l9t7l5 00 00 00 100 0 100 0 0rl
250 181 50 r 0 19271 5 0.0 0.0 00 100.0 100 0 00
25r 400.151 0 i927 r 5 0{l r)0 00 100.0 lm0 00
252 4t'7 {8 0 lc27l 5 00 00 00 t00 0 100.0 00
5 .ll5 15 0 l9:7 l 5 ()0 00 rl0 r(lD 0 r00 0 00
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155 {71 198 0 1927 I 5 00 00 00 rin 0 r00.0 00
256 490.282 0 )927 t5 0.0 0.0 0.0 100.0 100.0 0.0
Tf*s report coflfqns to prwbirs of 21 CFRpart 11
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
Al-Fs@ Rn 2 - pct rtn report - 121122o2410:ffi:13 - We 4 d 4
351 of448 @Mostardi Platt
Tlb report crfans to prwbirs of 21 CRpart 11
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lvtd nrrbr: LElm
SsEc. 9Nm8@s
CdHiondde: 11-1&24
Serscr no&: Srrndtn
BratoFlssre: 666S.St€
Grnst:tvc6"l"AFD R-ATI; AFls@ R 4 Fls ad AcerE V16sh; XIn6 PIL PIL B 54173962 + 541711S62, &gl-62.
ttrta:0.98l,n
tt/b&:0.545 l,n
lvbdar 0.715 l,n
Srdrd Bvidin 0.919 fn
Sorrrss: 12.0 pn
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Rnd VdurB: 60.0 nl
SanpbTrre 0se
fuga 0.5 - 40 pn OhriIl Eaclcr: 1.78
TlresEct 0.5 fn Re EF: 1.0
Chaneb: 1$ Eaclqrand:3.0flnl
Totd Carlts: 346108 OrriJrL 346180 #/nt
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Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
I
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352 of 448 @Mostardi Platt
Ttis report cmfcrB to porbirs d 21 CFRpart 11 VftAl*s@ Rn4- 1YNM4M31:14 - ESe 1 cf 1
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Ssso noG: Srnrdir
Cdbdi7l Fbsre: [e-mail]
G.rrEt: l/c6'rAFD RATT: Al-|5@ Rrl 4 Fnd -d AcstcrE \lhh: KIvS PIL: PrL B 54173962 + 541740Q. . &l$7-62
Ir/bdl:25.$3fn
ttb&:66.(29pn
lvbdan: 15.68 gn
Silchd EvElirt:3.56 gn
Sclvnass: 0.8 pn
Krtosb: -1.0pn
Fkil Vdure: 60.0 rn
SrrCa line: 60 s€
RrEe:0.5-40trn Cllr-tionbto:1.78
TtresMd 0.5 gn Re EF: 1.0
Chards: lS h€ro(rd3.o#fii
Tdd Oo,lts: 34618 h,rrs/nL 3461G0#nL
AH'502 Run I
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Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
353 of 448 OMostardi Platt
Itis report crrfcns trc prwbirs cf 21 CFRptt 11
E.rq'i'lwO
AHS@ Rn 4 - pct nn report - 1Zflm41043:33 - Fbge 1 d 4
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64s7-a qaclEqrn caEgrtrair: 3.0 /nLgrrtrElirvdbgs: 11.6V&ffiirvdt4a: 10.8V
qsdtr Kwh Schltz
Ha cfuDl ddtirE: 1Q42 1Z12lN4
ftport He/TrTe: 1443 1z12fm4
Tagplc6E€rHin: 75m
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t0 0.ro 3.457 14.986
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56 0.526 t7w t7]/o 5.0 0.8 0 5.0 0.1 t 22.9
57 0.5{5 nt48 39488 6.4 l.l U,I 1.4 0. I I 873.9
58 0.564 19359 58f47 5.6 0 0.17.0 0.2 1819.7
59 0.585 I9206 78051 55 I 0.2.6 0.3 201r 8
60 0.07 20863 98916 6.0 3 0.28.6 0.4 24H,8.3
6l 0.632 20353 n@ 59 3 0.14.5 0.5 2687.7
62 0.658 19504 38713 5.6 4 0.,10.1 0.1 2W.3
63 0.686 20268 59041 5.9 (t 0.2 46.0 0.8 14t9 I
64 0.715 l 8799 't'tul 5.4 6 o.2 51.4 ,0 1ffi.2
65 0.74"7 l 6536 l9t377 4.8 5 0.2 56.2 I 16r2.9
6 0.781 14819 2@t96 .r.3 5 0.2 4.1 3 3e9.4
67 0 815 t44.24 2236t9 4.)6 0.2 &.6 5 4101 8
68 0.E5 I t?328 2359t7 36 5 0.2 68.2 6 3983.3
69 0.888 ilO19 2@6 ).2 4 0.2 71.4 8 4019 1
70 0.926 r05 r0 257475 l0 5 0.2 74.4 0 4162.4
?l 0.%4 874 I 26f,2t6 25 J u.t 15.9 2.2 .{096.7
n .w2 w.5 274/4t 2.4 4 o.2 79_3 2.4 4332.9
71 040 681 7 28 r258 0 1 0.2 8ll 2.6 4014.5
14 .o78 5834 257W2 1 0.2 &.9 2.7 3n'7.9
75 ll7 r1930 29243 {0 0.2 u.4 2.9 l5%.5
16 r56 4p.55 296478 3 .0 0.2 85.7 3.0 1603.9
77 l%4l 68 100&16 2 0 0:86.9 3.2 1730 3
78 .236 361 I 3UN7 .0 0.9 0.2 97.9 3.4 357r.6
19 211 n32 30,289 0.9 08 0.1 888 3.5 1308.0
80 .3r9 2746 31m35 0.8 0.8 0.1 89.6 3.7 33m.0
8l 362 2390 312426 0.7 0.'7 0.1 90.3 38 3 r60.9
82 .405 2l6E 3 14794 0.7 0.8 0.2 91.0 3.9 w.6
8l 4s0 2W I 1680r 0.6 0.7 0.1 91 5 4t 1203.8
84 .4%r953 3t87y.0.6 0.7 0.2 n.t 4.2 vL1.6
85 313 1733 120487 0.5 0.'l 0.1 92.6 14 t336.9
86 .5n 1653 \D.tfi 0.5 0.7 0.2 93. I 4.5 3516.9
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
354 of 448 @Mostardi Platt
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89 t.752 255 126l &l 0.4 0.6 0.2 9t.2.50 3530.4
90 r.810 t25 3273[B 0.3 06 0.2 *t6 5.1 v9t.7
9t I.87r tv 328r'6]0l 0.7 0.2 949 5.1 1956 6
n r.935 o7t 329sy'0.1 0.7 0.2 9s.2 55 4065.5
93 2.004 99 110533 0l 0.7 02 955 57 42r3 0
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95 2.t51 751 132091 02 05 02 96.0 6.0 \912.6
96 2.232 E34 13?925 0.2 0.7 0.2 962 6.2 4855.8
9'7 2.314 683 t3t608 0:06 02 96.4 64 ,l4l0.l
98 2.m 628 lv?36 0.2 0.6 02 %.6 6.6 4546.2
s9 2.489 81 114900 02 0.7 02 %.8 6.9 53fl).1
IM 2.582 632 135512 0.2 0.7 02 %9 '7 I 56'm 8
l0l 2.678 618 B6r50 0l 07 0l 97r 71 621.14
102 ?.778 502 33652 0.r 0.6 0.2 97.3 '1.6 5637.t
103 2.882 523 llTl 75 02 01 0l 97.4 'tI 6550.0
l(X 2.990 526 llnol 0.2 08 03 976 8.2 7161.7
105 L l02 175 l3EI 76 0 0.8 0i 91 1 E.6 1420.8
106 i.2lE 449 118625 0 08 0.3 978 8.9 7839 I
107 1.138 422 l3qx8 0 08 04 980 9.1 82I9 l
r08 14f2 393 3394/t 0 08 04 98r 96 8541 E
109 t5m 190 11983 r 0 0.3 o4 981 l0. t %46 I
l0 1.723 JU 3umt64 0.08 0.rt 98.1 10.5 9016.2
lt l.Sdl 329 !ro49l 0 0.8 04 984 t09 c891 0
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l3 4.146 16l l4ll98 0 t.0 06 986 r2.0 ,472.5
t4 4.296 278 y.l475 0.0.8 0.5 98.7 12.5 518.r
l5 4.49 2U 3417fi 0 0.9 06 98.7 l3r I I 10.0
l5 1(N)108 342068 0.o7 988 ll.8 5769 7
l7 4.76'7 255 142323 0 0 0.6 98.9 4,1 1/865
I8 4.931 250 342574 0.,0 0.7 99.0 5l 57 t5.1
9 5rm tJs A2n1 0.0 o7 99.0 5.8 6198 7
20 5.274 247 143054 0.08 99 l 66 8958 7
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27 5.640 186 yygt 0 .0 0.8 9.2 8.1 1429 t
l s 8l2 241 l/.3135 0 4 991 94 25287 5
24 6.03 t 245 x3980 0 5 994 20.7 28r60 7
25 6.23,1 20r 14il81 0 l 994 l8 :55170
26 6.49 199 f4r''381)0 4 2 9.5 230 27969 7
27 6.67 :01 N4581 0 )4 996 24.4 3ltrl 9
28 6 892 IM }4A165 0 4 4 99.6 258 I15202
)9 1 124 r63 ]4978 00 4 4 9'|27t l09i8.b
l0 7.362 138 14506 00 .2 3 997 28.4 2880) 7
lt 7ffi 92 145 l 58 00 0.9 09 sq7 lql 2t 182.9
32 7.85'7 89 v5246 0.0 0.9 l0 ry.8 l0 l 2481 3
JJ 8.1 l3 75 14532t 0.0 08 09 ca.8 ll:n%7 5
v 8.375 80 145{01 0.0 09 l.l 99.8 32.3 24615.5
l5 8 6{l 6l 14!63 00 08 09 q)8 13 l 20718 2
36 8.915 58 34552t 0.0 0.8 0q 99.8 v2 2t473 6
l 9 l9t l9 14556t)00 05 07 998 11.9 I 5920 I
l8 9.47t 43 A5@7 0.0 0.6 08 9.9 35.7 r8935 7
l9 9.755 49 345652 00 08 ll 999 16.8 2l$4 rqr0.&o 46 y56,8 00 08 ll 99.9 17.8 24357.4
4I I 0.128 l6 t15733 0.0 0.6 09 999 18.7 20626. l
42 r0.623 )2 3/.516f 0.0 0,6 09 9.9 39.6 20301 8
Ll3 r0 921 39 145805 00 0.8 l2 999 408 26717 5
4 n.229 29 145834 00 06 0.9 99.9 41.1 21451.8
145 I1 540 22 14585b 00 05 08 99q 42.5 r78l I 6
t46 I1 859 29 345885 0.0 0.7 ll 99.9 43.6 2l2730
l{l2 lM H590:00 01 Dl 99.9 +1.1 l6r2l 8
Tt*s report confsns to porbkxs cf 21 CFRpart 11
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
AHS02 Rn 4 - pct rm report - 12122f]f2410:43:3 - Pge2 d 4
355 of 448 @Mostardi Platt
(tonl IIrrrEr
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19 r2.s5l t5 145938 0.0 04 0.7 r00.0 116.0 17034.6
50 r3. I98 t7 145955 0.0 05 0.9 tm.0 4$.9 M93.5
5t 11 550 9 l45qi3 00 0.1 0.5 10.0 11 4 I r0tt9 4
52 l].910 t2 vsn5 0.0 0.4 0.7 rm.0 48. I t6795.2
5l 14 278 l0 145985 00 0.1 07 100 0 rA.8 t5561.1
91 t4.6v 'l v5w2 0.0 02 05 r00.0 49.1 lt2l9.6
55 15.038 t0 A(m2 0.0 04 08 lm0 50 l l8l890
56 t5.432 7 tffi 0.0 03 0.6 100 0 fi1 lll03 l
57 15 814 1 3460t6 00 0.1 06 tm0 5l .l 141564
58 t6.247 7 34fi23 0.0 0.1 0.7 rm.0 52.0 15291 2
59 l6 ti7l 9 Itr1603 I 00 04 0.9 rm0 529 20652.1
t60 t7.t0'7 l0 vffiz 0.0 0.5 t.2 100.0 54 l 26775.3
l6r l7 554 l l4dll5 00 0.1 04 100 0 'l5 9614.1
t62 18.015 1 14652 00 0.4 0.9 t00 0 55.4 20847 8
163 r 8.490 t0 A{X2 00 06 1.5 lfi) 0 569 3l8l r.5
ta 18.981 5 J4ffi7 00 r).1 0.8 lm0 57.7 r 8287 4
165 19 488 5 U.fr72 00 0l 09 t00 0 58.6 t9791.9
t(fi 20 014 3 ,4f076 0.0 0.2 0.6 100.0 59.2 14292.t
67 10 555 2 A$71 0.0 0 0l m0 595 1742.1
68 2l ll 34fi19 00 OI 04 000 5q.9 8388 r
69 21 581 :)14608r 00 0 0.,m0 d)3 9087 4
70 22.269 146082 00 0l 0.t m.0 01 9844.1
7I 22.8'70 )14d)&1 00 0 05 000 61.2 t0661.6
72 23.2188 0 l4{il&{ 00 00 0.0 000 61 2 00
73 l,l. l2 I 0 l4$84 00 00 00 m.0 61 2 00
74 24.772 0 )46fu 0.0 0.0 0.0 lm.0 61.2 00
75 25..140 l 146)88 00 0.rl l3 r00 0 62.5 293v.3
76 26.t26 2 346089 0.0 0.2 0.7 100.0 612 158%.9
77 26.81 l 0 14({)89 0.0 0.0 0.0 r00.0 $2 0.0
78 27.555 )34ffi1 00 02 08 tm.0 6r.0 18650.0
19 28.299 0 34$91 00 00 0.0 r00 0 640 0.0
80 29 06.1 a 3ffi3 0.0 02 t.0 100.0 65.0 21 883 9
8t :9 849 )]4&X 00 0l t0 100.0 6ri 0 3708. r
E2 10.658 l 146098 00 0.5 2.1 lm.0 68.2 5l l74 q
83 I1 490 0 146098 00 0.0 00 lm0 $l 0.0
&l ,2.v6 1 34ff)9 0.0 03 ll lm0 9.6 30 r 68.1
85 1l ?7 0 1160919 00 00 00 100 0 69.0 0.0
86 34. r 16 0 va]AB 0.0 00 00 100.0 o.6 0.0
87 l5 072 t))4(ff9 00 00 0.0 lm0 6)6 00
8E 16 037 1 146l0l 00 04 l8 100.0 'il .1 4t7l8 b
89 l7.0ll 0 146l0l 00 00 00 rm0 7l.J 0.0
t90 1E.062 0 146l0l 00 00 00 100 0 71 4 00
l9l lo l:4 0 t46 ()l 0()00 00 lm.0 7l ,l 0.0
192 40223 0 146 0l 00 00 00 100 0 7t4 00
tql ,ll 16l 0 146 0l 00 00 0.0 100 0 7t J 00
l%42.519 2 w 0l 0.0 05 1.0 l(n 0 '71.4 6861 9 9
t95 43.76 I 0 )46 03 0.0 00 0.0 lm0 711 00
r%45 029 0 146l0l 00 00 00 100.0 74.1 00
l9l 45 146 146 05 0.0 06 1.9 lm.0 78 _1 88742 .1
198 17 717 0 146105 00 00 0.0 lm0 783 0.0
r99 49 l:ll 0 l.16 I 05 (.).0 t).0 00 l0) 0 78 I 0.0
2m 50.608 0 t46105 00 00 0.0 r00 0 '78.3 0.0
20r 52 083 0 146105 00 00 00 100 0 78. l 00
202 51.559 0 146r05 00 0,0 00 tm.0 78.1 00
201 55 &O 0 146105 00 00 00 100 0 78.1 0.0
2U 56.529 0 346105 0.0 0.0 0.0 lm.0 78.3 00
205 58.011 0 146105 00 00 00 lfi)()78 1 00
206 59 557 0 346t05 0.0 00 0.0 lm0 78.3 00
2i7 6r r0q 0 -146105 00 00 {).0 lm0 78.1 0.0
208 4..698 0 146r05 0.0 0.0 00 lm0 78.1 00
Ttris report cmftrns to pro/sixs d 21 ffi.91 11
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
Al-+502 Rn 4 - pct rm report - 12122ff410:43:33 - FbSe 3 d 4
356 of 448 OMostardi Platt
Ihis report confrns to prwsus cf 21 CFRET 11 AH5m Rn 4 - pct rm report - 12fl292410:43:33 - We 4 d 4
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
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frl 69.659 0 3z16l08 0,0 00 00 tm0 r00.0 0.0
2r3 7t 629 0 146108 0.0 00 00 100 0 100 0 0.0
2t4 73.131 0 146r08 0.0 0.0 00 100.0 lm.0 0.0
l5 75.92 0 146108 00 ().0 00 lm0 100.0 00
216 78.M 0 346r08 00 0.0 0.0 lm0 lm.0 00
l1 8l t09 o 146108 0.0 0.0 0.0 lm0 rm0 00
218 84.036 0 l,16l08 0.0 00 00 lm.0 rm.0 0.0
lt9 87.26 0 l,16l08 00 0.0 00 rm0 100 0 00
120 90 846 0 146108 0.0 00 00 100 0 100.0 0.0
l2t 91.832 0 146r08 00 00 00 tm0 t00.0 0.0
222 s9 286 0 146r08 0.0 00 0.0 m0 100 0 0.0
ll IM I?8 0 x6t08 00 00 00 000 000 00
109.399 0 146t08 0.0 0.0 00 000 00.0 00
225 il4 910 0 346r08 0.0 0.0 00 000 m0 00
226 120.724 0 346108 00 00 0.0 000 000 0.0
)41 15.8s4 0 146t08 0.0 00 0.0 l(n.0 ff).0 00
228 13.3 ll 0 146108 0.0 0.0 00 l(n.0 (n.0 00
l:9 {01t4 rl _146108 00 00 00 100 0 m0 00
210 47.273 0 146108 00 00 00 100 0 000 00
lt 54 80r 0 t46108 00 00 00 100 0 m0 00
212 t62.114 0 3,16108 0.0 00 00 lm.0 000 0.0
2ll 7 t.024 (.)346108 00 00 00 t00 0 000 00
234 79 146 0 146r08 00 0.0 0.0 100.0 m.0 00
:15 88.E91 0 146108 00 00 0.0 100 0 000 00
236 98.471 0 146108 00 0.0 0.0 100.0 000 00
231 208.5 l l 0 146 08 00 00 00 lm0 m0 00
218 219.010 0 A6 08 00 0.0 0.0 lm.0 lm0 00
239 229 981 0 146 08 00 00 0.0 lm0 100.0 0.0
2q 24 1 415 0 y6 08 0.0 0.0 00 100 0 tm0 00
241 253.182 0 t46 108 0.0 00 00 100 0 rm0 00
2Q.265.828 0 M6108 0.0 0.0 00 Im0 100.0 00
:rl3 278.119 0 146r08 00 0ll 00 r00 0 Ir00 00
2+1 292 239 0 145108 00 00 00 tm0 lm0 00
245 306.208 ()146108 00 00 00 lm0 r00 0 00
246 120 685 0 146108 00 00 00 r00 0 100.0 00
)11 ]35.ffi 0 t46r08 00 00 00 r00 0 tm.0 0.0
248 l5l l16 (l 346108 0.0 0.0 00 r00 0 r00 0 00
t49 167 088 t.)t46t08 00 {)0 00 m0 I(n 0 00
t50 183.50 r 0 146t08 00 00 00 000 100 0 00
l5r .l{n ]51 o 146108 00 00 00 (x) 0 lm0 00
1i)417 60'r)146108 00 00 00 00.0 100 0 00
15,1 .115 I5 ()-146108 0.0 00 r)0 m0 l{n.0 00
154 451 I 83 0 1116l 08 0.0 00 00 000 lm.0 0.0
t55 47 t _198 0 t46r08 00 00 00 lffl 0 100 0 00
256 490.282 0 146r08 0.0 0.0 00 100.0 lm0 00
@Mostardi Platt357 of 448
It*s regt csrftrnE to prohirs d 21 CFRpct 11
'ffin'lwO
l.-ber;lGvh Sch.k
Rcrad: Gergd An4sE - S.rrnEliIl
Rr EdfrrB: 1 Z 17 fm4 1 5.23
tupt Hdlrre: 1VwVP4\ fi .33
orrrrst tvcs-rAFo RATT; AH1565 Rn'l Elts adAce(fiEV1bh; XIvS PIL PTL S541741-62 +r{1742-@.:64$7-@
t{-MAl-11565 Rn 1 (tost CI Exratim) - tlfinm414:33:30- ftgB 1 cf 1
lvbd n rbs: LElm
S€rtss gN D6G6
Cdtrdindde: 11-1&24
SerEo nD&:Srrndirt
Cdbratb FlerErB: [e-mail]
tr,brt: 'l.ffiPn
Ivffi:0.545},n
lvbdat0.747 t,n
Srr&d Errdbn: 1.1501rn
Soivress: 13.3 gn
Kncs:487.4 gn
Fhrd VdurB: 60.0 nl
SarSTnre:60se
BBe 0.5 - 40 pn Cltlim hts: 1.$6Tr6hdd0.5p ReCF: 1.0Cffi: 1$ Bdqrand:15.0#/nl
Tdd turrs: 5183'15 Grrdnt 20732581flnt
AH-1555 Run t (Port Oil Extr.cilon)
rm
4'
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
t! l'.
ia
2'.
80
ocIsoi
5
i€
[<rr: LoLq- (L- eo/'4 /a.7q'r).'/)
lii
I
i,-i./t/
II
tt1l
t
\I
I
1 r0 20 l0 10 50 70 90 ?00 ]00 100 6(n 8GOPrtd. S'.r. lr,r)
358 of 448 @Mostardi Platt
Itis report corffiTs to pro/birs of 21 CFRft 11 Ve AF+1565 Rn 1 (Fbst CI ktratim) - PIAnm4 A:B52 - P4e 1 d 1
E&'*lwO
Lbtrl6/h Sctx-E
Flotad: Gersd Andyss - SrnrEtirl
Rn Befiirra: 1V 17 fN4 15:ZJ
Fbgt He/Irre: 12tfr1M4 14:33
tt,bd nurter: LEI&
S6nso S/NEG@S
ffiimdde: 11-1&24
S€nsd no&:SrrrYdin
ffiilFbsre: [e-mail]
Grrrst lvGfAFO H-ATI: AH 1556 R,l I Flts ard Ac€tsrE Vlbh: lOrG PIL PfL f} 541741-@ +91742-Q. . Al$7-62
ttta:37.568 gn
trft&: 1G.399pm
tvbdrt:21.112 pn
ffid&vbtir:37Egn
Sorvrcss: 1.2 gn
Kncb: -0.3 gn
FtiJ Vdure: 60.0 rn
Srrfle line:60 se
Fb€p: 0.5 - 40 |,n Ch.ocn Fatcr: 1.$6
Tk6Md 0.5 l,n Fte EF: 1.@
Ctsnds: 'l$ Bacl€roud: 15.0r#rYi
Tdd Gnts: 518315 fu.rrs/nL 20R258 Hnt
AH 1555 Run I (Post Oll Erlr.clion)
aEI
*
20'.
r7 5'.
15'.
u 5'.
t0.
7 5"
5'.
25'.
3 156 8 r 40 50 70 90 200 300 500 700 1000
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
Parrdc Sre (Bm)
359 of 448 @Mostardi Platt
Itb report cmfons to prwbirs d 21 CFRpdt 11 Al'11566 Rrr 1 (tust O Extaction) - pct rm report - 1211712&415:25:15 - Rge 1 of 4
E.rG'i'lwO
Qsdor lGvitScht-fr
Fbpcrt Be/Trre: 15:% 1?J 17 lN4
Tagetcdrcglffiin: 75m
Fhobcd:Grrrd Analysis - SrrnutirtRcFcl: 64987-@
[/bdd #
Sssa 9N
Sgrscno&:Mrfb:Hratin ddtire:
Srrpletrodctim:
Vdulesarded:
Srrde:AH'1566 Rn 1 (tut O ECrrE)
orrrrert IvG'IAFO R-ATT; AFt1566 R,l 1 Fjrbr and AcdoE Vlbh: ](I\/6 PIL PIL B 541741-@ r r41742-Q.: 6aS7-@o**10 ccncstrdi,r:Qrs nEaeued:2609/9
Totdcorts(>0.5|rrl: 518315.,- ffi;ffi,Told co.rrs/ryl (> 0.5 lrrf :20rc58 /nL
ReCF: 1.ffi
LE(D
Em@s
Srrndirr
D6GO2AS,ShE
11-1&24i/bxd
60.0 nt
15.0/nL
11.7 V
107V
DN DA DV
l0 0.545 0.70 5.91
fl)0.745 5.79t 20.833
q)1.314 D.855 t06,.n3
Ctrncl IXrdcr
(r@
Colet!
(f0
Cumddr6sM)Nunftr(n Alt.(n Vdre(n I\unftr
(%Slxr)
Volum
O/rSIIr)
Atr. Volmr
(mil)
56 0.s26 22ffi ng 4.4 0.5 0.0 44 0.0 173 r.3
57 0.545 29151 5l&{8 56 0.1 0.0 10.0 0l 24(r..6
58 0.5& 24n5 76752 4.8 07 0.r l4.E 0.1 2vt.0
59 0.585 24776 101489 .t.8 0.7 0 196 0.1 259r l
60 0.ffl z76n I29t 66 5.1 0.8 0.0 24.9 0.2 1248.0
6l 0.632 26236 I 55402 5l 0.9 0 lo.0 0.2 J4&.s
a 0.658 25%6 I8 I]57 5.0 0.9 0 350 0.3 388.1
6l 0.685 2'77W 209146 5.,1 I.t 0 40.4 0.4 46X7 7
g 0.7r5 27 t9l 236337 52 II 0.45.6 0.4 52U.4
65 0.741 24't20 261057 4E il 0 504 0.5 5400 9
({,0.78r 233C2 2&4449 4.5 t.2 0.11.9 0.6 5839.7
67 0.816 2y79 30'7C2'7 4.5 l.l 0.594 0.7 677.0
68 0.851 255 3Z9tn 4.1 1.3 0 63s 08 ffi1.6
6D 0.888 &m5 l,4.1581 l6 0.67.t 09 6147 0
'to 0.n6 8154 16574 I 35 1.3 0,70.6 0 7535.6
1l 0.964 fi75 l8l 766 Ll 0 731 I 75ll 0
7?.un s l42 396908 2.9 l.l 0.166 f 7n6.8
73 fxO 2631 409519 2.4 Lt 0.790 ,3 7438 6
74 078 10560 aw 0 1.0 0 8lI .4 6928.0
?5 |7 8931 42n32 7 0.9 0 82.8 5 65161
16 156 p.a.437291 6 0.9 0.u.4 .6 ffi..9
i'?l%-7573 &tEt;1 s 09 l)85.8 1 677'7.9
78 236 ffis 45 133 r 2 0.8 0.&7. I E 6394.0
19 )7t s338 456670 0 0;7 0 88. I 9 5824. r
80 319 47t I 46r38r 0.9 0.7 0.89.0 2.0 5661.0
8l 362 4018 465199 08 06 0.898 2.t 5313 0
a .Q5 3795 &9t%01 0.6 0.90.s 2.2 5515.5
5J 450 1450 472544 0.1 0.6 0 9t 2 2.2 55ft. r
u .4%w7 47ffi 0.6 0.6 0.9r.8 2_3 5341.3
85 543 270 418/.59 0.5 0.5 0 92 1 24 5310.1
85 s92 2457 4809t 5 05 0.5 0.n.8 2.5 5 194.3
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
360 of 448 @Mostardi Platt
Chuncl Ithmtcr
0!d
CouDtt
(trt
Grnftdrc
(ilsDtr.)
Nunfur(n Artr
en
VdEt(n nhrtrr
(%.<Illr)
VdrD
(%5lxr)
Ab. Vdc
(llaJl
87 643 ?236 183 l 52 04 05 0 932 2.5 5l% r
88 06 r903 485054 0.4 0.5 0.91.6 2.6 4861 8
89 752 r 982 487036 0 0.5 0 940 2.'7 5576.8
m 810 l78l 4888t 8 0 05 0.94.1 28 5521 4
9l 871 t7t8 4$516 0 0.5 0 %6 2.9 5888.5
92 935 I 517 492071 0 0.5 0 cl9 2.9 t835.8
ql m4 141{),1935 li 0 0.5 0 952 30 6070 I
ct 0n t295 494808 0 0.5 0 955 3l fi14.5
95 2.t53 I 170 495978 0 0,1 0 957 12 6t ll5
%2.232 I 170 497t4'7 0 0.5 0 959 33 6E08 9
q7 l. I i.l t05 r rl98l98 0.1 05 0.96. I 1.1 68t1 7
98 2.4{n r0l5 49921 l 0 0.5 0 96.1 1.5 714t2
99 1.489 989 5fi1202 0 05 0 965 1.6 7981.6
100 2.5n 868 501070 0.0.5 0 96.7 37 7819.5
l0l 1 678 870 50 I gil0 ()05 968 l,)t1117 )
r02 ?.718 820 507760 0 05 0 9't.0 4.0 9206 2
103 2.8&725 501485 0.0s 0 97 I 4.1 9084 1
l(}t 2.9q 715 5042fr)0 05 0 97.3 4.3 10n5.I
t05 lrm 733 501931 0.0.6 0 9'7 1 4.5 l 1449 2
106 l2r8 ffi 505572 0 05 02 97.5 46 I I 153.6
l|07 3. ll8 624 5061 e6 0 06 0:g'7 ,-.1 8 lll19 3
I08 3{fr 681 506877 0 07 0:978 50 1.1795 5
t(p 1.590 626 507501 0 07 02 979 5l 15158.6
l0 3.173 570 t0E073 0 07 0l e80 5.5 15401 0
1 860 528 508d1 l o 0l 02 98 I 57 I 5q07 l
t2 4.ff)l 530 SGlll 0 o7 03 98.1 5.9 t11U.1
l 4.lz16 5{X 50)616 0 07 0l e8.l 6.2 l 8829 8
4 4.296 49 5 tm84 0 01 0.1 98.4 6.5 I 8629 5
5 4.U9 481 5 l 056?0 0.8 0.1 98.5 6.8 22251 2
6 4 fl)6 389 5 r0956 0 0.7 0l 98.6 7.t r9920 5
1 4.767 413 5 I 1359 0 08 03 987 7.5 2!1ll .r
)J 4.931 1"141 0 08 0l 987 7.8 23695.7
9 5lm 391 2 l.x)0 0.8 0.{98.8 82 271 r0 2
20 5.274 359 249s 0 08 04 989 86 27(fi.g
ll 5.4:tl I8 5 I 2817 ()08 0.d 98.e 90 2867.1.2
?2 5 610 lol I l4l 0 0.8 04 990 94 28519 0
3 5 812 270 14il 0 0.8 0{99 I 98 28054 8
)4 6 01r kn )671 0 08 04 99r l0l l0l r2 9
l5 6.237 228 tq)2 00 0.1 0,1 qlt 10.7 29m9.8
l6 64,4,9 108 42U)0l ll 06 9q2 l 1124.'7
11 6 (i1 273 4187 r) I IO 0b 99 1 ll.0 1145 5
f9 6.8C2.2n 5 14718 0.0 09 06 99 1 I2 5 )%93.2
?s t24 140 ,tq58 00 I r')r).7 E)4 1,1 45489 a
t0 7 lo2 20c 5l 5 r67 00 09 06 994 9 13565 4
7 A)6 226 5 I 5l9l 0.{)08 QqJ 14.6 52166 9 I
7.8s1 2(})5$2 00 08 99.5 r5.{52955 0
l E ltl 59 5 l 576r ()0 9 t-).b 99.5 Iri(l 14129 1
34 8.t75 '7'7 5937 00 0 0.8 }),5 t68 54375.0
)8.&ll r9 5r6l l6 00 09 q)6 t1 7 flx2r l
Jt)E.915 stc,,21 00 0.'l 06 q96 181 41258 5
q I9I 5'7 5 r 6l&l 00 t.l 09 ss6 19 2 61788. ?
lIt 9 411 )5 l 6199 00 09 07 99r;20.0 5 1146.9
19 9 755 ll 5 I &i30 00 0 09 .}]l t0.9 63701 ,l
140 r0.040 ll 5t6762 00 l0 997 2t.9 69455 9
t4l t0 128 5 I 6lt7l 00 0 09 y)7 229 64t6l r,r
t42 r0.621 l9 51ffi2 0.0 Ll 99'7 24.0 14781.8
l.ll r0 923 87 5t1079 00 0.9 09 99.8 248 5%21 8
l4t n.?29 lU 517190 0.0 t2 1.2 99.8 26.0 824/0.9
l.l5 ll 540 9l t rz8l 00 l0 II 998 7352t 7
146 II859 8l 5 l 7163 00 0.9 IO $8 28.2 7l 103.1
l{?D l&1 7l 5 I 7415 0()09 t0 E)8 29 l 671U \)
lhas report confdns to pwbios d 21 CFRpart 11
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
AH1555 Rn 1 (tost 0 E<trmtkx)- pGt rm te4u1- 121712@415',25:15-Pge2d 4
361 of448 @Mostardi Platt
Itrs report cmfans to pro/bir6 of 21 CFRpart 11 AH1556 Rn 1 (tu6t 0 Effrctixr)- p6t rLn rry1- 12172tr415'.%'.15 - ftge 3 d 4
Cltrard IlhDarr
0rD)
C,anatr
ff
Cturldrr(rr5ur)Nu&r(n Anr(n vdrn
oo
It{onl:r(%5IIr)
Vdum
(t/rSIIr)
Ab.Vdrc
(rlai)
148 12.515 6 5 17500 0.0 08 t0 998 10. l 6n62.4
149 12.851 6 s l 7566 0.0 0.9 Il 99.9 Il2 72862.2
50 1.198 I 517519 0.0 0.8 0.9 9.9 32.1 &y7.4
5I 1.550 6 5 I 7685 0.0 l0 1.2 999 31 4 85179 ?
52 3.910 3E 51n23 0.0 05 08 9.9 v.2 53 l 78.9
5l 4.278 40 5t7762 00 0'7 09 999 150 60534 5
tl 14.6/48 5 I 7810 0.0 08 ll 9.9 36.2 78528.6
55 5.038 .m 5 I 7850 00 0.1 t0 9.9 37.2 7M27.3
55 5.432 30 5 | 7880 0.0 06 0.8 999 18. l 5'7319.1
57 5 834 t8 it79t7 0.0 08 lt s9.9 l9:7W| 4
58 6.?47 l6 5 | 7951 0.0 O,E l7 s9.9 Q.4 8(D80.6
59 667t l6 5 I 7989 00 08 l3 q)9 4 1.6 86730.0
160 7.101 20 5I8ff)9 00 0.5 0.8 D9 42.4 52057.4
t6l 554 l8 5 l 8027 00 0.5 t).7 999 ,11 l s0626 2
t62 8.015 l4 518&il 0.0 0,r 0.6 999 41.8 42559.5
163 8.490 l0 5 I 8070 00 08 {r00.0 45.1 9E606 0
t$18.981 24 5 I 8094 0.0 0.'7 2 lm.0 46.4 85331 8
165 r9.488 20 5 r8r t4 0.0 06 I 100 0 47.6 1$67.6
t6 20.01,1 22 51886 00 07 l lm.0 48.9 et697.3
t61 20.555 l0 518146 00 0.1 0.7 lm.0 496 45r57 5
168 2l l12 l2 5l 8r 58 00 0.4 09 100.0 50.i1 587 10. I
r69 L683 28 5r8r85 0.0 II l 100 0 52b l{&il I 5
70 )2.269 8 5l8l9l 00 0.1 01 100.0 53 l 45914.8
7l l:870 t8 5l82ll 00 0fl 1.6 100 0 t{q il t955 1
71 23 488 20 5r8231 00 0e 20 lm.0 56.q 134743.t
24.121 I,)5 I 8243 00 06 ll 100 0 58.2 87567.8
'74 24.7'72 2 5l ln45 0.0 0l 0.2 100.0 58.4 r 5807.8
,15 254,{0 6 518251 00 0l 08 rm0 59 I 5ll6t -l
76 26.126 5 I 8253 00 0.1 0.1 100.0 59.4 t8y4.3
7'7 2683l 8 518261 00 05 t2 r00.0 60.6 80341 I
78 27.555 6 51p57 00 0.4 1.0 tm.0 61 5 65267.6
79 28294 ,5 l 8269 00 0.1 0.] lm.0 61 9 21565. r
80 29 063 4 5 I 8273 00 0l 0.1 lm.0 62.6 5 1056.7
8t 3M9 0 5 I 8273 0.0 00 00 100.0 62.b 00
E2 10.658 4 5lg2't7 0.0 0l 09 100.0 635 5q)30.7
rtl I l.4m {518281 00 01 09 tm.0 6{.1 64%2.8
&r 32.346 {5 I 82E5 00 0l L0 100.0 65.5 703&1.6
85 33.221 2 5 l{1287 00 o2 06 t00.0 66.0 38 r 48.6
86 }{ l16 4 518291 00 04 t)000 6'1 u7261
87 .]5.072 0 5l$t9r 00 00 0.0 000 6'1 2 00
88 16.017 I 5 I 8295 0.0 04 t4 00.0 68.1 9'7112 5
89 ]70ll 0 5 I t295 00 00 0.0 00.0 687 00
190 18.062 4 5182E)00 0,5 m0 70 1 11,1676.5
l9l l9 t24 2 51830r 0.0 0._1 0.9 m0 1t)62276 8
l9:{0 23 l 5 r 8103 0.0 0l l0 000 122 61613.1
t9l .fl 161 518105 00 0l ll 00.0 t) )71578 q
l% e.539 2 5 r 8107 00 0.1 l2 m0 745 ?tn47'1
195 43 761 0 5 r 8107 00 0.0 00 000 715 0.0
l%45.029 2 5 r 8309 0.0 0.1 t4 m.0 75.9 9494t.9
197 16.346 1 5 t83 00 0.{t5 m0 17.4 t0t52l7
l98 17 7 t'7 0 sl83l 0.0 00 0.0 00.0 1't 4 00
199 {9 143 0 5r8lI 00 0r)0(l 000 11 .1 0.0
200 50 608 0 5r831 00 0.0 00 00.0 774 00
l0r 52.083 0 5t83I 00 00 0.0 000 '7'.|.4 00
2U 51.559 0 51831 0.0 00 0.0 m.0 Tt.4 0.0
203 55 040 0 5l8l I I 0.0 00 00 100 0 774 00
201 56.529 5r8313 00 05 2.1 100 0 80 I 87848.2
205 58 011 0 5 l8l li 00 0.0 00 tm.0 80.0.0
2M 59 557 0 5l83rl 00 0.0 0.0 lm.0 80.00
t07 6t l0q 0 _st&lIl 0rl t)0 00 rin 0 80 00
208 62.$8 0 5r83ll 0.0 0.0 00 Im.0 80.0,0
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
362 ol 448 @Mostardi Platt
Ttb report coflfsnE to pwbirs cf 21 CFRptrt 11 AH1555 Rn 1 (tu6t 0 Edrrcti:n) - pct run rryl- 12172:@.415.25'.15 - hge 4 cf 4
Chmd U@t!f
0D)
C.aurn
(o
Cundrdrc0slrr)Nunillr
e/)
AItr(n Vd@(n Itlufur
c/.sD..)
Vdum
(%Slxr)
Ab.VduE
(r#)
:0e ot.3l3 0 5 r83 J 0.0 00 00 100.0 80 00
2r0 $.029 0 5183 l3 0.0 0.0 0.0 100.0 80. l 0.0
2u 67 198 0 5183 r3 0.0 00 00 rm.0 80 0.0
)t1 o.6s9 0 5183 3 0.0 0.0 0.0 100.0 80 0.0
2ll 't 1.629 0 5l8]3 00 00 00 t00.0 80 00
214 73.71t 0 5 r83 3 00 0.0 00 r00.0 80 00
I5 75.92 0 5 t83 l 0.0 0.0 0.0 100.0 80.00
216 78.M 0 5l83ll 0.0 0.0 00 lm.0 80.0.0
l7 8l 109 r)5r83ll 00 00 0.0 lin 0 80.00
218 84.036 0 5 r83 r3 0.0 00 0.0 lm.0 &).0.0
2lq 87 2tu 0 5t83rl 0.0 0.0 00 r00 0 80.00
20 m 846 0 5r8lll 0.0 00 00 rm0 EO 00
12r 94.812 0 t r83 l.l 00 00 0r)100.0 8{)00
9 286 (.)5t8lI]00 0.0 0.0 t00 0 80 0.0
rlj 1(}1 173 0 5l8ll.l 00 0.0 00 t00.0 80 00
224 r09 399 5l8l l5 00 2.0 19.9 lm0 lm.0 I l6l 525.7
)f(I14 9t0 0 5r8315 0.0 0.0 00 lm0 100.0 00
226 t20.n4 0 5 rE3 r5 00 00 0.0 000 t00 0 00
)41 26854 o 518315 0.0 0.0 00 000 100.0 00
228 13 3t3 0 5t8315 00 00 00 00.0 100 0 0.0
l:9 40.1 lrl 0 5l8lr5 00 0.0 00 m0 100 0 00
230 47 211 0 5l8l l5 00 00 00 tm.0 lm0 00
:]l 5.{$l 0 5l8lr5 00 00 i).0 lm0 l(n.{]00
232 o.714 0 5183 r 5 0.0 00 0.0 rm.0 100 0 00
JJ 7t.@1 0 5t8315 00 0.0 0.0 100.0 t00.0 00
234 '79146 0 518315 0.0 0.0 00 lrn 0 100.0 00
215 88 891 0 5183 I 5 00 00 00 100.0 t00 0 00
136 t98.477 0 5lE3l5 0.0 0.0 0.0 r00.0 100 0 00
131 208.5 l l 0 5 r83 l5 0.0 0.0 00 lm0 r00.0 00
218 219.010 0 5 t83 t5 00 0.0 0.0 100 0 lm.0 0.0
219 229.98r 0 5 r83l 5 0.0 00 00 100 0 t00.0 00
2q 241.435 0 5183 I 5 00 00 0.0 100.0 100 0 00
24t 253.382 0 5 l8l r5 00 00 00 r00 0 100.0 00
242 265.828 0 5l8l I 5 00 00 00 r00.0 100.0 00
243 218.n9 0 5r8ll5 0.0 00 00 100 0 t(m.0 00
241 192j39 o 5 t8315 00 00 0.0 100.0 lm.0 00
245 1(b.208 0 5l8lr5 00 00 00 lm.0 lm.0 00
24 i20.685 0 5183 r5 0.0 0.0 0.0 r00.0 lm0 00
241 ll5 66l 0 518315 0.0 00 00 100 0 Im0 00
248 l5l.l16 0 51831 5 0.0 0.0 0.0 100.0 m0 0.0
149 167 088 ()5 t831 5 0.0 00 00 r00 0 fi1 0 00
250 383 50I 0 5l8l t5 00 00 00 lm0 000 00
251 .{m l5:r)5lrl,il5 r) {)00 00 (n.0 m0 0.0
252 4t7 K9 ()5t8lI5 00 00 00 rn.0 m0 00
t5l 115:35 0 5l8l t5 00 00 00 000 000 00
2tr 453 r83 0 5l8ll5 0.0 0.0 0.0 00.0 00.0 00
255 47t 198 0 5 t83 t5 0.0 00 00 m0 rm.0 0.0
256 lq1 282 0 5183r5 0.0 00 00 m0 100 0 0.0
Proiect No. M244206A
Scrubber Exhausts and Baghouse Exhausts
363 of 448 @Mostardi
ltb report canftrns to pwbirs d 21 CFRptt 11 NLM AF|1565 Rn 2 (bt q Errdin) - \Yflm4 M'.U:14 - Ege 1 cf 1
'#n'lwo
Llsg:lGvh ScJttt
Rotod: Cssd An4Bb - Srrn€ibt
Rn He/Tne: 1V17rM415:fi
Fbprt He/Trre: |VN|N4, 14:14
lvbdn rkLElm
Serscr SAt DGG@S
*dirde: 11-1&24
Sgscr no&: grndi:n
Cdbrdh Ftssre: DGG6SSI6
Irrbar: 1.l38pn
lvt&: 0.545 [n
trtbdan: 0.8161rn
Srtdnd&vi€rion: 1.3Qpn
S€\rrES:8.9 1rnl(rlcs: 13O.3;rn
FliJ Vdure 60.0 nl
SrrdaTire:60 se
RrEe: 0.5 - 40 rn Oltth Eactcr: 1.78
Ttrshdd 0.5 t'n Re EF: 1.6
otrnds: 15 kl€rard 15.0#nl
Tdd Gnts: 3.18846 orts/nL 637691 #nL
AH.1555 Run 2 (Post Oil Extr.ctbn)
5 3',.
.5.
3 8',.
t::
I
I
I
I
ttti')zF?3'.
lrr
----+----i--jrlt
r5"
08.
0".
--------t-----i--
3 4 56 81 I .56789 20
Parrrdc 9re (umi
30 '10 50 7C 90 200 300.00
(/h t eorr{-lL l_qU4, 7o7c1.1.7,4t)
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
364 of 448 @Mostardi Platt
This report conforrs to pro/biTrs cf 21 CFRptrt 11 VCL Al'+1566 Rn 2 (tu6t Cf Btrmtin) - 2IN'N2414:U:27 - EgB 1 d 1
uffi*lwo
Llsa:lGvir Sch-itz
Rotccd: C€rsd Andysrs - grrrdiIl
RJr He/Tne: 121 17 12@l15fi
Fbgt He/Trre: 121frtT24, 14.A
lvbd nrrter:LElm
S€rEo 9ND6m@5
Cdtrdirr dat6:'l 1 - 1&24
Serss no&: grnrstirr
Cdbrdi, Flcsre: EG025S SltS
GnrEt t\,C6'fAFD RATT: AFl1555 R,r 2 Ftg ad Acetrevlbh; XIvGPIL PfL 8541743e +5117448?,:64$7-@
It&rr 19561 pn
ttrbde:37.83 gn
ttrtdan: 17.107 pn
Sff&dDvktirt: 11.8241rn
S€lvrEss: 0.5 Enl(rE6: -0.7 |,n
FhiJ Vdtrre: 60.0 rn
Srrpb Trre 60 se
k€e 0.5 - 4m 1rn Olt-don l?cts: 1.78Ttr6hdd0.5m ReCF: 1.@
hs: 1$ Baclqrand: 15.0#rn
Tcrd 6rlts:318846 Oarrs/nt- 637@1 #nL
AH 1555 Run 2 (Port Oil Erlr.claon)
2 8'"
2a -
-**----i---]+i
Project No. M2442O6A
Scrubber Exhausts and Baghouse Exhausts
'- : I r I !!l
; ; ; : ;i;it : i i ;;;,,
..---.....+,-..-j..-.i-j-.+i+i+-.-----.-.-.i---..--,i-----i---i..r-lii
:---^--!---f,^-:-l-'i --i- i i-t i'l-.-t -"" " i" - i
rl6
lz
.Pj2
Panrd. S'2e (tlm)
365 of 448 @Mostardi Platt
Itis report corfans to trorisirs d 21 CFRpdt 11 AH1565 Rrt 2 (tust O Ertrrcth) - pct rm repct - '1217fm415:52:07- Egel d 4
'ffi*lwo Ftotrccd: Gersd Analysb - StrnrgtirrFl$ct el$7-@
tvbdd* LEm
e*dc: l{evmschr.itz serEosN D6mm5
Ha cd€din darilirE: 15fl 1zrrm4 serscr no&: sT rEtbn
ffiEdrrre: 1552121ila,4 mrelhfie: D6G@as$s
Tagpr co,E".rrdir, 75m " '"'*- cutrdb' <btenire: 11-1*24
SildefrodEtir: i/krld
Vduresarpbd 60.0nL
SarrPe:AH1556 Rn 2 (tust Ol Atretsr)Grnrrt I\rG'IAFD RATI; AFI 1566 Rn 2 mer and AcetsE Vlhhl t(,v6 PIL PIL B 541 7it362 + U17&'Q 64$7-62 Ractgourd ccrEsrradn .15.0 /nLalts r*Ued 18280 srrrElirvdago:11.7vTotd co,lb (> 0.5 grl: 318846
Tdd corts/nl (> 0.5 Erf: 637691 /nL Edirlclirt vdtage 10 7 v
Fle CF: 1.ffi
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
DN DA DV
l0 0.550 0.934 5.419
50 0.788 6.673 t5.963
qt l.6n 23.95 36.157
Cturl Ilhmbr
(rra)
Coutt
$t
Crmddtc
GSlllr)
[\nnrty(n Anr
(./)
Vohmr(n I\h*r
('/o3Dlr.l
Vdrm
(%SIXr)
Ah.Vdu
fiuft
56 0.526 24%t2496 39 0.3 0.0 3.9 0.0 953.3
57 0.545 5806 28n2 50 0.5 0.0 8.9 00 337.3
58 0.564 3583 41885 4.3 0.4 0.0 t3. I 0,r 276.7
59 0.585 3s23 55408 ,12 04 00 t1 1 0.t 416.5
60 0.ff1 5008 7Ut6 4.7 0.5 0.0 22.t 0.t 76t.2
6l 0 631 t46ll 85027 4.6 0.6 0.0 26.7 0l 929 4
a 0.558 t4182 992CB 4.4 0.6 0.0 3u 0.1 114.0
63 0 686 I 56158 t487'7 49 n?00 16.0 03 2Al3 t
&0.715 t4791 Bffi 4.6 0.7 0 q.7 0.3 2832.'l
65 0.74'7 3955 43624 4.{O,E 0 450 0..1 3&9.0
66 0.78r lu 56735 4t 0.8 0 49.2 0.4 3271.t
67 0.816 3s28 '70263 Ll.2 0.9 0 53.4 0.5 tu1.2
68 0.851 t9l2 p.175 J.'t 0.8 0.57. t 0.6 3849 0
69 0.888 l6,i l9llr0 1.5 09 0 00.6 06
't0 0.n6 10835 204.t75 3.4 09 0.64.0 0.7 +197.4
'tl 0 9d'4 9752 2t3921 ll 09 0 61.1 08 1570'7
12 .w2 95t7 23444 1.0 0.9 0.70. l 0.9 50t3.7
73 .040 82N 231669 2.6 0.!)0.72.7 1.0 48/'3.6
14 .078 7W zln67 1)08 0.'74.9 t.l 4656.'t
15 ll7 6058 244n4 9 0.7 0.76.8 t2 44 t 8.7
76 r56 5680 L50fl 8 0.1 0.78.6 1.3 4594. l
77 r96 5520 [6123 7 08 0 80 1 I,]4940 2
78 .236 4651 2ffi74 5 0.7 0 81.8 1.4 46m.5
79 277 3979 261653 2 0.6 0 830 1.5 4340.1
80 ll9 3s29 268r82 0.6 0 84. t 1.6 a4t.t
8l 362 3 r2l 27 t303 0 06 0 3sr 1.7 4r 26.8
o $5 3046 214y,9 0 0.6 0 86.0 1.8 4/.26.3
83 450 2758 2't7to't 0.9 06 0 86.9 1.8 m2.t
u .496 2475 2795n 08 0s 0.n.7 1.9 43m.0
85 543 2302 28 l 884 07 0.5 0 88.4 2.0 1/.3t 7
86 .sn 2080 283965 0.7 0.5 0 89. l 2.1 4398.8
366 of 448 @Mostardi Platl
Itis report corfans to pwbirs d 21 CFRpart 11 AFI1555 Rrr2(tust 0 Ectrrcti:n)- pctnn rryl- 121712@.415:52:07 -Bge2d 4
Ctuml IrlrGr
(ttl!)
CGtl
(o
tuldr
65Ua)
Ithtrr(n llrr(n Vdra
(u)
I\u*r
(%Slxr)
VdE
(7r3Dlr)
Ab.VdE
fir#)
87 g1 905 285870 06 05 0.89.?2.2 w6.6
88 .696 7n 2nffi 0.5 0.5 0 m.2 2.2 4420.1
89 752 7qt 289394 0.6 05 0.90.8 2.3 5048.9
90 810 559 2Wg 0.5 0.5 0.9l.l 2.4 4818.7
9t 87t 5Tt D2530 05 0.5 0 9t 7 2.5 5401.8
n 935 325 291855 0.4 0.5 0 92.2 2.6 5028.5
9l z(M ]51 2952n 0.4 05 0 97.6 2.7 5720.7
s4 2.077 262 296473 0.4 0.5 0 93.0 2.8 591 8. I
95 l5l l9 2975n 04 05 0 93.3 l0 5Ml 8
96 2.232 85 Dn77 04 06 0 93.7 Ll 6E97.2
97 2._] l4 s52 n9728 0l 05 I c{.0 12 6l75 8
98 2.4m 952 1m680 0.3 05 0 q{.1 t1 6887 I
99 2.489 896 ]01 575 0...)05 0 94.6 l5 7229 6
t00 t 5E2 m2 w2478 03 0.6 0 94.9 3.6 8129.7
l0l 2.678 M8 l0lt26 0l 06 0l 95 I t8 R525 6
102 2.778 '761 l&087 0.2 06 0 954 3.9 8541.6
t0l 2.882 732 lo48l9 02 06 02 95.6 4l 9114.2
lol 2990 62 m5481 0.2 0.6 0 95.8 4l 9267.7
t05 l.102 676 306 I 57 02 06 0.%.0 4.5 10559.4
lm l.2lE 603 30f7fi 0.2 06 0.96.2 4.7 105 n.5
107 I 138 6ll n117].0.:07 0 964 4.9 898 l
l0E 3.462 613 108004 0.2 07 0 96.6 5.2 J755.'r
109 1 590 587 10859r 02 07 0 %.8 5il 4232.1
t0 1.721 1U 109075 0.2 o7 0.:969 57 1064 3
lt 1 860 165 {)9540 0 07 0 97 I 59 lrys r
tz 4.001 473 I r00ll 0.0.1 0 n.2 6.2 5873.4
tl 4.146 472 I lor85 0.08 0 9'7 4 66 16n3.2
I4 429fl 444 I I 0929 0 08 0 975 6.9 &{41. I
t5 4.49 429 I ll58 0 0.8 0.4 97.7 7.3 978,.8
l6 4.ffi 412 3t 1770 0 08 0.4 97.8 7.'l 1084.4
l1 4'767 4?2 I l2l9l 0 0g 04 979 8I l95l I
l8 4.931 w 3 12516 0 0.8 0.4 98.0 8.s 595 8
l9 5.100 til I 1290r 0 09 05 98. r 90 25301 r
20 5.271 l9 I I 3255 0 l0 0.5 98.2 95 27ltx.0
zt 5 454 14l I r 1595 r)l0 05 98.11 10.0 289t8.-l
22 5 (A{)793 I l 3888 0 09 05 98.r1 106 27502.8
It 5 831 106 I 14194 0 U 06 98.5 il2 lr8l04
24 6.01l 3m 3t4/,9,0 I 06 98.6 It8 3.r4 I 8.6
5 6 21't 106 I 1480 r 0 2 07 987 12 5 18924 l
26 64/,9 2q I r504r 0 0 06 98.8 ll2 33701.t
1 6.67 189 I I 5310 0 08 98.9 14.0 +{9lt 6
28 6.892 228 I l 5558 0 0.1 990 117 19108.4
29 1.174 242 ] I 5800 0 0q 990 l5 6 45761 l
t0 7 162 77 I r 5977 0.0.9 07 q9 I t6.l l6,qm 2
ll 7 606 It6 ll6l63 r)l0 08 992 IJ I 42758 0
12 7.85'1 55 I l6l l7 0.0 09 07 99.2 17 8 t9342 3
l1 8 lll (;,1 ll618l 0t 0 09 99.1 187 45701 5
34 8.175 52 3t6r]2 0.0 0 09 99.3 19.5 46617.3
t5 8 6ll 60 1t6792 0l )l0 994 206 54r,7 4
36 8.915 4t 3t6934 00 l0 99.4 21 5 5242t.0
37 s l9t &I l 7018 00 09 08 }).4 2i.3 1r2D.9
l8 9 471 t4 Il7t52 00 .0 0 995 233 50'147.6
l9 9 755 23 _1 1727{ 0.0 995 244 5s571 5
140 t0.040 23 3t7)97 0.0 .2 99.5 25.6 6r'953.0
l4l I0 128 t04 I I 7501 00 996 26.7 599 I 1.8
t42 10 623 92 3 I 7593 0.0 0 9.6 21.8 57699.E
lLll 10 923 82 111611 0.0 09 0 996 28.9 55758.3
l4l r.229 97 tt777l 0.0 1.2 l 9.7 30.2 71913.4
145 I I 54{)$ll78ll 0.0 0.8 09 997 lr l 1't9t1.2
t46 l L859 65 I I 7896 0.0 09 tl 99') 322 5t492.5
t{7 ll 184 10 I r 7965 0.0 l0 I 997 13..r 66019 l
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
367 of 448 @Mostardi Platt
Ctocl Ilclrr
ouD
Coa
(#)
Cruildrc
05[rr)
iffir
(u)
Altr(n Vdtre(n hlu&r('/oSIIt)
Vdc
(7oS Dlr.)
Ab.Vdc
(rra#t
148 12.5 t 5 75 3 I 8040 0.0 t.l 4 99.7 34.8 76879.8
t49 12.853 53 I I StBl 0.0 08 998 159 58674 8
50 3.r98 5l 3l 8146 00 0.9 2 99E 17.1 63sD.9
5l 1.550 5l ll8l97 0.0 09 2 998 38.4 6rj36.6
52 3.910 5t 3 I 8248 0.0 1.0 J 998 39.7 7tqD.4
5l 1.278 5t I l 8299 0.0 l0 5 99.8 4t.2 77838.1
I t4.6y v I l 8333 00 0.7 998 42.2 56098.0
55 15 018 37 ll8l7l 00 0.E 2 99S 13.5 ff.691 1
55 t5.432 36 I I 8406 0.0 0.8 3 99.9 44.8 6879t.2
5"7 r 5.834 M ll845t 00 tt 1 99.5 46.5 92016.6
158 16.247 3'1 3 I E488 0.0 1.0 6 999 48. I 84112.8
59 t667t 20 lr 8509 0.0 06 0.9 999 49.0 49565.5
60 t7.107 ll I r 8539 00 09 t5 99.9 50.5 8032(i.0
6t 17 stl li I l 8556 00 0.5 0s 999 514 48220 7
62 18.015 20 118577 0.0 06 t2 999 51.6 ov3.3
63 l 8.490 29 ll8106 0.0 t0 l8 999 54.1 951sB.J
g l 8.98 I t4 I18519 0.0 05 0.9 999 55.1 487tr..4
65 19 488 1ll 318610 00 0.8 I5 99.9 55.8 '79t75 4
6 20.0r4 t5 lt 8655 00 06 t.2 99.9 58.0 6{l t4 l
6'7 20.555 20 I I 8675 00 08 t7 999 59.7 92905.8
r68 2l.l12 l0 I l 8686 0.0 04 0.9 999 60.6 50128.5
l(i9 I 681 1 I I 8691 0.0 0l 0.7 000 61 3 36349 7
70 22.26)I I 8709 0.0 0.8 8 000 612 98/,4.27
7t )2.n0 I l 8720 00 05 00.0 64.4 6198t..1
72 23.488 I I 8731 00 01 7 00.0 6.t 92405.5
73 14. t2 I 9 3t8742 00 0.5 2 t00.0 67.3 62555 4
74 14.772 9 I l 8750 0.0 05 3 lm.0 68,5 67755.1
75 25 410 7 I t 8757 00 0il 100 0 696 58708 5
76 26.t26 t2 I r 8769 0.0 08 t_t 100.0 71.7 I I 1278. I
t71 26.83 l 7 118176 00 05 tl lm.0 730 68873.2
178 27.555 7 I l 8783 0.0 0.5 t4 I(n0 744 '74594.8
79 28.299 9 I l 8791 0.0 0.1 1.9 lm0 76.3 l01008 7
80 D.63 9 3 I 8800 0.0 0.7 2.0 r00 0 78.3 roqll9.4
8l 29.U9 3 I r 8803 0.0 0l 09 t00.0 19.2 47416 3
82 r0.658 0 I r 8803 00 00 00 100 0 79.2 00
S3 3t 4q))I r 880E 00 05 l6 r(tr.0 808 81507 I
&{32.v6 ll88l0 00 0? 06 100.0 81 4 l0 I 68.2
85 tl 22'7 5 ll88l5 00 0._s l8 r00.0 6J./ 98107 3
86 }{, I]6 5 3 t E820 00 06 20 10t.0 852 l 06171.8
87 35.072 )I l 8825 00 06 I00.0 874 r 15166.5
88 36.037 5 I r 8830 00 0.6 2.J lm0 89.7 l 25 I 55.7
89 37.013 5 I l 8815 00 o1 1.5 m0 92.2 I 15822.4
190 tlt ffi2 0 3 l 883s 0.0 00 0.0 m0 92.2 0.0
I9l l9 r24 I I 881?00 0.1 0 rn0 el 2 51186 0
toa 4 223 I l 8819 00 0l 00.0 9t3 58012.5
93 {t 16r l II8&il 00 0l 000 95.5 63074 6
94 12.539 1 I I 8842 00 03 3 m0 %.8 68619 9
95 .13 76 I 2 _11 8844 0.0 0l 4 000 982 14701.1
96 45.m9 0 I I 8844 0.0 00 0.0 00.0 98.2 00
97 sv6 0 I I 8&1.1 00 00 00 00.0 982 00
98 47 1l'7 I I 8846 0.0 0.4 r8 m0 lm.0 9@r9 5
qs .19 l{l 0 l 1 8846 00 t)0 0.0 000 l0l0 0.0
200 50.608 0 ll E&16 00 00 0.0 r00 0 rm0 0.0
201 52 083 0 I I 8846 00 00 0.0 rm.0 lm0 00
n2 53.559 0 I l 8846 00 0.0 00 lm.0 lm.0 00
201 55 010 0 I l8M6 0.0 00 0.0 100 0 tm.0 00
204 55.529 0 3 r 8846 0.0 0.0 0.0 100 0 rm0 0.0
205 58.011 0 I I 8846 00 00 00 r00 0 rm.0 00
2(b 59.557 0 I I 8&16 0.0 0.0 0.0 rm.0 lm0 0.0
201 61.lG)0 r I 8&16 00 00 00 lm0 lm.0 r).0
208 62.O8 0 I I 8&16 00 0.0 0.0 lm.0 lm.0 0.0
Itis reprt confcns to pwbirs d 21 CFRpart 11
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
Al-11555 Rn 2 (tust 0 Ertrmtirn) - pot rm rryl- 121712@.415:52:07 - ESe 3 cf 4
368 of 448 OMostardi Platt
Ctmcl IIretr
(rrn)
Cqrilr
(#)
Clmld*
0slxr)
lrftrtrr(n Altr
(u)
VdutE(n I\hrtrr
(Ve3Dlt)
Vdr
(%Slxe.)
Ab.Vdc
o"P)
2{D s.333 0 I I 8846 0.0 0.0 0.0 rm.0 lm0 0.0
210 6.49 0 3 r 8846 0.0 00 0.0 t00.0 lm.0 0.0
2l 6"7 198 0 I l8&16 00 00 0.0 100 0 tm.0 00
ztz @ 659 0 3 I 8846 0.0 0.0 00 lm.0 lm.0 0.0
213 1t a9 0 I I 8846 0.0 00 00 lm0 00.0 00
)14 11.731 0 I I 8846 0.0 0.0 0.0 lm.0 m.0 0.0
2t5 '75.92 0 I l 8846 00 00 0.0 lm0 m.0 0.0
2r6 78.M)0 3 I 8846 00 00 00 m.0 m.0 0.0
2t'7 8r lirl 0 I r 8&16 0.0 00 00 00.0 m.0 0.0
2r8 84.016 0 3r8M6 0.0 00 0.0 000 00.0 0.0
)t9 n.2$0 I I 8846 00 00 0.0 000 m.0 0.0
220 90.846 0 I r 8&16 00 0.0 0.0 m.0 m.0 00
221 (x 812 0 I I 8&16 0.0 0.0 00 00.0 m0 0.0
D2 9s.2tt5 0 I I 8846 00 00 0.0 000 m.0 00
lr_1 t04 178 0 i t8M6 : 0.0 00 00 m0 m.0 00
224 r(I).399 0 I I 8&{6 0.0 0.0 00 100.0 0).0 00
/2.5 l l4 9t0 0 I I 8846 0.0 00 00 100 0 m.0 00
Di t20.'t24 0 I I 8846 0.0 0.0 00 lm.0 m.0 0.0
)27 t:6.854 0 I I 8846 0.0 00 0.0 t00 0 m0 00
228 l 13.31 l 0 I I E846 00 00 0.0 100 0 lm0 00
D9 l4O I l,l 0 I I 8&16 00 00 00 r00 0 llx.0 00
210 147 273 0 3 r 8846 00 0.0 00 lm.0 lm.0 00
l3l 54.80r 0 I r 8&16 00 00 00 t00 0 rm.0 00
232 62711 0 3 l 8846 0.0 00 0.0 100.0 lm.0 0.0
Ltl 7t 024 0 I I 8846 00 00 00 lm0 lm0 00
134 79.14 0 ll 8&{6 0.0 0.0 0.0 100.0 lm.0 0.0
235 88 891 0 I I 8846 00 00 0.0 t00.0 tm.0 00
236 e8.477 0 3 I 8846 00 00 00 100 0 lm0 00
23,1 2085tl 0 3 t 8&16 0.0 0.0 00 rin0 10).0 0.0
218 2r90r0 0 ll 8&{6 0.0 0.0 00 100 0 rm.0 0.0
239 229 98 1 0 I r 8&16 00 00 00 Iff)O lm0 00
zq 24t 135 0 ll 8&16 0.0 0.0 0.0 100.0 lm.0 00
241 253.182 0 I I 8&16 0.0 0.0 00 100.0 rm.0 0.0
242 265 828 0 3 I 8846 0.0 0.0 0.0 100.0 lm.0 00
241 2'18.7't9 0 I r 8845 00 00 00 lm.0 100 0 00
24 292.239 0 I I 8&{6 00 00 00 tm0 lm0 00
245 106.:08 0 I I 8&t6 00 00 {t.0 tm0 tm0 00
t46 ]20 685 0 I l8&trt 0.0 00 00 tm0 m0 00
141 ll5 &t{{)Il8M6 00 00 00 fi)0 m.0 0.0
248 t5l l16 0 I r 8846 00 00 00 00.0 m.0 00
249 167 088 0 I r 8&16 00 0.0 00 m0 00.0 00
250 183.50r 0 I l 8846 00 0.0 00 000 m.0 00
25l 4fi) 15:r).l l8&16 0.0 00 00 000 m0 00
)52 4t7 $t)0 I I 8846 00 00 00 (x) 0 ff)0 00
:s ,1,i5 215 0 I l 8&16 00 rl0 00 u).0 dr0 00
2>1 451 I 8l 0 I r 8846 00 00 00 lm0 m.0 00
255 171 _t9lJ 0 I I 8&{6 00 00 00 100 0 m.0 00
256 190.282 0 I I 8846 00 00 00 r00 0 01.0 0.0
Itis report confons to pwsirs d 21 CFRpat 11
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
AH'1565 Rlr 2 (to6t Cl E<trati:n) - pGt rtrt re4rtl- 12/171202415.52:07 - W4 d 4
369 of 448 @Mostardi Platt
Itis report corform to polbirs cf 21 CFRpdt 11
'#^lwo
t bg: Ka/n Sctx.tz
Rdcd: GsFd Anryss - Srrr8tirt
R,1 DldTrre: 121 181ru4121 1
Fbgt Ber'Irre: lZNf&4, 14:9
Cdtrtin Fbsre: [e-mail]
Gnrrst tvf,sIAFD H-ATT: AH 1566 Rn 3 FIs ad Acasr llash: KlvS PIL; PIL Ex 54174$62 | il174662:64$7-62
l.LM AH1566 Rn 3 (tut Cr Ardirr) - PJntm4 A:U!9 - BgB 1 d 1
lvbGl nrrbr LElm
SEtSaSNmEG
*diIr&te: 1l-1&24
SsEo nDG:Srmdion
tvban:0.99/ gn
t\ib&:0.5.L5 l,n
Irrtdar 0.781 gn
SJr6dDvEfin 1.@l,l
S<ewrcss: 11.5gn
l(rtcis:247.2 gn
Fr.rd Vdtrre: 60.0 nl
Sarple Trre:60 se
3 ,1 56 8l
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
fupe 0.5 - 4& |,'n Ohlir Factsr 1.78
Ttrehdd 0.5 gn Re EF: 1.0
Chands: 1$ Baclqrard: 14 0 f/nl
Tdd orrG:4475$ Gtnts/ntj 2$3974 #nt
AH t555 Run 3 lPost Oil Erlr.ctlon)
I 1 5678r0 20 30
Parida S'?c {ts)10 50
k/n1 Zot-r-tL-ZO
*( -lu vfl L'il
I
{--
I--+-
37O ol 448 @Mostardi Platt
Ttb report canfqns to pro/biTs cf 21 CFRpdt 11 VCL AH1566 Rrt 3 (tost Cr &trrctin) - PlAfm414:35:01 - hge 1 d 1
Efi'lwO
Lber: l@n SchlE
Flcfcd:Gergd Andysis - 9rrrrstirr
RJ] Hey'Trre: 1Z 181?tr{12:1 1
Fbgl HdTna: 121fr1m,.4,'14.35
ttbd nrrber: LElm
Sersa SAt 6@@5*dbndde: 1l-1&24
Sssd no6: grnrEtir
dlrdicn Flssre: DG@AS. ShS
GrmBnl: i/G'fAFO R-ATT; Al+ 1565 Rrl 3 Fls ad Ac€(oE Vlbh: I(IVG PIL; PIL B 5417tt$62 + 541746Q:64S7-62
Itftan:21.5/4 pn
IrtbG:@.ffipn
tvbdan: 17.107 gn
Sarkd ftu6bm: 15.750 pn
S<anrnss: 1 0pn
Krtcrs:0.2 pn
Ftud Vdure:60.0 nl
Srrple Tnre:60 se
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
fuEe: 0.5-zm1rn OMirtfutcr: 1.78
IlresMd 0.5 pn Re EF: 1.0
Chanrds: 1$ Baci€rourd 14.0 #rn
Tctd Oo-rts:rl475$ Oerr.gnl- 2S3974 #/nL
AH 1555 Run 3 (Post Oll Ertr.cllon)
67810 30 {0 50 70 90Prtda Sran rlrh)
a;t
x
371 of 448 @Mostardi Platt
Il*s report corfsns to pro/birs d 21 CFRpdt 11 AH1566 Rn 3 (tust Cf Effetixr) - pct rln repct - 121fifm412:12:% - RgB 1 d 4
'#^lwo Rotcd: GsEd Arq/s6 - slrmdirlRFct 8|ST-62
Qrdo: Ksvn SctulEBa cclCtim dddtire: 12:11 1218t?@4
fogt Her'Irre: 12.12 1Z 18ru4
Trge(cdEsrHixl: 75m
SarPe:AH1566 Rn 3(ft6t o. Edrergt)
Grnrst lvCsTAFD H3TT: AFl1566 Rn 3 Flts ard Acetoe !lhh; XlvG PIL; PIL B 541745@ r 5417tl$@; 64S7-62A,lsnBtr€d2@4
Totd corrs (> 0.5 t t|.4473%
Totd corwnt (> 0.5 g$:2S9/4 /nL
Fle EF: 1.0
i/bdslf LEI@
SerEagN mm@s
Sersa rvoG: $rrnarrffiirtfb: mB@sSSt\Sffiil&dtine:11-1&24
SarPeffiodrth: itErrd
Vdur€sarpled: 60.0nL
Brl€rourd caEsf ratn 14.0 /nL
Srnratinv@a 11.7V
ktrrctinvdt4e: 10.6V
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
DN DA,DV
l0 0.54{;0.781 5.166
c)0.7o 5.373 rc.n0
90 t.3D 21.399 43.41I
Ctmncl Dllm0cr
0m)
Camt
(#)
Crmdd*
(#Sllh.)
I{udcr(n Arr(n Vdum(n Nuder
(TrS[tlr)
Vdum
C/oSDlr)
Ab.Vdrm
(rDPt
56 0526 t9439 19439 4.3 0.6 0.0 4.3 0.0 1483.0
57 0.545 2188 l 43320 53 o'7 00 9.7 0l n206
58 0.564 204%6381 7 4.6 0.1 0.0 14.3 0.t 1926.5
59 0 585 20191 840r0 45 07 00 l 8.8 0.2 2n 5.1
fi 0_fi1 2.t96 106206 5.0 0.8 0 23.7 0.2 2ffi.7
6t 0.632 2l&41 12804,9 4.9 0.9 0.28.6 03 28&4 4
62 0.658 2tcB6 149145 4.7 0.9 0.) i.3 0.4 3r44.6
6l 0 686 u73 t7l9 t I 5l I 0 18.4 0:r l&il.5
64 0.7r5 M 193%3 4.9 )o 433 0.5 4222.0
65 o 74'7 2r052 2 t 5015 47 0 4E0 06 4599.3
6 0 781 r9839 21483r 4.4 2 0.52.5 0.7 4952.9
6'7 0.816 ?0372 255n6 4.6 {0 57.0 0.9 5791 -s
68 0.851 9015 na42 1.2 4 0.61 3 l0 6l.ll.l
69 0 888 7tA 291 376 t8 0 65. r I,I 6281 2
70 0.926 7?52 nu2'7 3.9 5 0.o.0 t.l '7tfi.9
1t 0.%4 v69 324tJX l5 (0.1 72.1 l5 n503
n m2 4905 13902 J.J 5 0.2 75.1 r.6 7852.4
7l .0,{o 2982 15 1983 2.9 4 0.2 78.6 t.8 1tu.9
14 .078 10857 362840 2.4 ,3 0.2 81. r 2.0 7t23.0
75 ll7 8807 \7tg1 2.0 I 0 830 I &24.1
76 156 n42 379889 t.8 I 0 84.9 2.2 ffi.6
77 l%'7 t73 187061 l5 I 0 86.5 2.r 6419 8
78 .236 59f6 393027 I.3 0.9 0.878 2.5 59m.5
19 277 4757 39778/.lt 0.8 0 88.9 2.6 5l 89.5
80 .319 4221 4o2m5 0.9 0.8 0.89.8 2.7 l07t.7
8l 162 t6]{)405634 0.8 07 0 90.6 1l 4794.9p.405 3245 408879 07 o.1 0.9t.4 2.9 47t5.7
83 450 2692 4l t57l 0.6 0.6 0.9.0 30 4296.2
u .496 24'tX 4t4057 0.6 0.6 0 92.5 3.1 4357.9
85 93 2t88 4t6244 0.5 05 0 91.0 tl 4212.1
E6 .5C2 2Mt 4l&86 0.5 0.5 0 93.5 l.l 43r6.0
372 ol 448 @Mostardi Platt
Ctrnncl IXrortr
(ltm)
Cmtr
(#)
Crmrldr
(#sIXr)
ntutrr
{n
Artr(n Vdrc
en
Nu*r
(r/rSDlr)
Vdu
(TrSlllr)
Ah.Vdm
tu#)
87 643 t745 4200 t r 04 0.5 0 93.8 34 4054.8
88 .696 1636 42t61 0.4 0.5 0 94.2 l5 4180.8
8)152 47t 421 r 38 0.1 0.5 0 %.5 36 4l38 8
m 810 189 424527 0.3 05 0 94.8 3.'l 4310.5
9t .871 336 425M4 0l 0.5 0 95. r l8 4581 0
c2 9t5 7U2 427ffi 0.3 r)(0 95.4 l9 4563. r
93 .ffx r85 428251 0.3 05 0 95.7 4.0 4995.1
94 .077 015 4292ft6 0.2 05 0 95.9 4.1 4855 9
q5 l5l 923 430208 0 0.4 0 96r 4l 4820.s
96 2.232 1035 43t244 0.0s t,96.1 4.3 {t25.1
97 2.3t4 776 432020 0 0.4 0 %.5 44 5037.9
98 2.4{n 787 4328f6 0.0.5 0.96.7 4.6 56C2.0
99 2.48S 705 ll15Ir 0l 04 0 %.9 1i 5690.1
r(n 2.582 u5 4yt57 0 04 0.97.0 48 58ll 5
l0r t.678 6ql 414&18 02 05 0 972 50 $50 6
102 2.778 61 4155 I 5 ()05 0 97.3 5. I 1490.6
l0-1 2.882 5'14 436089 0 05 0 s1.4 53 7190 0
104 2.99o 5C2 436681 0 05 0 91.6 55 8290 9
r05 102 5ll 437192 0 05 0 977 57 '19't9 4
106 l.2r8 567 137759 0 06 0 97.8 59 9887.9
107 J TJ6 5l $un 0 06 0 91 9 6.1 9975 8
r08 1.462 432 438704 0 05 0 9E.0 61 9392.3
t09 _] 590 477 .lt9 I 76 0 0.6 0 98 I 6.5 t426.9
Il0 3.723 4t 4396t1 0 0.6 0 98.2 6.8 19t4.3
lil 3.860 1$419981 (.).06 0l 98.1 7l r02t 8
t2 4 001 417 4404m 0 n7 0.1 9E.4 11 1989. I
I .{ 146 195 44/0795 0 07 0l 98.5 1 .1743 5
1 4.296 l64 ,l4l 159 0 o7 0l 98.5 80 5l2l .9
5 4449 29t 44.t450 0 0.6 0l 98.6 8._]]/.24.0
6 4ffi 289 4E.1740 0.06 0.3 98.7 8.6 481 t.4
1 4 76'7 293 42032 0 0.1 04 98.8 9.0 56il 2
8 4 91l 295 u2327 0.0.7 0.4 98.8 94 u95 4
9 5.100 298 442625 0 08 05 98.9 q9 20691 8
20 5.2'74 22r,4d.2851 0 06 04 989 102 I 7389.7
54v )72 141 I 24 0 08 05 s90 I0 7 23tv 1
5.610 249 {p.1371 0.08 0.5 99 l lt.3 23345 4
l2-.1 t 812 250 ,143621 0 09 06 9ql ilti 25vA.8
24 6.01l 255 413tr78 0 l0 0.6 992 12.5 29334 0
l5 6.237 208 444086 0.0 08 06 991 B0 26382 0
26 6 +19 215 44/.32t 0.t l(l 07 993 B.8 32989 9
)l 661 il '1415-12 0.0 t0 07 q93 lLl.5 32759 0
28 6.892 45 444676 0.0 0'7 0.5 99 1 ri0 24R07 6
29 t)4 w81?00 t0 08 9).1 15 8 1706t 8
li0 1 162 6l zl45Ol6 0.0 0q 0l s9.4 16.6 3,1144 8
llr ;ilh 74 [phone] lr5 4ml] r
7 857 58 il45l68 00 ()09 995 184 40207 0
l 8.tll 146 4/55t4 00 0 0s 995 192 40*12.rt
l4 8.375 ll8 415652 0.0 .0 0.9 99.6 20.2 47422.4
5 8.641 124 415776 00 0 09 99.6 ll 4201 I I
l16 8.915 138 445914 0.0 I I 996 22.2 5t157 8
I]?9l9l t(I){46011 O{)q 0 99.6 j\l .t429.1
B8 9.171 I:I u6t+1 00 I l 997 244 5377'7 .3
ll9 9 755 I16 +{62({00 I )997 15b 56262.0
140 r0.fio I(B 44r.369 0.0 I 3 99.7 26.9 5'1736.0
r.t I 10 328 77 44&45 00 08 0 99'7 278 4p198.'l
142 r0.623 102 4p,6y7 00 1.2 4 99.8 29.2 64110.9
I4l l0 rl 1)+16r.21 0.0 09 I 998 t0.l !t950. I
l4 |.?29 6 IAffi1 00 09 99.8 Ir4 492t7.6
l4-i I I tl{)(fi 146753 00 0.9 998 126 53411 7
146 II 859 (t()u682t]00 l0 3 q)8 ll 9 57979.1
141 t2 l&{7l .l46lt9l 00 ll 5 998 15.1 6933 7
Ttis report conftrns to pror/siTs cf 21 CFRpnt 11
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
Al-11555 Rn 3 (tust 0 E<trrctbn) - pct rm rry1- 121A2@.41212.% - kge2 d 4
373 ol 448 @Mostardi Platt
Itis reportcorfcnEtopro/biTsd21 CFRpart 11 Al-11555Rrr3(fostOl E<trrctin) - pctrmreport -12flm4 1212.8 - fuSe3d4
tullcl Ill-Gr
(rn)
C-rDt!
00
Cuddr
(#-<Ur)
Nutrr
(m
Altr
(v)
Vdc
(u)
ttffir
C/.Snr)
vdc
C/rSIIr1
Ab.vtu
tufi
148 r2.5 r5 6 44@59 0.0 t.t 5 9.9 36.9 68143.5
149 2 853 56 4/.7016 0.0 t0 .t 99s 18.2 624({}.2
150 l.198 53 447079 0.0 t.l 1 99.9 39.9 75826.0
r5l 13 550 fi 4/71)8 0.0 II 1 99.9 41.6 776.26.0
152 1.9t0 l6 4,4.7174 0.0 0.7 99.9 42.1 50385.6
t5l 1,1.278 l6 &72t0 00 0.7 2 99.9 41 9 5457 1
r54 14 654 27 4/.7231 00 0.6 0 9.9 44.9 4n8.4
r55 r 5.038 27 44'7264 00 0.6 q99 46.0 48504 I
156 15.432 24 447288 0.0 0.6 .0 9.9 41.0 45860.8
t51 15 814 24 /A1317 0.0 06 99.9 48.0 49v7 4
158 16.247 t9 M733'l 00 05 0.9 99.9 49.0 42056.4
159 t6.671 44'7342 00 0.1 0.6 999 496 2898 2
160 17.t07 4111'71 00 0.9 r.8 m.0 5l .4 80.126.0
r6l 17 ,s54 14138,-00 04 08 m0 52.1 18576.6
r62 lE.0r 5 4t'1399 00 04 0.8 000 51 0 36483 6
163 I 8 49{)!t14t I 00 0{09 000 51 9 l%46 8
tg t8.98t 447422 0.0 04 09 00.0 548 42670.6
r65 l9.Ll88 41"14/-1 00 07 l6 000 56.4 725n.5
t6 20.014 +11458 0.0 01 l6 m0 58.0 7t4fI.3
161 20 555 +1'7465 00 0l 07 000 5E6 10968 6
r68 2l lr2 u"7484 00 09 0 m.0 4.7 92268.9
109 2 1 .681 +t7496 00 06 {rn0 52 I 63612 0
r70 ?2.269 4,17508 00 06 5 000 61 6 68909 9
l7l 21 870 s *t'75t6 0.0 05 00.0 6ti 51317 8
t72 21 488 7 44'7523 00 04 0 m0 558 4&m7
t73 24. l2 I 5 447528 0.0 0.1 0.8 100 0 6.6 17513.2
t74 24.172 9 4/.7537 0.0 0.5 1.5 100.0 68. I 61755.1
175 25 4n 5 4/'',7s/.2 0.0 0l 1.0 100.0 69.0 44031 4
176 26.126 7 4175/,8 00 0.5 l4 100.0 70.4 61587 5
t71 26,83 I l 447552 00 0l 08 100.0 712 \436.6
r78 27.555 4/.7555 00 0l 08 lm.0 72.0 3729.9
79 28 299 447559 00 0l 09 r00 0 72.9 4&103.5
80 29 063 l 447562 00 0.1 I,O 100 0 7t8 43767.8
8t 29 &19 1 4t75$00 02 0.5 lm.0 '74 4 21708 I
82 30.6s8 4/'75t6 00 02 0.6 lm.0 74.9 756n 4
8l ]l 490 l u7569 00 0l r00.0 76.1 _55671.{
M J2.tt6 t)417569 00 00 0.0 lm.0 '76.1 00
85 33 21 _1 [phone] t4 rm0 71 6 65,Xi4 9
85 u 116 0 {,/-1571 0.0 00 0.0 tm.0 7'7.6 0.0
87 15.072 0 441572 00 00 0.0 100.0 7'7 6 00
Ett 16.037 l 4/7576 00 05 t8 100 0 794 81417. l
89 17 033 l +175'79 00 05 2.0 100 0 814 90548 1
t90 18 062 z .14758 |00 0l Il t00.0 82.5 49152.5
l9l 39 t24 0 4/'758t 00 0.0 00 100 0 825 00
192 1{l 221 5 447586 00 08 1.8 100 0 86 1 t14t))1 5
lsl .il 361 )4.1?588 00 01 l.rl 100 0 81 1 61074 6
r9r 42.539 0 447588 0.0 00 00 100.0 R'l '7 0.0
195 4-l 761 ,14'7591 00 0.7 ll r00.0 909 149406.9
l%15.929 0 44'159t 00 00 00 lm.0 909 00
t97 {6.}{6 0 *t7591 00 00 0.0 tm0 mq 0.0
198 47 7t7 3 u]5%00 08 12 lm0 952 191699.0
199 49 l4l 0 *1,-5tx 00 00 00 lm0 952 00
2m 50.60E 0 #1syt 00 00 0.0 lm0 95.2 0.0
20r 52 081 0 4t75%00 00 00 100 0 9s2 00
202 51.559 0 4/.7594 0.0 00 0.0 100 0 95.2 0.0
20..1 55 UO 0 +4.1594 0.0 0.0 00 100 0 952 00
2U s6.529 0 4r.75y 00 0.0 00 r00.0 95.2 0.0
205 58.031 0 4H7591 00 00 0.0 r00.0 95.2 00
206 59.557 0 447591 00 00 0.0 100.0 9s.2 0.0
107 6l l(B 0 14159,1 0t)0.0 00 r00.0 952 00
208 62.88 2 4"t596 00 07 4.8 rm.0 rm.0 2 19706.8
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
374 of 448 @Mostardi Plaft
Ctrtml IIcbr
(lu!)
C.mb
(#)
C\mdde
CISur1
Itluftr(n llnr
PO
VdG
eo
ift*r
(%5tlr)
Vdc
(%Slxa)
Ab.Vdm
(rm't
20)64.333 o 417596 00 00 00 lm.0 t0t.0 0.0
210 6.49 0 44.7596 0.0 0.0 0.0 rm.0 lm0 00
2ll 6',7.798 0 u1596 00 0.0 0.0 100 0 rm0 00
)17 69.659 0 4/.7596 00 00 00 rm.0 lm0 0.0
2tl 1t.49 0 u7596 00 00 00 tm.0 lm.0 00
2t4 71.731 n u7596 0.0 0.0 0.0 rm0 lm0 0.0
215 75.92 0 44T596 00 0.0 00 lm.0 lm0 0.0
2t6 78.ffi 0 4/.7596 00 0.0 0.0 lm.0 lm.0 00
217 8l 109 0 417596 0.0 00 00 100.0 tm0 00
218 84.036 0 447sff 0.0 00 0.0 r00.0 tm0 0.0
2t9 97 2ffi 0 441596 00 00 0.0 100 0 lm.0 0.0
?20 90.846 0 4/'7596 00 0.0 00 100.0 tm.0 0.0
l2r s4' 812 0 411596 0.0 00 00 100 0 lm.0 00
122 9.286 0 '+l-l5X'0.0 00 00 lm.0 lm0 00
)1J tM.l78 0 {r'7596 00 0.0 0.0 lm.0 lm0 0.0
)24 I 09.199 0 44'1596 00 00 00 100.0 lm.0 00
225 lt4.9t0 0 44759tj 0.0 00 00 100 0 lm.0 00
226 120.724 0 447596 0.0 00 0.0 lm.0 lm0 0.0
227 16 854 0 u7596 0{)00 00 lm0 rm0 00
228 ll.l r l 0 44.7596 00 0.0 00 r00.0 lm0 00
129 lm lt4 0 4,4'7596 0.0 00 00 100.0 lm0 0t)
230 47 )71 0 *t'1596 00 00 00 rm.0 lm0 00
2lr t4.80 I 0 ,147596 00 0.0 0.0 tm0 rxt 0 0()
2l 62114 0 *11596 00 0.0 0.0 r00 0 m0 00
2ll 71.021 0 4475%0.0 00 00 100 0 m.0 0i)
234 79.746 ()4/.7596 0.0 00 00 lm.0 m0 00
215 88.8e1 0 415X) 00 00 0.0 100.0 m0 0.0
236 98.477 0 417596 00 0.0 00 lm.0 m.0 0.0
231 208.5 I l 0 4475%0.0 00 00 100.0 m0 00
238 2r9 010 0 4]-1596 0.0 00 0.0 lm.0 m.0 00
239 229.981 0 u7596 00 0.0 00 100 0 m0 0.0
2q 241.435 0 4,/-15%00 0.0 0.0 rm.0 m0 0.0
24t 251 182 0 4g1556 00 0.0 00 r00 0 000 0.0
242 265 828 0 447596 00 00 0.0 r00 0 m.0 00
i4l 278 779 0 4t'1596 00 0.0 00 100.0 (n.0 00
2qt 292.23s 0 141596 00 00 0.0 lm0 m0 0.0
2.ls 1ff.108 0 [phone] m0 m0 00
2.16 120.685 0 44.'159n 00 0.0 00 m0 m.0 00
241 ll5 66.t U 4115%00 00 0.0 00.0 m.0 00
248 l-s l. l16 0 1415%00 00 00 000 m0 00
1.19 167 08ft 0 44.75%00 00 00 000 m.0 00
250 183 50l 0 [phone] 00.0 m.0 00
:51 4m 35:0 {41596 oil 00 00 00.0 m0 00
)52 4 t 7.609 0 4/.'7596 00 00 00 00.0 000 0.0
25-l {:}5 215 0 u7596 {)0 00 0()m0 (n0 0{l
2tl 451 l83 0 u7596 0.0 0.0 00 00.0 m0 00
155 471 lq8 0 147596 0.0 00 00 m0 ir]0 00
256 190.282 0 4/.7596 00 00 00 000 rm0 00
Ihb report confans to pro/biTrs cf 21 CFRpart 11
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
AH1555 Rr 3 (Fbst G E<tr*ti:n) - pGt rm rry1- 121U2@.412.1'2.B - We 4d 4
375 ot 448 OMostardi Platt
Itis report corfans to prwbirs cf 21 CFRptt 11
n#*lwO
tlsg:l(win Sch.ltz
ftoaocd: Ggsd Analysb - Strrnanrr
Rn Hdlrre: 121 18f7@{13:8
fugt Hdrnre: 121fr1M4. 1 4|5
Grrr.rrt: ITTCSIAFD H-ATI: AH513 R 1 F[er td Acdop Mbh; K]vG PIL: PlL U Y1747 -6?. + 541 74&6t 64$7-@
ItM AH513 Rrr 1 (bt 0 &frtim) - Pfntm414:35:30 - ft€p I d 1
lribtrlnrter:LElm
SerscgNC6GG6rdirdde: 11-1&24
SerEdnG;SrrrHsl
Cdtr#r Faenare: EG@SSSI€
fvban: 1.1132 gn
lrrb&:0.54.5 l,n
fttsdar: 0.851 fnStlfd &vCiJl: '1.924 [n
Sc,vrgs: 9.5 lrn
Krtmb:4B.4l,n
FliJ Vdure: 60.0 nt
SrrpbTrre:60 sec
furge: 0.5 - 4m l,nTtreEd 0.5 gn
Osn*: 1$
Tdd tunB: 386814
ElftIim Eactr: 1.76
Fle EF: 1.m
Baclgrotnd:20.0 #nl
G-riJnl-:II3288 #nt
30 '40 fl)
All-513 Run 1 (Porl Ol Exrrclion)
_-_-l-
till
af,
,f
3 { 56 E I
Project No. M2442O64
Scrubber Exhausts and Baghouse Exhausts
6 78 l0 200 x)0 100 600 E00
rA) zof i-t]c'2n(4 7'?.44?-7c
Pltcn 5116 ittni
376 of 448 @Mostardi Platt
Itis report canfans to pro/birs of 21 CFRpdt 1'l VCLAH513 Rrt 1 (tust Cll&[rtm) - Pfnfm4 fi:35.42 - Rge 1 d 1
'fu, lwo
t bg: Ketfln Sch.aE
Flolocd: Grrd Ands6 - S(ryrrdsr
Rn Hdlrre: 1 2 l 8f&413.23
Fbpot HdTrre: l?JfrlM\ 145
Ivbd nrrter:l-810
SsEsSft m&i025
WAh&:11-18-24
Sersc noG: Srrrdbnffiirr Fl€nare: E6B@aSSl6
Gnnsl:ttrCs'IAFDR-ATT: AH513R 1FteradAcdcrEVlhh: XlvGPIL:PTLB541747-62+54174&62: 64$7-62
tGan:@.654 pn
lvbde: 173.7216 En
l&t:24.121 1mWdbvdim:R.7351rn
5€wrE6s:0.7Im
Kncb:-'1.3gn
Rtil Vdure: 60.0 ri
Sarfle Trre:60 sm
fu€p:0.5 - 40 t,n Club Factr: 1.76
Ttrcbd 0.5 1rn Re EF: 1.0
Chrn*: 1$ Badgrotnd:20.0#/nl
Tdd &,rls: 386814 Orrtdnl: Zl'32881#rL
All-511 Run'l (Port Oal Erlractioo)
-r- .-.rT-T
J-+-.!-+
I : l:
3 'l 56
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
20 30 & 50 70 |)0 200 x)0 500 700 1000
Pr.tdo Srle ,Fnl
377 ot 448 @Mostardi Platt
It*s report cafans to pwbirs d 21 CFRptt 11
@
an E,ncgns Codwny
Q€l'ds lGvil SchJtr
Ha colclbn dd€YtirB'. 13:n 1zfitm{
Fbgt Hdlrre: 13:24 1Z18rXP4
TrgdcoEstdirr: 75m
SarPe:AH513 Rrl 1 (Fb6t ol Efiffii)
furNErN: ]I,G'TAFD R.ATI: AI-+513 R' 1 F'tEf Ad AC€EE Vlhh: X},G PTL,
drts nmued 2266G
Tcld corns (> 0.5 l,rf: 3ffi14
Tdd cotnts/nt (> 0.5 Ed: fR288 /nL
Fte EF: 1 0
AH513 Rn I (tuct Cf ftretixt) - pct ftn report - 1z$fm413:24:14 - Fbge 1 cf 4
Bcfcd Cssd Andysis - SrrndirtRqect 6457-@
irbddf LEm
S€rEogN mG@5
S€nsa ED&: Srnrsfixr*divtfib: [e-mail]\6gbrdion daadtirB'. 1 1 - 1 &24
SarpetrodrtiIl: ItiExd
Va*rrBsardsd 60.0nL
PfL I 54 1 747-62 + 54 1 7rl&62; 64$7-@ Brhfourd ccrcenlraliyr: 20. 0 /nt
slrrrdtrlv&ge: 11.7V
E<tirctirr vdl4e: 10.7 V
b
ntegris o
DN DA DV
l0 0.554 1.450 6.935
3l 0.838 8. t41 23.ffi
90 L62s z).412 176.8t0
ChnD.l Illrmicr
(rrm)
CrDb
(#)
Cumildtt
(#SDh.)
Nrdr(n An(n Vdum
(u)Nrdr('/rSDlr)
Vdum
('/oSIXr)
AbVdrrm
(llnf)
56 0.526 3962 11962 3.6 0.2 0.0 1.6 0.0 ffi5.r
51 0.545 n48 1t210 4.5 0.2 0.0 8.t 0.0 459.4
58 0.564 52v 46464 3.9 o.2 0.0 12.0 0.0 433.8
59 0.585 5tr)5 61470 39 n)00 159 00 57r 9
&0.fi1 t6557 78038 4.3 0.3 0.0 20.2 00 w.2
6l 0.632 1580r 9 t8ls 4.1 0.1 0.0 24.3 0.2086.6
62 0.65E l 5337 109t76 4.0 0.3 0.0 28.2 0.72:U6.2
6)0.686 tg24 26rm 4.4 0.4 00 3?.6 0 2854.9
g 0.7 t5 r@02 42fr)4.2 0.4 0.0 36.8 0.1102.9
65 0.747 15150 5745)39 0.4 00 40.7 0 3309.9
6 0.781 t40.37 7 1489 3.6 0.4 0.0 4.4 0.3504.1
61 0.816 r4 t09 85598 l6 04 00 48.0 02 40r2.1
68 0.851 t26n 98,75 J,J 0.4 0.0 51.3 0.2 M.2
b9 0.888 l l5l4 209809 1.0 04 0.0 t{3 0l 4228.3
70 0.q26 I 1490 22tDg 30 04 0.0 57.2 0.2 476,.2
0.%4 I03tn 23 li99 2.7 0,r 0.0 59.9 0.1 4W.8
n .m2 9956 24t555 7.6 0.4 0.0 62.5 0l 524/..8
13 MO 8889 250445 2.3 0.4 00 61.8 0l 5235 0
74 .078 7855 25Bm 2.0 04 00 66.8 o.4 5 l 53.8
75 |7 7052 .265352 8 0.,1 00 68.6 01 51.14.0
76 r56 6482 27t834 7 04 0.0 70.3 0.4 5243.1
7'7 t%6386 27n20 7 0.4 00 72.0 0.4 5716. l
7E .236 5535 283755 4 0.4 0.0 73.4 0.5 y74.6
79 )77 w2 288797 J 0.4 00 14.'l 05 55m 5
80 .3 t9 4808 293605 .2 04 0.0 15.9 05 5n1.8
8l 162 41.18 297"753 I 0l 00 7'7 0 o6 1185 0
82 .,105 4l 14 301867 I 0.4 0.0 78. I 0.6 5978.2
83 450 3694 105555 .0 03 00 790 06 5904 l
u .496 356r 3@t2'l 0.9 0.4 0.0 80.0 0.7 6243.0
85 tr3 333 r 3t245-l 0.9 04 0.0 80.8 0.7 &t2.4
86 5v2 3220 it56n 0.8 0.4 0.0 8t6 0.8 ffi1.4
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
378 of 448 @Mostardi Platt
Chnrl Dlrrtcr
(ltn)
Cm6
(CI
Crdd*
(#Slrlr)
Ntnrtr
P/)
Artr(n Vdrm
EA
Ittuobr
(YoSDL)
Volur
(7rSlllr.)
Ab. Vd@
orP)
87 t.&3 2964,3 I 8641 08 0.4 0.0 82.4 0.8 6886.3
88 1.696 2W 32 I485 o7 0.4 00 83 I 0.8 7268.0
89 1.752 266]124 I 48 07 0.4 0.0 83.8 09 7491.9
90 1.8t0 2fi7 326755 0.7 0..1 00 u.5 0.9 8089. I
9t l8?l 24r'2 329191 06 04 00 E5 l 0 8369 0
92.t.935 2269 J3tffi 0.6 04 0.0 85.7 ,0 86rs.0
93 2.m4 2491 311957 06 0.4 0 86.4 1050r.6
9t 2.017 2tu 336061 0.5 0.4 0 86.9 9869 0
95 2 r5l 2m7 138068 05 04 0 874 )1048 t 0
96 2.232 20r 5 140083 0.5 0.5 0.88.0 l |1729.0
9'7 2 t14 916 34 1999 05 05 0 885 l:413 9
98 2.ffi 763 t4376t 05 05 0 88.9 4 t27A.8
go 1..189 814 145575 05 05 0.89.1 5 14612.2
lm 2 582 645 u7220 04 0.5 0 89.8 6 t4819:
l0t 2.678 696 148916 0,r 05 (.).90.2 1 t7054 I
r02 2.778 486 t50402 0.4 05 0 90.6 8 16680 l
r03 2.882 l6l4 15201 6 0.1 06 0 91 0 9 n22'7 3
104 2.990 l5'77 353593 04 06 0 91 5 2.0 22M1 1
105 1.t02 l,l3l ,5fl26 04 06 0 91 8 2391.I
106 1.2 r8 t457 156483 0.:l 0'7 0 9?2 IJ 2541 3 6
I07 l ll8 il5 1577S8 0l 07 925 4 5(08.1
r08 3.462 322 l59t2l 03 07 0 92.9 2.6 28720 r
t09 1 590 225 )$tt6 03 07 0.91.2 8 29681.9
0 3 721 280 36t6,6 0.1 0.8 02 91.5 l0 ],1576.t
3 860 65 )62791 0.1 0.8 0 91 8 t2 15089 I
2 4.ml a 163900 0.3 08 02 x.t l.rl 17195.0
4. t46 2t l65ml 03 09 02 94.1 1.6 1l &13 l
t4 4.19t;085 3&;106 0.1 0.9 03 Et7 l9 45039 9
5 4.49 904 1570r0 0.2 08 02 94.9 4.1 4t697 4
6 4.ffi 961 167C78 0l 0.9 0l 95.2 4.4 49508. I
1 4.-767 t23 168901 0.2 09 03 95 1 47 52362.t
8 493t 935 169836 02 0 0l 95.7 5.0 5E714 5
l9 5.t00 845 170680 02 0 0l 95.9 54 58656.0
20 5.2'14 9r8 l7 l 598 0l 04 %r 58 70496 9
5 411 860 372458 0l 0.1 961 6.2 71033 l
22 5 640 134 l7l le2 02 0 01 %.5 6.6 68907 0
)]5 832 780 l7ln2 02 1 05 96.1 7t 80990 1
24 6.01I 732 J747U 02 2 05 96.9 7.5 &{078.4
5 6 )17 746 l'7'419 0.1 l 05 9'7 I 8I 91,-05"1
26 6.44q @3 J't6t42 02 l 06 97.3 8.6 s1269 t
1 6.66?682 176825 0:.1 06 975 9.2 105m4 9
8 6 892 a5 \7'74'70 0:'t 06 976 9.9 l 10561 6
)g 7 124 (il3 j78l Il 0 5 tl 1 q78 106 :1761 5
t0 7 362 fi7 17871 5 5 07 91.9 ll_l t2582';4
I 7.8k 522 379131 0 l 01 98 I 12 0 l 20298 1
l2 7 857 5ll 379768 0 5 08 e8.2 128 t34749.1
l 8.ill 520 180288 0 5 08 98.{116 145520 9
v 8.17-s 451 180745 0 4 08 985 14.4 r10666.8
135 8.611 '157 llil20l 0 5 09 98.6 r 5.1 154571 9
l6 8.915 192 381595 0 J OE 98.7 16 l 145579 9
7 9l9l t55 l8 r 950 0 I 08 988 I6.')1,1428? l
l8 9.471 153 l82l0l 0 4 0.9 989 17 8 ts7t29 5
l9 9.755 150 182651 0 5 i0 990 r8.8 I 6S983 4
l.m t0.ol0 2n 3829]5 0 I 09 99.0 197 149175.5
t4t r0 128 710 18120{0 l 09 99 I 20.6 I 55525 2
t42 r0.621 283 181487 0 4 l0 9.2 21 6 t777fi.-l
t.rl 10.92_'l 2v)181786 0 t,Ell 21 7 101729 l
l4 |.729 2v 384040 0 4 9.3 23.8 I 88446 8
145 II540 234 ,u274 0 {994 249 t88t 16.2
146 I1 859 220 )wvt 0 4 99.4 26 {)192t95'7
12 t84 2fti 184701 0 .l 995 l7r t95499 4
Tiis report ctriltrns to pwisirs of 21 CFRpart 11
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
Al-1513 Rn 1 (tu6t 0 E<trrctim) - p6t run rryl- 1Z1U2A4 13'.24 14 - We 2 d 4
379 of 448 @Mostardi Platt
Ihb report confcns to pwbirs d 21 CFRpat 11 AH513 Rn 1 (tost Cl E<trmtirr)- pct run rryl- 1214202413'.24:14 - tbse 3 d 4
Clrorl IIDET
(rD)
Cdrtrt
(o
C\rldr
(f S lxr.)
Ffttrr(u)
Artrv)vol|'D
PA
I{u&r(%3IIr)VdrE(%Slxr)
lb.Vdrc
(rrc'l
48 12.515 160 184851 0.0 ll 0.9 99.5 28. r t@,fit.6
49 2.851 112 185m3 00 09 9.6 290 r 57439.8
50 3.t9E t25 385127 0.0 0 09 9.6 29.8 t4929 I
5I 1 550 ll5 385262 00 r0 99.6 108 I 755s5 4
52 3.910 r23 385385 00 1.0 9.7 3l .8 t7312'1.5
5l 14.278 lll 1855 I 6 00 tl 99.7 t3.0 2m.222.0
54 t4.654 90 r85d)7 00 0.9 0.9 9.'l 138 148984.2
55 15.038 r06 185712 00 II ll 99.8 4.9 l88363 5
56 15.432 n 385789 0.0 0.8 0.8 99.8 35.1 1477fl 5
57 r 5.814 6l 185852 00 07 08 99.8 16s r I I 232.5
58 16.247 a 38591 2 0.0 0.7 08 998 37.3 134107.9
59 16.67 I 60 185c72 00 0.7 08 99.8 18. r lil488l.5
ld)7.t07 82 186054 0.0 lt t.2 99.8 l9.l 2t4670.t
i6t 7 55.1 6t 186l I 7 00 0.9 l0 999 40.1 78806 r
162 8.0r5 6l 186l 80 00 09 ll 9.9 41.4 93262.6
r6l 8.{90 u 186224 00 0.7 0.8 999 ,12.1 45816 3
t61 I 8.98 I 49 tfl6274 00 08 r.0 99.9 43.3 ntg.o
165 r9.488 v i86108 00 0.6 08 9.9 4l 12747 0
t6 20.014 26 lE63ll 00 0s 0.6 99.9 4.7 07424.4
67 20.555 lt l8616l 0.0 06 08 999 45.5 39f62.8
l6E 2l lt2 3l 186195 0.0 0.6 09 9.9 4.3 513 t5.0
t69 21 683 26 185120 00 05 08 99.9 17 I 16608 9
70 22.26 32 186?51 0.0 07 I,I lm.0 iE.2 8'74/.9.3
7l 22.870 IO 186163 00 0.2 0,r 100.0 48.6 6ll2l 0
'71 23 488 sz 386495 0.0 08 ll lm.0 498 219912.0
11 24 tz.t l4 186509 0.0 0.4 0.6 100.0 504 100307.0
74 74.772 t2 18652 l 00 03 05 100.0 s0.9 95081.l
75 25.q t'l 186538 00 0.5 08 100.0 51 8 147(]9t 7
76 26.t26 t4 186552 00 04 0.7 lm.0 52.5 127452.5
7',]26.83 I l 186555 0.0 0.1 0.2 lm.0 52.'1 v'n.7
78 27.555 '7 386562 0.0 0.2 0.4 100.0 53. r 74762.7
19 28.299 l4 386576 00 0.5 0.9 lin 0 54.1 16t96f,.7
80 29.063 l0 385586 0.0 0.4 0.8 100.0 54.8 B15899
8l 29 849 7 386593 0.0 03 05 lm0 55 1 9501e 5
g)10.658 9 386601 00 0.4 0.7 r00.0 56. I I287I7 5
83 ll 490 1 186601 00 0r 0.:r00 0 56. l 27896.4
u 32v6 2 186605 0.0 0.r 0.2 rm.0 56.4 30214.0
85 11 227 2 1866C)6 00 0l 0:lm.0 56.6 12173.8
86 l4 116 1866r0 00 0.2 04 r00.0 57.0 7t070.7
87 t5 02 1866 00 0l 0.2 lm.0 57 18539 {
88 15.017 5 3866 1 00 0l 07 100.0 58.0 r2tr28.8
89 17 013 0 ]tt66 1 00 00 00 lm.0 580 00
90 18 062 1866 8 00 0.1 0.]lm0 58.2 49259 8
9l 19. l 24 186620 00 0t 0l lm.0 585 51502.5
92 fi223 186621 0.0 0.2 o1 lm.0 s9.2 n6278.2
93 4l 16l )8f627 00 0.1 t).7 r00.0 59.9 tJ6t24 5
%42.539 l 186630 00 03 0.8 rm.0 a7 I 17539 1
95 ,11 761 0 186530 00 00 0.0 r00.0 $7 00
t%45.029 0 38610 00 0.0 00 t00.0 0.7 0.0
t9'7 46.y6 0 t86610 00 00 00 rm0 $7 0.0
198 47 7t7 2 386632 00 02 06 lm.0 61 3 9060 8
199 49 l4l 0 186612 0.0 00 00 100 0 6l l 00
200 s0.m8 0 186512 0,0 0.0 0.0 100.0 6r.3 00
201 52 083 2 386634 00 0.2 0'7 100.0 4.0 t26216.6
202 51.559 l 3ffi37 00 0.4 1.6 tm.0 61.6 2't450,8.l
201 55.040 0 186637 00 0.0 0.0 100 0 61 6 00
2U 56.529 0 1W3't 0.0 0.0 0.0 100.0 636 00
205 58 011 0 t8631 0.0 0.0 0.0 000 63.6 00
2M 59.557 0 J8(f37 0.0 0.0 0.0 m.0 61 6 00
20'7 6l 109 0 186617 00 0.0 00 000 63.6 0.0
208 62.O8 2 386639 00 0.3 t3 m.0 4.8 220tf36.3
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
@Mostardi Platt380 of 448
It*s report confqns to pwbirs d 21 CFRpart 11 Al-l-513 Rrr 1 (tust C! Ectrctkrt) - pct rm rry1- 121812@413'.24.14 - tuge 4 d 4
(Innlol IXEEr
Gat)
C.onr
(#)
Cuunhd*
(#SUr.)
ihffir(n AEr(n Vdrre(n ntud?r
C/eSDh)
VdtD
(%Slxr)
Ab.Vdrc
(n#)
209 61.133 0 186639 0.0 00 0.0 100.0 64.8 0.0
210 6.029 0 186619 0.0 0.0 0.0 lm.0 64.8 0.0
II 67 798 0 l866le 00 00 0.0 r00 0 64.8 0.0
2t2 69.6s9 0 386619 0.0 0.0 0.0 r00.0 9.8 0.0
t3 7t 619 0 186639 00 0.0 0.0 r00 0 648 00
214 73.73r 0 186619 0.0 00 00 lm.0 &.8 0.0
215 15s42 0 l8ri6l9 0.0 00 00 lm.0 61 8 00
216 78.m 0 386619 0.0 0.0 0.0 100.0 64.8 0.0
1l-l 8l l{l9 l )wA2 00 t0 55 t(n 0 70 1 951177.:
2t8 &4.036 0 38f647 00 00 00 100 0 70 1 0.0
219 87 2{fi 0 18t;612 00 0()00 m0 70 1 0.0
270 90 846 0 38ffi2 00 00 0.0 m0 70.1 00
l:l ct 8l2 0 186642 00 00 00 000 70.1 0.0
)1)99.286 0 386612 00 00 0.0 m.0 70 1 0.0
lt3 rx tTtt ll _1866U 00 0.()00 m0 j0.l 0ll
724 0s lq)0 38642 0.0 0.0 00 00.0 70.1 00
t25 4.910 0 38664,2 00 0.0 00 000 703 00
226 20.724 0 3Wt2 00 00 00 000 70 l 0.0
227 ?6 854 r)l8@2 0.0 0.0 00 000 703 00
228 ll Sll 0 t8642 00 0.0 00 00.0 70 1 00
:29 40r14 0 .18661:00 00 0.0 m.0 70 1 00
130 t17.277 0 386642 00 00 0.0 m.0 70 1 0.0
23r t54 801 0 186642 00 00 00 00.0 70 1 0.0
212 t627 t1 0 18664)00 00 00 00.0 70.1 0.0
l3l l7l .024 0 -r866rl 00 00 00 t(n 0 70 1 00
234 179 746 2 186644 00 2.5 297 100 0 tm.0 51881,r5 l
]l5 I 88 893 0 l866rll 00 00 00 r00 0 r00.0 00
236 198.477 0 38@{00 00 00 100 0 rm.0 0.0
:t I 208.5 r 3 0 18664t 0.0 0.0 0.0 100 0 100.0 0.0
238 219 010 0 ,8ffi 0.0 00 00 100.0 100.0 00
239 229 98 1 0 18(644 0.0 00 0.0 tm.0 100.0 0.0
24 241.435 0 \8ffi4 0.0 0.0 0.0 100.0 100 0 0.0
24t 253 182 0 1t3ffi1 00 00 00 100 0 rm.0 00
242 265 828 0 186644 00 00 00 100.0 t00.0 0.0
241 )18119 0 185644 00 00 00 I00.0 r00 0 0.0
141 292.239 0 186614 0.0 0.0 00 r00.0 r00.0 00
245 1ffi.208 0 1866il 00 00 00 100 0 100 0 00
216 120 685 0 )wt 0.0 00 00 100 0 lm.0 00
241 lt5 66{0 ,}8664r 00 00 (,).0 lm0 100 0 00
248 351 136 0 1866t4 00 00 0{)rin 0 l(n0 00
24q .167 088 0 186614 00 00 00 lrn 0 1fi1.0 00
250 183 501 0 186{41 00 00 00 r00 0 100.0 00
{n t5:0 186614 00 00 00 Ifi] O ltlO r)00
152 1t'7 ilD 0 18661.1 ()0 00 0.0 100 0 100.0 00
251 .1.r5 l5 il l86t *l 0l)i)0 00 100 0 lm0 00
:5.1 451 I 33 0 38f614 00 00 rl.0 100.0 100 0 00
155 471 198 0 lE(;6ll 0f)0.0 {)0 lm0 100 0 00
2s6 {90 282 0 tu{il 00 00 00 lm0 lm0 00
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
381 of 448 OMostardi Platt
Ttb report corfans to pwbirs cf 21 CRpfrt 11
'ffi^lwO
t-bs:tGvm Sch.lE
Botmd: Grsd Analysb - SrnrEtbr
Rn HdTre: 12J192f2415:4
Fbprt Hertline: 12mm4. A.$
ffiilFaegre: E6(25S.S16
Gnrrri:tr,C6'l'AFD R-ATI: AH513 Rn 2 Fts and AcdtrE vlbh: t&6 PIL PIL B 541749@ + 54175G@: 64$7-@
I\LM Al-1513 Rrt 2 (tust O erdim) - PInm2414:36:G - ltSB 1 cf 1
Irrtd nrrbg:LEl@
SrtcrgNDGm6
cdlrdirr dat6: 1 1-l&24
SdEdnd:s(rrnEtbr
lvbrL 1.353 l,n
ti&&:0.545 1rn
fubdan:0.851 gn
Sil(fd ftvdin 1.815 l,n
S6rr€ss:6.5 lrn
Ktrbis:97.21rn
FIil Vdure 60.0 nl
Sarpb Trre:60 se
3 r 55 8 r
Project No. M2442OGA
Scrubber Exhausts and Baghouse Exhausts
kge: 0.5 - !m trn Elufir btcr: 1.78
TkesMd 0.5 1rn F]e CF: 1.0
Charch: 1$ Bad€rartd 160#nl
Tdd 6ns:346833 Grrs/rai 15O/971 flnt
AH.5l3 Run 2 (Po:t Ol Erlrrcrlon)
I 4 56789 20
PrarCc Srre (trm)
ktq: tol-l- rL-t-o*t 'l.r7ra 47'L/
@Mostardi Platt
4 5'"
a".
3 5..
3:,.
i z 5''.
E,z^-p t.
t 5':,
l'.
0 5'-
c''.
382 ol 448
Tlb report confans to pro/birs d 21 CFRpat 11 Vft AH513 Rn 2 (tust Cl krrcffi) - 2mm24fi:%'.2.- Ege 1 cf 1
Effii,i, lwo
t-bs:Koyin Sch.la
Rcicd:Gererd Arclyss - SrnrBodr
Rn kdfrre: 1Z1B|N415:M
Fbpcrl Hdline: 12lNlM4, 14:$
Ittd nrrbs: LBI&
SrEo. S/l\t D6CB@5
CdMirl daie: 11-1&24
Smsano&:grrndilffihnFksre: 686SStrS
GrIrBrt: t\iE6'fAFO R.ATT; AFI513 Rn 2 Filer ,rd Acdone vlbh; KIvG PIL: PIL B 54174$62 + 54175O62: 6457-A
lvbil:21.848 l,n
lvbde:87.266lrn
ttrtda: 13.560 pn
SaT lnd ftvElir:Z.Au Vn
Sewress:2.0 gn
Krt66:3.0l,n
FhiJ VdurE: 60.0 nl
SrrpbTine:60 se
kge: 0.5 - 4m l,n Oklion Facta: 1.78
Ttrehdd 0.5 1rn Re CF; 1.@
Chaneb: 1$ Baclgrund:160#rd
Tdd Oarls:34,6833 Grrs/nL 1ffi971#lfiL
AH 511 Run 2 (Post Ol Erlrrctlon;
{ 5 678 r0 mPartdc Sl2. (}mj
lti
)0 10 50 70 y)200 300 100 600 800
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
383 of 448 @Mostardi Plaft
Ttis report canfans to pwbirs d 21 CFRptt 11
b
ntegris
Qsdcr Kevir Sch/E
fupat Her/Trre: 1 5:45 121 18fm4Trgelcorrffiirr: 750
Sarde: AH513 Rn 2 (tust Cf E)(ferrt)
Grrrrtrt: IvOSIAFD HjTI; AH51 3 R 2 Flter ad AceEp Vlbh: KIII6 Pfl- PIL B 541 749@ + 541 75G62; 6457-@
O3rrts nELred:28719
Totd cqnts (> 0.5 grf:34&133
Tdd corts/nl (> 0.5 Erl: 1507971 /nL
ReCF: 1.0
@
en E,6,asConp.ny
AH513 Rn 2 (tust Cf Extrdbn) - pGt rm reprt - 12fifm415:4547 - P4e I d 4
ftolrcd: Ge.Ed Andysb - sttYrdgrRctct 64$7-62
[,bdd# LEm
Ser6agN 06C@5
Sersg no&: Strrndbn
Cdtrdimfile: 6el@as$S
CHtrelir cbtdtire: 1 1 - 1&24
SaIple Fod.Eiixt: tt/btd
Vduresanpbct 60.0nL
Bacl€rod csr€riraticn: 16 0 /nL
Srrrrath vdtage: 1'1.7 VEdirth voltage: 10.8 V
DN DA DV
l0 0.555 Ln3 4.9A
s)0.836 6.686 13.409
m 2.39 18.75'l 58.145
Chrnrl IXrDtrr
(rrD)
Cotob
(#)
Qntrd$p
(#3 Dlr.)
Ndrv)Alt
(v)
Vdum
(u)
Nutrr
('/o3Dlr-)
Vdtm
(%sur.)
lL.Vdm
(u!P)
56 0.526 2175 t2t75 3.5 0.7 0.0 3.5 0.0 928.8
57 0.)45 5294 2"1468 4.4 0.1 00 7.9 0.0 t291.0
58 0.564 3719 41208 4.0 0.3 0.0 I r.9 0.0 t291.5
59 0.585 3715 s4982 10 0.1 0.0 t5 9 0 144.2.9
60 0.fi'l 5195 70177 44 0.4 0.0 70.2 0.1783. l
6l 0.632 t4575 E4751 4.:0.4 0.0 14.1 0 1924.7
62 0.658 t42t4 98967 4.t 0.4 0.0 28.5 0 2l 18.8
63 0.686 r s280 4241 {.4 0.5 0,0 12.9 0 25't7.6
g 0.7r5 14403 28650 4.2 0.5 0.0 37.t 0.2758.1
65 0 71'7 3503 42153 1.9 0.5 00 41 0 0.:2950 0
6 0.781 2473 %25 3.6 0.5 0.0 u5 0,I I 13.8
67 0.816 238 r 67m6 J.t)05 0.0 482 0 1520.8
68 0.851 158 78164 1.2 05 0.0 5 1.4 0.4 l@5.4
a 0 888 0l 79 88_]41 t9 05 00 51.1 0.1 l7t r 7
70 0.q26 9832 98r75 2.8 0.5 0 57t 0.5 40E1. I
7l 0 96t 8885 207ffil 2.6 0s 0 597 0.5 ,l164 5
72 .m2 w2 2tffiz 2.6 0.6 0 62..3 0.6 4710.5
73 0r0 7948 224ml 2.1 0.5 0 6{.6 0.7 17 10.3
74 078 7W 23t06/..0 0.5 0 6.6 07 46y.3
75 ll7 6A73 23"t531 9 05 0 68.5 0.8 172t.1
16 156 6ta 2$49 E 0.5 0 70.2 08 4915.6
77 196 601l 249652 'l 0.5 0 72.0 0.9 5182. I
78 236 5206 254859 5 0.5 0.71 5 .0 5t49.4
'79 277 4820 25%78 ,t 05 0 74.9 I 5258.1
80 319 4271 263%5 2 0.5 0 76.1 I 5 119.2
8I 362 .r086 26804 r 1 0.5 0.7'7.1 1 5401.3
82 .l()5 19l9 27l960 I 0.5 U.78.4 3 5695.5
6J 450 3638 n55n .0 0.5 0 79.5 l 5807.0
84 .496 351 I 2nt0,.0 0.5 0 80.5 4 6154.8
85 5:13 1298 282407 .0 0.5 0 81..r 5 61,49.1
86 sq2 lll0 2855 I 7 09 0.5 0.82.3 .6 6576.6
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
384 of 448 @Mostardi Platt
Cluarl IlhEbr
(r.E)
Cannt
(#)
Ctmld*
05llla)
Nu&r(n AIl.(n Vdon(n I{uftr
('/o-<Illr)
VdrF.
C/rSlth)
Ah.Vdrc
orp)
87 613 2986 288504 09 05 0 El 2 t.1 6938.6
88 696 2629 291 r32 0.8 0.5 0.81.9 1.8 67 t7.t
89 752 2627 291759 08 05 0 u.7 t.9 719t.4
90 810 246r'' 296221 0.1 0.5 0 85.4 2.0 76r'.3.7
9l .87 I ?J75 298598 07 0.5 0 86. I ?r 81l().7
c2 935 2230 1m828 0.6 0.5 0 ft6.7 2.2 u67 0
93 fiX 2l%303024 06 0.6 0 87{2l 92586v2.W 2038 305062 0.6 0.6 0 880 2.4 9560.0
95 2 l5l 939 307m1 06 06 0 885 2.6 I0lll I
96 2.232 937 108939 0.6 0.6 0.89. I 2.7 t277.3
97 2.3t4 7U I I 0701 0.5 0.6 0.896 29 14/'5 7
98 2.N 595 \2798 0.5 0.6 0 90.0 l0 t*4.]
99 2.489 6{l lt3cll 0.5 06 0 90.5 l 1263 4
00 2.582 559 I155ff)04 07 0 91 0 t4 4050.5
0t 2.678 508 I l7fft_q 0.4 0.7 0 9t 4 l6 5168 r
02 2.718 319 I I 8328 04 0.6 0.2 st 8 t8 14809.3
0l 2 882 l9E l1926 04 01 02 912 4.0 t75l6.l
04 2.990 287 12l0l3 0.4 0.7 0.2 92.6 1.2 l80l 1.2
r05 I 102 l.4i ,22356 0.t 0.8 0l 9?.9 1.5 20985.8
r06 1.218 l2 lil t23570 0l 08 0.1 93.1 4.8 2l171.5
107 l.ll8 29 374694 0.1 0.8 0,1 91 6 5t 21973 1
t08 ).s2 to(A 325763 03 08 03 919 54 231 il.0
109 1.590 I 102 ]268{t5 0l 0.9 0l ,lt.l 5?2$%.3
0 J, IIJ 1067 327932 0l 09 04 ,4.6 6.r :8842.7
I 18fl)965 128897 0l 0.9 04 cl8 65 8#6.1
4.001 tu7 )zw 0l I 0.5 95 I 6.9 l5l 15.5
.l 4.t46 878 110823 0l 0 0.4 954 7.3 32791.6
4 4.296 83r ll I 654 0.2 0 0.4 956 7.8 w83.7
5 4.49 790 3324t 02 0 05 959 8l 16r'.25.4
6 4.ffi p1 333271 02 I 0.6 %.r 8.8 au3.t
'l 4.761 at 3]//J92 02 1 0.6 %.1 94 46550.0
8 4.91I 734 314825 0.2 I 06 96.5 10.0 ffi18.t
q 5tm 68t 135506 0 06 q6.7 10.6 47295 6
20 5.274 612 ll6 148 0 06 %9 lt_1 49?92;7
l]t 5A$a8 )36717 0 01 97 I t20 51154 4
22 5 640 594 13717 I 0 2 0.1 97 1 t2.7 55805.0
23 5 832 548 33791e 0 2 0.1 91 4 B5 5694il
)4 6.01I 5&318488 0 3 09 976 lrl.l 65317 r
t5 6.231 (}6 ll90cl 0 s 0 978 15l 76983.5
t26 6 4t9 yl t39635 02 4 0 s1 I l6.l 16,20.2
6.$7 {87 !1012 0 {0 98. I l/ )75557 I
28 6.892 ffi 140582 0.4 0 98.2 r83 78800 6
lg 1 t)4 451 34 r0l4 0 5 98 1 l9{85725.7
l0 7.3b2 421 14l2162 0 5 98.5 20 rt 892',74 5
It 7.AX 197 l,{ r 858 0 )98 f,2i I ql4n l
17 7.857 359 3422 I E 0 4 98.7 1.0 9t)22.3
I 8 lll ,6 A25U 0 5 J sti tt 24 1 02356 9
34 8.375 168 342952 0 6 5 98.9 25E 3126.4
5 8.641 143289 0 6 5 990 273 1949 9
l6 8.915 130 14361 9 0 7 6 99r 28.9 22526.1
1 9. l9l 28r xtqr 0 ) )991 ]0{r4209 5
l8 9.411 242 \44t42 0.4 4 99.2 'll 8 07554 6
39 9.7 55 250 144192 0 )6 ry.1 tt_)1625 I
llm 10.040 210 144&2 0 .5 ,6 9.4 v.9 r786.9
l4l r 0.328 26 l.l4E28 0 4 )9q .t 16s 8845 4
t42 r0.621 79 345m5 0 3 5 995 ,7.9 219{ I
l4l r0.921 92 145 r99 0 5 7 9q.5 19.7 126{.3
l4 |.229 24 v5323 0.0 .0 .2 9.6 .r0.9 92t2.5.2
145 r 1.540 5)145475 00 I 6 996 12.4 t2tc{0.'l
I116 I 1.859 JJ v5fi1 0.0 ')5 996 4.0 l 1595E.3
l.ll l2.l&1 M l45i I I 00 0 l qg7 .15 983J2 9
ft*s report cmfons to prwbirs cf 21 CFRpart 11
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
Al-i513Rrr2(tu6t CIIE<trrcti:n)- pct rm re4ul- 1zfifm415.45:47 -fugezd 4
385 of 448 @Mostardi Platt
Ctad Ixrol0s Cffi
CI
Crddtr
GSlxa)
Nrtrr(a ll[r(n vdc
e/)
Itarrftr
C/.SDh;
VCrr
C/o3IXr)
Ab.r/dc
(rcll
t48 12.5 l5 109 ]45820 0.0 l.l 5 99.'t 4.7 r l r825.2
49 r2.853 92 3459t2 0.0 t.0 l 91 48.0 t02207.6
50 l.198 68 345980 0.0 0.8 998 49.t 81974.0
5t 3.550 89 l4ffi9 00 l0 5 998 50.6 I I 5330. I
52 3.910 72 t46t40 0.0 0.9 J 998 51.9 lm77t.l
5l 4.2'78 82 346222 00 Ll 6 998 51.5 t24541 9
I 4.6$5l v6273 00 07 99.8 v.6 ut4't.t
55 5 038 46 3461 I 9 0.0 01 9q9 55.7 8t 850 6
56 5.432 v ytr.374 00 0.8 4 99.9 57.t 10/,824.7
51 5 814 l9 vatl 00 05 999 58 l 8t 399.1
58 16.247 43 v&55 00 0.7 )99.9 594 95s82.8
59 t6.67 t ll 146486 0.0 05 0 99 60.1 74348.2
60 t7 t0'7 32 1465 I E 0.0 0.6 999 61.5 84788.5
6l l7 554 t2 14655 l 0.0 06 )99.9 62.6 91619.4
62 18.0 r5 14 146585 0.0 0.7 4 999 6t.0 10423E.8
6l I 8.490 24 N6608 0.0 05 0 999 6s0 78E91 5
ta r8981 l5 w4 00 04 o"1 q.9 658 vft62.2
165 19 {88 t0 u(644 00 05 0 999 66.8 79t75 1
t6 20.0t4 2?,4ffi 00 0.6 2 m.0 68.0 92898.4
161 20.555 t9 146685 00 05 m0 o.t 85I63 6
168 7l lt2 t'7 w102 00 05 00.0 70.2 83880.9
t69 2 r .683 t1 146719 0.0 05 1 m0 71 4 90874.2
70 22.269 l2 346731 0.0 0.;l 0.9 lm0 n.3 68909 9
7l 22.810 9 14674t)00 0l o1 rm0 730 5ll l 7.8
72 23.488 t4 w753 00 05 t.2 100 0 14.2 n4o55
73 24.121 ll y,6165 0.0 0.4 ll lm.0 753 s7517 5
74 24.772 9 146n4 0.0 0l 09 lm.0 76.2 57755 I
75 25.ffi 7 346780 00 0l 08 rm.0 n0 58708 6
76 26.t26 5 w7fJ6 0.0 02 0.6 lm.0 n.6 47690.6
77 26.83 r 5 t46791 0.0 0.2 0.7 100.0 78.3 51654 9
78 21.555 5 46796 0.0 0.2 o1 lm.0 n.0 55949.9
79 28_29 0 3467%00 00 0.0 100.0 79.0 00
80 29.M3 l J4679 0.0 0.2 06 r00.0 79.6 43767 8
8I 29.U9 0 146799 0.0 0.0 00 100.0 796 0.0
82 10.658 0 14679,00 0.0 0.0 t00.0 79.6 00
83 ll 490 1 146&X 00 04 t5 100 0 81 0 I l 1142 8
u 32.146 l x6809 00 0.2 08 lm.0 81 8 60116 l
85 13.2?7 0 14680)00 0.0 00 100 0 8r.E 00
M xt]6 l x68ll 0.0 0l 09 lm.0 82.7 70915.9
87 )5.077 l 1458r6 00 0.3 l0 100.0 837 759t I 0
88 36.01?3 146820 00 0.3 Il rm0 84.8 83417 I
89 37.033 0 J46nO 00 00 00 100.0 84.8 0.0
t9(.)18 062 l 146821 0.0 03 ll r00 0 86. I 98305.0
l9l 39 t24 l u6n6 00 0l l4 100 0 875 t067n.0
l9l fi223 0 145&6 00 0.0 00 1ff1.0 875 00
t9l 4l 16l 0 v6826 00 00 0.0 100 0 875 0.0
lyt 42.539 0 346826 0.0 00 00 100 0 n.5 00
95 43.16t 0 t 16826 00 0.0 00 t00 0 87.5 00
%45.029 7 146828 0.0 o2 tl rm.0 88.6 81 387 8
9'7 16.146 0 346828 00 00 00 r00 0 886 00
98 47 711 1 1t6830 00 0.2 r3 100 0 89.8 %849.5
99 49. r43 0 146830 0.0 00 0.0 l(n.0 898 0.0
2m 50.608 0 146830 00 00 00 m0 89.8 00
201 52.0E3 0 346830 0(l 00 00 00.0 89.8 00
202 s1.559 0 346830 0.0 00 0.0 m.0 89.E 0.0
t03 55.040 0 145810 00 0.0 00 m.0 898 00
2M 56.529 0 346830 00 0.0 00 m.0 89.8 00
205 58 011 0 346830 00 0.0 00 000 89.8 00
2U)59.551 l v6f,32 00 0.4 25 lm.0 n.3 I883193
207 6I,I(B 0 146832 00 00 00 r00 0 n3 00
208 62 698 0 ]46f,37 0.0 0.0 00 100 0 n.3 0.0
Ttis report confrns to pro/isiTts d 21 CFRpart 11
Project No. M2442O64
Scrubber Exhausts and Baghouse Exhausts
AH513 Rn 2 (Fbst O Edreth) - pct rm re4rrl- 1?J$tm415:45:.47 - hge 3 of 4
386 of 448 @Mostardi Platt
Chd Ilrctr
0D)
Cants
(rr)
Cturlde
(ilSllh)
Nu!ftt(n Al T(A VduD(A Nutrr
(%Slxr)
Vdu:
(%sIIa)
Ab.vdr
ouf)
2G 61 Il 0 346832 0.0 0.0 0.0 100 0 923 00
210 6.029 0 '%832 0.0 0.0 0.0 lm0 92.3 00
2lr 67.198 0 i46832 00 0.0 00 100.0 92.3 00
2t2 69.659 0 34fi32 0.0 0.0 0.0 100.0 92.3 0.0
2ll 7 t.62q 0 146832 00 00 00 tm0 n.3 00
2t4 73.73t 0 t45El2 00 0.0 00 t00 0 c2.3 00
ll5 75 992 0 346832 00 00 00 lm0 923 00
2r6 18.40 0 ],,,6f,32 0.0 00 0.0 t00 0 9.3 00
2t7 8l t09 0 146832 0.0 00 00 100.0 n.3 00
218 &l 036 0 346832 00 00 00 rm0 c2.3 00
2r9 E7 2.(6 1 146833 00 0.8 71 t00.0 t00 0 592402 1
220 m.846 0 346811 00 00 0.0 t00 0 100.0 00
22r % 812 0 1468ll 0.0 00 00 100 0 t00.0 00
222 s) 286 0 146831 00 0.0 0.0 100 0 r00.0 00
r2l t04 I 78 0 14683-l 00 ().0 00 rn0 rm0 00
224 G) l99 0 346833 00 0.0 00 00.0 lm.0 00
215 14.910 0 346831 00 00 00 m0 100 0 0.0
216 70.724 0 146813 00 0.0 0.0 00.0 m.0 00
221 :6.E'{0 l.16813 0.0 0.0 00 000 00.0 0.0
z8 l13 3I3 0 346813 00 0.0 00 m0 00.0 00
229 40114 0 146831 00 00 00 (n0 000 00
210 t47 273 0 346833 00 0.0 00 00.0 00.0 00
iJl I 54.80 r 0 ]4681 1 0.0 00 00 r(}) 0 m0 00
732 t62 711 0 346831 0.i)00 00 Itxt 0 00.0 0.0
21,1 1t024 {)346831 00 0.0 00 lm0 000 0.0
214 19.746 0 146831 00 00 00 t(n 0 m0 00
:15 88 E93 0 146813 00 0.0 00 100 0 00.0 00
236 98.4',t7 0 346833 0.0 0.0 00 lm0 m.0 0.0
231 208.5 l l 0 146831 00 00 00 l(m 0 tm.0 0.0
238 2r 9 0r0 0 146&13 00 0.0 00 tm.0 100.0 0.0
23e 229.981 0 1468ll 00 00 00 100 0 lm.0 0.0
24 24t.435 0 346813 00 00 0.0 100.0 rm0 0.0
241 251.382 0 346811 00 0.0 0.0 lm.0 I00.0 00
242 265.n8 0 346831 00 0.0 00 lm.0 lm.0 00
241 7'78 1'79 0 146E33 0.0 00 00 100 0 lm0 00
24 ?9?.239 o 146831 00 00 00 lm.0 100.0 0.0
l.l5 ]fti:08 0 t468ll 00 0.0 0.0 100 0 100 0 00
246 120 685 0 146833 0.0 00 00 100.0 lm0 0.0
14l ll5 66r 0 ]4581 1 00 0()00 lfi) 0 r00 0 00
248 35t.l16 0 146831 00 00 00 100 0 r00.0 00
249 167 088 0 146831 00 0.0 00 tm0 rm0 00
250 181.50 I 0 146831 00 00 00 tm.0 r00.0 00
t5t {00 152 0 146833 00 00 00 rm0 lm.0 00
).5?4t7.6J9 0 1468ll 00 00 00 t00.rl lff) 0 00
25.1 {15.:35 t)!16833 0.0 0.0 0rl I (.X).0 lm0 00
:54 451 r8l 0 12168ll 00 00 00 lm.0 lm0 0.0
255 17 l 198 0 146831 00 0.0 00 100 0 r00 0 r).0
256 490 282 0 346831 00 00 00 lm0 t00 0 00
Ttis report coflfcns to porsirs d 21 CFRprt 11
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
AFl513 Rn 2 (tost Ol Ertrrctim) - pGt rm rpl - 1z18lm4 15.45:47 - We 4 d 4
387 of 448 @Mostardi Platt
Ttis report csrfans to prwbirs cf 21 CFRptrt 11
r#*, lwo
t,Eer:t@h Sch-lE
Rotocd:Grtrd Anatysb - gtnrElion
R.n Edline: 121 1gm4 16. 4
Fbgt Hdlnre: 12lnmn4. ft .6
Utrein Fksre: C68@5S. SltS
G.mEr:tvc6'l-AFU RATT: AFr513 Rn 3 Fier and Acdcrp Vlhh: 1(Iv6 PIL, PtL B 541751-& + r41752-Q,64S7-62
tLM Al+513 Rn 3 (tust CI Errrctm) - 2f&m4 M:fi:42 - tuSp 1 cf 1
firbdnrrbg: LEI&
SenssS/Nmm@s
Cdlrdonrlrta: 11-1&24
Sersa no&; Srnrercn
lrrba: 1.164 pn
lvb&:0.545 pn
trrtdrr:0.747 pn
Sa'&d ftuiaibl: 1.521 rn
S€wrEss:8.3 |,n
Krtcb: 136.2 gn
FkiJ Vdure:60.0 nl
Sande Trre: 60 se
56 8 r
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
k'gB:0.5 - zm l,n OMtgl Eactcr L699T}raMdO.5gn ReEF: l.m
Osnds: 1$ klqrotnd:7.0#nl
Totd fu,ts: 218420 Gtrts/nl:873680 #nL
AH 513 Run 3 (Po:t Oil Extnclion)
3.5678r0 ?0 3C1050 7090
Pltda Sr.to (iml
[4".t zouq-)L-2-o
t clt 1o7cl'l'L-d
m0 300 100 600 800
---,4-+---i
/t
.----------t----ili
--..----+------{ii
- --.-- ----J----,:t,
t:l* i-;
----------+."---
'..-----..+-----
.-.-.----+-----
-+t4
:ltt
:l;t
-1-t
:tlt
-{-+
:l.J.t
:l
--}.+:litit
i,--+--i-+
.L---i---i--l
rr:l.:.--:---!-.1ii:i
{---+---t--+
:::l
388 of 448 @Mostardi Platt
ltb report corfrns to pwbirs cf 21 CFRprt 11 Vft Al+513 Rn 3 (tust 0 fttratin) - 2fnfm414:36:53 - tuge 1 d 1
E&'i'lwO
lJs:lGvin Sch.ltr
Rdocd:Gsrrd Analys6 - grnrEiror
Rn Eefline: 1Z 1812tri16.4
Fbprl EdTrre: 12lNm4, 1 4.fi
tt/b&l nrrber:LElm
SslsorS/N D5mm5
Cdbrath date: 11-1&24
&rtss rD&:SrrrEtiTl
Cdibrdin Fbsre: mm@ss S^S
Connsl:ttrf,6l-AFD H-ATT. AH513 Rn 3 Ft6 adAcdcrEVlbh: KlvG P[: m 8541751-62 +t41752-Q:64S7-62
trrtm:23.5/5 gn
tvb(b:64.33 l.rn
trrbdm 17.107 gn
SrEd &vidi,l: 18.175 gn
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
S<alrrss: 1.0 pn
Kncb: -0.1 gn
FIrd Vdure:60.0 nl
Sarrple Trre: @ se
'.---L-----i---+--i--i--i-i-i-r---. - - ----'-l---- -. i----+'--i
l :::::l I |::
! ! | I ! t r!
: : : Iil::
._f --+--#-----i---+--+-i
Rrpe: 1.5 - 4& pn Ouion Facta: 1.699
1trsEdo.5pn R€CF: 1.0
Chrnds: 166 Bdqrord: 7.0#/rA
Tdd OorB: ffi68 O:rrtgnl-: 118270 #fit
AH.51l Run 3 (Port Oil Ertrrcllon)
iii
:II
:llirlitt:ll
;il--..---?-----i- ---t-
:il
ilt
- -+---{--+iit
5 6 78 l0 20 3C 10 50 70 90
Prrr<la Ste l,rm t
389 of 448 @Mostardi Platt
Itis report confans to porbirs d 21 CFRprt 11 AH513 Rn 3 (fust O Etratixt)- pct rLn rryl- 12J18f&416:45:23 - ftge 1 cf 4
'#^lwo Robd: Garsd Analysb - Srrrrdi,|Rtiet 6457-@
Qsds: lGvinSchJtz
ftFt Be/Irre: 1A45 12/18fru4
Trgetcorc€rHirt: 75m
SrrPe:AFl513 Fl,n 3 (tost O E(trdixl)ffi: lrrCSIAF0 HITT: AFl513 Rn 3 Flter ild Ac€EE Vlbh; KlvG PIL PfL B 541751-62 + 541752-@: 64$7-62
drlB nrcued 1285-tr1
Tctd co.rlG (> 0.5 frf:218420Tdd cdrrdnl (> 0.5 frf : 8R680 /nL
ReCF:1.0
lvbdd# LBm
SsEogN Irc
Sersonp6: grrnatir
C{brdirl f to: [e-mail]\E
Cdbraion 6etirB: 1 1 -1&24
Sarfle tfrod.ctbn: [/brrrd
VdurB sard€d 60.0 nL
Balqrord cocrtairl: 7.0 /nLg,Irdinvdi4e: 11.7V
Attutrvdtags: 10.8V
DN DA DV
l0 0.541 1.013 5.726
3 0.733 7.318 t6.v2
m 1.813 21.931 6tw
Ctunl DlrmEr
0tn)
C.:qtrtr
(#)
Grtrtd*
(#SUr.;
Ndr(4 Alrr(n Vdum(n Nutrr
(%Slxa)
Vdunr
C/oSltla)
Ab.Vdum
0r#)
56 0.526 1020 ll@0 5.0 0.4 0.0 5.0 0.0 w.7
5'l 0.s45 l8l3 24833 6.3 0.5 0.0 II4 00 68.7
58 0.564 887 16720 5.4 0.5 0.0 r6.8 0t 17.3
59 0 s85 1435 48154 5.?0.5 0.0 22.0 0r 978
60 o(n7 2114 60128 5.6 0,6 0.0 27.6 0.1 428.6
6l 0.632 774 7?to2 5.4 06 0.0 330 rI l 554.8
ol 0.558 0708 82810 rt.9 0.6 0.0 17.9 0.2 596. r
63 0 686 lsl 93962 5,I 0.7 0.0 41 0 02 88r 3
a 0.715 0l l0 wT2 4.6 0.6 0.0 17.6 0.3 936 |
6-s 0.147 n15 3y7 1.2 0.6 00 5l .9 0.1 20265
6 0.781 8r32 21480 ,.7 0.6 00 55.6 0.4 2030.2
67 0.8r6 795'7 29131 J,b o'7 0t s9.3 04 2262.9
58 0.851 6814 3A5t l.l 0.6 0.0 62.4 0.5 220t.6
69 0.888 5990 42241 1 06 0.0 65r 0.5 2t95.9
70 0.n6 5n6 480r6 2.6 0.6 0 67.8 0.6 2397.5
7l 0964 5tl15 53062 l.l 06 0 70. I 06 23U.8
n .m2 4v25 579','t7 It 0.6 0 D1 0.7 2591.5
13 .040 4203 62 190 l9 06 0 '14.3 0.8 2415.1
14 .078 3U6 6s83s 1.7 0.5 0 75.9 0.8 239 t .8
75 Il7 3 129 6896.1 1.4 05 0 77.1 09 2282.6
16 156 3l2l 72ffi5 1.4 0.5 0.78.8 0.9 2524_3
'77 l%2988 75471 t4 0.5 0 80.2 .0 26-14.5
78 .236 2533 77ffi t.2 0.5 0 81.3 0 2505.1
79 277 2220 79&7 l0 0.5 0.82.3 2422.3
80 319 2037 8r863 0.9 0.4 0.83.1 2447.7
8l )0 8ll 83695 08 04 0.84. I 242t.1
82 405 823 &5518 0.8 0.4 0.u.9 ,3 2649.0
8l 450 536 871 5l 0.'7 04 0 85.7 l 261 l.t
84 A96 @ 88852 0.8 0.5 0.85.s 4 2978.4
85 .543 536 rm388 0.7 0.5 0 87.2 Ll 2956.8
86 5n 137 t9tT25 0.6 0.4 0.87.t .5 2n6.8
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
390 of 448 @Mostardi Plaft
l
Itis report conftrns to pwbirs cf 21 CFRptrt 11 AH513 Rrt 3 (tust Cl Extrmth) - p6t rm tryl- 1Z$120416.45:%- Rge2d 4
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87 (43 t228 r 92951 06 0.4 0 88.1 6 2853.9
88 6%1266 t%219 0.6 0.5 0 88.9 7 12v.0
89 752 I 228 195447 06 0.5 0 895 7 3455.8
m 8r0 to74 %52r 05 0.4 0.90.0 8 333 1.2
9l 871 r@5 97565 05 0.5 0 90.5 9 3581. I
92 915 936 19850t 0.4 0.4 0 909 2.0 3553.6
93 m4 q'7 994?8 0.4 05 0 9t 3 2.1 41179
91 2.W 856 2m334 0.4 0.5 0.9t.7 2.1 lm16.5
95 2.t51 u4 201 t79 0,1 05 0 92.1 2.2 441 t.0
96 2.232 861 2020/n 0.4 05 0 n.5 2.4 50r3.3
97 2.1 l4 7U 2021U 03 05 0.928 2.5 4828.5
98 2.ffi ffi 20w8 0.1 0.5 0.93r 2.6 4806.8
q :.489 ffi 2041r4 0l 05 0 91 5 ?1 5176 l
tm 2.5n n9 204&11 0l 06 0 91 8 2.9 65{r.2
l0l t 678 634 20t171 0.1 06 0 %l 1.0 63' 1 7
102 2.'r78 520 2059p7 02 0.5 0 94 1 3.I 5814.6
103 2.882 513 2065 l0 0.2 05 0.qt.5 ll &29.2
104 2.99/.t 567 207m7 0.1 06 0.948 1.5 7940.0
105 ltu 539 20'7616 02 06 0 95 I 36 u13.2
t06 3.2r8 506 208 l 22 0.2 o7 0 95.3 l8 8829 4
107 I l.r8 481 208601 0.2 07 0 95.5 4l 9158 8
t08 1 .162 417 209080 0.2 01 0 957 4l 0168. I
109 I5q){28 209508 02 07 0 959 45 0173 0
0 ].723 455 20996_l 0.2 08 (1.96.r 4.8 2301 4
I 1 860 &t 2lu2?0.1 09 0 96.1 5,I 1961.6
2 4.00t ,52 2107'79 02 0.7 0 %.5 5.4 193 6
l 4. t46 t87 2l I l6i5 02 0.8 0.96.7 57 t4/57 1
4 4.2%345 2ll5tl 0.2 08 0 %.8 60 43l].4
5 4.49 341 2l r852 0.2 0.8 04 9'7.0 6.4 s14.8
6 4.ffi ?77 2t2t29 0l 07 0.3 97.1 6.7 4170.5
7 1.76'7 ll5 2t246,!.02 0.9 r)4 91 l 7l 8984.2
8 493r 3ll 2t2797 0.2 1.0 05 97.4 7.6 20908.7
9 5.100 319 2uilrt 0 t0 05 91 6 8.1 2180 5
20 5.2'74 250 2t33fr,0 0.9 0.4 9'17 8.5 19178.4
t2l 5 4tt 274 2 I 36lS 0 0 0.5 91.8 9.1 23228.6
t22 5.64{)3r8 2t3957 0 l 01 98.0 97 29816. I
123 5.812 241 2 t4198 0 0 0.6 98 I l0 l 25056 0
24 6.031 253 2t4r'.51 0 I 07 98.2 Il0 2m75.0
25 6.237 229 2 14681 0 I 07 983 il6 29r29 6
26 6.419 36 2149t7 0 )0'l 984 12.4 ll I 56.6
)1 6.$7 231 215r48 0 l 08 9E.5 13 2 )585 I 0
28 5 892 r90 2 I 5318 0.I 07 986 t3 9 32616.5
29 1.124 lr6 2 I 55tr 0 4 09 987 l.l 8 rm84O.0
l0 7.162 2ll lt5765 0 .4 .0 98.8 t5 8 w7.1
7.606 202 215%7 0 )I 989 16.9 4,6519.t
12 7 8s7 72 2r6l18 0 l .0 990 r79 43570.6
JJ 8.il1 75 2l6lrl 0 I I ts0 t90 48929 1
14 8.175 68 216/82 0 5 -)Lt 20.2 5t736.7
l5 8 641 53 )t(,6y 0 4 t.2 99.2 ll 5 r 682.6
l6 8.9t5 l0 ?16745 0 I 0.9 92 )2.3 41D63.2
9 l9l t9 2 I 68&l 0 l I 99 -l 23 l 48347 0
l8 9.411 24 2 I 6988 0 4 f 99 1 24.6 55t7 I 1
l9 9.755 ot ztl$t 00 2 I 94 15.1 50160.4
{0 t0.040 t4 2t1205 0.1 1.4 .4 9.4 27.t 603 10 8
1l t0 128 107 2t7ll:0.0 .l 4 99.5 l8s 5t7$.4
t2 10.623 93 2t1M 0.0 3 l 99.5 298 58640.4
l4l l0 szl 78 2 I 7484 00 )2 96 ll 0 533 I 8.j
14 1.229 92 217576 00 4 5 9.6 32.6 67999.0
l5 I L)40 E2 2t1651 00 4 5 $?l{0 65622.6
t6 r 1.859 65 217n2 0.0 l 99.7 15.l 56t6) 5
t7 r2.l&{s9 2t'1"781 00 l q4't 166 56301 4
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
@Mostardi Platt391 of448
Thb reportconfqnstopwbiusd2l CFRpart 11 AH513Rn3(fust0 Ertrrctbn) - pctrLnreport- 1211812f2416:45:23- hge3cf 4
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t48 2.5t5 58 217E39 0.0 I,I t.J 9.1 17.9 592n.7
r49 2.851 v 2 r 7891 00 ll IT 99.8 19l 60435.6
50 3 198 27 2t1915 0.0 05 0.6 998 ]9.9 26583 5
5r 1 550 5l 217%8 00 t.2 6 998 41.4 68504 8
52 1.910 37 2 t8m5 0.0 09 99.8 4.6 52669.9
5l 4 278 ll 2 l 8016 00 0.8 I 998 417 M)|.5
154 t4.654 l6 1ta)72 00 l0 l 99.8 45.0 58'714.7
55 r5018 l5 2 I EU,T 00 07 0 s99 450 45373.6
56 15.432 22 2l8l r9 00 0.7 0 9.9 47.0 424n.7
5-7 I 5.814 27 Iil46 0.0 0.9 J 999 48 1 56502.1
58 t6.217 3l 2t8t7'7 0.0 1.0 6 9.9 .19.8 ffi9.7
59 t6.671 l4 2l8l9 r 00 05 07 99.9 50.6 17971.7
60 t't to'l l5 2 I 8206 0.0 0.6 09 99.9 51 .5 4m75 5
6t I 7.5)4 l4 I r 8230 00 09 I5 99.q 51 0 67162 0
62 l8.0r5 t5 I l 8245 00 0.6 ll 99.9 54 I 46805.1
6-l I 8.490 1.1 ) r tr71 00 tl 2.0 99.9 56r 89167 7
61 18.98 r l9 2r829r 0.0 0.8 l5 9.9 57.6 656[)7 8
65 19.488 l{I8_(}1 00 0.6 t2 99.9 588 52ffi.1
6 20.014 8 2l8l I l 0.0 o4 0.8 rm.0 s9.6 15652.4
67 20.555 1 2 r 8320 00 04 01 m0 60.1 10901 2
r68 l.ll t-)2 r 8312 00 o7 t3 m.0 61 6 58588.7
169 r 683 l0 I r 8142 00 06 I 00.0 629 54405.8
10 )2.26)8 2 l 8150 00 05 il 00.0 g0 491t4.2
'it 22.870 l I I 83vl 0.0 0.:05 00.0 61.5 2I180 7
72 23.188 7 2 I 836)00 0.5 l0 100 0 65.5 46102. I
73 14.t2t 7 I r 8167 0.0 05 It 100.0 666 49915 l
"14 24 772 1 218174 0.0 0.5 t.2 100.0 67.8 54086.0
75 25.m l 2t8171 00 0.3 0.7 r00.0 68.s 292m.4
76 26.126 7 2 I 8379 00 0.r 0.4 100.0 68.9 I 5862.1
7',l 26.8t r I l 8l8l 00 0l 08 100.0 o.6 3436 1.6
78 27 555 2 2 I 8184 0.0 o2 04 lm.0 70 I I8509 l
79 28.299 5 2 l 8389 00 U,)l4 100.0 71.{ffi733
80 2S 053 0 2 r 8389 0.0 0.0 0.0 lm.0 71 4 0.0
8t t9 849 l I I 83el 0.0 04 ll 100.0 n.5 47113.0
82 10.658 1 2l8l%00 02 0.6 100 0 73 I 2561 I 5
8l ll 490 2 I 1t396 DO 0.1 06 100.0 27775 t
&{t2.w )2 l 8398 0.0 0.2 o7 r00 0 744 30 I 02.5
85 \3 22'7 )2 l 8t9C 00 ().2 0.7 100 0 15 I 1263 l 2
86 t4 116 1 218401 00 02 08 100.0 759 15380 7
87 t5 072 0 I1840r 00 o0 00 lm0 75.9 0.0
88 16.017 _1 2l&()5 0.0 06 t9 100 0 n.8 812-s5.{
89 -17 0l_1 {)I I 8415 00 0.0 0.0 r00 0 7?.8 00
q)18.062 ,2lrl40i;00 0l ll lm.0 78.9 490{5 5
9l l9 124 0 I I nr{h 00 00 00 lrn 0 78.9 00
192 10 713 0 2r &106 0.r)00 00 r00.0 189 0.0
i9l ,tl Itrl (i I I n406 0()00 0.0 100 0 ?89 00
t9t 42 519 2 I 8408 00 0.4 l5 00.0 80.5 68470 5
ts5 41 76t l 2l&{r I 00 03 l4 000 81 8 149081 5
l%r15.029 l Il84r5 0.0 09 37 m.0 n5 16242t.t
t97 .16. 14r,0 2t&1t5 00 00 00 000 8?.5 00
198 47 711 2tut6 00 05 22 (n0 897 %618 6
l9a 49 t4l 0 I &416 00 00 00 000 rl9 7 00
200 50.608 0 2 tMl6 00 00 00 00.0 897 0.0
20r 52.083 0 2l&ll6 00 00 00 m.0 897 00
202 51.559 0 2lMl6 0.0 00 0.0 00.0 89.7 00
203 55 040 0 2lE4 t 6 00 00 0.0 m0 $7 00
2M 56.529 0 2 l &ll6 0.0 0.0 0.0 m.0 89.7 0.0
205 58.011 0 2 r84t6 00 00 00 in0 897 00
2M 59 557 0 2tut6 0.0 00 00 lm.0 89.7 0.0
201 6l tir 0 2 t 8416 00 00 00 100 0 897 0.0
208 62.698 a 21841 8 0.0 0.8 5.0 100.0 91.6 219228.4
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
392 ol 448 @Mostardi Platt
Ihis report confsns to poubirs of 21 CFRpart 11 AH513 Rn 3 (tost G *tracti:n)- pct rm rryt- 12181N416:45:23 - fuge4 of 4
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2r0 6.029 0 21u20 00 0.0 00 t00.0 tm.0 00
at I 67.798 0 21u20 00 00 00 100.0 lm0 0.0
212 69.6s9 0 21u20 00 0.0 0.0 lm.0 100 0 0.0
2rl 1t.629 0 21M20 00 0.0 00 100.0 100 0 0(l
214 73.73t 0 2tu20 00 0.0 0.0 t00 0 rm.0 0.0
215 15.92 0 2 I &120 00 00 00 lm0 lm0 00
216 78.M 0 2 r &{20 0.0 00 0.0 lm.0 tm.0 0.0
217 rit 109 0 I r 8420 ()0 00 0.0 100 0 lm0 0.0
t8 M 036 0 2tu20 0.0 0.0 00 100.0 r00.0 00
llq 87 266 r)2 I &420 00 00 00 t00 0 100 0 00
220 90.846 0 2tu20 00 00 00 lm.0 tm.0 00
)21 .X 812 0 2 r 8420 00 00 00 100 0 r00 0 00
)72 E) 2E6 0 2 r 8420 0.0 00 0.0 ltr) 0 100 0 00
221 r(}1 178 0 2 I &{20 00 t)0 rl.0 r00 0 Irl0.0 00
224 109 199 0 21&4.20 00 00 0.0 r00.0 100.0 00
2l-5 il4 9t0 0 2 I &{20 00 00 00 lm0 lm0 00
226 20.724 0 2tgt20 00 0.0 00 t00 0 tm0 00
))1 16 854 0 2 I &420 00 0.0 00 t(n 0 tm.0 00
228 33 313 0 2 I &{20 0.0 00 00 100 0 tm.0 0.0
229 l4O I l.l ()I I &120 00 00 00 tm0 100 0 0l)
210 t47.273 0 21u20 0.0 00 0.0 100 0 lm.0 00
_rl ,t.80 I 0 2 rM20 0.0 00 00 tm0 r{x) 0 00)1)62.114 0 2 I 8420 0.0 00 0.0 000 100 0 00
2tl 71 024 0 2 r &420 0.0 00 00 000 tm0 0.0
234 79't46 0 2tw0 0.0 00 00 000 r00.0 00
235 l 88.893 0 2 r &{20 00 0.0 0.0 t00.0 r00.0 r)0
236 198.4't'1 0 2t8420 0.0 0.0 0.0 100 0 lm0 00
237 208.5 r l 0 2tu20 00 00 0.0 100.0 r00 0 0.0
f ,6 219.0 r0 0 21u20 00 00 00 100 0 rm0 0.0
239 229 98 r 0 2 r &120 00 0.0 00 lff)0 r00.0 0.0
2q 241.435 0 21u20 0.0 00 0.0 lm.0 100.0 0.0
24t 251 182 0 I I E420 0.0 00 0.0 100 0 t00.0 00
242 265 828 0 2tu20 00 00 00 lm.0 100 0 00
241 :78.'719 0 21M20 00 00 00 lff).0 100 0 00
2+t 29L.239 0 21u20 00 00 00 lm0 t00.0 00
245 106 208 0 I I ttl20 00 0.0 00 rm0 lm0 00
746 120.685 0 : r 8410 00 00 00 100.0 tm0 00
241 115 6tr{0 I l &120 00 00 00 100 0 lm0 {)0
248 -.15 I ll6 0 2 r 8420 00 00 00 r00.0 lm0 00
l.l9 167 088 0 2 I &120 00 00 00 lfn 0 100 0 00
250 181 50 l ()I r&ll0 00 0.0 00 100 0 m0 00
5l 4m 152 0 118420 00 00 00 100 0 m0 r)0
252 {17 m9 0 I rMlo 0.0 00 00 tfi)0 m0 00illis lt5 0 lr &{20 0r)00 00 r00 0 fi10 r) {)
2y 45t IUI 0 I l &120 00 00 00 rm.0 000 00
255 .t7l .lq8 t)tll20 00 00 00 r00 0 000 00
250 490.282 0 I I 8420 0.0 00 00 100 0 000 0.0
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
393 of 448 OMostardi Platt
Itis report corfsnE to pro/bkns cf 21 CFRprt 11
'#*lwo
Lbs:lGvh Sch.aE
Fdocd: Gersd Analysb - Srrndirr
Rn Heflrre: 1 21 92@41 O 1 9
Fbpt Hdlrre: 121tu1tu4, 1 4.37
lvt&l nrrbr: LEl@
SsscrgN DEB@5*dirr.He: 11-1&24
Sersc no&:Srrndirr
Cdbrdi(rl Flrgre: E@@SS.SI\S
likr: 1.234lrn
ti,b&:O.ffipn
Itrtdar 0.!26 gn
Srxbd Bveirr: 1.266 rm
*a,vr€ss:8.8 l,n
l(rtc6: 161.1gn
Hdl VdtnB:60.0 nl
Srr*Trre:60se
k€e 0.5 - 4m lrn 0ticn hcbr: 1.699
TtreErt 0.5 gn Re EF: 1.ff)
Chrnds: 1$ Badgrand:14.0#nl
Tdd frrB:361452 O(.rrs/nlr 3634516#nt
8H.502 Run 1 (Port Ol Ext.rcllon)
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Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
I,2x
cIsoii
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Lns zot'<-t?-- Lo
i,<40 T2Ul7-lU
Pradc $rc (urn)
394 ot 448 @Mostardi Platt
Itis report ffifffirs to pro/bims cf 21 CFRptrt 11 Vft Blts@ Rn 1 (tost C &frtian) - ttnfm4M:31:e.- tuge I cf 1
,#n, lwO
t.bg;lGvin Sch.llz
Flolocd:Gmrd Analyss - grnrdm
RnHdTine: 1Z1gm41AE
Fbpol Bdfrre: QmlWA. 14.37
ttdd rrrrbq:LEm
S€rEd 9N 06C@5*dilldate: l1-1&24
Sstsa no&:grrnslir
Cdbrdm Flrsre: 6([e-mail]: tucsIAFD RITT: 8[+5@ Rn 1 Fler ad Ace(orE Vlbh;
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ffi_ pIL Dt 54175]62 + 5417*Q:.64S7_62
tr,ban:20.538 lrn
iDde:46.351.rn
tvbdar 166/'l gn
Sadard b/idtn: 15.4$ t,n
Skelvr6s: 0.8 lrn
Krtcs: -0.4 gn
Fltil Vdure: 60.0 nl
Sarpb Trre:60 se
fups 0.5 - 40 fn Olutim Fatr: 1.@9
TkesHd 0.5 fn Re CF: i.0
Osnds: lS hlgrund: la.0#nt
Tcrd Grts: 363152 OerrdnL:363d516 ilnt
8H-502 Run 1 (Po:l OI €rtrrcrlon)
ae,E
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3 .56 8l
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
{0$ 70!m 200 ]00 400
395 of 448 @Mostardi Plaft
Itts report cqilqns to prorisins d 21 CF'Wl,11 Bl-I5@Rn 1(tust Cf Effetixr)- pctrm rryt-1211V2C24ft.n52- Egp 1d4
Rotocd: Gersd Analysts - g,Irdixl
ftqet 64$7-@
tvbd* LEm
Senso9N m@5
Serso no&: SurrrEirrCdtrdin f le: m00@5SS,\Sffiiltdddtire: 11-1&24
SrrfleHrod.din: ilEnd
VdurB sanCed: 60.0 nL
14.O htL
11.7 V
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Qe.ecr: K6rnSch.lEF a c*cti]r] dddtirs: fi 19 1Z 1V2C24
Fbport Hdline: 1A2o 12 1Ym4
Tag€(cdEerireir: 75m
Sarpe:BFf@ Rn 1 (tust O Edretirl)
Grrrent:IvGIAFORATI: Bl-I@ Rn 1 Flts ildAc€taE\^6h: KIT/6PIL: P.IL 854175362 +5417*@i 64S7-62Betgou1d6E€nfdon:
Grts narred:213946
Totd corts (> 0.5 prf : 363452 srrndiIl v@e:
Tcrd corts/nt (> 0.5 rrf:3614516/nt &tirtin v@e:
Fle CF: 1 0
DN DA DV
l0 0.569 0.ytg 3.857
c)0.908 4.495 t6441
I 1.939 2t.v2 4.W
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57 0.545 12795 22682 1.5 0l 0.0 6.2 0.0 1082.5
58 0.564 I t08l wa 1.0 0.1 0.0 9.3 0.1041.6
59 0 585 I 1005 4l768 l0 0.3 0.0 t2.3 0 I 52.8
d)o.a'I tD.t3 s6981 l4 04 0.0 15 7 0l 433.2
6I 0.612 123(9 693v)t4 0{0.0 t9 I 0 6ll.l
o 0.65E tLt6f 81716 J.4 0.5 0.0 22.5 0.2 841.1
63 0.686 3774 9v90 l8 0.6 00 263 02 2323 5
u 0.7 r5 169l 109180 3.8 0.6 0 30.0 0.3 262r.9
65 0.147 BN ?251?t. t 0.1 0 33.1 0.1 2925.8
6A 0.78 t 29f/J 35532 3.6 0.'l 0 373 0.4 1235.5
67 0 816 3755 4y287 1.8 0.8 0 4l.l 0.5 l9ll.7
68 0.85 I I r20 62401 l6 0.8 0 +1.7 0.6 o39.2
69 0.888 53s '74942 l.l rl.9 0 48 I 0.7 4595.4
'70 0.m6 2782 n724 3.5 0 0,51.7 0.8 5305.5
7t 0 96{7176 2mlm l4 0 0 55 I 0.9 58m.5
72 w)2g 212744.3.5 0 585 .0 ffit.t
?3 040 739 224183 32 0.51 8 69 r3.0
74 078 r0660 235143 2.9 0.u.7 3 ffi3.8
75 ll7 9319 2445??26 0 0.673 5 6841.6
75 r56 9218 251740 2.5 0.2 69.8 .6 7456.0
77 l%u27 26236 2.4 0.2 72.2 8 772t.1
78 236 nffi 270126 2.1 .0 0.2 74.3 9 7675.4
79 277 624 276750 8 0 0.1 76.1 7226.2
80 319 5303 2830s2 7 t,0.2 n.9 2.2 7573.6
8l 362 5502 28855s 5 0.9 0l 794 2.4 7276.1
ft).r05 fi76 29363 r 4 0.9 0.2 80.8 2.5 7376.7
8l .450 45t2 298163 0.8 0.1 82.0 2.'l 'tztt.2
u 496 4d.7s 302638 2 0.9 0.2 83.3 2.8 7Us.0
85 t{3 178)30f/.2t .0 0.8 0t M,]1.0 nu.0
86 592 3@3 ll0l 14 .0 0.8 0.2 85.1 ,.2 780&6
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
396 of 448 @Mostardi Platt
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87 u3 ,443 I r 3558 09 0.E 0.2 86.1 5,J 8ml.l
88 6%2959 3t65t7 0.8 0.'l 0.2 87. I 1.5 7562.0
89 152 28/7 3t9t6t 0.8 0.8 0.2 879 'J.6 80tI 0
90 .8 t0 2654 1220t8 0.7 0.8 0.2 88.6 3.8 8233.2
9l 87t 2526 32454/-0.7 08 02 89.1 40 8658.7
97 915 2418 32@82 01 0.8 02 90.0 4.2 92y.7
9l m4 D19 3297n 06 0.8 0.2 906 44 9l% 0q42.071 r 986 3ll r%05 0.8 0.1 9l I 4.6 93 r5.0
95 2.151 I 903 31099 05 08 0l 9t 6 ,1 8 99$4
96 2.232 I 833 334932 0.5 0.8 02 92.2 50 t0669 3
91 2.tt4 t7t4 3366t6 05 08 02 q26 5.2 ilt2l I
98 2.m I 582 )39228 04 08 0.2 93. I 5.4 ll!95.4
99 2.489 I5t2 139740 0.1 08 0l 935 5.7 12205.9
100 2.582 47t 1412 il 04 09 0-]91 9 6.0 132v8
t0l 2.67n 152 \42563 0..1 09 ().1 cl l 62 1.t597 6
102 2.n8 29 l4t8l 7 0.3 09 0l 9{6 6.5 t401 | 6
103 2 882 I I65 34982 03 09 0l ql.9 68 1.1,604 2
I04 299t.)0%3ffi18 0l 0.9 03 95.:1l r 5lll.2
r05 I 102 u0 3471 t8 03 09 0.1 95.5 15 16242.5
I txt 1.218 r038 l4E I 56 03 09 0..r 958 7.8 18t03 2
107 3.118 921 34X),16 0l 0.9 04 960 82 t7924 0
r08 j 462 %l 15fiN0 0l l0 0.4 96.,1 86 2m20.6
109 l.5m q,xl -1509()02 l0 04 966 9l 2lSlbl
ll0 t 72l 804 351743 02 I,O 0.4 %8 95 2l7l I I
lll I 860 768 1525 r l 0l t0 05 9'7 0 t00 2lt2{)9
lt2 4.00r 719 153250 02 l0 05 9i2 105 24781 1
lll 4.145 ttl 153988 02 tl 06 974 II I 2'7520.5
ll4 4 29()634 3y62t 02 l0 05 976 rl6 261m 0
il5 4.419 6t1 155238 02 0.6 91 ',l 12.2 28434.6
l6 4.ffi 5t4 ,55792 0 0 0.6 9't.9 r2.8 2834il
1 1.761 s59 15635 r 02 06 98.0 ll.4 11704 6
E 4 93r 510 356860 0t 0.7 98.2 t4t 32001. Iq5 r00 1ZO 3572n 0t .0 06 98.1 147 29t4t.4
20 5 274 471 t5775{)0 0.7 984 l5 4 36l]8.8
5 .154 .ll8 158 r 8e 0l 08 986 16.2 J'7223 4
))5(fr 4ll 158620 0.1 2 08 9E7 170 40525 rl5 831 106 358926 (l 09 01 q83 t'7 ,1 lt76l I
6 031 418 ,59]4 0 l t0 989 I 8.7 48{nl.l
5 6.237 ll{l5%58 OI 08 99.0 195 ]q)1R I
26 644,9 ]19 159978 0 2 0e 990 20.4 4/.81tr9
7 6.$7 lrl 1d)30s 0.1 l lt 9)I 2t 4 51.104 0
28 6 892 245 360553 0t 0 0e 99.2 !-t J 4 l 915.5
l9 7 124 l:e 36(t783 0l 0 0q 99.1 232 434D 5
l0 7 162 246 361029 0l lt 99.1 24.1 i 1460 6
I 7$6 l9{16l22l 0t 0 r)9 q9.l 152 41622.0
l2 7.857 20b 161428 0t I Ll 99{262 52r98{l 8. ltl 168 t6 t_596 00 I,O 1.0 El 5 21 ),17029 ltv8 375 148 J6t74 00 0.9 0.9 99.5 28. l 45465 6
B5 8 6ll 114 16 I 878 00 09 09 w6 29 45165 9
116 8 9li llr 162m9 00 0e t0 99.6 30 {8525 5
ll7 9. t9l Bt 162 r40 ()0 l0 ll q9.6 lt I 5lt8l 7ll89 47t 92 )62232 0.0 0.7 08 E)7 )2 lm812.0
ll9 9.755 I (!l 162335 0.0 09 r0 9).7 ]1 0 501fl..1
l.l0 10.&o 80 3624t5 00 07 0.9 99.7 33.9 4230.7.6
Irl I t0.328 80 16249s 00 01 0s q9'7 ]1.8 116062.5
t42 r0 621 68 362563 00 0.7 09 998 357 12&1.5
I Lll 10 92,1 95 1526s8 00 t0 ll 9q8 170 $9{19.1
t+t 229 16 t62735 0.0 0.8 t.2 998 18.2 5ffi59
1.15 il _nlo oli 162801 r)0 08 ll q)8 l9i 54685 5
146 859 tl.{3628/.1 00 0.5 08 998 40. I 18568 5
117 2 t&{.tl 16288q 00 06 08 998 109 .()210 7
'lhs report confsns to pwbirs d 21 CFRpart 11
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
Bl+5@ Rn 1 (tust 0 Ertrrcti:n) - p6t rm report - lzgm4 fi:N..52- WeZd 4
397 of 448 @Mostardi Platt
Clnrl IXurtr
(rrr)
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48 2.515 5l 36290 0.0 o.7 Lt 99.9 42.0 52303.9
49 2.853 34 t62q4 00 0.5 08 99.9 42.8 t7n2.3
50 3. r98 32 l63m6 0.0 0.5 08 9.9 41.6 38852.9
5t 3.550 27 163034 0.0 0.4 07 9.9 4.3 35408.9
52 3.910 29 361063 00 0.5 0.8 99.9 45. I 40699.5
5l 42'78 25 161088 0.0 0.5 08 999 45.9 i8834 6
54 14.654 25 3631 14 00 0.5 0.9 9.9 6.8 4t981.9
55 5.038 l9 16l ll2 0.0 0.4 07 99.9 475 132't3.9
56 5.432 t2 36314r',0.0 0.2 05 9.9 47.9 2288l.5
57 5.834 27 16l I 7r 0.0 0.6 9.9 49. I 56502.1
58 6.241 2 361 I 83 00 0.1 0.5 9.9 49.6 267U.9
59 6.67 |5 t6l 198 00 04 08 999 50..1 t7@3.2
lfl)7 to7 5 3632t4 00 0.4 08 w.9 51 2 4m75.5
l6t 7.554 5 r6329 00 0{09 999 52 l 433M2
l6,.8.015 l4 36-\243 0.0 04 0.9 999 530 4t(il.7
t63 8.490 t1 t632$)00 0.5 I2 999 9.1 s6229 8
t&8.98t l 363763 00 0.1 0.2 99.9 9.4 12r65.l
65 9.488 20 363283 0.0 0.7 I.6 rm.0 56.0 79003 0
6 20.014 IO 3$n4 0.0 0.4 09 lm.0 s6.9 42782.8
6',7 20.555 8 l6ll02 00 0.3 08 r00.0 57.1 3ti626.4
68 2l.ll2 1 l5ll I 6 00 05 1.4 100.0 s90 66958.6
69 21.683 )163328 00 05 ll r00 0 r5O l 63471 5
70 22.26)2 16189 00 0.5 l4 100 0 61.7 68759.8
1l t2.870 0 16ll50 0.0 05 ll lfil 0 630 63U2.t
11 23 488 2.161162 00 0.6 l7 100.0 g7 8,678.7
t)24.t?t 5 3613'77 00 08 2l 100.0 67.0 l l2l'l 4
74 24.172 5 363382 0.0 0.3 0.E r00.0 67.8 q54.5
'75 25.q '7 161189 0.0 0.4 t2 100.0 6,9.0 58580.7
76 26.t26 7 163396 0.0 0.4 I,]100.0 70.3 63449 0
71 26.83 I I \6340,.0.0 0.5 t8 lm.0 n.t 85904.0
78 27.555 l 36]/07 00 0.2 08 100 0 72.9 37218.7
79 28.299 5 1614l l 0.0 0.4 t.:r00.0 74t M73.3
180 29 063 0 1634 I l 0.0 00 00 lm.0 14.t 0.0
8t 29 U9 2 363414 00 0.1 05 lm0 14.6 23656.5
r82 30 658 1 16142 l 0.0 06 I tm.0 76.7 102526 0
83 I l.490 7 161428 00 06 tl m.0 790 Irlm]
84 32.346 \6v29 0.0 o2 0.6 000 196 lot02 5
85 33.227 2 1614 t I 00 02 07 m.0 80:32631
86 14. l 16 0 16143 r 00 00 00 m0 80.2 00
8l 15.012 0 t6343 r 0.0 00 00 00.0 802 00
88 16.037 0 1614l I 00 00 00 rm.0 80.2 0.0
89 17.033 0 Iri43I 0.0 00 00 100.0 80.:00
90 38.052 l 361435 0.0 0.4 )..0 lm.0 &.3 980)0.9
sl 39 124 163436 00 0l lt 100 0 xt t 53269 7
92 40.223 2 163418 0.0 02 t2 lm.0 &r.5 578E6.2
9.1 4l .16l l 16l,l.l I 00 0-5 tn 100.0 87. I 115874.5
194 42.s39 0 36]/41 00 0.0 0.0 lm.0 87 I 0.0
i95 41.76t 0 16 t41r 00 00 00 lm.0 s7 l 00
l%45.029 36v15 0.0 06 l3 100.0 $.4 t62421 I
r97 .16.346 t63448 00 0.6 l.t)100 0 q4 I t17U9.0
r98 17.'t t7 0 l6l.148 0.0 00 00 100.0 %.1 0.0
lry 49 t43 0 361418 00 00 00 100 0 I 00
200 50.608 2 361450 00 o4 2..4 100.0 96.4 II52934
201 52.083 0 363450 00 00 0.0 100.0 %.4 0.0
702 53.559 0 161450 0.0 0.0 0.0 lm.0 96.4 0.0
203 55.040 0 161450 00 0.0 00 rm.0 'x.4 00
2U 56.529 0 363450 0.0 0.0 00 rm.0 96.4 0.0
205 58 011 2 )61452 00 05 l6 lm.0 lm0 t't3u8.4
206 59.557 0 16v52 0.0 00 0.0 t00.0 100.0 0.0
201 61 109 0 J6J451 00 00 00 r00 0 rm.0 00
208 o.698 0 163452 0.0 00 00 r00.0 t00 0 0.0
Ttis report coflfcns to prolbixs cf 21 CFRptrt 11
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
Bl-15@ Rn 1 (tust 0 Ertrrctin) - pct rtn rpl- 12119m410:20:52 - P4e 3 cf 4
398 of 448 @Mostardi Platt
Ttis report cfifons to pro/bins cf 21 CFRpart 11
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
BF15@ Rn 1 (tust CII E<tractix) - pGt rm rry1- 12192@.4 10'.2!.'.52 - We 4 d 4
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2$9.333 0 36vs2 0.0 0.0 00 100.0 100.0 0.0
210 6.029 0 36yj2 0.0 00 00 100.0 r00.0 0.0
2n 67'798 0 \63452 0.0 0.0 00 t00 0 100.0 0.0
212 @.659 0 )63452 0.0 0.0 0.0 lm.0 100 0 00
2rl 7t.629 0 163457 0.0 0.0 00 tm.0 r00.0 00
214 73.73t 0 ,63452 0.0 0.0 0.0 100.0 100.0 00
215 15.*2 0 363452 0.0 00 0.0 rm0 100.0 0.0
2t6 18.m 0 36452 00 0.0 0.0 100.0 100 0 00
217 8l. 109 0 t6v52 0.0 00 00 t00 0 r00.0 00
218 &4.016 o 161452 00 0.0 0.0 lm.0 m.0 00
lt9 8't 26 0 l6-1452 00 00 00 100.0 000 00
220 90.846 0 36v52 0.0 0.0 00 m0 000 00
?f I qt 8l2 0 161452 0.0 0.0 00 000 00.0 00
22)99 286 0 16t452 0.0 00 0.0 000 000 0.0
r11 ro4 178 0 3$452 0.0 0.0 0.0 00.0 000 00
2?1 109.399 0 163452 00 0.0 0.0 000 m0 00
225 ll4.9t0 0 163452 00 00 0.0 00.0 000 0.0
226 t20;724 0 163452 0.0 00 00 00.0 000 00
126.854 0 163,152 0.0 0.0 0.0 100.0 m0 00
228 ll3.3 r 3 0 363152 00 0.0 00 t00 0 r00 0 00
229 140.1 14 0 1b3452 00 00 00 100.0 100.0 0.0
2t0 t47 271 0 163452 00 00 0.0 r00.0 100.0 00
lll 54.801 0 16N52 00 00 00 100 0 r00.0 0.0
232 62.7 t4 U l6145l 00 00 00 100 0 rm0 00
2tl r 024 0 161452 00 00 00 rm0 rm0 00
234 79'746 0 36]452 0.0 00 0.0 100.0 rm0 0.0
215 88.893 0 15145:0.0 00 00 tfit.0 100.0 00
236 98.477 0 361452 0.0 0.0 00 lm.0 lm.0 00
23'7 208.513 0 363452 0.0 00 0.0 100.0 100 0 0.0
238 219.010 0 163452 00 0.0 00 100.0 100.0 00
219 229.98t 0 _r61452 0.0 00 00 100.0 lm0 0.0
2q 24t.435 0 36lr',s2 0.0 00 0.0 r00 0 lm0 00
241 153 182 0 363453 00 00 00 r00.0 lm0 00
242 265.828 0 16J452 0.0 0.0 0.0 lm0 100 0 00
24-1 )78.1'79 0 161452 00 00 00 100.0 rm.0 00
2+1 292.239 0 163452 00 0.0 00 100.0 tm.0 0.0
245 106.208 0 l6l4s2 00 00 00 100.0 lm0 00
246 120 685 0 363452 0.0 00 00 100 0 lm.0 00
217 13s.ffi 0 161452 00 00 0.0 I00.0 r00 0 00
248 l5r.l16 0 163452 00 00 0.0 100.0 rm0 0.0
749 167.088 0 163452 0.0 00 00 r00.0 r00.0 00
250 181.50 l 0 163452 00 00 00 100 0 00.0 00
25r 100 352 0 161452 00 00 00 000 000 00
)51 4t7 gB 0 163452 00 00 00 00.0 m0 00
t5l 135.215 (l 16,1452 00 00 0r)000 m0 00
2g 153 I83 0 ,61452 0.0 0.0 00 m.0 m0 00
155 471 .198 0 l6lil5l 00 00 (1.0 rm.0 000 ().0
2s6 190.282 0 36v52 0.0 00 00 100 0 000 0.0
@Mostardi Platt399 of 448
Ttis reportcmfcnstopwbirs d 21 CFRp{t 11 N.i/t Bl-15@ Rn4 (to6t O Aretbn- 12lntm4$:37.49- ftge 1 d 1
E#q", lwO
L.bs:lGvh Sch.lts
Rcfocd:Grsd AnaVsE - Srrrercn
R,n Berrlne: 121 1!}ru41 l.m
Fbpal He/Iine: 1?INl&4. 14:37
Itrtd nurber: LElm
Sslsd gN 8603@5
Cdbrafimrtate: 11-1&24
SerEcr rD&: StrrnEoan
Cdbrathn Fbsre: 6&l@53 SltS
ffi:lvCSfAFORITTi BlI502Rn4 ElleradActreVlbh; lOvGPIL. PTL B54175&62 +541756Q.64$7-@
tlban: 1.2S t,n
t\,b&: 0.545 |,n
lvbdan:0.851 1'rnSatad b/idir:. 1.42 gn
Scrvress:9.7 pn
l(rtcis:231.5 gn
Flud Vdure: 60.0 n1
Sanple Tnre:60 sr
fuge:0.5 - 40 gn Oldir Factc.: 1.699
TtresMd 0.5 lrn Re DF: 1.0
Chan*: 1$ EHqrond: 10.0#/rnTdal6rlts:432848 Olrrgnt-8656g5#nl
8H 502 Run 4 (Porl Oil Erlrsclbn
l:ll:l
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3 a 55
Project No. M2442O64
Scrubber Exhausts and Baghouse Exhausts
4C 50 70 y)200 300 400 600 300
Kf1: z.tq -\Z-.Lo
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400 of 448 @Mostardi Platt
Itis report curfans to polbirs cf 21 CFRprt 11 VCI: Bl-15@ R 14 (tost O Rfrclbn- ftmm414:38:01 - tuge 1 of 1
E&'i'lwO
Lbs:l(ah Sch/E tvttr nrrber:LEttr
Raocd:Cgrsd Andys6 - Srnrdm Ser6c. gN C6G@5RnHdl"nre: 12n(Jm411.6 Hbrdirdde: 11_t&24
FEport Hdline: 12120M4. 14:$ Ssss no&: Srrrreim
Cdbdo Renare: 6Gl025S.StrB
OnrBrr:tuC6'fAm R.qTT, Btts@ Rn4 Fiter andAcetrp$bh; Ktrr6 pIL; ptL 854175G@ + 54175662: 6457_@
It/ban: 3O.565 gn Scvvres: 0.9 l,n fupe: 0.5 - 40 |rn Oh.drr Eacta: 1.69g
Ivbde: 84.86 trn t(rtcis: -0.5 gn ltrehdd 0.5 |,n Re CF: 1.0
Ivbdan:20.014 pn Fud Vdure: 60.0 nl Charrds: .l$ Bactgronl: 10.0 #nlSandrd ftvidirr:2636 trn Srrpe Trre: 60 se Totd furrs:(32848 O]rrs/rtj g6offi #nt
8H"502 Run 4 (Post Oil Ertracrbn
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Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
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4O1 of 448 @Mostardi Platt
Itis reportconfrrm topwbirs d 21 CRpart 11
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Bt|sm Rn 4 (to61 O errcfin - pct rrn report - 1U1gm4 f:27:fr - hSe 1 c,f 4
Ffcfocct Gsrsd Anrysb - S.rrrElirrftoiEt 64$7-@
Qsda: lGvnSchltrr a colcEr da/trrc:. 1 1:fr 1Z 19f&4
Fbpat Bdlrra: 1127 12l1*m4
Tagd csEsteir!: 75m
Sarpe: S|@ Rn4 (tu6t Cr E(rattm
&rlrert: ItCSIAFD R-ATT, Bt+@ Rn 4 Fltg rd Acaac V16h: KIt,lS ilL- PfL B 54175&@ + 54'!75&63 A|ST-626.ris nm<uect 2547S
Tctd corts (> 0.5 t,rl:.132648
Totd cclns/nt (> 0.5 grf : 8685 /nt
FleF: |.fl)
tub(H# LEt@SrEagN m(tr@s
SsrEanD6: Srrrrdrt*dirflo: [e-mail]\6*dirt datdtira 11-1&24Srrdsfrodrtir: itrxd
Vdrre sanped: 60.0 nL
Brlqrord ccranualil: I 0.0 /nt9rrrratir vcl4e: 1 1.7 V
Edrrti:nvcl4s: 10.6V
DN DA DV
l0 0.555 t.@7 5.193
c)0.843 5.W r9.788
90 1.985 23.143 81.6r2
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56 o.526 t5fr2 t5su2 3.6 0.1 0.0 3.6 0.0 l r82.6
57 0.545 19t73 ]r',975 45 0.4 0.0 8.1 0.0 t&7.6
58 0.564 t643r 5 1406 l8 0.3 0.0 Il9 0 t 5.t4.5
59 0.585 16327 67733 l8 0.4 0.0 r5.6 0 l7l0 l
6()0.607 tTtgo 85521 4.t 0.4 0.0 r9.8 0 20n.7
6l 0.632 I 7105 tm628 4.0 0.1 0.0 /37 0 2258.8
62 0.558 ?o5l 96&)l9 0.5 0.0 27.6 0.2vt.9
63 0 686 8345 iw16 4.2 0.6 00 lt9 0.2 M.1g0.715 T33t 55357 4.0 0.6 0.0 35.9 0.2 33 19. r
65 o 74'7 n92 ng9 40 0.6 0.0 39.9 0.1 3778 06O.7EI 5738 88387 3.6 06 0.0 13.5 0.1 1928.9
6'7 0.816 l 6249 204616 1.8 0.7 0t 1'7.3 04 4620.9
68 085t 15186 219821 35 0.7 0 50.8 04 4906.6
0)0.888 l4t4t 2t3%6 l._1 07 0.54. I 0.5 5t85:
70 0.926 1983 247948 32 0E 0.57.3 0.5 5804. r
7l 0.96r 1875 2fi8c4 l0 08 0l fi3 0.6 6034.6
7?.ffi2 2765 273588 2.9 0.8 0.63.2 0.1 6724.6
1l o40 189 ?uv77 2.6 08 0 65.8 08 6706.9
14 078 0668 29sffi 2.5 0.8 0 68.3 0.8 699D.3
5 ll7 9108 104953 2 07 0.1 70.5 0.9 6789.,s
76 t56 8786 lllTlm 2.0 0.8 0 n.5 0 7tcf..g
77 l%&165 32n05 t.0 08 0 74.4 I 7576.6
78 216 7$2 3296f6 1.7 0.7 0 76.2 7199.9
79 .277 u(A 336r 50 5 07 0 '17'7 l 70s2.0
80 3r9 6038 142 188 4 o.1 0 79 I l 7255.2
8l 30 5372 ]41559 1 0.6 0 E0.3 4 7l03 l
82 405 5t42 ,52792.2 0.7 0.81.5 ,5 7473.0
83 450 4643 357]./4 0.6 0 82.6 6 74t0.4u.496 4548 161 892 0.7 0.83.6 't 7qn.t
85 v3 4157 366049 ,0 05 0 u.6 8 8ml s
E6 .sc2 3W 3@893 0.9 0.6 0.85.s 9 8128.3
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
402 of 448 @Mostardi Platt
Itl.s report confqns to porbirs d 21 CFRptrt 11 Bll5@ Rn 4 (hst 0 &trrctir - pct rln rry|- 12192V2411:27:8- Pge2d 4
Ctroal IIOE'
(rrc)
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(f)
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(#SIIr)
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PN
hhdcr(7.5llla)VdtE(%3ua)
Ab.YdrE
tr#l
87 1.641 v32 17f325 08 0.6 0 t36.2 2.0 79't3.5
88 1.ffi 1049 t76374 0.7 0.6 0 81.0 2.0 7792.0
89 t.752 ,202 379577 0.7 06 0 81.7 2.2 90r0.0
90 t.810 2784 382161 0.6 06 0 88.3 7.3 8639.0
9t I87r 2t67 385028 0.6 06 0 890 24 9t42.0nL935 2659 1n687 06 0.6 0 896 2.5 10093 r
93 2.m4 263 I 1903 I 8 0.6 07 0 90.2 ).6 I 1093 1
%2.077 2349 3nffi 05 0.6 0 907 2.1 tuzt 4
95 2 l5l 2 108 3%n6 05 0.6 0 9t2 2.8 n014 3
96 2.237 2081 l%858 0.5 o7 0 9t.7 1.0 2t22.9
97 2.1 l4 1926 l9ti785 04 07 0.92. I l.l 2501. r
98 24m I 826 .tm6l r 0.4 0.7 o2 92.6 3.1 32 l 5.6
99 2 489 I 678 1022yJ 0Ll 0.7 02 92.9 3.1 1549 9
100 25n t607 '103897 04 01 0.2 93 1 1.6 t4/.79.2
t0t 1 678 155 I .mtr48 04 07 0.2 93.1 l8 155%.2
r02 2.118 t4t'1 4068tr 0.1 0.7 0.2 94.0 40 15902.0
l0l 2.882 !()5 4n82(9 0.1 07 02 94 1 4.7 17615.9
r04 2.W 2l I 40ry$l 0.3 0.7 0.2 9t.6 4.4 16949.8
105 3.102 16l 410&{l 0.3 08 02 91.9 1.6 2 r258.6
06 1.218 228 4t2$10 0.3 0.8 o2 952 4.8 142t 1
0'7 l.ll8 223 4 t l29l 0.1 09 03 95s 5l 21810.5
08 3.4O 65 414458 0.1 09 0l 95.8 54 251n.1
09 1 590 065 4 I 5521 0.2 0e 0.1 95.0 57 2580e.0
l0 3.'t23 1058 4 r 6582 0:09 0.3 962 6.0 28596.1
II l.8r,1l 1Xl 11752)0.1 09 0.3 965 6.4 28138 5
t2 4.ml 8tl 4l 8377 o.)0.9 0.3 967 6.7 2M58.0
I3 4.t46 818 419215 0.2 0.9 o4 96.9 1.0 31261 7
t4 4.296 834 12C049 0.2 0 0.4 9'7.0 1.4 ,1620. r
l5 4.49 p2 420nt 0.2 0 04 972 79 179I2 8
l6 4.ffi 787 42t658 0.2 I 05 97.4 8.3 4p,251.3
t7 4.767 673 422330 0.2 .0 0.4 97.6 88 18r6r.l
l8 4.931 u9 422919 0 0 0.5 n.7 9.2 40750.6
t9 5rm $3 423582 0 .0 05 979 97 41881 4
20 5.2'74 612 424t%0 I 05 98.0 r02 46957.4
2t 5 4tl 525 4,4119 O,I 0 05 98 I 108 .14581.6
22 5.ffi 5&425283 0 I 0.6 98.3 It4 5297t.1
:s 5 832 501 12518J1.0l I 06 9R4 r2.0 52052.9
24 6.01l 479 426263 0 U,b 985 11 A s5027.9
25 6.23"7 154 4267t7 0.1 07 986 t3.2 5761 | .9
26 6.4t9 4t6 427 t33 0 0.7 987 139 5&r4t 5
27 6.$7 4lt 12754/.0i 07 98.8 1.1.6 63751 7
28 6.892 39 127943 0 l 08 98.9 154 (#364
29 7 124 430 {28373 O,I .1 0.9 99.0 16..r 8l 158 5
l0 7 362 l3l 4287M 0.08 990 172 69205.1
lt 7 fl)6 299 {29m3 0 08 99 I t79 68890 2
7.851 304 129107 0.2 09 992 18 8 n2192
ll 8 il1 z'74 .129581 0 7 09 99.?lq-7 76481 8
34 8 175 D1 429978 0 3 i0 9.3 n'7 91453.1
35 8.641 7t2 13me0 00 0 08 994 21 6 7l78r{
Jb 8.915 189 $0279 0.0 ,0 0.8 94 n.4 ffi525
7 9l9l 202 4lB18l 00 lt 09 995 :3 l pr899
l8 I 47t t72 4106_s3 0.0 l0 0.9 ts5 24.2 76331 5
l9 9 755 192 430845 00 t:tl 99.5 25 1 91290 6
t40 0.040 145 43Wl 00 0.9 09 9.6 26.t n4t3.8
l4l 0.128 156 4l I 147 00 ll I.0 99.6 )7)90165.0
t47 0.623 I JJ 4t 1280 0.0 l0 l0 9.6 28. r 83t62.7
l4l 0.921 ul 431410 00 t0 l0 997 29r 89250.8
t44 229 90 43 I 50)0.0 0.1 08 9.7 29.9 66739.8
145 540 lt0 4ll6l I 00 09 t.0 gg7 109 88861 9t4.859 73 43 I 6E4 0.0 0.'7 07 99.7 Ir6 51786.5
t47 l&r ll0 4i I 7al 00 l0 l2 998 128 lo156l .l
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
403 ol 448 @Mostardi Platt
(trnnl IllrEtbr0[)
Cortrtt
(*)
Crmlrdr
(f S IXr.)
ihd!r(n Ac.(n Vdrc
e4
fhdr
C/oSMr)
Vdu*
f/eS IIr)Ab.Vdre(trfl
t48 2.515 87 4ll88l 0.0 0.9 .0 99.8 139 88916 6
149 2.853 88 4l I 969 00 09 I 998 t50 98207.9
50 l.198 82 432051 0.0 0.9 I 998 15. I 98154.6
5l 1.550 '15 432126 00 0.9 I 99.8 ,7.2 n374.5
52 1.9r0 37 432163 0.0 0.5 0.6 99.8 37.8 52ffi.9
5l 4.278 6l 432224 00 08 ll 999 18.9 93201 0
I 4.6v 48 132277 00 o'l 0.9 99.9 39.8 7836r,.2
55 5 038 63 412335 0.0 0.9 l 99.9 4t I ln92t 4
56 5.432 48 432382 0.0 n1 .0 99.9 42.1 9152t.9
5'7 s 8l4 v 432436 00 0.9 l 99S 41.4 lllm4 5
58 t6.24't 39 432476 00 0.7 0 99 44.4 8774/.7
i9 6.671 1 412501 0t)05 0.8 999 Ll5 :655t3.4
60 '7.107 24 4)2527 00 04 01 99.9 45.9 62339.1
6I 7 554 24 .lllss0 00 05 0s q9s 466 67362.0
t,2 8.0r 5 20 13257t 00 04 o7 99.9 41 I 62407 1
6l 8.4q)l0 4t2591 00 0,1 08 9q.9 {8 I 67475.8
64 8.98 r 24 4326t5 0.0 0.5 1.0 999 49. I 85155 4
65 19488 t2 132Q1 0.0 0.3 0s 999 496 46085 r
($20.014 4 432ffi 00 0.1 o.7 lm0 50.1 57043.8
67 20 555 432652 00 03 06 tm.0 50.9 ffi77 0
168 2t il2 t7 432(fi 00 0.5 l0 tm0 5l .9 83698.2
169 21 683 8 432678 00 0l 0.5 lm0 52.4 45338 2
70 22.269 20 412$8 0.0 0.6 l3 100 0 51.7 I I 7874.0
?l :2 870 27 $2n5 00 0.9 t9 100 0 557 I 70245 5
72 23 488 t7 432742 0.0 0.6 tl lm0 s',t.0 I 15255 l
13 24. r2 I r0 $2752 00 04 09 100 0 578 74m3 0
74 24.'t72 5 412758 00 0.2 05 100 0 58.1 4r.5u.5
.15 15.,!m 5 412761 00 0:05 r00 0 s8.8 113935 5
tb 76.126 7 132769 0.0 0.1 o1 lm0 59.5 6W9.0
77 :6.83 r l0 412780 00 05 I r00.0 $.1 103084.8
78 27.555 2 43278t 00 0.1 0.2 100.0 a).9 r8609 3
79 28.299 1 43278ts 0.0 0.1 09 r00.0 61 9 8063 r 0
80 29.M3 z 412791)0.0 0r 0.2 lm0 a.t 21836.2
8l 29 849 5 432795 00 0.3 08 lm.0 62.9 7W69.5
E2 30 658 5 432&X)00 0l 09 lm.0 63.8 76894.5
8-1 ll 490 l 412801 00 0.2 0.b r00 0 (44 55550 2
u 32.v6 2 432805 00 0t 0.1 tm0 64.8 30102 5
5 J3.227 2 4f7il)7 00 0l 0.4 r00.0 65r 3263t 2
86 14. I t6 2 412809 00 0l 0,:l lm0 656 35380 7
81 15 072 0 4328tlt ll0 00 00 rm0 656 00
r88 36.037 4l2El:00 0l t0 rm.0 $.5 83255 4
89 17 033 8 4 ]2820 00 07 26 lm0 ool 725811 1
190 18 062 0 412820 0.0 00 00 100.0 4.1 0.0
t9l l9 I 2.r ,1318?2 0.0 0.2 06 m0 (91 51269 l
192 4t).223 1 412821 00 (.).1 07 01 0 70.4 57886 2
lql 4t 16l 0 412821 00 00 0.0 m0 704 0.0
l%42.539 2 432826 00 02 08 m0 7l l 68470.5
I95 43.'t6t I $2n9 00 0.4 t.1 00.0 n.8 l4m8l.5
l%45.49 0 $2n9 00 0.0 00 000 n.8 00
t97 16.146 )432832 00 05 2.0 00.0 74.9 177W.0
198 47.717 J 132836 0.0 05 )1 m0 7'7 I t97277.2
199 ,ls l4l 0 112816 00 0.0 0.0 000 nt 0.0
2m 50.608 0 412816 00 00 00 000 Tt.l 00
201 52.081 172831 00 0l l4 m0 ?8.5 125667.5
202 51.559 0 412837 00 00 0.0 rm.0 78.5 0.0
203 55.O10 0 412817 00 00 00 rm0 785 00
204 56.529 )432839 00 0.1 l8 rm.0 80.4 l60679 9
205 58 033 0 .l]28]9 00 0.0 00 lm0 80,1 00
26 59.557 )432&4.1 00 04 2.r rm.0 82.5 l 87909.2
70'7 6l los 0 .{,.12841 00 00 00 t(n 0 825 00
208 62.(98 0 43284 I 00 0.0 0.0 lm.0 825 00
Ttts report confsns to pwbirs d 21 CFRpart 11
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
BH-sm Rn 4 (tu6t Cf Ertrrctirrr - pct nn report - 1Z 1Em4 f .27 :28 - W 3 d 4
404 ot 448 @Mostardi Platt
ltis report csrfons to pwbirs cil 21 CFRpart 11 BFfs@ Rn 4 (tust 0 Effrctixr - pct rm rryl- 121!?92411.27.n - kSe 4 d 4
CtiDDl ItlGr
(lun)
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(u)
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209 64.331 j 4328//.0.0 0.9 5.4 tm0 n9 471676.7
210 6.029 0 4328/p 00 0.0 0.0 100.0 n.9 0.0
2lt 67.798 0 4328/,4 00 0.0 0.0 m0 n.9 00
2t2 (9 659 0 4328r'/-0.0 0.0 0.0 m0 87.9 0.0
2t3 71.629 0 432Wt 00 00 0.0 000 n.9 00
2t4 73.73t 0 4328/r''0.0 0.0 0.0 m.0 87.9 0.0
215 75.92 0 4l2W 00 00 00 000 87.9 0.0
zt6 78.q 0 4328//.0.0 0.0 0.0 100.0 87.9 0.0
217 8t. r09 0 43?W 00 0.0 0.0 100.0 87.9 00
218 84.036 l 432U8 00 l5 12, I rm.0 m.0 1055769 3
zt9 87 26{)0 412848 0.0 00 00 100 0 m.0 0.0
220 90.846 0 432848 0.0 0.0 00 tm0 00.0 00
22t *1.E32 0 437U8 00 00 00 r00.0 00.0 0.0
222 99 286 0 412848 00 0.0 00 lm0 00.0 0.0
D]01. l 78 0 {12&18 00 00 0.0 t(n 0 m0 00
224 @.399 0 432848 0.0 0.0 00 10.0 m0 0.0
225 4 910 0 {32&{8 00 00 00 lm0 (m0 00
226 20.124 0 412848 0.0 0.0 0.0 100.0 m0 0.0
)21 26.8v 0 432848 00 0.0 00 r00.0 m.0 0.0
228 3l.t I l 0 412&r8 0.0 0.0 0.0 100 0 m.0 0.0
229 40.I t4 0 412848 0.0 0.0 00 ttl0 0 000 0.0
210 4'7.273 0 432U8 0.0 00 0.0 t00 0 00.0 00
2lr 54.80t 0 432848 00 00 00 lm0 00.0 00
232 61'714 0 432&{8 00 00 0.0 lm0 m.0 00
231 7t.024 0 132848 00 00 0.0 100 0 00.0 0.0
234 79.7$0 412848 0.0 0.0 00 lm.0 lm0 00
:35 88.893 0 412848 00 00 0.0 100 0 lm0 0.0
236 98.477 0 432848 0.0 00 0.0 lm.0 r00.0 0.0
237 208.511 0 412848 0.0 0.0 00 l(n.0 lm0 00
218 219 010 0 432848 00 0.0 0.0 tm0 lm.0 00
239 229 98 I 0 132n48 00 00 00 r00 0 lm.0 00
2{241.435 0 432U8 0.0 0.0 0.0 100 0 lm.0 00
241 2s3.382 0 432848 0.0 0.0 00 lm0 100.0 00
242 265 828 0 432848 0.0 00 00 lm0 t00.0 0.0
241 278.-719 0 $28r',8 00 0.0 00 100.0 r00 0 0.0
241 292.239 0 432U8 0.0 0.0 00 r00.0 r00.0 00
245 ]06.208 0 412848 00 0.0 00 r00.0 t00.0 00
246 120 685 0 432U8 00 00 0.0 lm.0 100 0 00
)4'l 15 66r 0 412&r8 00 00 00 t(n 0 lm.0 0.0
248 t5l.t36 0 432U8 00 0.0 0.0 100 0 lm.0 0.0
t49 167.088 0 ill2848 00 00 00 lfx) 0 100 0 00
i50 183 501 0 432&{8 00 00 0.0 100 0 100 0 0.0
15l 400 352 0 {12848 00 00 00 lm0 ttx)o 00
252 4t1.6D 0 {32848 0.0 0.0 00 000 lm.0 00
251 {15 215 (l {t2&t8 00 00 00 000 r00 0 ()0
2v 451. I 83 0 ill2848 0.0 00 00 {n0 rm0 00
:_s5 471 198 0 412848 0.0 00 00 m.0 r00 0 00
256 4%.282 0 432U8 0.0 00 00 rm.0 100.0 00
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
405 of 448 @Mostardi Platt
Ttrls repat confqns to pwbirs cf 21 CFRpart 11
n#q^lwo
Lbs:Kslin Sch/E
Rolocd:Gercrd Analysb - S(rrnstlgl
Rlr Dildline: 1 Z 1 92024 1 3.24
Fbpcrt Hefiine: 121il1M4. 14:40
Gbrao Flersre: O6665. SltS
Grrrgi: tvCgfAm H-ATT: *lm Rn 5 Fi[er ad AcdrE Vlbsh: l0v€ PIL: PIL B 54175/-62 i 54'175&@; Al$7-62
M-lI BHsm Rrt 5 (tu6t CI Ertratim) - Qfnfm{ A'.4O.8 - tbge 1 d 1
Ivbd nrrbs: LE|O
Ssuc.9N CEm@5
Htraiindate: 11-1&24
SerEcr nD(b: g.rnrilan
tvhm: 1.134 gn
Ivb&: 0.5d5 |,n
fttdan:0.78'l l,n
Sax,ndDilElin 1.Nl v\\
SlGr/rEssr 176|,n
Kn66 1531.6[n
FkiJ Vdure: 60.0 nl
Srrpb Trre:60 se
56 8l
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
kge 0.5 - rl0 gn Oluin Facto I M
TtresEd 0.5 1rn Re CF: 1 0
Chrn6: 1S Baclqrord 13.0Hrn
Tdd Ounts: 27S41 GrtVnt: 1 117@ #nL
8H.502 Run 5 (Port Oil Ext..clion)
lc 40
kqS ?ozq-tl-z_o
U1L 11,74l7-7-u
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20
406 ol 448 @Mostardi Platt
Itis report cmfrns to pwbixs d 21 CFRprt 11 Ve $I5@ Rrt 5 (bt Ol Ertrrctin) - 1?INru4fi:4O:49- tuge 1 d 1
rffi*lwO
|}s:Ker/n Sch.Itz
fuocd:Grrd Analysb - 9rrndicn
Rn HefTrre: 1Z 1 92@{1 3:24
tttbcbl nrrbg: LElm
Serscr Slt C6C!t{25
CiltrdxIl date: 11-1&24
Serscr noG: Srrndlcn
Cdbrath Flsae: 68@55. SttS
csryyErt: i/GrAm HATT, B}}@ Rn 5 Fils d AcfrE Vlbh: Klv6 PIL: Pn B 54175./-62 + 54175&U; 6457-62
iDar:99.Z/1 gn
Itt&: 162.714 pn
tvbdan: 1@.714 gn
Sandrd frvidirn 73.8S rrn
S<elrcss:-0.3 gn
l(rtcs: -1.9I,n
Flud Vdtrre: 60.0 nl
Sarpb Tine:60 se
.-..' ---i---. .i-...-i...+-j..i.lii..-.....----i -.-..-j.,..-i.-i--,i.-i+-i,i
I r I : I I I:l : : I I I : t:t
kge: 0.5 - 40 gn Dltlbn fuctcr: 1.&
Ttreshdd 0.5 |,n Re DF: 1.00
Chands: 15 Bad€rortd 13.0 #rATotdftrB:27S41 furis/nL:1117@#/nt
8H 502 Run 5 (Post Oil Erlrrclion)
3 15678rC 20 30.C50 r0
PryUdc Srra qni
50.
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Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
407 ol 448 OMostardi Platt
Ihis report corfarm trc pwbirs d 21 CFRprt 11 Bl-I5@ Rn 5 (to6t CI EKtrtirt) - pct nn report - flnm414:395/ - frge 1 d 4
i/bdfr LEm
SensagN mm@s
Sersqno&: Surrdsr*dinfb: m3@5ssf6ffiirtddtir€:11-1&24
Silpae ttrodrlir: [,fxd
Vduresarded: 60.0nL
'fu, lwO F}oarcd: Cgsd Analysb - StrnrdbnRqict 64S7-e
@da: l€vnSch.ltr
Fbpat HdTrre: 14:9 1?Jfrl&4
TagdcdEonrdixl: 75m
SrrPe:Bl-l@ Rr 5 (bt Cf 6dratm)
o,rrrEt: lrrcg]-AFo R-ATTI BH5@ Rn 5 Flts ildAcetsr Vl6sh: KIiT6 PIL PrL 8 541757-62 t54175&,@:64S7-62Rachrou1dcsEstrdion: 13.0/nLhrls n6u€d 181434
Totdcdrts(>o.5gf: 27841 s'mBtixtvclaoo: 117v
Tcrdcorts/d(>0.5Frl: 11173@/nL E(hctrcnvdt4e: 108v
Fte DF: 1.0
T'N DA DV
l0 0.546 0.9(E 6.%
c)0.70 5.l{)5 155.$5
90 t.7u 20.m{161.334
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56 0.s26 1676 279yt 4.2 0.4 0.0 4.2 0.0 890.7
57 0.545 5073 2616r,5 5.4 0.5 0.0 9.6 00 275.1
58 0.564 t326,252191 4.8 0.5 0.0 14.3 0.247.3
59 0.585 I 145 2393?2 4.7 05 00 19.0 0 3'77.0
Q 0.fi7 14(B0 726tn 5.0 0.6 0.0 24.t 0.653.5
6l 0.632 I 1545 20K7 4.8 0.7 00 28.9 0.788.6
62 0.658 13266 98y2 41 0.7 00 33.7 0.2 977.5
63 0 686 t4n5/.85275 5.0 0.8 0.0 38.7 0.2 2370.8
il 0.715 12E55 7tm 4.6 0.8 0.0 43.3 0.2 2461.8
65 0.747 I t754 58367 4.2 0.8 0.0 47.5 0.3 2568.0
6 0.781 w755 146613 3.9 0.8 0.0 51.4 03 2585.0
6'l 0.8 r6 10565 115858 l8 0.8 0.0 55. I 0.1 1004.4
68 0.85 r 9557 t75293 3.4 0.8 0.0 58.6 0.4 ]088. r
oD 0.888 8143 r I 5736 t0 08 0.0 6 r.6 0.4 1058..r
10 0.926 8]45 r07393 1.0 0.9 0 &.5 0.5 !16i.7
7t 0.964 731"1 w9 2.6 0.8 0 67.2 0.5 ]4?9.3
n .w2 7W) 9t732 2.5 0.9 0.@.7 0.6 3731.0
13 .040 6233 8/,650 1)08 0 71.9 0.7 3670 6
74 .078 5y4 7Ut7 9 0.7 0.71.8 0.7 3506.4
75 ll7 47n 7307?7 0.7 0 75.6 08 34n.0
76 155 67 58285 7 0.8 0.n.2 0.8 3n4.7
71 l%4583 636r 8 6 08 0 78.9 0.9 4 I 02.1
78 .236 39('0 5S35 .4 o.1 0.80.3 0.9 39r6.7
'19 2n 3348 55075 2 0.7 0 81.5 0 36s7.9
80 319 frD 5tT27 0.6 0.n.6 .0 3639.8
8l 362 2'162 48@8 0 06 0 83.6 3652.8
82 .405 2ffi 45936 ,0 0.6 0 u.5 2 38?8.4
83 .450 2$1 43267 09 06 0 85.4 .2 3937 0
u .496 2419 408m 0.9 0.7 0.86.3 3 4241.2
85 541 1t<f 1838 r 08 0.6 0.87.0 l 4t4.0
u 592 2r08 3AA 08 0.6 0.87.8 4 4/'57.4
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
4OB ol 448 OMostardi Platt
TIis report confanr to pwbrrs cil 21 CFRpart 11 BlI5@ Rn 5 (to6t CI Ertratbn) - p6t rLn rry1- |ZN|M414:39:57 - Wezd 4
(trancl IIrctt
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87 641 886 34120 o7 0.6 0 88.5 5 438 1.5
88 .@6 'il2 ,2235 0.6 06 0 89. r .5 4375.7
89 752 '7 l9 10522 0.6 06 0 897 6 4837.2
90 810 558 28803 0.6 0.6 0 90.2 7 4831.4
9l 871 492 27245 05 06 0 90.8 .8 5 I 12.5
92 915 391 25754.0.5 0.6 0 91.3 8 5282.0
9l .004 1124 24362 0.5 0.7 0.9t.8 I 6001 4
ct 077 l22t 22939 04 0.6 0 n.2 0 5't29.9
95 r53 I 184 2t7l'7 04 01 0 926 6r86 r
96 2.232 I l2l 20533 0.4 0.7 0 93. l 2.2 6536. r
9',7 2.3 r4 rm6 94 l0 0.4 0.6 0 93.4 3 6526.1
98 2.4m 941 8405 0l 0.7 0 93.1 2.4 5810.7
})1 489 960 7461 0l o'7 0 94. I 5 7748'1
lm 2.s82 834 6504 0.1 0.7 0.94.4 26 7515 1
t0l l.678 851 5670 0l 0?()(X.?28 8575.4
102 2.n8 792 481 7 0l 0.7 0.950 2.9 8885.3
l0l 2 8E2 n)1025 0l 0.1 0 952 l0 9047.8
l0{2.990 '712 3303 0.1 08 0 95.5 32 99(f..1
105 3.102 674 2592 02 0.8 0 95"?I]10516 4
lffi 1.2 r8 620 l9l7 0.2 0.8 0.2 96.0 3.5 10814.5
107 l.llE 598 297 0 08 02 s6.2 1'1 I l(A{t 1
108 1.462 631 06,99 0 09 02 964 3.9 1836.4
I(R l5ql 521 0062 02 08 0l %6 .1. I | 2678 I
l0 t.723 562 9539 0 09 02 %.8 4l 19t.2
ll 1 860 499 8976 0 09 0l 97.0 {5 5038.8
l2 4.mt 519 ur1 0.2 1.0 03 972 4.8 18060.8
r3 4. t46 41 7918 0 0.9 0l 97.3 50 t677.1
t1 4.2%4lt 749 0.09 0.3 9'1.5 5.3 I 7063.3
l5 44/r9 36'1 7081 0 09 01 97.6 56 16919 7
l6 4.ffi 382 6714 0 0 0l 97.'t 58 I9560.6
l7 4 767 418 6ll I 0 0.r 979 6.2 237M.2
t8 4.931 192 5914 0 2 04 98.0 (, (,24(A2.4
lg 5rm 386 5521 0 04 982 70 2678 l.E
20 5.211 361 5ll5 0 2 04 98.3 74 28r805
5.454 199 11(t)0 rlJ q8.4 ?8 253q2.1
f,5 (A{l 12t 4110 0 )05 98.5 E.2 30 I 55.2
5 812 292 41.18 0 05 986 87 10349 5
24 6.031 104 1856 0.3 0.5 98.7 92 y929.1
25 6.231 171 1552 r)3 05 q8.8 97 l5t7l.l
26 6.U9 251 32-t5 0.l 05 98.9 l0 l 15303.4
o.667 140 102.1 0 ,06 99.0 r08 l7l69 l
28 6 891 233 2'7U 0 l 0.0 99.1 ll4 39896.9
)q 7. l:4 182 155:0 05 9q:Ii9 :!1408 5
l0 7 361 lu 2170 0 l 06 E)2 12 f).r2588. l
1l 7 frlt t8?:166 0 l r)b 9q.l li {1882.1
32 7 857 182 1984 0 4 01 99.1 lt.9 ll5158.9
l3 8lll 168 r 802 0 l 0.7 994 146 47029.2
14 8.375 148 t611 0 l 07 995 15 3 45465.6
t5 8.8r3 ll0 r48ri 0.0 0 0b 995 r5 8 :17126._1
Jt)8.9 t -s ll6 I 176 00 I 06 995 16.5 42853 8
I l9l l16 I 16l 00 l 03 996 l7)5l liR 7
t8 94?r 93 l t35 00 0 06 99.6 t7 9 4t561.1
t9 q 755 r02 lffl 00 07 9q1 r86 49514.3
lrl0 t0.uo 78 939 0.0 0.9 0.6 991 t9.2 4t47.4
t4t r0 128 7t 86r 0.0 09 0b 99.'7 198 4il 62.1
142 10.623 '76 790 0.0 I,O 07 q91 20.5 47978.5
I Lll I0921 70 7tl 00 l0 07 998 2t l 47573.2
144 |.229 5t tu 0.0 08 06 998 2t 8 \7777.2
l4-s I l.)40 65 591 00 l0 08 })8 l-t 6 51951
146 lr 859 6 528 00 0.8 06 998 8.2 40052 0
l.l ll l&r 6t .r82 0.r)ll {)9 qsB 24 1 5?ql2.l
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
409 of 448 @Mostardi Platt
Ctmlcl IXrEisr
(rn)
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l4E 2.515 34 42t 0.0 0.6 0.5 9.9 24.6 34869.3
149 2.853 39 387 00 0.8 0.'7 w.9 25.2 43418. I
50 3.198 27 348 0.0 0.6 0.5 9.9 25.7 32718.2
5l 3.550 2S 321 0.0 0.6 05 9s9 26.2 lll95.9
52 3.9r0 22 296 0.0 0.5 05 99.9 26.1 3ll23.t
5l 4.278 u 2't4 0.0 tt 1.0 E)9 27.7 673r33
$4.6$22 229 00 0.6 0.5 99.9 ao1 l63M.l
55 s.038 25 207 0.0 07 o7 999 28.9 4s373.6
56 5.43?25 182 0.0 0.7 0.7 9.9 297 49029.6
5'7 5.814 r9 t56 0.0 06 0.6 100.0 10.2 18845 1
158 6.247 l2 ll8 0.0 0.4 0.4 100 0 ,0.6 267U.9
159 6.67 |126 0.0 0t 0l 100 0 107 4I2I ,5
160 7.107 5 t24 00 02 0.2 r00 0 10.9 l 1358.5
l6l 75y 8 ltq 00 0l 04 r00 0 3l l 24n57.9
lb2 8.015 t7 ll0 0.0 0.7 08 100.0 32.0 52ffi5.9
163 8.490 l2 91 00 05 06 100.0 32.6 39360.9
164 8.981 r0 82 00 0.4 0.5 100 0 33.2 3&95.2
t65 9.488 5 1t 0.0 02 0.3 lm0 135 19750.7
r66 20.014 l0 6 0.0 0.5 0.6 r00.0 vl 42782.8
6'7 20.555 0 56 0.0 00 00 100.0 l.t r 00
68 2t.lt2 5 56 0.0 0l 04 r00 0 ,4.5 25109 5
6)21 683 5l 0.0 0.1 05 100 0 150 362"70.5
70 22.269 5 g 00 0l 04 100.0 155 29468.5
'71 2?8'70 l9 0.0 0{06 lm0 16. r 42561 4
72 21.488 l 0.0 02 0.3 100.0 16.5 2305r r
73 24.t2t 7 29 0.0 0l 0.2 lm.0 166 t2483.8
'14 24.712 7 27 00 0.5 08 tm.0 374 !m86.0
75 25.14 2 20 0.0 0.1 0.2 100.0 ,7.7 t&52.
76 26.176 0 l9 0.0 0.0 0.0 rm.0 ,7.7 00
77 26.81 I 7 t9 0.0 01 0.1 100.0 J7.9 r 7l 80.8
78 27.555 3 t7 0.0 0.3 06 100.0 18.5 3'72t8.1
7g 28.299 0 l4 0.0 0.0 0.0 100.0 t8.5 0.0
80 29.063 l l4 00 0l 0.7 100.0 l9 l 43672.5
8l 29.u9 0 l0 00 0.0 0.0 100.0 t9r 0.0
6t 10 658 0 l0 00 0.0 0.0 100.0 19. I 00
8l II 490 t0 00 02 0.4 100.0 196 277't5.t
&l \2.]46 )8 0.0 0.2 05 tm0 400 30102.5
85 )3.227 1 1 00 0.2 0.-s 100 0 {1 5 J263t 2
86 34. I 16 0 5 00 0.0 00 100.0 40.5 0.0
87 15.072 2 00 0l 06 100 0 4l 3817 I .8
88 16.037 0 0.0 0.0 00 100 0 4l 00
89 17 031 0 00 0.0 00 r00 0 ill 00
190 38.0'62 0 0.0 00 00 t00 0 4t 00
r9t l9 l2'l 0 J {) ()00 00 r00.0 4l 00
r92 40223 0 00 0.0 0.0 r00.0 4l 0.0
r9l 41 361 0 0.0 00 0.0 100.0 4t 0.0
194 42.539 0 0.0 00 00 lm0 4t 0.0
195 43."761 0 0.0 0.0 0.0 r00 0 00
l96 45.029 0 00 00 0.0 100 0 0.0
197 46.146 0 00 00 00 t00 0 4t 00
198 47.'7 t1 0 00 00 00 r00.0 4t 0.0
r99 49. l.1l )0.0 05 l6 lm.0 e.6 105567 9
200 50.608 0 2 00 00 00 tm.0 42.6 0.0
20r 52 081 0 2 00 0.0 00 100.0 42.6 00
202 53. s59 0 2 0.0 0.0 0.0 100.0 e.6 0.0
201 55 040 0 1 00 00 00 rm.0 42.6 0.0
2U 56j29 0 2 0.0 00 00 100.0 a.6 00
205 58.013 0 00 00 00 100 0 12.6 00
206 59 557 0 0.0 0.0 0.0 100.0 q2.6 00
20'7 6l t09 0 00 00 00 100 0 41.6 00
208 o.o8 0 2 0.0 0.0 0.0 lm.0 12.6 0.0
this report conftrns to pwbitrs d 21 CFRpart 11
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
BHsm Rn 5 (to6t Ol E<trrcti:n)- pGt rtrr report - 121202A2414:39:57 - PdSe 3 of 4
41 0 of 448 @Mostardi Platt
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20 &.333 0 2 0.0 00 00 100.0 4.6 0.0
210 $.079 0 1 0.0 0.0 0.0 r00.0 4.6 0.0
2ll 67't98 0 l 0.0 00 0.0 rm.0 42..6 0.0
2t2 69.659 0 2 0.0 0.0 0.0 r00.0 42.6 0.0
2B 7t 629 0 2 00 00 00 100.0 42.6 0.0
4 13.73t 0 2 0.0 0.0 0.0 r00.0 42.6 0.0
5 15W2 0 2 00 0.0 00 100.0 42.6 0.0
6 78.m 0 )0.0 0.0 0.0 lm.0 4.6 0.0
7 8l r09 0 0.0 0.0 00 lm.0 476 0.0
8 84.036 0 )0.0 00 00 100.0 4.6 0.0
9 87.26 0 00 00 00 100.0 12.6 00
220 m.846 0 2 00 00 00 rm0 42.6 0.0
)?t cl.832 0 0.0 00 0.0 rm0 1?.6 00
222 9.2f1{)0 )00 00 0.0 100.0 12.6 00
223 I(X,I78 0 00 00 00 tm.0 12.6 0.0
224 09.399 0 2 00 00 0.0 100.0 42.6 0.0
22s l4 9t0 0 2 00 00 00 100 0 12.6 00
226 20.724 0 z 00 0.0 0.0 r00.0 4.6 0.0
27',7 26.854 0 1 0.0 0.0 00 100.0 426 00
228 ,, ,l t 0 2 0.0 0.0 0.0 100 0 42.6 0.0
229 t40 I 14 0 00 0.0 00 rm0 426 0.0
230 147.2'73 0 0.0 00 00 100 0 426 00
2tr I 54.801 0 2 00 00 00 t00 0 42.6 00
237 t62.7 t4 ))0.0 54 57.4 rm.0 100.0 l8l I 888.r,
213 tl t.024 0 0 00 0.0 00 100.0 t00.0 00
2v t'79.146 0 0 00 00 00 r00.0 r00.0 00
135 I88 893 0 0 0.0 00 0.0 100.0 100 0 00
236 t98.4',t7 0 0 0.0 0.0 0.0 r00.0 t00.0 0.0
237 208.5 r3 0 0 0.0 00 00 r00.0 ltn.0 0.0
218 219.010 0 0 0.0 0.0 00 100.0 lm.0 00
219 229 981 0 0 0.0 0.0 0.0 100 0 100.0 00
2q 24t 435 0 0 0.0 0.0 0.0 lm.0 r00.0 0.0
241 253.382 0 0 0.0 00 00 rm.0 100 0 00
242 265 828 0 0 00 0.0 00 r00 0 100.0 0.0
243 2781',79 0 0 00 00 0.0 m.0 lm0 00
24 292.239 0 0 0.0 00 00 00.0 100.0 0.0
245 t06.208 0 0 0.0 00 00 m.0 100 0 00
246 120 685 0 0 00 0.0 0.0 00.0 t00.0 0.0
747 315 664 t)0 00 00 00 000 100.0 0.0
248 15l.t36 0 0 00 00 0.0 m.0 100.0 00
219 167 088 0 0 00 00 00 00.0 100 0 00
250 383 50r 0 0 0.0 0.0 00 000 rfn.0 00
l5t {n 152 0 U 00 00 00 000 t(n 0 00
252 4t7 619 0 0 00 00 00 m0 100 0 00
151 415tt5 0 0 00 00 0.0 000 I00 0 00
291 451. I E3 0 0 00 0.0 00 (10.0 100.0 00
255 47I 398 0 0 00 0.0 00 00.0 100 0 00
256 4m.2?i2 0 0 00 0.0 00 00.0 100.0 00
Tfis report corforrE to pro/biTs d 21 CFRpart 11
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
g+fi2 Rn 5 (tust Ol E<trrctbn) - p6t rm rpl - 1ZN2Q4 14:39:57 - We 4 d 4
411 of 448 OMostardi Platt
Ttb report confans to pwbixs of 21 CFRptt 11 N nAH- @ R.rr 1 (bt Cf krdir) - Efflm4 fi:41:12 - tugB 1 d 1
,ffi^lwO
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Rn Hey'Irre: 1 2 1*M41431
tugt HdTrre: 12lAlW4, 14:41
lvbd ftrrber:LEm
SfrrssSNmB@sffiindde: 1'l-1&24
Ss6qnD&:Sumf,ir
Bdill Flsgre: E6t![e-mail]
Gnnent ltlt6rAFU HITT; AH - 6A Rrl 1 Fts and Acddtvlbsh; XlvG PTI; P'IL 854175Se + 54176G@; 6457-@
lr,to: 1.128 1rn
i/be0.545lm
tr,tdan:0.816 fnSdr&d&vbtirt 1.mW
S<aivmss:7.9 gn
Krtosis: 109.5 gn
Fhil Vdurre: 60.0 nl
gnple Trre:60 se
Rilgo: 0.5 -,m ;rn C*lir hctr: 1.78llrcHdo.Sm ReEF:'I.mCffi:l$ Badgrord: 10.0#nlTddOanb:311787 tuts/ril12471!E#,?Il-
AH - 692 Run 1 (Post Ol Extraction;
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Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
k'n: ?rlq-(L-zc4 19)4.1'2,
@Mostardi Platt
t I I
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412 of 448
Ttis report cdrfcnB to pro/bics c,f 21 CFRptt 11
uffi*lwO
t-ber:lGvh Sch-k
Botad: Cssd An4sis - Srrfliir
Rn Ddc/Trre: 12 1!N414:31
Fbp't HdTrre: 1 2lalMq 1 4:41
Gnrst ltrCSfAFD H-ATI: AH - @ Rn 1 Fls and AcdorE Vlbhl XlvG PII; PIL B 541759@ + 5417@62; 64$7-@
VCLAH- @ Rn 1 (tost Cl Rrmtbl) - QInm2414:41:fi- tuge 1 d 1
lvb&l ntrrber: LEI@
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Cdtrdion dats: I1-1&24
S€rEd fiD&: Srrrdtn
Cdbrdhn Fbsrs: ffil(25S.Sl€
[/bm: 15889l,n
tvbde:41.$1 gn
ttJbdil: 13.1$lm
Sr6d Dvbti,I 10766 Fn
Sawress:0.8 gn
Krtcb:-0.2 rnRil Vdura:60.0 nl
SanpeTra:60se
Rarge0.5-amtrn frIinfur: 1.78
llrsEd 0.5 prn Re CF: l.ffi
Channds: 1$ klgrand:10.0#nl
Tctd Oarts:3't1787 Ocmtgnt: 1247148#hL
AH - 592 Run 1 (Post Oil Extractlonl
2 3".
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
aEI
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oc--t6U r-
3
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413 of 448 @Mostardi Platt
Itis report ccrfmre to pwbirs d 21 CFRptt 11
'#*lwO
Qadr: Ks/h ScfxiE
Ba coldin dd€rln?: 14:31 1211!N4
foport Her/Trre: 14:32 1Z 1VN4
Tagei carenr:iicn: 75@
Srrple:AH- @ R,l 1 (tut Ol Effadir)
furrrent IvD6IAFO HATI: AH - @ Rn 1 Fns ard Ac€(sE Vlhh
h,lts nmusd 183134
Told ccurts (> 0.5 grf: 311787
Told conts/nL (> 0.5 yrl: 12471481r,-
ReDF: 1 0
AH- @ Rrl 1 (tust CI Ertrrctirr)- pct nn report- 12lEfm4fi:3:2.- fuge 1 cf 4
Botrcd:Gersd AnrysS - grrrdiltPqct 645/-@
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c5brdin fb: mm@5ssn6
ffirdicn cbte/tire: 1 1 - 1*24
Sarde hfod.ctin: ttlEtrd
Vdwesarpbd 60.0nt
KfuG m- m 854175S62 + 54176GQ: 64$7-@B*tqro(r,o"q-"rardin 10.0/rrL
Srmdicnvdt4e: 11.7V
E<tirrctianvdt4e 10.9V
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l0 0.550 0.888 4.U5
50 0.795 5.099 12.880
90 t.7u7 17.47 33.(B5
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56 0.526 2M7 t2u7 3.9 04 0 1.9 0.0 9r9.0
57 0.9t5 54lE 27$5 rl.9 05 0 8.8 0.1 r304.5
58 0.564 3389 40853 4.3 0.5 0.r 13. I 0.1 1258.5
59 0.585 3383 923'1 4.1 05 0 t7.4 0.t 1401.9
60 0.fit 14078 6831 5 4.5 0.6 0.21.9 0.2 1652. r
6l 0.632 1428 r 82595 4.6 01 0 26.5 02 1885 8
52 0.658 t402:. 9(617 4.5 o1 0.ll.0 0.3 M.?
63 0.686 Iil86l t4'79 4.8 08 0 158 04 2506.9
a 0.715 l42l r 25689 4.6 08 0 40.1 0.5 2'.72t.5
6-s 0.747 l0*l 18783 4.2 08 0 .!{.5 05 28rt0.8
6 0.7E I 2454 l5 1237 4.0 0.9 0 4E.5 0.6 ll09.l
67 0.816 2050 163288 l9 09 0.52.4 0.7 x26 9
68 0.851 r89 t71r'76 1.6 0.9 0 56.0 0.8 1615 3
6S 0.888 lm69 r 84545 1l 09 0 592 09 l$l r
70 0.n6 10137 194682 l.-1 0 0.62.4 1.0 407.6
7l 0.964 9t4t 203823 2.9 0 0 65.4 ll 42U.2
n .w)9175 212997 2.9 Ll 0.68.3 1.3 4833.4
73 ,MO w D,IM )1 .0 0 710 l5 495 1.9
't4 078 7M2 DW\2.3 0.9 0 73.3 1.6 4619.8
75 ll7 61q)234&6 0 0q 0 75 1 1.7 rl52 L7
76 156 5838 140484 9 0.9 0 77 1 1.8 4722.t
71 l%5503 245987 8 09 0 789 2.0 4925.0
78 .236 SOTI 25tof/.6 0.9 0.80.s 2.t fl2t.5
79 271 42t0 255274 4 0.8 0 81.9 2.3 4593.3
80 .3 l9 389t 259t6r 2 08 0.83. l 2.4 4676.9
8t 362 ll52 262518 0.1 0 u.7 25 4413.0
p.,105 I 158 265676 .0 0.7 0.85.2 )1 4589.6
83 .450 2889 268565 0.9 o.1 0 85 I 2.8 46ll 4
84 496 2778 ntw 0.9 0.7 0 87.0 2.9 487t 3
8s tl3 243 I z't3775 0.E 0.7 0.87.8 3r {580.8
86 5n 2iqt 27616,0.8 o.7 0 88.6 1.2 5061. l
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
414 of 448 @Mostardi Platt
Tiisreportconfsnstopwbirsof 21 CFRpnt11 AH-69RrrI (tustClE<trrction) -pctrtnrryl-1219204 1432,2.-We2d4
Ctmcl lICt!r
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Q?g3 2143 2783 I 2 07 07 0 89.1 t.l 4980.1
88 696 9v 2W267 06 06 0 89.9 1.5 4W.3
89 752 79t 282058 06 06 0.1 90.5 1.6 5039.3
90 810 ffi 2837 I 8 0.5 0.6 0 91.0 1.8 5150.4
9l .871 701 2854t 9 05 0.1 02 91.5 40 5829 8
92 935 5D 2:t]6%8 05 0.7 0.2 92.0 4.1 58M.1
9l 004 1456 288403 0.5 07 0.2 92.5 4.1 6136.5
9l 2.077 t2n 28%85 0.4 06 0.2 92.9 4.5 6013 9
95 2.r51 l 262 DAXI 04 0l 02 9l I 1.7 6591 0
%2.232 1209 292t55 0.4 0.7 0.2 937 49 7015.9
97 2.1t4 t(Bt ?91247 0..1 01 02 9J1l 5I 7081 7
98 2.400 917 7912)4 0l 06 02 %.4 5.3 7071 .9
9l :.489 909 295 r 3l 03 06 02 ct.1 55 7319 5
lm 2.582 821 2959'4 0.1 0.6 0.2 949 5.1 7',193 5
l0r 2.078 n7 296861 0l 0.7 0.1 952 59 9124 8
r02 2.718 758 2976t9 02 07 0.2 955 6.2 8503 d
103 2.882 804 DU22 0l 08 03 95.7 65 10070 l
104 2.gfi n9 29151 0.2 01 03 95c 6.8 l0t% 8
105 1.102 7t1 29e868 0l 08 0l 96.:I I 197.8
l()6 3 218 628 {n495 0.2 01 0l 964 7.4 10956.9
107 l l38 614 l0ll40 n1 08 04 %.6 78 l 2527 8
108 1.462 572 nl1t2 0.2 0.8 0.4 %8 8.1 12124 5
t09 1.590 579 t0229r 0.2 09 0..r 970 8.5 1.1025.8
0 3.723 584 302814 0.2 0.9 0.5 97 I 90 I 5778.4
I 1.860 495 103370 0.2 0.8 0.4 973 g4 14917 9
4.001 4U 103851 0.:09 0.5 97.5 99 l62ls I
l 4. 146 114 1o4298 0 09 05 9'7.6 r0.l 16586.4
4 4.296 ,97 104694 0 0.8 05 91.7 108 t64&.6
5 4.U9 419 105 I 23 0 0 05 91.9 ll4 I 9782 8
o 4.ffi 419 n5y2 0 0 0.6 98.0 t 2.0 21432.9
7 4.761 186 105929 0 0 06 98. I 12.6 2t922.9
8 4.931 4t4 ]n6342 0.)0.7 983 Il.4 25979.t
l9 5 100 129 10667r 0 0 01 98..1 14.0 27820 t
120 5.274 3t{307025 0 0.8 e8.5 t4.8 z7t96.O
t2l 5..154 105 107310 l)0 07 98.6 r5.5 2588t 9
5.640 i0E 107638 0 08 s87 I6.il 28941 9
nl 5 812 274 ]079 l l 0 08 98.8 t/:2&170 5
124 6.031 249 l08l6l 0 0 08 988 180 28551 8
ll5 6.13 r'171 ]08431 0 l0 98e 190 1.1599 l
r26 6.U9 255 108689 0 )I,O 990 200 35858 6
)'7 6.ffi'l 206 ]0889s ()09 q9 I 109 Ir966 5
28 6.1192 179 309071 0 0 09 99r 2l E j()ffi.1
)Q 1 124 226 309300 2 99:ll 0 12862 11
30 7.362 '70 10q70 0 0 99.3 240 15567 5
1ffi 6'l 109637 0 99. l 25r Iri4l ].0
l2 7 857 46 309783 0.0 0 99,1 26.2 37r80 7
tl 8.lll 28 109)l r 00 0 0 $4 2'7 2 15105 9
J4 8.375 4t)I 1005 r 0.0 2 991 285 421E46.1
l5 8 643 l4 Il0t8,s 00 l 995 2qE 45464.9
l6 E.9t5 b I 1030r 00 2 99.s lr.0 12%7 3
1 q lgl t6 I loll7 00 ',b 996 1l n t5174 1
t8 9 471 3 t0t{8 00 4 w6 14.0 49232 7
l9 9.755 o7 I 10655 00 2 5 996 t55 52r25.1
lzl0 10.040 89 3 10741 0.0 0 3 9.7 16.8 459 r 0.5
l4r 10 128 92 I 10815 0.0 5 9.1 l8.l 53018.4
142 10.623 q{110929 0.0 1 '7 q97 210.0 58768.4
t4l l0.r)21 R7 3u016 00 1 9q8 {l 7 5q24l.l
lu |29 4l I r t058 00 05 09 998 42.6 ltv9.1
l.l5 lM0 llll]5 00 t0 l5 q9.8 +{. I 51414 ?
146 I1 859 ld ll I l6l 00 0.6 09 99.8 450 3l2rs 5
I Ll7 lt l&l 56 lil2l 00 l0 l5 948 .16 6 51201.9
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
@Mostardi Platt415 ot 448
Itis report confons to pwbire cf 21 CFRpart 11 AH- 6P RJn 1 (tust Ol E<trrctix)- pct rm report - 1Z1g?Q414.32:2. - hSe 3 d 4
Clmncl Mc&r
(lln)
Ccm
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(#3lxr)
Nuntr(n Af!r(n Vdm
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Vdc
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Ab.Vdc
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48 12.515 6l 3l 1278 0.0 Ll 8 99.8 48.4 62ml.7
49 I 2. Ls3 48 I r l126 00 0.9 5 999 499 52996.6
50 r 3. r98 $3|1372 0.0 09 6 9.9 51.5 s5332.5
5l 13 550 4l lllLlll 0.0 09 5 999 51 0 53229.3
57 r3.910 t2 I I I445 00 o'7 l *.9 54.1 45586.9
53 4 27R ll ll 1476 00 0'7 l 999 556 46703.2
I 4.69 r5 3l l49l 00 0.4 0.1 99.9 561 2524.t
55 5 018 22 3tl5tl 00 0.6 I 999 575 39406
56 5.432 lt lt 1544 0.0 08 1 999 s92 s8%1 9
57 5.834 29 ll t57l 0.0 0.8 1 9S9 60.9 0t$.7
58 6.247 r5 3l r588 00 05 0 99.9 6t9 141D.8
59 6 671 26 ll l6ll 00 08 I 99q 616 6 1e56 9
160 7 tO1 t7 I t630 00 06 l 999 619 *t625.5
l6l 7 5tt 9 'I il blg 00 0.1 0.7 t00.0 656 l4l l0.l
t62 8.0r 5 I I l65l 00 ()4 0 lm0 ,M..1 36483 6
l6l 8.490 3ll66t 00 0.4 0 tm.0 61 6 ltEl r 5
t64 8.981 lt 1676 00 06 6 100.0 69.2 5/.',t]f,2.2
r65 l9 488 3 I 1688 0.0 05 l lm.0 705 46t85.7
t6 20 014 ll 1700 00 0.5 4 tm.0 7t9 5m.222
167 11 555 9 ll 1709 0.0 0.1 r00 0 7ll 18710 7
I6E 2l Ir2 5 3tI7lJ 00 03 o'7 100 0 738 251(A 3
169 21 681 1il721 00 04 l0 100 0 ?,1 8 \(,19't
70 n.269 5 l|726 00 0.1 0.8 lm.0 751 29512.8
7t 11.870 1 I lTll 00 04 I 100 0 769 426y 3
72 23 488 7 ll t7l9 0.0 04 1.3 lm.0 78.2 46?4.7
't]14 l2t l ll l74l 0.0 0:o7 lm0 78.9 2s022 t
'74 24.n2 )ll 1745 0.0 0.1 0.4 t00 0 79 1 1355I 0
'75 25jq J ll l7rl8 00 0l 08 lm.0 80 1 29354 3
76 26.t26 0 lt 1748 0.0 00 0.0 100.0 80 I 0.0
7',7 2681r 5 lt t75l 00 04 l5 lm0 8l 6 516y.9
't8 27 555 9 ,ll762 0.0 0.7 2.7 l(n 0 M,]91249 8
'79 28.89 0 |t t762 00 00 00 100.0 84 1 0.0
80 29 063 l Iil765 00 03 tl r00.0 855 43767.8
8r 2S l}19 l ll t768 00 0l l4 100.0 869 J74r5 l
82 10 658 1t 1770 00 02 07 r00 0 87.6 2568? 4
8l It 4m lt 1772 0.0 0l 08 100.0 88.4 27835.1
u 32.v6 0 3|772 00 0.0 00 lm.0 884 00
85 33.221 1 ll t775 0.0 0{I,9 lm0 90.1 6541X 9
186 y.136 l ll t779 00 05 2.0 lm.0 97.3 70915 9
l8 15 07:ll 178{)0.0 0l il l(n 0 qt.t 1845_s 5
188 36.037 0 ll 1780 00 0.0 00 t00 0 93.r1 00
r89 17 031 lt 1782 00 0l ll 100 0 y7 {537{ l
r90 18 062 0 3t 1782 00 00 00 tm0 941 00
l9l l9 I izl 0 ll l?82 00 00 00 r00 0 al.7 0.0
192 4223 )ll 1784 00 0.1 I7 lm0 1)6.4 580 r 2.5
l9l 1l l5t l 3l 1787 0.0 07 l6 r00.0 m0 I26t492
94 42.539 0 3l 1787 00 00 0.0 rm.0 m.0 00
95 43 761 0 lt 1787 00 00 00 rm0 m0 00
96 45.429 0 ll 1787 0.0 00 00 tm.0 m.0 0.0
91 {6.146 0 ll 1787 00 00 00 l0) 0 m.0 0.0
98 17 7t7 0 ll 1787 0.0 0.0 0.0 rm.0 lm0 00
E).19 t.l3 ()lr t787 00 00 00 lm.0 r00 0 00
2m 50 608 0 ll r787 00 0.0 00 lm.0 tm0 00
201 52.083 0 lr 1787 00 00 00 100.0 rm.0 0.0
n2 53.559 0 3t t7E'7 00 00 0.0 lm.0 rm.0 00
201 55 040 0 ll 1787 00 0.0 00 m0 ro0 0 00
2U s6.s29 0 311787 0.0 00 0.0 m.0 rm0 0.0
205 58 033 0 ll 1787 00 0.0 00 00.0 r00.0 0.0
206 59.557 0 3t 1787 0.0 00 00 000 tm0 0.0
20'7 61 109 0 lt t787 00 00 00 000 tm0 00
208 62.698 0 lt 1787 00 00 00 m0 lm.0 0.0
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
416 ot 448 @Mostardi Plaft
Ttis report confons to pwbirs d 21 CFRptrt 11 AH- 6e Rn 1 (tust Ol Extrrcti:n)- pGt rm rW1- 12191202414Q:2.- Pge4 d 4
Clumcl IXE{Ir
(rrm)
Cotrt
@
Cumldrt
(ftSlllr.)
Nutrr(n Al!(A Vdm:
PN
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(%5IXr)
Abvd'n
(x#)
2$4.133 0 l 78'7 00 00 0.0 100.0 tm.0 00
210 6.429 0 l 187 00 00 00 100 0 lm.0 00
2ll 67 798 0 l 787 0.0 00 00 lm.0 tm.0 0.0
212 o.659 0 3 78'7 0.0 00 00 rm.0 rm.0 00
213 1t.629 0 l "78',7 0.0 00 00 r00.0 lm.0 00
2t4 73.73t 0 3t 781 0.0 0.0 0.0 lm.0 lm.0 0.0
2t5 75qt2 0 ll 18'7 00 00 0.0 lm0 lm0 00
216 78.m 0 3l 787 0.0 0.0 00 100.0 tm0 0.0
2t"1 8l.l(R 0 781 0.0 0.0 0.0 lm.0 lm0 00
2t8 M.036 0 ll 787 0.0 0.0 0.0 tm0 rm.0 00
2t9 n266 0 J '787 0.0 00 00 100 0 tm0 0.0
220 90 &16 0 787 0.0 00 0.0 t00.0 lm0 0.0
2t %.832 0 l 787 00 0.0 0.0 lm.0 rm.0 00
)22 q9 286 0 l 78'7 00 00 00 lm.0 lm.0 0.0
223 04. I 78 0 l '/8i 0.0 00 0r)100 0 lm0 0.0
?24 09.199 0 3 787 0.0 0.0 00 r00.0 rm0 0.0
225 r4 9r0 0 l 78'7 00 00 00 100 0 l()0.0 0.0
26 20.724 0 l 181 00 00 00 r00.0 lm0 00
D7 26 854 0 l 781 00 00 00 lm.0 tm0 0.0
228 l3 ll3 0 J 787 00 0.0 0.0 100 0 lm.0 0.0
/29 40114 0 l 18i 00 00 00 rm.0 lln.0 00
t30 47 273 0 l ?R]0.0 00 0.0 fr)0 lm.0 00
rl I 54 80r 0 l 00 00 00 m0 m0 00
2t2 62 7 r.1 0 l 78'l 00 00 00 000 m.0 00
L)7t 024 0 l 7Ei 00 0.0 00 000 m0 00
?31 79 746 0 3 78'7 00 0.0 00 m0 m.0 0.0
215 88 893 0 .ll 18'l 00 00 00 lm.0 m0 0.0
236 tgE.477 0 lt 781 00 0.0 00 00.0 m0 00
237 208.5 r 3 0 JI '18'l 0.0 0.0 00 000 m0 0.0
218 219.0t0 0 I 1n 0.0 0.0 00 000 m0 00
239 229 98r 0 ll 't81 00 0.0 00 m0 m0 00
2q 24 I 415 0 ll 187 00 00 00 m.0 m.0 00
241 253 382 0 il 787 00 00 00 000 m.0 00
24?265 828 0 ll 787 00 00 00 00.0 m.0 00
241 )781'79 0 ll 787 00 0.0 00 fi).0 m0 00
Z4 292.?39 0 ll 18'?00 00 00 tm.0 m0 00
245 106.208 0 lr ,181 0.0 00 00 100 0 m0 00
246 320 635 0 l r'87 00 00 00 100 0 fi1.0 00
24,1 t35 664 0 tl 781 0.0 00 00 r00 0 ff)0 00
248 l5 r. B6 0 )787 0.0 00 0.0 lm.0 m0 00
149 167 088 rl ,]781 00 00 ()0 rm0 u)0 00
250 183 50l 0 l 787 00 00 00 100 0 m0 00
5r 100 i5l 0 l 78?0()00 00 r00 0 c00 00
25:1t 7 608 0 1 797 00 r)0 t).0 t00 0 ln0 00
t53 435 l5 0 ,1 187 0.0 l)0 00 ll}]o m.0 00
2v 453 lEl 0 .l 7t1'/00 00 00 t00 0 lm0 00
255 47 r.198 0 J 787 00 0.0 00 lm0 tm0 0.0
756 490 282 0 3 /6t 00 00 00 l()0.0 rm.0 00
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
417 ol 448 OMostardi Platt
This report confons to prwbirs cf 21 CFRpat 11
uffir*lwO
Lber: l(arn Schtilz
Rotad:Gergd A@srs - SrYrEtm
Rn BdTrre: 121{&416:8
Fbpod Ber'TrrB: lznf&A, 14:41
GryrgttvGfAFORATT: AH- 6m Rn2 Fter rdAcdsEvlhh: KIvSPIL. PfL 854176&62 +5/j,7@Q,&%7-Q
N.M AH- 6e R' 2 (hst Cl ktrrctim) - Plfinm4 A'.41.49- tuge 1 d 1
tvb&l rurrber: LEI(D
Sensc.9NC6m05(*dirrde: 11-1&24
SerEo nD&:SlrrfiEtir
Cdbre'oor Flergre: D6G@5S. SlrS
fuee:0.5 - 4m l,n OlUiIl P&td: 1.699
TIreEd 0.5 gn Re CF: 1.&
Chan*: 1$ Bacl€rord 14.0#fi
Tcrd Oens:25@30 Orrs/nti &41m HnL
AH - 692 Run 2 (Posl Oil Extraction)
I\rbrr: 1.1 18 gn
IrDcb: 0.545 l,n
lvbdan:0.816 gn
Sfl(hdtrvdbl.1.294t 11
S€tivr€ss: 13.1 |',n
Klncb:6188l,n
Flritl Vdure:60.0 nl
Sanpe Tre:60 sec
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OMostardi PlattProject No. M244206A
Scrubber Exhausts and Baghouse Exhausts
Partdc S'!c I,J6l
418 ol 448
Tlis report corfcrB to pro/birs of 21 CFRptt 11 Vft AH - 6@ Rrt 2 (tust Cl Ertrmtim) - 12INm4 $:42:6 - Rge 1 d I
@
0 EnlcAis Cuto{ny
tt/bd nurber: LEI&
Ssrss 9N CEm@s
ffirdirdde: 11-1&24
Ssso no6: Srrndirt
Cdbrdixl Flssre: C6G6S SltS
Grrrstt [,CgtAFO R-ATT. AH - @ Rn 2 Flts ,E Ac€tEE V16sh: XIIG PIL PfL B 54176]e + 54176462; 64$7-62
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tntegris
l.A€r:Ket/h Schr-k
Rotcd:Gersd Arcifsb - grrrrelin
R.rr He/Trre: 121V2@416:B
Fbgt Hey'Trre: 1ZN&4, 14:42
Irrbm:53.201 fn
itttrJ.12f..n4Vn
i.lWt24.Tr2Vn
Sildrd &vidirr 49.664 l,n
Sg^,ress:0.5 lrn
Krtcb: -1.6t,n
FUd Vdtrra: 60.0 nl
SrrpbTrra: 60se
kE€:0.5- amtm Otior Falcr: 1.@
Ttre6hdd 0.5 l,n Re EF: 1.@
Chands: 15 &d€rurd 14.0rrnl
Totd Oants:2s(Z|0 furt9nL 83410#nt
AH - 692 Run 2 (Posl Ol Ertraclion)
120.:o
n t5'.
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
.)c
d-
6t
PutcL Srr. l]mi
419 ol 448 @Mostardi Platt
Ttis regtcorfanstoprolbirs d 2l CFRprt 11 AH- ffZ Rn2(fustCl EKtreiirt)- pctrnreport- 121$2ff.416:M:44 - PdSe 1d4
E&'i'lwO Ftded:GsEd Anrysrs - grrrdi,t
R*rct A15l-62
fr/bd# LEm
Qrata: lGvin scfnatr saEd sN mm@5
Ha cca€ctir €t€/tire : 16:.@ 1z19lrQ4 sslsd rD&: strrrdin
Fbpat Hdrrre: 16:v t2livru4 ffiir fle: c6m@ssslls
Trserccrr'raim,Tsm "'"*- ffiffi,fi$"Vdrrresarpbd 60.0nL
SanPe:AH- @ Rn 2(tutOl &trdbn)ffi: ivG'IAFD RATI: AH - @ Rrt 2 Flter and AcetdE vlhh: tQG PIL; Pn B 54176362 + 54176,4'Q:.64S7-62 F*god cq.ertrdi-, 14.0 intCarts nmued: '1472S
Tord co(rns (> 0.5 rrf : 2@3O surrBrdl vdt4e: 11 7 V
rotd corils/nl (> 0.5 grf : E341ffi /nL atiEtir vdtage: 10'7 v
ReDF: 1.0
DN DA DV
l0 o.97 0.899 s.a2
c)0.783 5.70 24.ffi
q)t.6n D.813 l18.997
(hrmcl IIrt!r
(rra)
Cantr
(f)
Cmdrdr
(#Slllr.)
Nrtrr(n .ln
e4
Vdtm(n ltutrr
(%Sur.)
Vdure
(%su&)
Ab.Vdrm
runPt
56 0.526 r05 t9 10519 4.2 0.4 0.0 4.2 00 802.5
57 0 t15 11278 23791 5.1 05 0.0 9.5 0.0 1123.4
58 05u n2ct l509l 4.5 0.5 00 14.0 0.1 1ff1.9
59 0._s85 10799 45891 .r.3 0.5 00 l 8.3 0.1 131.2
60 o (fr1 r 1983 57976 4.8 0.6 0.0 73.1 0.1 M.3
6l 0 632 557 694'33 4.6 06 00 27'7 0.2 526.1
62 0.658 t76 80610 4.5 o.7 0.0 32.2 0.2 666.0
6l 0.686 157 92',766 4.9 0.8 0.0 3'7.t 0.2 2050.7
&0.715 I 1406 1M172. 1.5 0.8 0.0 4t.6 0.1 21u.3
65 0.747 10665 I 14837 4l 0.8 0 459 0.1 2330. l
(rt 0.781 9873 t247ll t.9 0.8 0.49.8 0.4 z&.9
67 0 8r6 9809 ty52t)t9 09 0 -53 8 04 2799.s
68 0.85 l 8858 t43317 1.5 0.9 0.57 1 0.5 2f52.0
$0.888 8409 15r786 1..1 0e 0 60.7 0.6 ]082.7
70 0.926 8282 16m68 l3 t0 0 6{.0 05 y37.6
7t 0.%4 7136 167503 30 09 0.669 0'7 1485. r
72 .m2 7288 17479t 2.9 1.0 0 o.9 0.8 3839.3
73 040 6289 l8 r080 2.5 0.9 0.72.4 09 1703.6
74 078 5l l9 l 86399 2.t 0.8 0,14.5 0 3489.6
15 ll7 4780 l9l 180 1.9 0.8 0.'76.4 0 l4s7 I
76 156 4621 l95m 1.8 0.E 0.18.2 3737.6
i1 r96 4305 2m105 0.8 0.800 2 1852 9
78 236 3n8 203883 t.5 0.8 0 8 r.5 3 3736.9
79 2'17 I r55 207038 ll 0.7 0.8?.1 J yll'1
80 319 2830 209868 l.l 0.7 0.&3.9 4 }mr.0
8l 362 2574 1124/.2 I.0 07 0 84.9 5 ]403.1
u 45 24fl 214891 t.0 0.7 0.t5.9 6 3s60.0
83 .450 ?224 2t7t l5 0.9 0.6 0 868 6 3549.3
84 496 2t39 2tnv 0.9 0."1 0 n.6 7 1749.8
85 543 t861 22lI l8 07 0.6 0.88.,1 ,8 1588.0
86 5v2 l 690 D2$8 0.7 0.6 0 89.0 9 3573.9
Poject No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
420 ol 448 @Mostardi Platt
Tlis report confrns to pro/birs cf 21 CFRpart 11 AH- 692 Rn 2 (tu61Ol Extrrctin)- pct rm re6rrl- 12192@116M'.4 - Wezd 4
Ctnncl UEt!r
(tln)
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87 6{l l4ql ?24198 0.6 05 0.89.6 2.0 t461 7
88 696 415 D.s't33 06 0.6 0.902 2.0 1668. l
89 752 4'73 1172M 06 0.6 0 m8 ,l 4lzl4.l
90 810 2il nulT 0.5 0.5 0 9l.l 2.2 1758.2
9l 871 t65 229s83 05 06 0 91 7 23 ]s94 5
92 935 053 210635 04 0.5 0.92.?2..4 1998.6
9l 0f)4 IE 21 1754 0.4 0.0 0 926 5 4't 12.3
9t 2.077 w2 232756 0.4 0.6 0 930 2.6 470 I .8
95 l.t5l 917 213671 0.4 0.6 0 914 71 1792.7
%2.232 9{l 23/6t5 04 06 0 938 2.8 5478. I
q7 2lt.4 822 215431 0.1 06 0 %r 29 5135 6
98 2.400 746 2361 83 0 0.6 0 q{.4 LC)53%.9
E)2.,18S 76t 236944 0 06 o ql7 l 6144. I
100 2.587 695 217638 0 0.5 0 950 ll o6).0
l0l 2.678 6lt5 238321 0 07 0 952 l4 6884.2
102 2.'718 62'7 x8950 0 07 0.2 95.5 1.6 7035.8
l0l 2.882 6t6 219595 0 0.7 o)95.8 l8 8089 8
IH 2.WO 557 2401 5l 0 0.'7 02 %.0 l9 n91.1
t05 r.102 5&t 240731 0 0.8 0:96.2 .1 I 9129 8
I06 t 2t8 520 24t251 0 07 0.1 964 4.1 gtJ(r.4
0'7 ,t.l-18 412 24t729 0 0.?0l %6 1.5 91e3 5
08 3 .162 [phone] %8 4.'',t 9as7 0
09 t 5q)454 l4:&ll 0l 08 0:970 5.()il1fl 9
t0 3.'t2)l8l 243024 0 0'i 0l 97 I 52 1028t E
ll 1.860 420 14l.l.1l 0 09 0l 97 1 55 l:6_1{.1
I {ml 19l 2.ll8l'l 0 0.9 0l c'7 I 5,E llt(x 0
ll 4 1.16 175 2$20 0 0.9 0l 97.6 6l l.mll9
l4 4.296 )41 24/'556 0 0.9 0l 91 7 64 11383.9
t5 {.l4q 171 144,978 0 t0 0.1 97g 6.7 7lt{.?
l6 4 616 292 245220 0 08 03 98.0 4953.0
I t.767 2U 245504 0 09 0l 98. I 74 {,32
r8 4 91I 779 2457n 0.0.9 04 982 78 7495 0
t9 5. l(n 255 246)37 0 0,1 0.1 98 1 8l 1691.2
20 5.214 25t 246289 0 1.0 04 984 86 9308.8
2I 5 45,1 t2r 1465 I I 0.09 01 98.5 90 89m l
),5.610 2$246771 0 05 98.6 9-5 24/-|t.4
1,1 5 832 23r 24',70[.2 0 0.5 98?100 23957 l
24 6.01l 207 2472(I9 0 0 0.5 988 105 238f,r.4
l5 6.237 223 241432 0 06 98.9 ill 28266.5
26 6.+19 t'7 241&19 0.2 07 990 II8 10532 7
6.(fi1 80 247810 0 06 r)O l2 4 2't942.,1
28 6.892 58 247988 0 0 06 99 I ll.0 27081.3
1A 4q 248 I lr 0 0 06 9a.l ll b 18298 6
l0 i.-162 il :48288 0 0?E)]l.l l I r 586.2
I 7 (-{)6 14 2.llll l l 0 t)q9.,1 l5 0 11270 3
\2 7.857 4l 1485?5 0 08 9S. l l5 8 36236 9
)1 8.113 l{248689 00 0 0?9C{16.5 II827 8
]4 8.375 22 14881 I 00 )08 q).1 l7.l 37626 1
li 8 6ll 95 2,18907 00 0 r)l E)5 r80 12158 I
t6 8.915 76 248981 0.0 0.8 06 9q.5 l8o 28159 l
)g tgt llq 149 I 02 0.0 l I t)995 rq6 {8347 0
l8 9 171 s2 249t94 00 09 ql 6 20.5 40812.0
l9 9.755 80 )49271 0.0 0 08 996 2rl 18802.1
I 4r)l0&o 78 249352 0.0 09 99.6 22.2 1t47.1
l.l I l0 328 ,11 249423 0.0 0 09 99.1 l3 l fl t62.1
t42 10.621 6l 249186 0.0 0 08 v)7 23.9 l9+19.0
l4l I0 921 58 2495lI 00 09 08 q97 248 3%{D.4
+1 n?,.9 54 249598 00 0.9 09 9.7 25.1 44295.1
45 ll ,q0 70 249(58 00 l1 ll 9)E 26q 5605t 6
46 il 859 l9 249707 00 0.8 0.1 998 2't 6 14il8 4
17 12 tM 4q 249756 00 1.0 l()993 286 46651 4
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
42'l ol 448 @Mostardi Platt
Clunnal IIctcr
(rla0
C-0ntr
(rf)
Cumldr
(#Slxr)
Nutrr(n Arla(n VdG
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Nuuftr
(%Sur)
Vdc
(7oSMr.)
Ab.Vdre
Gd)
l4ft t2.51 5 l9 249795 00 0.8 09 99.8 29.5 M.7
149 12 851 +1 249839 0.0 t.0 l.l 998 30.5 49 r01.9
50 I 198 l6 249n5 00 0.8 0.9 999 3l .4 42y2.7
5l I s50 l6 24991 r 0.0 0.9 l0 9q9 32.4 &114.2
52 1.9t0 27 24938 00 0.1 08 99s 33.3 18305.4
5l 4.278 24 249962 00 07 0.8 999 34.1 36245.6
v t4.6y 2'7 24989 00 0.8 l0 99.9 35.0 u7fi;l
55 t5.018 t5 25ffn4 00 0.5 0.6 s9.9 156 21224.1
56 15.432 t4 25001 8 00 04 05 99.9 tbl 26149 I
51 l5 834 20 2s0018 0.0 07 0.9 999 l7t 1?316.1
58 t6.247 t7 250055 00 0.6 0.8 99.9 37.9 l8 1,19.9
59 t6.67 t l5 25(n70 0.0 06 08 9q9 187 17093 2
fi t7.107 t4 250084 00 05 0.8 9r).9 39.5 15622.'l
6l l7 554 l4 150097 00 0.6 08 q)q $.1 tM92 6
62 18.01 5 t1 2501 l4 00 08 tl lm0 41.4 52005.9
63 18 490 5 250120 00 02 04 lm.0 41 8 r68(8.9
&18.981 l.l 250 r 33 00 0.7 t0 lm.0 42.8 48ffi2
65 l9 488 l0 250 r 43 00 0s 08 lm0 437 1950t 5
$j 20 0l.l 0 z50t4l 00 0.0 0.0 r00 0 43.1 0.0
67 20 555 I4 2501 57 0.0 0.8 ll lm.0 115.0 6r 802.1
68 2l ll]'7 z50tu 0.0 04 01 tfi)0 45.7 )yn3
6q 21 681 5 2501 69 00 0l 0.6 t00 0 4{5 l )1201.9
70 22?69 l ?50112 00 02 0.4 000 46.1 19(il5.7
1t 1r.870 5 250t1'7 OD 04 01 m0 11.4 I921.0
72 21.488 'l z50l 84 0.0 05 l0 m.0 484 116lm.l
73 24.12t 8 250r93 00 0'7 1l m0 19.1 62419 I
74 24n2 l 2501%00 0.1 0.6 lm.0 50.1 27043.0
-t5 15 440 l 250 I 99 00 0.1 06 000 51.0 292n.4
16 76.t26 0 tsol99 00 0.0 0.0 m0 51 0 0.0
'7'7 26.&l l 5 )502M 0.0 05 il 000 5tr 51542.4
78 27 555 2 250206 00 02 04 00.0 52.5 t8d)91
19 78299 0 250206 00 0.0 00 000 525 00
180 29.ffi1 7 250208 0.0 02 0.5 000 52.9 2 I E16.2
l8l 19.849 5 2502 I l 00 06 l5 m0 54.5 7096) 5
1o.658 l 1502 l 6 00 0.4 il rm0 556 5 1261.0
l8l lr 490 )1502 I 8 00 0l 06 rm0 56.i 21175.1
t&r 32.W 2 250220 00 02 0.6 Im0 568 30102 5
r85 I.t27 0 250220 00 00 00 lm0 568 00
186 14 136 0 250220 00 00 0.0 100.0 56.8 00
I lJ7 ]5 072 0 250220 00 00 00 100 0 56.8 00
188 16 017 )25022 r 00 0.1 0c 100 0 51 1 4tt;21')
189 17 0-11 () I :50221 ()0 r)0 00 100 0 57 1 00
r90 18.0t'l 0 )5022t 00 00 00 tm0 57 00
l9r ']9 l14 250221 0()II0.1 lm0 589 5.i169 r
9l .10..:,21 0 2vn23 0.0 00 00 i00 0 58.9 00
9l 4r 16l 250225 00 04 l4 100 0 60.2 62917 1
94 42.539 0 ?30225 00 0.0 00 100 0 9.2 00
95 ,13 761 0 250225 00 00 ().0 100 ()(fr.)00
96 45 m9 0 250225 00 00 00 I00 0 $2 00
4ttw ()250225 00 000l)100 0 r02 00
98 l't'\7 2 2il227 00 05 2l lm0 623 96618 6
q){9 t4'}0 250221 00 00 00 I00 0 62 l 00
200 50 608 0 2fl227 0.0 0.0 00 r00 0 62.3 0.0
20r ,52.083 0 J5O?l7 0.0 00 00 100.0 62.1 00
202 51.559 0 25022'7 00 0.0 00 100 0 62.3 0.0
t0l 55 (}t{)0 250221 0r)00 00 lm0 62.3 00
201 56 529 0 2.fl227 0.0 0.0 00 100.0 62.3 00
205 58 031 0 25$22'7 00 00 00 lm0 62 l 00
2M 59 -557 2 250278 00 0.8 4.0 r00.0 6.3 tng{D7
107 61 109 0 250228 0.0 00 00 100 0 66.1 00
208 o.$8 0 250228 00 0.0 00 lm.0 66.3 00
Ttis report confcrr6 to pro/bims d 21 CFRptrt 11 AH- 692 R.rl 2 (fost Cl B<tration) - pGt run report - 1Z1Em4 16M:4 - FbSe 3 cf 4
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
422 of 448 @Mostardi Platt
Ctunel DEcr
(ltm)
Contr
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(#S lxt )
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210 6.029 0 2fi228 00 00 00 rm.0 6.3 0.0
2ll 67.'198 0 250228 0.0 00 00 100.0 6.3 00
2t2 o 559 0 )s0228 00 00 0.0 lm.0 6.3 00
2r3 7t 629 0 250228 00 0.0 0.0 100 0 66.1 00
214 73.731 0 25m28 00 0.0 0.0 100.0 66.3 0.0
215 75qp2 0 250228 00 0.0 00 000 $.f 00
2t6 78.N 0 254n8 0.0 00 00 m.0 63 0.0
lt7 8l 10,0 250128 0.0 00 00 m0 663 00
2r8 84.016 0 L50228 00 0.0 0.0 00.0 6.3 0.0
219 n 2(fi 0 250228 00 00 00 m0 66.1 00
DO 90 8{5 0 2l,0228 00 00 00 000 661 00
)1t % 832 0 250228 0.0 00 0.0 000 66.1 00
112 q) 286 0 7507)8 00 00 00 t(n 0 (6.3 00
221 to4 t78 0 250228 00 00 00 100.0 66.1 00
224 I 09 399 0 50228 0.0 00 00 t00.0 66.3 0.0
z2s 4 9t0 0 1s0228 0.0 0.0 00 100.0 563 0()
n6 20.724 )250210 0.0 34 100.0 lm.0 l 565031 5
127 26.854 0 t50230 0.0 0.0 0.0 t0{J.0 100.0 0.0
228 l3 3ll 0 250230 0.0 0.0 00 100.0 lm.0 00
)19 l.l{) I l4 0 250230 00 0.0 00 100.0 r01.0 00
130 17 273 0 250230 00 0.0 00 t00.0 rm.0 00
llr >1 801 0 150210 00 ().0 00 lm0 rm.0 00
2l:62.714 0 :50210 00 00 00 100 0 tm.0 00
2l.l 7l .024 0 250210 0.0 00 00 100 0 lm.0 00
234 't9.146 0 250230 00 00 00 100.0 lm0 00
215 88 893 0 250210 00 0.0 00 lm.0 lm.0 0.0
236 98.4't7 0 250210 00 0.0 00 lm.0 lm.0 0.0
23'7 20851I 0 250230 00 00 00 100 0 lm0 00
218 2 t9.010 0 250210 00 0.0 {)0 t00.0 lm.0 0.0
219 229.981 0 ?50230 00 0.0 00 100.0 lm0 00
24{)241.$5 0 25m30 00 00 00 r00 0 lm.0 00
24t 251 182 0 250210 0.0 0.0 0()t00 0 rin 0 00
242 2b5.828 0 250230 00 00 00 I00.0 tm.0 00
241 178 779 0 50230 l)0 00 00 lrl0 l)lm.0 0.0
7U 292.239 0 250210 0.0 0.0 00 lm0 m.0 00
t45 106 208 ()250230 00 00 0t)r00.0 m0 0.0
246 t20 685 0 50210 0.0 00 00 r00 0 m0 00
247 135 66r U 50230 00 00 00 l1)0 0 m0 0.1)
248 t5t lt6 0 250210 00 0.0 0.0 r00.0 m.0 0.0
149 167 088 0 502i0 00 0t)00 lm0 m0 0t)
:50 183 50 r 0 :50210 ot)0.0 00 000 m0 00
5l {u)._152 ()50230 00 00 (10 ff)()m0 00
5:{t1.t\D U )_s0210 00 00 00 m.0 m0 00
151 {15 215 0 2502 10 0r)00 0r)q).0 tn.0 00
254 453 I8l 0 250230 0.0 00 0.0 m.0 lm.0 00
255 47 I l98 0 250230 0.0 00 00 000 tfri.0 00
256 490 282 r)50230 00 00 00 l(I) 0 tm0 0.0
Ttis report confqnB to prwbirs cf 21 CFRptrt 11
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
423 ot 448 @Mostardi Platt
Itis report corfcns to pwbirs d 21 CFRpat 11
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@Mostardi PlattProject No. M244206A
Scrubber Exhausts and Baghouse Exhausts
424 oI 448
Ttis report corfcns trc porisins of 21 CFRprt 11
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Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
RrEs: 0.5 - rm t,n otfir futs: 1.76
ltresMct 0.5 pn Re CF: 1.6Chan*:l$ Badgrord:2.0#nlTcrd&ds:2sffi8 GrunL:516136#nt
AH - 692 Run 3 (Porl OI Extaclion)
0
500 700 lm
425 ot 448 @Mostardi Platt
ltis report corfons to porisims cf 21 CFRpdt 11 AH - @ Rn 3 (tust Cf Exfetim) - rct rm repat - 1YAfm4 16:51 :0 - We 1 d 4
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57 0.545 t636r 24548 6.3 0.6 00 I 1.2 00 t3u.7
58 0.564 l4l2l D92n 5.5 0.6 0.0 t6.7 0.1 t%.2
59 0.585 t3772 2t49(0 5.3 0.6 0.0 22.0 0.1 tst2.6
fi 0.fi1 14945 201 189 5.8 o.7 0.0 27.8 0.1 I 753.E
6l 0.632 r4261 u;2+1 5.5 07 0.0 13{02 l 883.s
62 0.658 r3268 71981 5.1 0.7 0.0 lE.5 0.2 9n.7
63 0 686 1 3603 5871 3 5.3 0.8 00 41.8 0.2 2291.7
64 0.715 124/.2 451 l0 4.8 0.E 0.0 4E.6 0.1 2382.8
65 0.71'l 11267 32668 4.1 08 0.0 53.0 03 2$1.6
6 0.781 9886 2t40t 3.8 0.7 0.0 56.8 0.4 2.168. I
61 0.816 9793 I l5l4 t8 08 0.0 60.6 04 ?7U.9
0.&51 w5 l0l72l 1.3 0.7 00 67.9 0.5 273s.1
69 0.888 7270 93257 :.8 0.7 0.0 61 0.5 2655 0
70 o.n6 7106 85987 2.8 0;7 0.@.4 0.6 *9,7
7l 0.964 6l5l 78881 2.4 0.7 0.7 r.8 0.6 2883.0
n .w2 6088 72729 2.4 o.1 0.74.2 0.7 t?0?.3
t5 rxo 52 l0 ffil 0 0.7 0 16.2 0.1 1068.0
74 .078 4y.5 61432 1 0.6 0.n.9 0.E 2&50.5
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76 156 371 I 53185 4 0.6 0.80.8 0.9 302.1
n l%3536 4Cr73 4 06 0 82.2 09 I 165.0
78 236 1034 45937 2 0.6 0.83.4 .0 3fln.8
79 .271 2611 42903 ,0 05 0 u.4 0 29t6.1
80 319 2435 4(,2n 0.9 0.5 0.&5.4 2925.6
8l 362 22@ 17796 0.9 0.5 0.86.1 l00l r
E2 .rl05 159 35526 0.8 0.5 0.87. I 2 3137.2
83 450 ft'o 13167 0.8 05 0 E78 l ,12'7.7
84 .4qi 728 3 1408 0.7 0.5 0.88.5 3 30n.6
85 541 638 2%80 06 0.5 0.89 1 4 3153 3
86 .592 573 280,,2 0.5 0.5 0.89.7 .4 3326.1
58
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
426 of 448 @Mostardi Platt
|.hqnl IIreET
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88 695 t2$25t43 0.5 0.4 0 x.7 5 3 184.5
89 1 752 I lll 23896 05 0.5 0 91 3 6 1750 8
90 810 |4',7 22563 0.4 0.5 0 91.7 'l 3560.1
9t 1.87r 1096 2 l4l6 0.4 0.5 0.92. I 1 3758.2
n 915 1003 203 l9 04 0.5 0 92.5 .8 1806.9
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95 2 r5l 821 7359 0._l 0.5 0 93.6 2.0 4287.2
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97 lt4 7t8 565 I 0l 05 0 (}l2 f 1{i62.2
98 2.rm 146 49ll 0.3 0.5 0.%.5 l 5396.4
99 t.489 ltt 4lE7 0l 05 0 q48 2..r 5758.9
m 2582 OO 1474 0.2 05 U 95.0 2.5 5583.1
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ol 2.m fl2 1088 0 0.5 0 959 1.0 7028.2
05 l. r02 506 0586 0 06 0 96. I ll 7899 6
06 3.2r 8 494 m8t 0 06 0.2 %.3 3l E6n.l
07 J JJ6 39i 95&7 0 0.5 0l 96.4 t,r
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t0 3.'723 itl5 8320 0 0.7 0.1 96.9 40 224.3
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2 4.00r 397 75 l0 0 0.8 02 97.2 t4 3103 9
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4 4.296 y1 6744 0.0.8 0.3 97.5 49 144 l 5.1
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r6 4.ffi 28r 6030 0 0.7 0.3 97.8 55 14375.7
1 ,16 i1 l2'7 5't49 0.09 03 c7q 58 l 8542.8
8 4.91I Jt7 1422 0 09 04 98.0 6.2 l 9885.2
t9 5 r00 :95 5lfti 0 09 04 98. I 65 20455 3
20 5 274 )or 481 |0 l0 04 98.2 6.9 22358.2
I 5 45.1 24;4520 {)09 0.t 98.-j 7t 20965 I
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l 5 812 125 4050 0 09 0.4 98.5 8l 21142.3
24 6.031 252 1826 0 ll 0.5 98.6 8.6 289t2.9
5 6.I7 t82 1574 0 09 0.1 q8.7 9U I ll8.l
26 6.49 220 l39r 0 06 988 vb 1083E.4
r'7 6.$1 182 I l7l 0 0 05 988 l0 I 28267 9
28 6.892 r80 29m 0 0 06 989 t06 t09t6.5
l9 1 t24 tq9 2E09 0 t) 'l qa0 il,1 \7'7M.4
ll0 7.367 189 2610 0 07 99l 120 t9480.0
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32 7.857 t67 z1J4 0 l 0.8 q92 13.5 42368.7
l 8.il1 129 2061 0 t)0.6 992 I.1.2 ]6182 0
l4 8.375 lrto t937 0.1 0.8 9.3 r5 0 42916.t
5 8.(il3 t)t | 798 00 07 aa.l 15 7 40860 I
l6 8.915 r09 t677 00 07 $.4 I6.4 10421.0
1 9.lgl l:4 r56lj 00 l 09 9)4 l7l $529 0
l8 9.471 124 t4,u 00 4 l0 99.5 l8.l 55291. I
l9 9.755 9S l_119 00 09 99.-s t9 I 117988. I
140 r0.040 85 t22t 0.0 0 0.E 9.6 20.0 45 106.3
l4l r0 128 13 I l16 00 0.9 08 e9.6 207 {22 14 l
142 10 623 53 l(x2 0.0 0.7 0.5 q)6 2 r.3 3l 124 0
t4l r0921 68 l0 l0 00 0 08 q9.6 22. r 4&65 2
t4 |.229 70 94t 00 09 99.7 230 5174t.6
145 il tlo rti 872 lJ.0 {){).9 q97 240 50694 5
t$I1 859 ol 809 0.0 0 l0 9.7 24.9 515 19 2
1.1?I2.t&r 68 .l?00 2 l1 9a.7 16 I 6148i:
Ihis report cmfsns to pwbirs d 21 CFRpart 11
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
427 ol 448 @Mostardi Platl
Itis report conftrrrs to pwbirs d 21 CFRpart 11 AH- 6e Rx 3 (fu6t 0 Ertrrctix)- pGt rm report - 12fflm416:51:0 - Bge3d 4
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49 2.851 49 612 00 I,O l0 998 2'7.9 t{889 1
50 3. r98 43 582 0.0 09 09 99.8 28.8 ,1233.8
5t 1.550 l6 w 00 0.8 08 998 79.'7 46575.6
52 3.9r0 A 504 0.0 08 0.9 99.8 30.s 479M.3
53 4.278 34 470 0.0 08 09 q)8 ll.4 5l892 5
54 14.654 37 416 0.0 1.0 l.t 99.8 32.5 6t701.8
55 I 5.018 32 198 0.0 0.9 l0 9.9 t3.6 57598.6
56 t5.432 26 3fi 0.0 0.7 0.9 9.9 y.4 49t36.6
57 l 5.834 22 14l 00 01 0.8 9q9 35. l 46008.1
58 t6.241 39 3r8 0.0 l3 1.6 9.9 168 n9t6.2
59 t66'tl 11 279 00 0?l0 $s 178 516%0
50 t7.t07 25"!00 0.5 07 999 18.5 ,10161.0
bl 17 554 {:41 0.0 0s I,]qr.9 397 67509 0
5?.r8.015 218 00 0.6 O,E 999 lm.5 4q7.5
63 18.4m 201 00 0.6 09 q9.9 4t.5 50717 l
t64 r8.981 187 0.0 0.7 1.0 9.9 42.4 9'862.2
r65 19.488 t72 0.0 0.8 l2 99.9 43.6 65979.5
t6 20.014 r55 0.0 06 0.9 9.9 u.5 ffi22.2
t61 20 555 l0 l4-i 0.0 05 0.8 999 45J &52.9
168 21. I l2 l5 ll'l 0.0 08 l3 lm0 4.7 75/,92.8
169 l l .68l I ttt 00 05 08 m0 175 45417 I
70 u..269 9 t09 00 0.5 0.9 00.0 48.1 4922t.1
l]l 22.870 15 l(n 00 t0 l7 m0 $.l 95972.1
72 21.488 l4 85 0.0 0.9 I,6 m.0 51.'7 q2{t5 5
71 21.t21 l 72 00 02 r).{m.0 52.2 25022. I
74 24.m 3 68 00 0.-l 0.5 m0 52.1 27102.0
75 25.q 5 65 0.0 04 0.8 m.0 534 4401 t 4
76 26.t26 9 60 00 0.7 l4 m0 9.9 791U.3
77 2583I 5 5t 0.0 0.4 0.9 00.0 55.8 51654.9
178 2'7.555 1 46 00 06 l.l m.0 57. I 7459p.8
l"7c 28.299 5 ]9 0.0 0.5 ll 00.0 58.2 60605 2
180 29.M3 14 00 0.2 04 000 58.6 2l883 9
r8r 29.&{9 0 _]2 00 00 00 m0 58.6 00
r82 10.658 5 32 00 0.6 t4 00.0 60.0 TtM2.3
8l I I rl90 21 00 0.2 05 000 605 27835 7
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90 18.062 5 00 0.9 26 100.0 67.2 t4745't 5
ql l9 124 q 0.0 0l t0 r00.0 68.1 51186 0
92 4tJ.223 1 7 0.0 0l 1.0 100 0 @.2 580 l 2.5
93 4 r.16r 0 5 00 00 0.0 100 0 69.2 0.0
l%12.539 0 5 0.0 00 00 lm.0 $.2 0.0
r95 rll 76 I )5 00 04 l-l 100.0 706 74701 4
t%45.029 1 l 00 0.4 1.5 rm0 72.0 8l 387.8
l9l 1t.146 0 00 00 00 rm.0 7.0 00
198 41 7t'7 0 2.00 00 00 lm.0 72.0 00
t99 49 I4l 0 2 00 00 0.0 100 0 -i? 0 00
2m 50 608 0 )0.0 0.0 00 100 0 72.0 0.0
201 52.081 0 a 00 00 00 lm.0 n.0 00
2A 53.559 0 2 0.0 0.0 0.0 lm.0 n.0 00
201 55.040 0 )00 00 0.0 100.0 12.0 00
2M s6.529 0 2 00 0.0 0.0 100.0 72.0 0.0
205 58 031 0 )00 0.0 00 100.0 n.0 00
206 59.557 0 2 0.0 00 00 t00.0 72.0 00
207 I 0r)6l 0 00 00 00 100.0 i2.0 00
208 62.O8 0 2 0.0 0.0 00 rm0 T2.O 0.0
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
428 of 448 @Mostardi Platt
ltrs report confsns to pro/bixs d 21 CFRpart 11 AH- 692 Rrl 3 (fo6t 0 E<trrcti:n) - pct rm rry1- 1ZN|M416:51:00 - Pge4d 4
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210 6.49 0 1 0.0 0.0 0.0 tm.0 n_0 0.0
2il 67.798 0 )00 00 0.0 lm0 't2.0 0.0
zt2 69.659 0 2 0.0 0.0 0.0 lm.0 n.0 00
tl 7t 629 0 00 00 0.0 100.0 n.0 0.0
214 73.731 0 z 0.0 00 0.0 lm0 T2.O 0.0
215 7s.992 0 1 0.0 00 0.0 t00 0 n.0 0.0
2t6 "t8.M 0 f 0.0 0.0 0.0 100.0 n.0 0.0
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218 84.036 0 2 0.0 00 0.0 100.0 n.0 00
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I ql 832 0 )00 0t)00 lm0 n0 0.0
D2 99.286 0 0.0 0.0 00 t00.0 72.0 0.0
:2,1 lM.l78 ()00 00 00 lm0 20 00
224 109.399 0 1 00 00 0.0 100 0 n.0 00
225 4 9t0 0 00 00 00 r00.0 n.0 00
226 20.724 z 2 0.0 3.0 28.0 100.0 100.0 r 568449 0
227 26.854 0 0 0.0 00 00 r00 0 100.0 0.0
228 t)313 0 0 0.0 0.0 0.0 r00.0 100.0 0.0
72c ,10.1 14 0 0 00 00 00 rm0 r00 0 00
230 7 273 0 0 00 00 00 t00 0 r00 0 {) r)
lll )4.801 r)t)00 00 00 lm0 I00 0 00
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t):t.024 0 0 00 00 00 100.0 lm0 0r)
,1 '79.74b 0 0 00 00 00 100.0 r00 0 00
235 88.893 0 0 00 0.0 00 lm.0 r00 0 00
236 t98.477 0 0 00 0.0 00 100 0 rm.0 0.0
231 208.511 0 0 00 0.0 00 t00.0 rm.0 0.0
218 219.0r0 0 0 0.0 00 0.0 lm.0 lm.0 00
239 729.981 0 0 0.0 0.0 0.0 lm.0 100.0 0.0
2q 24t.435 0 0 0.0 0.0 0.0 r00.0 lm.0 0.0
24t 251 382 0 0 0.0 0.0 0.0 100 0 100.0 0.0
242 265.82E 0 0 00 0.0 00 100.0 100.0 0.0
:43 178.779 0 0 0.0 00 00 100 0 lm.0 00
2&292.239 0 (l 0.0 00 0.0 tm0 100.0 0.0
245 106.208 0 0 00 0.0 00 100.0 100.0 00
246 120.685 0 0 0.0 0.0 00 rm.0 100.0 0.0
21t'135 66{()0 00 00 00 rm0 r00 0 00
248 351 136 0 0 0.0 00 00 tm.0 tm0 00
l4q 167.088 0 0 tl0 tl0 00 l0() 0 r00 0 00
t50 183 501 0 0 00 00 00 100 0 t00.0 00
251 4{n 152 rl r)0.0 00 00 l(n.0 100 0 00
)(l 4t'7.98 0 0 00 00 0.0 lm.0 r00.0 00
l5r .135 215 0 0 00 00 00 rm.0 100.0 0.0
2rl 453. I 83 0 0 0.0 00 0.0 100.0 100.0 0.0
255 t7t 198 0 0 00 0.0 00 100 0 100.0 00
256 4m.282 0 0 0.0 0.0 00 100.0 lm0 00
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
429 of 448 @Mostardi Platt
Itb report cmfanE to pro/bbrs d 21 CRpart 11
r#*, lwO
t-bs:l@in Schltz
ftcbcd: Grrd AnatYSs - SrnrEtjql
R.n He/line: 12fNm41AU
Fbpat Dde/line: 12lNM4, 14:.43
Cdfrdi,l Fierlare: EEB@SSSI\S
Gnnst:ivC6IAFD HJATI At-Ism R,l 1 Flts and Acdcre vlbshl KI\G PII; P[ S54176/-62 + 54'176&62; 64$7-62
Il 4Al-[5m Rrr 1 (tu6t O Effslirr) - ef&fru414:43:07- ftgB 1 d 1
lvbd nrrbs:LEI{D
SrEcrgN m00@5
cdbrdim date: 1 1-1&24
Serss ncde:9rrnerirt
t\,tm 1.1tt9gn
trt&:0.545 rn
lvbdat 0.781 ;rn
SildndBvidh: 1.304 trn
9currss: 10.2 gn
Krtosis:t109.9 lrn
FLrdVdure:60.0 nl
SandeTrre:60 sc
bEs0.5- 40fn OMiYt futo: 1.76
'ltr6hdd 0.5 1rn Be EF: 1 0
Chands: l$ Bacl€rqrtd4.on/nl
Tctd furls:301781 Olrrts/nL 15G82 #nt
AH'500 Run 1 (Porl Oil Exlraclion)
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Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
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430 of 448 @Mostardi Plaft
Itis report canfcns to porbkrs cf 21 CFRpart 11
E.G,i'lwO
Lber:l(et/in Sch.aE
Ftd@d:Cssd AnalysE - Srrrrstirt
RnEey'line: 1YNM41AU
ftpot Hdline: 12IX|M\ 14.43
ffi: [iG"fAm H-ATT' AF|sm Rn 1 Flter ad Acdcrn Vlbh: Kl'/S ffL PTLU5/j761-@. + 54176&@: 8IST-62
vojAl-+smRn 1 (tostct &trrtim) -2rN2Q414:43:21- tugB 1d 1
l/bd rrrrber: LBm
SEESgN mCB@s
Cdlralir 6e: 11-1&24
Serstr nD&: 9rrndicn
Cdtrdivt Elmare: EGGSSIiS
Irrkr:€.634pn
tvbde 114.910 [n
tiibdan: 17.564 gn
Sfl(bd ftvknin: tl6. 16/ gn
Sclvress:0.8 En
Knmb: -1.2 gn
HtiJ Vdure:60.0 nl
Samle Tnre:60 sec
Rr€e: 0.5-4Sl,n DlutioFatcr: 1.703
TtresMd 0.5 irn Re CF: 1.m
Grardsi 15 Eacl€rood4.O#nl
Tcrd Oan6: 301764 Grns/nti 15(8822 HnL
AH 500 Run 1 (Porl Oil Exrrcllon)
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Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
I r 5678lCP&tda Srr. lm)
50 70 llc ?00 100
431 ol 448 OMostardi Platt
Ttis reportconfanstopwbirsd 21CRptrt 11 AHsmRn 1(fustOlErfrti:n)- pctrlnreport- Qfntm41O55:49'ReEl d 4
'ffi*lwO Rdad: Ccrsd Analysis - srnrdirtfrqet 64S7-@
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Ha c*ctirr datdtirc 10.34 121fr12@4 Cdbdil1 fite: E6m@5SS,\SFbportHefTne: 10.fi12mfru4 ffiind€/tine:11-1&24
Taget ccrenfdim: 75@ Sarpte htro<lrlir: lvErud
Vdtrrasarpled 60.0nL
Srrde:AHSO R.n 1 (tu6t CI E<rffii)
Orrrrcrt:lrrG'IAFDqlrr: A$smR 1FlteradAcaoreVlhhl KlvGPILPfLB5417fi-62+54176&@: 64$7-62Brt.n'orEco,Estrdirr:4.0/nt
hrts nrcued 17247 9rrrraomvolage: 11.7V
Tcrd cqrrB (:0.5 t tt'{lle 6<ti.rtirr vottage: 1Oa V
Icrd corrs/nL (> 0.5 prf : 15@ /nL
ReCF: 1.m
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l0 0.%0.916 4.M
c)0.765 5.357 n2n
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51 0.)45 t6480 29242 55 05 0.0 9.1 0.0 194.4
58 0.564 14741 41989 49 0.5 00 14.6 0l 186.2
59 0.585 14356 58345 4.8 0.5 00 193 0l I 503.7
()0.fi]15525 71870 5.1 06 0.0 245 0.1 82 1.9
6l 0.612 14854 88725 1.9 07 00 29.1 n')l9(;1.6
62 0.558 trl400 03 t24 4.8 0.7 0.0 v.2 0.2 2t46,.5
ht 0 686 5t t7 8241 50 08 r)192 03 2550.0
&0.715 1945 12r86 46 03 0 43.E 0.3 2670.1
65 0;741 24'78 41{6t 4.1 08 0..17 I 0..1 2n6.1
6 0.78r 1589 56253 ,8 0.8 0.518 0.5 2E93.2
67 0.816 I r80 6'7433 1 0.8 0.555 05 31795
68 085r 9905 77338 l 08 0 s8.8 0.6 12m.5
69 0.888 8'775 861 ll q 0.8 0 61 7 07 72t6.;
70 0.n6 8198 915t2 .E 0.8 0 4.5 07 3486 I
7t 0.96{'t81 202198 ,5 0.8 0 670 08 1602.8
n .fiz 1242 2Wt 4 08 0.@.1 0.9 38 l 5.4
t).040 6-slt 2t5ns 2.2 0.8 0 /l b .0 3848.0
74 .078 5504 221479 8 0.7 0,73.4 I 16ll 2
75 lt7 4929 22ffi8 6 07 0 750 I 1595 1
16 r56 4193 23 120 r .6 0.7 0.76.6 .2 3n6.6
77 l%45 t0 21571 I 5 0.'7 0 78. I l 4016.6
78 236 4m8 23s4t8 .3 0.7 0 794 4 3%4.0
79 217 3574 243292 trh 0.80.6 5 1898.7
80 ll9 3325 246t't I 0.6 0 8 t.7 5 3945.6
8l 3O 297 t 249588 .0 0.6 0 82.7 6 1928.7
n 405 7978 252%5 .0 0.6 0.83.7 't 4327.3
83 450 27 t0 255276 09 0.6 0 84.6 8 4326.1
u 496 2624 25789D 0.9 06 0.85.5 9 4599.1
85 543 25@ 2AW 0.8 0.1 0 86.1 20 481t 6
86 592 2t2l 262530 0.7 06 U.87.0 2.r 4/.85.2
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
432 of 448 @Mostardi Platt
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87 1.643 2169 zffi 01 0.6 0r 87.7 22 5039.E
88 r.696 2fi2 26670t 0.7 0.6 0l 88.4 2.3 5l t6.l
89 |.752 I 994 268rF5 0.7 0.7 0l 890 2.4 5ffi.4
90 t.8r0 I 834 270529 0.6 0.7 0l 89.6 2.5 563,9.2
9t r 87l I 706 2722y.06 0.7 0.r 902 27 5U7.]
92 1.935 I 505 273739 0.5 06 0r 907 28 51t3.6
9l 2.W r 501 215243 05 07 0l 9t.2 2.9 633't.5
91 2.0't'7 r 541 2767E/-0.5 o.'l 0.2 9t7 l.l 7227.9
95 2.151 t29t 278I,7 0.4 07 0t 91.2 32 6'tfi.0
96 2.232 ll45 2'7%22 0.4 0.7 02 n.6 J.1 7n8.7
91 I l.l r 256 280679 0.4 01 02 e30 l6 E 153,4
98 2.4m I lt0 281 789 0.4 07 o2 93.4 j7 m32 9
I 2.489 1079 28286,3 0.1 0?9]1 -r.9 8714.0
lm 2.582 987 283856 0l 0.7 02 94 I .il 8896.7
r0l 1 678 rm6 zut]f,2 0.1 08 02 94 tl 4l t0lt7 7
102 2.n8 890 285752 0l 08 0.2 y.7 4.5 9991.9
103 2.882 885 286638 0l 08 02 95.0 .1 8 lt0q,t
IM 2.990 829 287467 0l 0.8 0.2 95 1 50 n(p.2.4
105 I r02 785 288X2 0l 08 0l 955 5l t?261 7
lff 3.2r8 731 288989 0.2 0.8 0l 958 5.5 12857 1
r07 t 3l8 o5 289581 0.1 08 0..1 %0 58 11522.0
108 I 46)681 2%3$0.2 09 0l 96:6.1 1.r828.0
t0s 3.590 ri9l 291057 0.2 l0 0{96.5 b.5 16748.5
t0 3.723 620 2916'77 o2 0s 04 96.7 68 16144.4
ll I 860 608 29228s 0.2 0 0{969 2 l8l0l.3
l2 4 001 567 292852 02 0 04 97.0 16 19013 8
l3 4.l116 551 291$5 0.2 0 04 977 80 20653 6
t4 4 296 410 293C75 0.2 0 0.4 9"1 4 84 19503. I
t5 4.419 458 29{333 02 0 04 97.5 8.9 21il71
l6 4.$6 427 2947(0 0.o 0.5 n'l q4 2 r 868.5
t'7 4.767 453 295)13 0 06 s78 99 262(8.9
l8 4.931 385 295608 0 0 05 98.0 t0.4 z4t6t.6
l9 5 r(n r68 295q76 0 0 05 98 I t09 25539 6
20 5.2'74 t'76 296352 0.06 98.2 I 1.6 28895 7
2t 5 4tl l?8 296710 0 )01 98.1 [.t2099 4
22 5 640 322 297052 0 0.6 98.4 129 t02ll l
2l 5.812 135 297381 0 l 0.7 985 ll6 !1836.6
24 6.01l 317 297704.0 J 08 98.7 t44 36311.2
25 6.23'7 329 298011 0 I 0.9 98.E l5l 4r735 5
26 6.U9 298 298110 0 l 09 989 16. I 41815 0
1 6 667 ltfi 298596 0 l 0.q 990 t7 r){l2r 3 0
28 6.892 242 298838 0 l 0.9 990 t79 4r443.1
?9 ,1.124 52 2990eY)0 {l0 99 l I89 11697 0
l0 7.362 223 2993 r l 0 rl 992 198 46593 5
lt 7.4)6 l7'7 29C490 0 09 992 :07 q796.1
t2 1.857 t%29686 0 l l0 99 1 21.1 497 r 8.1
ll 8 lll r65 2985 |0 l0 $4 22.'7 45179 6
14 8.375 t4l 29,442 0.0 0.9 994 236 434699
l5 8.6{l 160 lml52 0l l 9q.5 24.8 *t{97 1
36 8.91 5 lll rm28l 00 0 995 25 tt 48611 5
l7 919t ll6 lmllc 00 I 2 99.6 t69 55174.1
38 9.47 t l2l lmvo 00 2 995 t8. l 5377'1 3
r9 9 755 l2l lm66l 0.0 t l 96 293 5957I 5
q 10.040 99 lw62 00 9.7 n.4 s2323.3
4l l 0.128 89 100850 00 0 991 ll 5 5r074 0
42 10.621 87 300917 0.0 991 32.6 *t%.3
43 10.923 6l l0rffn 00 0.8 09 991 13.6 42980 1
dA .229 65 10t065 0.0 0.9 0 99E y6 47955.6
45 fl)65 l0l llq 00 0.9 998 -15.7 52U46
46 .859 5l t0l182 00 08 0 99.8 166 .l$86.0
41 tE4 65 l0 I 247 00 lt l 9S8 l7q 6t 262 8
Ttis report coflfqns to pro/isins d 21 CFRpart 11
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
Al-I500 Rn 1 (tust Ol Ectrrctirx) - p6t rLn report - flru2V24 10:55:49 ' Rge2 d 4
433 ot 448 @Mostardi Platt
ltis repstconfsnstopwbirs d 21ffi,W111 AFF50Rn 1(tust OlErtmti:n)- pctrtnreport- 12N242410:55:49- PlgB3d4
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149 2.851 l9 l0 r ll9 00 0.7 0.9 999 400 4t532.9
150 3.198 27 30 r 366 0.0 0.5 0.7 9.9 q.7 32789.6
5l 3.550 37 l0t 198 00 0.7 09 999 41 5 421 39 8
s2 1.910 l6 301434 0.0 0.8 t.l 99.9 42.6 50385.6
5l 4.218 2)101456 0.0 05 o7 999 43.1 31730. I
54 4.6v ll 101487 00 07 9.9 44 50488.2
55 5.038 ll l0l5 l 8 00 08 9q9 455 t{567 I
56 5.432 27 30t t{5 0.0 0.7 999 $.6 52412.4
5')5.814 22 l0t 567 0.0 06 .0 999 47.6 !l6m8.l
58 6.247 t7 ]OI5M 00 05 0.8 999 .18.4 382]]. r
59 6.ri7 I 9 ,101 591 00 0-1 0.1 q)9 4E8 20652 1
g)7 107 l5 ]016()8 00 05 0.8 E)9 49.1 40161 0
6l 7 554 l0 10 I 628 00 07 )100.0 )0.9 5786r.9
8.015 20 l0 I 6{9 0.0 07 l lm0 s2.2 62543._l
6l 8.,190 20 l0 I 609 0.0 0.u 4 t00.0 51 6 67623.0
u 8.981 t1 l0l 686 00 0.7 J lff) 0 9.9 60958 0
65 r9488 l0 l0l 6)6 00 04 08 100.0 557 39581.7
6 20 014 9 l0l 705 00 0.4 08 lm.0 56.5 15710.2
6,1 t0 555 5 l0t7l0 00 0l 0.-5 100 0 570 23226.4
68 2t il2 l0 l0l 720 00 05 ll l(n.0 58.0 50t28.5
$2l ri8-1 30 127 00 0l 0l l(r) 0 582 q)E7..1
70 ?2.2t.9 l l0 n4 00 0.1 02 100 0 5E4 9E44 1
7l 2: 870 )_10 7?q 00 0l 07 l(n 0 59 I I l$0.?
12 21.488 '7 t0 735 00 04 I0 lm.0 60 I 46202.7
1f :4.121 0 l0 735 0.0 00 00 r00 0 ()l 0.0
74 24.712 I 30 739 00 0.2 0.6 100.0 06 27102.0
75 :5 {40 0 l0 r 719 00 00 0.0 r00 0 06 0.0
76 26.126 2 30174 r 0.0 0.1 0.1 lm0 51 0 158% 9
17 2681I l l0 I 7,1,{00 03 0.7 Im0 6t7 w36.6
78 )7 555 l0l 746 00 0.1 0.4 lm0 62 1 r8650.0
79 28 299 0 l0 l 746 00 00 0.0 lm.0 62.t 00
8{l 29 061 2 301747 ().0 02 0-5 lm.0 62.5 21881 9
8l 29 849 0 l0l 74?00 0.()0.0 100 0 hl.5 00
82 10.658 1 l0l74q 0.0 0.2 05 100.0 63 l 25687 4
8l _1L.r90 5 _101?54 00 06 t8 lff) 0 ar.8 81507 I
84 l2.l.16 1 101756 00 0:0.6 lm0 655 yl168.2
85 13 227 l0 | 758 00 0l 0i r00 0 62 ]27U.1
36 34. l 16 0 l0 I 758 00 00 00 lm.0 60.2 0.0
87 15 072 l0t 759 00 0.1 08 100 0 670 lM55 5
88 16.017 0 l0t 75e 0l) 00 00 lm.0 670 00
89 t7 013 0 -)0175q 00 00 00 lm0 670 00
r90 18.062 0 l0t ?59 00 00 00 101.0 61 0 00
t9r le I l;l 0 l0l 759 00 00 00 lm.0 n7 {)0.1)
l9i q)22)l0 I 761 00 03 100.0 6E2 580r2 5
r9l 4l t6r 0 l0l 76r 00 0rl 00 lm0 682 00
tc4 12 519 0 l0 I 761 00 00 00 lm0 682 00
r95 43 76I 0 t0 r 761 00 00 00 t()0.0 ffi:0.0
196 45 029 0 l0l76l 00 00 00 Im.0 68.2 00
197 .16.146 0 10176 00 00 00 r00 0 682 0.0
198 47 1 t'l 0 )0t16 00 00 00 100.0 682 00
r99 49 l.ll 0 10176 00 00 00 r00 0 6E2 00
2m 50.60E 0 10176 00 00 0.0 lm0 68.2 00
l0l 52.083 0 l0l 76 00 0.0 00 Irm.0 68.2 0.0
202 53.55e 0 10176 0.0 0.0 00 100.0 682 00
203 55.O{0 0 10176 00 00 00 100 0 68.2 00
2U 56.529 1 t0 I 763 00 06 3.4 100.0 'il6 t61030.6
205 58 031 0 t0 l 761 00 00 00 100 0 11 6 00
2M 59 s57 0 301 751 00 00 0.0 lm0 7t6 00
207 6l l0)0 l0l 761 0rl 00 00 I00 0 7t6 0.0
208 62.698 0 l0l 763 0.0 00 00 lm0 1t.6 0.0
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
434 of 448 @Mostardi Platt
ltis report confqns to pwbixs of 21 CFRpart 11 Al+sm Rrt 1 (fu6t Ol Ertrrcti:n) - p6t rm rryl - flruz@4 10:56:49 - Wa 4 d 4
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2(D 64.133 0 30 r 763 00 00 00 lm0 71 6 0.0
210 6.029 0 30t 763 0.0 00 0.0 100.0 71.6 0.0
2|6'7 798 0 ]0r 761 00 00 00 100 0 71.6 0.0
2t2 69.659 0 l0 I 763 0.0 00 00 lm.0 7t.6 00
213 71.629 0 l0 I 761 00 00 00 100.0 71 6 00
214 73.73t 0 l0l 761 00 00 00 lm0 71 6 00
l5 75.992 0 l0r 761 00 00 00 t00 0 7t.6 0.0
216 18.m 0 30t763 0.0 0.0 0.0 lm0 7t6 0.0
ll7 8l t09 0 l0 I 761 00 0.0 00 r00.0 7t6 00
218 84 036 0 l0 l 763 00 0.0 0.0 r00.0 7t.6 00
219 87.26 0 l0 I 761 0.0 00 0.0 lfi) 0 71 6 00
220 90.&16 0 l0l 761 0.0 0.0 00 100.0 71 6 00
221 %.812 0 l0 r 76_1 0()00 00 lm.0 7l.b 00
222 99.286 0 l0l 763 0.0 00 00 100 0 7t6 00
104 I78 0 l0l76l 00 00 00 tm0 7t 6 00
u4 l1l9 199 0 t0 I 763 00 0.0 00 tm0 '7t 6 0.0
225 .1.910 t0t 76{00 5 :84 100 0 t00 0 l 152586 8
226 20.124 0 3017u 0.0 00 00 tm0 lm0 0.0
l2'7 16 854 (l l0 I 76r 00 0.0 0.0 rfil 0 lfi).0 00
228 13 3ll 0 l0 I 764 00 0.0 00 100.0 I(}1.0 00
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2]1 79 116 0 l0 7(A 00 00 0.0 lm0 000 0.0
215 88 891 0 l0 1g 00 00 00 ixl 0 000 0.0
?36 98.417 0 l0 7A 0.0 0.0 00 m0 m.0 00
23'7 1085I3 0 30 76t 00 00 00 m0 000 00
218 219 0t0 0 l0 7A 00 00 00 m0 000 0.0
239 229 98 I 0 l0 764 00 00 00 (I) 0 000 00
24{)241.435 0 30 7(A 0.0 00 00 m0 m0 00
t4t 251 182 0 l0 7$00 00 00 00.0 m0 00
242 265 828 0 l0 7U 00 00 00 000 m0 00
241 218.1'79 0 l0 161 ()0 00 00 tI 0 000 ().0
2q 292.235 0 l0 1U 00 00 00 m0 m0 00
245 106 108 0 l0 161 00 00 0.0 000 m.0 00
2.16 320.685 0 l0 I 7fi4 0.0 ll.0 00 m0 000 t)0
24,'1 15 661 t)l0 I 761 00 00 00 m0 (n0 00
248 l5l l16 0 l0l 761 0.0 00 00 (n0 (r0 00
:49 Iri7.0tl8 ()l0 I 761 00 00 r)0 t)0 0 000 00
tvl l8l.50r 0 l0 I 761 00 00 00 000 000 0.0
251 J00 351 (l 10176l utl 00 0(l (x).{){n.0 00
252 .t I 7.6(})0 l0 I 764 00 00 00 00 {J u).0 0.0
t5l .ll5 l35 0 l0l7ril 00 00 00 (_f,).0 (n0 r) ()
29t 451 I83 0 t0 I 761 00 00 00 m0 000 00
255 471 398 0 l0 I ?6t 0.0 00 r)0 m0 m0 00
256 490.282 0 l0 I 7o1 00 00 0.0 m0 000 0.0
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
@Mostardi Platt435 of 448
Tfb repdt cfiftrnc to provbiss d 21 CFRp€rt 11
E.r*$'i'lwO
l-ber: Kanr SchJE
Rd6d:Gertrd Analyss - Srrrrd:cn
Rrr BdTine: 1 ?Jfr I 2041 1 : 53
Fhpat HdTine: 12lnlm4, 14.43
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SerEa nd: SrnrElir
Hrdbr Fkrare: C666SSltS
Itrtm: 1.09pn
lv&: 0.545 fn
ilbda: 0.747 Pm
Srrdrd fuviatbn: 1.185 gn
S(a,vrEss:8.1 |rn
KrGls: 144.2|'rn
FIiJ Vdure: @.0 nl
SardsTne: 60 sE
kEB: 0.5 - tlm fn Dlrion Factr: 2. 181
Ttr6fdd0.5[n ReCF: 1.0
olrnds: 15 &clgrond:0.0#ni
Totd ft.rls: 563128 @rtsllL:2j673fr1flL
AH 500 Run 2 (Port OI Extr.cllon)
3 4 5678lC 20Prrtdo Srm irn:
kn \ 7/u1- tL -ioL4L 1c,7tl-tz-N
@Mostardi Platt
a)i
5
)a
aIilzf
2
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
436 of 448
Itb report confcns to pwbirs cf 21 CFRprt 11 VOj AHsm Rn 2 (tu6t Cr E<frtin) - 12fnfm414:4:07 - PdSe I cf 1
nffi*lwo
[.bs:lGyin SchJtz
Ffcrocd:Cgcrd Anarysb - SuYrEtirr
RlrHdline: 120N411:53
ftgl Daldlnre: 121fr1M4. 14:4
tvtd nrrber:LBlm
SrEdg1\tffiB@s
Cdbrdirl cbte: 11-1&24
Serlsd nd: Srrrrgtsr
Cdber Fhnare: 66@55. SltS
o.mfi:t\,c6rAm R-ATT: AH5ORn 2 Fler adAcdoeh6h. Xlrr6PIL: PrL 85417@62 +A1T7AQ..64S7-62
ttrkt: 18.623gn
tt/b&: 56.529 gn
lvbdar: 12.1& l,nS-dad DvEtcn: 1669 lm
S<er,vrrss: 1 1 gn
l(rtcs: 0.0trn
Flud Vdure: 60.0 nl
Sarpb line: 60 se
3'.
2J'.
15.
0 a'
0
4 56 81
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
kge:0.5 - 4m gn Dluir Fatcr'2.181
Tkeshdd 0.5 gn Re CF: 1.0
Grn*: 1$ hlercudO.0flnlTotdOcris:563143 &rls/nl:22125B#/nL
AH 500 Run 2 (Port Oil Erlr.cllon)
ili
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I
I
I I
a
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f
20c lo0 r00 600 E00
PaArctc S.Ie (Fmr
437 of 448 OMostardi Platt
Itis report crffirE to ptorvbirE d 21 CFRptt 11 AHsm Rn 2 (tost Cf &trethn) - pct rm reprt - Qlntm4 11:55:07 - Rgp 1 cf 4
ft6cd Gersd Anatsb - Srnrationnqect 8l$7-62'ffi*lwo
Q{dc. lGrhSch.itr
Ha cffii,r dal€/tirB: 11.531?J&fN4
Fbpot HdTne: 1 1 :$ 1?l&1X24
Tag€icstsHi,l: 75@
SardsAl|50 Rn 2 (to6t Cr E(udst)ffi: tuGrAm R-ATT: AFl50 Rn 2 Flts d Ac€tsE Vlbh; lcv6 PIL PIL B 54 1 7e@ + 54 1 7G6? 6457-62
Orts nrcued25369l
Totd corls (> 0.5 prf:563143
Idd cqrrs/nL (> 0.5grl216TJ lnL
FteDF:1.0
i/bd# LEI(P
SsrscgN mG@s
Serscno&: Sumdirtffiimfle: mB@sSSt\S*rdh ddetirrB: 11-l&24
Sarfle'fro<frtin lvbnd
Vdrra sarped 60.0 nL
Bd€rord cuEfi ratbn: 0. 0 /ntgrnrdhvdi4e: 11.7V
Edhctbv@o:10.4V
DN DA DV
l0 0.543 0.830 3.E12
t0 0.7'{)4.721 D.A9
qt 1.718 15.q,47.38
Ctnel IXlmor
0D)
C-@ts
(#)
Cmddr
(#Sllh)
Ndr
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llltt
PN
Vdun
(v)
Nuilcr
(%sur.)
Vdume
(%Slxr)
AbVdrm(lgfi
s6 0.526 2ffi4 25664 4.6 0.5 0.0 4.6 0.0 19s7.9
57 0.545 324t3 58fl,7 5.9 0.7 0.0 10.5 0.1 2742.4
58 0.554 2896/, &704t 5.2 0.6 0.0 15.7 0.1 27126
59 0.5E5 27&5 lt4f/.1 50 0.7 0 70.7 o.2 2891.7
60 0.60'7 ][6,26 t45273 55 0.8 0.26.3 o.2 35%.I
6l 0.632 29250 174523 5.1 0.8 0.ll 6 03 3862.5
62 0.658 28t29 246s2 5.1 08 0.36.6 0.4 4191.0
53 0.685 28980 2-1 t632 5.2 1.0 0.rll 9 05 4888 6
64 0.7r5 z$n 258062 4.8 0.9 0.$.7 0.6 5061.6
65 0.747 240/.8 2821 l0 4.3 0.9 0.5t 0 0.7 5254.0
6 0.781 21590 n36,9 3.9 0.9 0.v.9 0.8 s389 8
67 0.816 2D03 324&2 1.8 l0 0.58.7 09 5%t.3
68 0.851 t79t2 y.25t4 32 09 0.6l.9 .0 57n.6
$0.888 t634/.358858 l0 0.9 0 (49 599 1.5
70 0.926 I 5596 l7u9 2.8 0.9 0 67.7 1 u73.6
7t 0.964 llTl l 188 167 5 0.9 0.70.2 ,427.4
n .fi2 t2778 4mql5 l 0.9 n 72.5 .4 673t.4
13 040 I r2ll 412176 0 08 0.74.5 5 6614.0
74 .078 n83 42t95E E 0.E 0 76.3 7 6,r'.t8.2
75 ll7 8{575 410633 6 08 0 779 E 6327.8
76 ls6 8 t05 43&738 5 0.8 0 79.3 1.9 65561
17 196 7549 1146288 08 0 80.7 2.0 67568
78 236 6n3 453{m 0.7 0.81.9 ,r @8.7
't9 277 581 5 4588?s 0.7 0 81.0 2.2 6W.t
m 319 v55 464331 .0 0.7 0.83.9 2.4 6555.4
8t 362 4&73 469204.0.9 0.6 0 84.8 25 ffi3.8
p.45 4858 47ffil 0.9 0.7 0 85.7 2.6 7059.2
6t 450 4376 178.1.37 08 0.6 0.85.s 2."]0983.8
u .496 4170 446117 0.8 0.7 0 n.2 2.9 73t t.7
85 v3 377E 486385 07 06 0 81.9 3.0 7273.6
86 sq2 3675 49ffX0 0.7 0.7 0.88.6 l.t Tno.9
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
438 of 448 @Mostardi Platt
This report confsns to pwbirs d 21 CFRpart 11 AHsm Rn 2 (Fbst Ol Extrrctbn) - p6t rLn rryl- 1ZNM41'l:55:07 - We2d 4
Cbnrt Urrtlr
0n!)
Cmtt
(rr)
CuIdr(#Slllr)Ntdr(n Altr
tn Volun:(n ilu&r
('/oS lllr)
Vd@
CZSIIT)
Ab.Vdc
(rrlf)
87 .43 1483 493'4/-06 0.'1 0.1 892 1.3 8093 9
88 .696 306,2 49ffi 0.6 06 0r 89.8 3.4 7p5.5
89 752 3l]2 499718 06 0.7 02 ml 1.6 881l0
m 8r0 292t 502659 0.5 0.7 0.2 m9 3.7 9062 0
9t 871 7&42 50550 r 0.5 07 02 9t.1 1.9 s't4t.9
92 935 2550 50805 r 0.5 0.7 0.2 91.8 4.1 9680 2
ql ffx 2um8 5 r 0459 0.4 0.'l 0.2 923 4l l0t5l.6
94 2.077 2288 51271',7 0.4 0.7 0.2 92.'7 4.4 I0713 6
95 2 t5l 20,2 5 r4819 0{o'7 0l 9'l I 4.6 1092E.5
96 ) 111 ?@4 5 l 69ll 0.4 0.-l 02 935 4.9 r2t88.3
q7 2ll1 I 887 5 r 8820 0l 0'7 02 ql 8 5.1 I tl4l 5
98 2.100 l9l7 520711 0l 0.8 0.2 94 I 5l I 1874 7
9q 1.489 | 80r,522y1 03 0.8 0-1 %.5 56 14580 l
100 2.582 511 524 120 0.1 07 0l 94.8 58 1.1208.5
l0l 2.678 588 52570r1 0.1 08 0.1 s50 6.1 t5%7 5
It)2 2.178 459 527167 0.1 08 0l 95 1 6.4 l5178 1
103 2.882 34r 528509 02 0.8 0l 955 6.7 16810.7
tu 2.9n 4ff)529974 0.1 09 0.4 s5.8 '7.t 2051 r .6
05 I 102 165 5l I 140 0 09 04 96. r 75 2lll2.l
06 1.218 9l 53253 l 0 0.9 0.4 %l 78 20771 3
01 t.-138 I)533611 0 09 0..t 96.5 8.2 2 I 655.2
06 Lil6l 6l 514806 0 0 05 967 25250 8
r)g 1 590 (x9 5l5fn5 0 0 05 %9 9I x897 {
t0 3.123 058 53$32 0 0 05 s7 I 96 28581.7
ll 3 860 lm8 5_r7940 0 0 ()5 s7.,1 l0:tol4l .1
l2 4.001 9&538904 0 06 g?4 10.8 l2lll 7
rl 4 146 866 s39110 0 0 0.6 976 lr l 12321 I
t4 4.2%831 540601 0 06 g7 1 ll.0 w97.8
t5 4.49 809 54l.lll 0 07 g?9 t2.6 l7llt9
t6 4.606 7tt3 ttz 194 0.1 0.1 98.0 r3.l 10072.8
t1 4.767 805 tt2998 0 0.8 98.2 t1.2 45651 2
l8 4.931 742
'4]740
0.08 9tt 3 15.0 46570.0
t9 5 100 6ll t{415 I 0 O,E 98.4 t51 124r5 8
20 5.274 591 y4q42 0 08 985 166 453%.2
I 5 1)4 56',545$9 0 0.9 986 l7 'l 4816t.1
5ffi 491 546m 0 08 98.7 l8 4601 5
:,s 832 552 546552 0 U 988 19l 571 19.2
l4 6.031 495 547(x7 0 0 98e 20.1 568711 t
l5 6231 {81 54751 I 0 q9.0 l4 61 505 0
26 6.49 {91 yw24 0 4 l $l 22.6 602 llt. r
0.067 416 54&ldl 0 {2 $l 2.1.I b769,1 8
r28 6.892 t58 5.t88t I 0 I q92 24.9 6ll2l 4
29 1 124 y1 549 I 65 0 2 99 1 26 I 656_50.1
l0 7.362 )(fr tr9s25 0 1 3 99 l 27.1 75 llr7 8
I 7 ({)6 321 549rll7 0 l l ry4 288 zlllit I
l2 7.857 :60 550107 0.0 I 995 299 659l] 6
ll 8.il1 25r 550158 00 a l y)5 ll z 70l,ll l
l4 8.375 255 55061 l 00 4 995 ,2.6 78506 5
't5 8 641 lt5 550&19 00 I 996 140 7%lr 0
l6 8.91 5 216 55 r065 00 4 996 35 .1 80r07 2
ll 9lsl tor 551165 00 5 947 3b9 8ri860
l8 9.47 t lEl 55 1446 00 I {91 t8 l 80541 I
l9 q.155 l7'7 i5 l 621 00 2 t q9'7 199 E586t 9
40 r0.040 t42 55 r 755 0.0 .0 l 99.8 4t.2 75t25.9
4l 10.128 140 55 1904 00 0 4 998 427 80515 _.1
1)I 0.623 9L 55 l 996 0.0 0.7 0 99.8 43.7 57496.3
"11 10.923 122 i52r r8 c|.0 L0 5 E)8 45.2 IB t42.l
44 |.229 t07 552225 0.0 09 4 998 4.6 79724.8
45 il 54{)8l 552106 00 07 )s98 17 1 64(Xtt.6
46 r 1.859 92 55219?00 0.9 4 s),9 492 't9,9s.6
.17 ll r&1 7l 551.169 00 07 iH9 50.1 681 6il
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
439 of 448 @Mostardi Platt
ltis report confans to pwsixs d 21 Cmpart 11 AHsm Rn 2 (tu6t CI ktrrcti:n) - pct rm rry1- lZNlM4'11:55:07 - ttge 3 cf 4
(}nrl IX.Et!t0d CoDtr
(f)
Ctrurldr(flSlrlr)Nunicr
e/)
Altr(n Vduc(n iluftr
CZiDlr)
VdrE
(%3IIa)
AbVd@
rlnPt
148 2.515 55 552524 0.0 0.5 I.0 99.9 5l .4 55tx4.0
I49 2.851 57 55258 I 00 0.7 It 9.9 57.5 61048 2
150 I198 48 5s2(,.8 0.0 0.6 1.0 9.9 535 57767.8
l5l 1.550 46 552674 00 06 t.l 99.9 tl 6 5967 t.7
r52 l910 59 552731 00 08 t.5 9.9 56. I 12996.6
l5l 1 278 )2 552755 0.0 0.1 0.6 qaq 56.'7 i324]t 7
154 4.69 50 552805 0.0 0.8 I.5 999 58.2 n6s2.l
155 5 018 l9 55?W 00 06 t)99.9 59..r o9t0.2
r56 5.432 t5 5528d 00 0l 0.5 999 59.9 29377.9
157 5 834 20 552n9 00 0l 07 100.0 rll 7 ,10808.0
r58 6.247 24 552901 00 0.4 1.0 100 0 61.6 5388t.8
159 6.67 t l5 55:9 I 9 00 0_]07 lm0 67.J 17013 0
lffl 7 to'l ll 552912 00 0.1 0.6 100.0 62.9 34104 0
t6t 7 554 2 551951 0.0 05 II lm0 640 61179 I
t62 8.015 4 552958 0.0 0l 02 000 64.2 I 1354 8
t63 84m 24 552982 00 0.6 1.1 m0 65.7 794t7.4
164 8.98 r 22 551m4 0.0 0.5 t4 m.0 67.t 78098. I
165 19.488 t5 5510 l 9 0.0 0.1 ll 000 68 l 59t72.0
166 20.014 1 553m5 00 0.2 05 m0 68.6 2746f'.0
167 20.55s t5 553ff1 00 05 1.2 100.0 698 69413 5
168 2t |2 l'7 551058 00 05 1.5 100.0 7t4 85971.0
r69 21 683 7 55106s 0.0 0.2 0.6 lm0 72.0 v92'7.8
70 21.269 ll 551076 00 04 II 100 0 7lI 61061 3
1t 22.870 l3 553089 00 0.5 l5 100.0 74.6 81971 6
72 21.488 0 553089 00 00 0.0 r00.0 74.6 0.0
73 24.t21 {55l0sl 0.0 0.2 0.6 100.0 75.2 12057 8
74 24.772 4 551097 0.0 0.2 0.6 100.0 75.8 y722.5
75 25.m 7 551 t04 0.0 0.1 t0 l(m 0 753 5$12.t
76 26.126 1 553 108 0.0 02 07 100 0 71.5 40731.4
7"1 26.83 r 55ll l l 00 0t 04 tm0 n9 )2059.1
78 27.555 2 5531 r3 0.0 0l 0.4 lm.0 78.1 23893 9
79 28 2c))551 5 0.0 OI 0.5 r00.0 78.8 25882 0
80 29 061 0 5531 l5 00 0.0 00 r00.0 78.8 0.0
l8t 29 84q 55lll7 00 0.1 05 tm0 n3 ]0174.3
82 10 658 55ilt9 00 0l 0.6 100 0 799 329r0 2
83 I 1.,190 553 I 14 00 0l l.l 00.0 8l 71125 0
u 12.146 0 553 24 00 00 0.0 000 8l 0.0
85 ll t27 0 55 l1 00 00 00 m0 8l 0t)
r86 -14 I 16 0 551 ll4 00 00 00 00.0 8l 0.0
187 l5 07:l 55 1l]6 00 0:09 m0 82 49208 -1
188 16.03 7 r)551 I 26 00 00 00 m0 82.00
t89 -17 0ll ()551 l t6 0()0.0 00 000 &0.0
t90 1E.062 0 551 r26 00 00 00 m0 n 00
9I _iq l:.t 553 128 00 0l 000 8l 6E197 0
92 40.223 ()553 l 28 00 00 0.0 100.0 83 0.0
r)l 4l 16t 551 l l0 00 0l t4 100.0 E48 E0809.8
v 42.51q 0 ssl r 30 0.0 00 0.0 lm.0 84.8 0.0
95 43 Tril 2 551 l,t2 00 0l t7 t(m0 855 95708.4
96 45 029 2 55 5 0.0 0l 1.9 I00.0 88.1 tuzn2
g7 46 _146 0 551 r l5 00 0()00 lm.0 8lt. l 00
198 47 .7 t7 2 55 7 0.0 03 2 100.0 90.5 l2,108l .4
199 {9 l.1l 0 553 1 00 00 00 r00.0 905 00
2m 50 fl)8 553 r 19 00 0.4 2.6 t00.0 932 I r18031.7
201 52.083 0 551 l9 00 00 0.0 100.0 93.2 0.0
202 51.559 2 551 l4 I 00 0.4 l.t lm.0 %.3 t1A& t
201 55 040 0 553141 0.0 00 00 100.0 %.1 0.0
2M 56.529 )55 t r4l 00 05 ).7 tm.0 100.0 206308.9
205 58.033 0 551 l4l 0.0 00 00 t00.0 100 0 00
2fi;59 557 0 551 l4l 0.0 00 00 100.0 r00.0 00
107 6l I09 r)551 l.ll 00 00 00 lm.0 lm0 00
208 62.(98 0 553 l4l 00 0.0 0.0 100.0 100.0 00
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
44O ol 448 OMostardi Platt
Itis reportcqrftrns toprwbirs d 21 CFRpart 11 AHsmRn2(fust CI E<tratim)- p6t rm rryl- 1ZNT2a 11:55:07- Rge4d 4
Chrnncl Illectr
(t!n)
C-f,rtrtl
(rr)
c\dd*
(#Slllr)
Mtrr(n Atlr(n VdEln hlutrr
('r6JM)
Vdtre
C/oS IIr.)
lb.Vdr@
(urfl
26 (A.)33 0 551 l4l 0.0 00 0.0 m.0 r00.0 00
210 6Ir.Aq 0 551 143 0.0 0.0 00 m.0 t00.0 0.0
2il 6'7 798 0 551 143 0.0 0.0 0.0 000 lrn0 00
212 @.659 0 551 r4l 0.0 00 00 000 100 0 0.0
2ll 7 | .629 0 551 t{l 00 00 0.0 m0 lm.0 00
2t4 73.731 0 551 l4l 0.0 0.0 0.0 00.0 100 0 00
215 15.92 0 551 r4l 00 00 0.0 m0 lm0 00
216 78.14 0 553t43 0.0 00 00 00.0 100 0 00
217 8 l. 109 0 551 r.rl 00 00 0.0 00.0 rm.0 0.0
2rE 84.036 0 551 l4l 00 00 0.0 100.0 100.0 00
219 8'7 266 0 5-s1141 00 00 0.0 100.0 t00 0 00
220 90.84o 0 551l4l 00 00 0.0 lm0 r00.0 00
221 % 832 o 551 r 4l 0.0 00 00 r00 0 100 0 00
222 99 286 0 553 143 00 0.0 00 tm.0 100.0 00
2ll 04. I 78 0 551 l.ll 00 0.0 0.0 100.0 t(x) 0 00
214 09 3Sg 0 551 143 0.0 00 00 100.0 100 0 0.0
125 t4 9t0 0 551 r43 00 0.0 00 lm.0 lm0 00
226 20724 0 551 l4l 00 0.0 0.0 lm.0 100.0 0.0
227 26.854 0 551 l4l 00 00 0.0 100 0 tm0 00
228 l3.l ll 0 5sl 143 00 00 00 r00.0 100 0 0.0
!29 401t4 0 tsl r4l 00 0.0 0.0 tm0 l0() 0 00
210 47.2'73 0 551 143 00 00 0.0 100 0 rm.0 0.0
lt 54 $r 0 55t r4',l 00 00 00 ltlo 0 lm0 00
232 62.7t4 0 551 143 0.0 0.0 0.0 100 0 I00 0 00
213 7t024 {)553 143 0.0 00 0.0 r00 0 100.0 0.0
231 79.746 0 551 t4l 00 00 0.0 r00.0 r00.0 00
215 88 891 0 553 14 1 00 00 0.0 lm0 r00 0 00
236 t98.41'7 0 551 143 00 00 00 lm.0 lm.0 0.0
23'7 208.511 0 551 143 00 00 0.0 100.0 lm0 00
218 2 r9 010 0 551 l4l 00 00 0.0 lm0 100.0 0.0
219 t29 98t 0 551 143 00 00 0.0 lm.0 lm.0 0.0
24 241 435 0 551 r4l 0.0 00 0.0 lm.0 100.0 0.0
24t 251 182 0 551 t4l 00 00 00 100 0 100 0 00
242 265.828 0 553 t43 00 00 0.0 100.0 100 0 00
l4l 278719 0 551 l 4l 00 00 0.0 100 0 t00 0 00
2+1 292.239 0 551 l,ll 00 00 00 Ilm 0 rm0 00
245 ]06 208 0 55t r4l 00 00 00 t00.0 100 0 00
246 120 685 0 551 l4l 00 00 00 r00 0 lm0 0.0
)1,1 ll5 664 ()553 r4l O,U 00 00 r00 0 rm0 00
148 l5l llb 0 553 l.l3 00 00 00 r00.0 r00 0 00
l4!)167 088 0 5 51 t4-l 00 0.0 0rl lm{l rm0 00
t50 _183 501 0 551t4l 00 00 00 100 0 000 00
15r {n l5l l 5 5,r 1.13 00 00 0.0 l(m 0 m0 0 l.)
4l 7 (I)0 551 l.1l 00 00 00 100 0 000 00
r<){15 215 ()5511.1_l 0()()0 00 r00 0 000 00
2t{451 I 83 0 t53 l4l 0.0 0.0 0.0 lm0 000 00
t55 47 I 198 0 551 l4l 00 00 00 100 0 m0 00
256 490.282 0 551 l4l 00 0.0 00 100 0 m0 00
Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
441 of 448 @Mostardi Platt
ltis report cotfrns to pwbirs d 21 CFRpart 11
u&n, lwO
Lbs:Kevn Sch.lE
Mcd: Gersd A@sb - S.rrYrEtion
R.n HerrTnve: 1 2fN m4 1 4.24
ftpat HerrTrne: 1?mfm4, 4.4
ffi:iT,C6IAFDHATI: AHsmRn 3 F[er andAcdcrEvlbh: X]vSPIL PtL 854171-62 rYffn-Q'.6/,97-€?.
ttM Al-+sm Rrl 3 (tost 0 Exrrctm) - prnrm{ A:4:27 - tuse 1 of 1
trrbGl nrrbs:LEIO
Sersc SAt D6B@5
Cdlrdim dde: 1l-1&24
Serss no&:grrnatcn
CdlTatb| FlmarB: EB@5S Sl€
lvtan: 'l.ffign
lvbde: 0.545 l,r
lvbdar: 0.747 pn
S-dad Dlvidixl: 1. 1 16 pn
Sewress: 10.8 gn
Kncsb: 252.5 fn
Hud Vdure:@.0 nl
Sanpe Trre:60 sec
fupe:0.5- tl@[,n Clftrirl futo: 1.78
Itr6hdd 0.5 t'n Fle CF; 1.0
olands: 15 hgrand:9.0#/nl
Tdd hrrs: 381 OrrJnl:73$62#/nt
AH-500 Run 3 (Port Oil Exlrrclion)
(
; tl"
€tz
,e 3'.
2'.
t.
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
Kln.5 e"zq- t)-Z\,
t2( 'te'tLl4'L'p
@Mostardi Platt
oxlc'a S,le rs i
442 of 448
Ttis repat canfcns to polbirs of 21 CFRp{t 11
Effin, lwO
l.ts:Kevn SchJtz
fud: G€tsd Anaayss - grrratin
Rn Dale/l'ine: I2fflm414.24
&pat He/Tne: 12IX|M4. 14:M
Grrnent: I,f,S'IAFD R-ATT, AF]50 Rn 3 Fler ad Acdole $bh: KIrr6 PIL: PIL B 54171-@ + 541n2-Q, Al$7-@
VC AHsm R.n 3 (tust Cl fttrmlirt) - 1Tnfm4 A:4:$ - Ege 1 d 1
It/td nrrter: LElm
SmsdgNmmGgtrdrardate: '11-1&24
Serss n*: Srrrndirr
Qdtration Flerare: ffiG@5S SltS
tvbar:23.25/ gn
ttrffi: 71.@gn
I'tfui:16.247 t n
Sandrd Dvidirr 19.894 rn
S€i,vrEss: '1.2 Enf(rtcb: 0.6t,n
Fhrd Vdure: 60.0 nl
Sarple Trre: 60 se
-:--:-L-.1--J,-.1-:-------: I : : I:r
kge 0.5 - 40 gn Dklirt tuctc.: 1.7m
TlresBd 0.5 pn Re CF: 1.O
Cffi: 1$ Baclqrond:9.0f/nl
Totd&rts:3ffi1 Ortgnti 73$E#nL
AH 500 Run 3 (Port Oal Extrrcllon)
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Project No. M244206A
Scrubber Exhausts and Baghouse Exhausts
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18 216 4to 3t748 0.8 0.&5.8 2.1 4123.9
79 217 1667 ,2@65 0 01 0 &r.8 ))4000 8
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8r 162 281 r 321026 08 0.6 0 884 2.1 37&.0
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85 541 2l 83 136s89 0.6 06 0 910 2.9 1202.3
86 sq2 1978 138568 0.5 0.6 0.91.5 l0 4 r 82.8
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
444 of 448 @Mostardi Platt
Tt*s report cmfuns to pw6irs d 21 CFRpat 11 AHsm Rn 3 (tust 0 E<trrcti:n) - pct rm rryl- 12202C2414.25.E - Pge2d 4
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88 t.695 7@ t42t62 0.5 0.6 0.92.5 3.2 4498.4
8S 1 152 fi1 ]43769 0.,1 0.6 0 92.9 33 4522.0
m t.810 548 3453 l6 0.4 06 0 93.3 34 480t.7
qI L87t l4l5 346131 0.4 0.6 0.93.'.l 3.6 4849:l
92 1.935 t272 348m3 0.1 06 0 94 I 11 4828. I
9l 2.m4 1234 14937 0l 06 0 94.4 l8 5201 5
%2.O77 t2t2 1504/19 0l 0.5 0l ct7 4.0 5585.5
95 2.151 tu7 l5 I 476 0l 06 0 95.0 4t 5163.5
%2.232 1064 152540 0.1 0.6 0.2 9s.3 4.3 6191.6
97 : l14 9m 3534r'19 0.2 0.6 0l 95.5 44 5899.6
98 2.m 890 3vw 0.2 0.6 0.2 95.8 4.6 ('4d.3.6
99 I 489 84t l55r8l 0 0fi 0:%0 4.8 6789 8
m 2.582 800 35598 l 0 0.6 0.2 %.2 5.0 72$.4
0l 2.6't8 730 15671 r 0 06 02 %,1 5t 'n4 1
02 2.778 739 357450 0 0.7 0.2 96.6 5.4 n93.2
03 7.882 600 358 140 0 07 02 %.8 56 8640.8
l(X 2 9t0 7ll 358853 0 0.8 0.1 97.0 59 9982.4
t05 I 102 u9 159502 0 07 0.3 972 6.1 10133.8
t06 l.2l 8 ffi 360 l 66 0.0.8 0.3 c'7 4 6.rl 5E0.5
t07 I lllr 516 160702 0 t\1 0l 975 67 o139.8
108 1.162 541 161243 0 08 0l 97.1 70 ?58.9
109 I 590 471 t6tn0 0.1 07 0l 97.8 l 550 1
l0 1 121 $1 362?22 0 08 0.4 97.9 16 1570 1
lt l.8d)126 1626t8 0 0.8 0l 980 80 t8t60
f 4.001 41 163089 0 08 04 982 8.4 4788.5
l 1 146 a6 1635 l4 0 09 0.4 98.1 88 5887 4
4 4.2%1@ 163884 0 0.8 04 98.4 9.2 5313.9
5 4.49 180 364.261 0.09 05 98.5 96 7s06.2
6 4.ffi 139 3ffiz 0.0.9 0.5 98.6 t0 l 7118.0
7 1.761 A9 16495 I 0 0.9 0.5 987 106 979&.1
8 4.91l il5 36s2(6 0 0.9 0.5 987 ll.l I9778 1
s 5 100 123 1655q)0 t0 0.6 98.8 It7 22465.4
r20 5.214 271 165861 0 09 05 98.9 r2.2 207$.2
5.,154 245 ]66106 0 09 05 9)O r2.8 2082r l
t22 5ffi 259 366161 0 l0 06 99.0 13 4 243&.8
l2l 5. El2 223 166587 0 0g 0b 99r t40 2t155 5
24 6.03 r 249 166836 0 ll 07 992 1.r.8 2855l 8
25 6.217 Iql t6?010 0 09 06 92 l5;l t4652 0
26 64/,9 t94 367D.4 0 l0 07 99.1 16. I 27252.5
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2rl 6.892 l5i 16756,s 0.0 09 07 E)4 t1 6 262ffi9
l9 1 .121 &l 367749 00 tt 09 91 I8 5 )1805 e
l0 1.762 65 3679 l.l 00 tt 0.9 gq5 I9 4 v5{n 5
ll 7 606 l9 l680l,l 00 0n 0.1 }),5 20 I 27459 _l
l2 1 85'.7 46 t68179 00 II IO 995 2t.o 37tn.'l
l3 8 lll 145 368324 00 lt ll 99.6 u.l 40,,,6f.7
\4 8 175 il6 )6W 00 l0 09 99.6 230 1561 3 9
t5 8 641 89 168528 00 08 08 9.6 21.8 29926 )
l6 8.915 94 16tfi22 00 09 09 9.6 24.1 ]4716 8
t7 g lgl 71 1686:99 0.0 08 08 997 lll480
J5 9 471 ll9 16881 8 00 ll l4 v).7 26.9 510 r 9.9
39 s 75i 100 16891 8 00 l.t ll 9.7 282 488r5 s
lzl()10.040 63 36898 r 0.0 08 09 99.7 29.0 33378.6
l4t l0 ll8 5l 169034 00 0.7 08 998 198 1044E.0
142 10.623 70 169t04 00 09 998 310 43809. I
l1l t0 921 dJ 169 I 6l 00 08 998 12.0 .10657 I
t4 n 229 '13 16923'7 00 II t4 99.8 13.5
't265,6I,l5 l1 540 5l 169?88 00 08 E)8 11 5 4lt0l.6
146 l r.859 39 36932-l 00 07 0.e 998 35.4 14 I 92.8
111 t: t&r 54 l69ltil 00 l0 I]999 t5 I 5t5fr9 1
Project No. M2442OOA
Scrubber Exhausts and Baghouse Exhausts
445 ol 448 OMostardi Platt
Itris report cqfqnr to prwbixs of 21 CFRpart 11 AH500 Rrt 3 (tust CII Brtrrctix)- pct rm rry1- 1ZN2A24 M'.25.D - tuge 3 d 4
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lrl9 2.851 l6 36%54 0.0 0.1 t.0 9.9 188 39',747 4
50 3.t98 46 169500 0.0 l0 1.4 9.9 n.7 55132.5
5l 1.550 46 ]69546 0.0 t0 t.5 E)9 41 8 59882.9
52 1.9t0 26 3@572 00 0.6 0.9 99.9 42.7 35989.7
5l 4.278 ,7 i69ffi 00 09 l5 99.9 &.2 57081 7
$4.6v 24 169633 0.0 0.6 1.0 999 45.2 19268.6
55 5 018 27 369ffi 00 o7 ll s9.9 46 _s 48504 r
56 5.432 t9 369679 00 05 0.9 9.9 47 1 16033 5
57 5.814 I 1697 I 0 0.0 09 l1 99.9 49. I 63703.8
58 6.24'7 l9 369n9 0.0 0.6 tt 999 502 420564
59 6 67r l0 3$739 00 0-1 06 99.9 508 74782.1
60 7 107 t0 l$149 00 04 o1 rm.0 5 t.5 26175.]
6I 155,1 ))t69771 00 08 1.6 rm0 51 2 62681 0
62 8.015 9 369780 00 0l 07 100.0 51 9 2fi591
63 8.490 l'7 l$197 0.0 0.1 t5 lm.0 55 1 56152 5
u 8.981 l1 169814 0.0 07 I,6 lm.0 s6.9 60e58 0
65 t9488 9 3@n2 00 04 0g lm0 578 12989 8
6 20 0t4 20 t69U3 00 t.0 2.2 100 0 60.0 85752.4
61 20 555 5 169848 0.0 03 06 t00.0 606 232264
68 2t |2 7 16985s 0.0 04 0.9 100.0 6t 5 13552 3
69 2 l.681 q 169861 00 05 t2 r00 0 62.7 45437 t
'10 22.269 1 i69870 0.0 04 I,O r00.0 63.1 39371.t
'7t 22 810 2 369872 00 0l 0.-l 100.0 610 lft6l 6
12 23.488 5 3@977 00 0.1 09 lm0 &g 14652. r
11 24 121 0 l$971 00 0.0 00 r00 0 &.9 0.0
174 24.172 7 1698E3 0.0 05 l4 tm.0 6.3 92M.1
t75 25 4{))169885 0.0 0.r o.4 r00.0 6.7 14677.t
t76 26.126 l 369889 0.0 0.1 08 100.0 67.5 3t793.7
t77 26.83 r 0 169E89 0.0 00 00 100.0 6'7.5 00
r78 27.5s5 5 369894 0.0 05 l5 100.0 68.9 55%9.9
t1g 28)99 5 369899 00 0.5 l6 100 0 705 ffis2
180 29.063 2 16990t 0.0 0.2 0.6 100.0 71. I 2l883 9
l8l 29 llr9 t69q02 00 02 0.6 100.0 7t1 23708 r
E2 10 6,s8 2 169904 00 0l 07 lfil0 't2 1 25687 4
8l I1 490 5 360909 00 06 2 lm0 746 81507 r
u 12 146 f 36991 r 00 02 08 m.0 75.1 mI68 2
85 ll t2?5 '1594I 5 00 0.'7 t6 m0 n9 98r07 l
&;l4 116 2 169)18 00 02 09 00.0 788 15457 9
8'7 15.072 5 169921 00 08 l0 00.0 81 8 lr51(6.5
88 16 0l7 0 169923 0.0 00 0.0 m0 81 8 00
89 l7 0tl 0 l69q2l 00 00 00 100 0 8r 00
190 t8 062 l 3ffi24 00 0l tl tm0 8l 491 52 5
9t l9 t2.t 0 1699?4 00 00 00 100.0 8l 0.()
c2 40.223 0 16W)4 tl0 00 00 100.0 83r 00
9l 41 36t 3$c26 00 0l l6 100.0 848 6107,r.6
vt ;12.539 0 1ffi26 00 00 00 lm.0 84.8 0.0
95 41.76 I 0 16w26 0.0 00 00 100 0 &1 8 00
196 45.029 0 l$n6 0.0 00 0.0 100.0 84.8 00
I97 '16 l.16 l)1ffi26 00 00 00 rm0 848 0.0
198 47 7t7 169928 00 05 2.5 lm0 87.1 96849 5
r99 ,19 l4l 0 16ry28 00 00 00 100.0 87 1 0.0
200 50 608 0 16ry28 0.0 0.0 0.0 100 0 n.3 0.0
20r 52.081 0 t69928 00 00 0.0 l(m.0 87.1 0.0
2U 53.559 0 t69&8 00 0.0 0.0 100.0 87.1 0.0
201 55 (XO 0 169928 00 0.0 00 rm0 8.7 l 00
2U 56.529 2 )6W29 0.0 0.'7 4.2 100.0 91 5 161030 6
r05 58 031 0 16q)29 00 00 00 100.0 9 t.5 0.0
2$59 557 0 J69C29 00 0.0 0.0 r00.0 9t 5 0.0
2o'7 6t r09 U i$q29 00 0.0 00 100 0 91 5 0.0
208 62.$8 0 t69929 0.0 00 0.0 rm0 91.5 0.0
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
446 ol 448 @Mostardi Platt
Cltad IIrDt!r
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26 6r.l3l 0 369929 0.0 00 00 100 0 91 5 0.0
2t0 6.029 0 36W)9 0.0 0.0 0.0 m.0 9r.5 0.0
ll 67.798 0 36W29 0.0 0.0 0.0 00.0 91.5 0.0
2t2 o.659 0 t69C29 00 00 0.0 00.0 9l.5 0.0
ll 7t 629 2 16991 l 0.0 l0 8.5 00.0 000 327(fr7.1
214 13.131 0 l(r94l 00 00 00 000 m.0 00
2r5 75.9q)0 1699 0.0 00 00 000 00.0 00
216 78.M 0 36993 0.0 00 00 m0 00.0 00
)11 8r r0s 0 36993r 0.0 0.0 0.0 000 000 0.0
218 84.036 0 16,993 0.0 0.0 0.0 00.0 00.0 0.0
219 87 26Ij 0 t@l 00 0.0 00 t00 0 m.0 00
220 e0.846 0 36993 00 00 0.0 r00 0 m.0 00
2I 94 832 0 l699l 00 00 0.0 1fii.0 00.0 00
)).99 286 ()l69ql 0.0 0.0 0.0 lm.0 m0 0.0
l M t78 0 1699 00 00 00 100 0 mr)00
2)1 09.19s 0 15993 00 00 0.0 lm.0 100 0 00
225 t4 910 0 16991 0.0 0.0 00 lm.0 100.0 00
226 20.724 0 36991 0.0 00 00 100.0 lm.0 00
221 26 8tt 0 36W3 00 00 0.0 100.0 100 0 00
228 33 lrl 0 t694] 00 00 0.0 l(n0 100.0 0.0
229 40.1 t4 0 l69ql 0.0 00 00 r00.0 I00 0 00
210 47 273 0 36991 00 0.0 0.0 100.0 t(n0 00
ll 54 80r 0 35993 00 00 0.0 100.0 t00 0 00
232 62'111 0 3699 0.0 00 00 100.0 r00.0 0.0
213 71.024 0 36991 r 0.0 0.0 00 100 0 100 0 00
234 79 146 0 36993 0.0 00 0.0 100.0 100.0 00
215 r 88 891 0 36993 00 00 00 100.0 100.0 00
236 t98.477 0 36993 l 0.0 0.0 00 r00.0 lm0 0.0
237 208.5 I l 0 16993 0.0 0.0 0.0 100.0 r00 0 00
238 219 010 0 15993 0.0 00 0.0 r00.0 r00 0 00
239 229.9Et 0 t69p] 00 0.0 00 100.0 r00 0 00
2q 24 t .415 0 369e3 0.0 00 00 100.0 100.0 00
74t 251 182 0 169lt 0.0 0.0 00 lm.0 lm0 00
242 265 828 0 15993 00 0.0 0.0 lm.0 100.0 0.0
243 )78119 0 16s93 1 00 00 00 rin.0 r00.0 0.0
141 292.239 0 l699l 00 0.0 00 lm0 100 0 0.0
245 306 t08 o t6q)3r 00 00 0.0 r00.0 r00.0 00
246 120.685 0 16943 00 00 00 100 0 r00 0 00
21'7 'lt5 661 0 l69q 0.0 00 00 100 0 lm0 00
248 35l l16 0 16993 00 00 00 r00.0 lm0 00
149 ]67 088 0 ]6993 00 00 00 000 100 0 00
250 183 501 rl t69931 00 00 00 m.0 rm0 00
5l 4fi1 -r5 0 169ll r 00 00 0.0 000 flt0 00
252 111 ilD 0 1699I 00 00 00 000 fx) ()00
2-sl 115 :35 0 Irt9gl I 00 00 00 000 000 00
2v ,l5l l8l 0 1699lr 00 {).0 00 000 m0 00
155 {7 I 198 0 16991 I 00 OU 0.0 m0 000 00
256 4CO 282 o 16993 r 00 00 00 m.0 m.0 0.0
Itb report conftrns to pro/bir6 cf 21 CFR part 11
Project No. M2442064
Scrubber Exhausts and Baghouse Exhausts
AHsm Rn 3 (tost Ol ftrrctixt) - pct rtn report - 12Jruru4 M'.25:E - We 4 d 4
447 of 448 @Mostardi Platt
f urAHnr.Pentmrrur orI pI'IvITTONMENTALQUALITYlr-_--lI I JAN-i206 Ittlll
l._ ._otvtstolt or Rtn oueltrv
END OF THE REPORT
ProJect No. M244,2OOA
Scrubber Exhausts and Baghouse Exhausts
@ttlostardi Platt448ot44,8