Appendix A‐1:  Summary of PM Test Reports Reviewed for Consistency

FacilityID UnitID Fuel Category Combustor Design

ALBP‐Decatur24 AB‐8301 Light Liquid N/A

ALBP‐Decatur24 AB‐8301 Light Liquid N/A

ALBP‐Decatur24 AB‐8301 Light Liquid N/A

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Power Boiler Wet Biomass Stoker/SlopedGrate/O

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Power Boiler Wet Biomass Stoker/SlopedGrate/O

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Power Boiler Wet Biomass Stoker/SlopedGrate/O

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Power Boiler Wet Biomass Stoker/SlopedGrate/O

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Power Boiler Wet Biomass Stoker/SlopedGrate/O

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Power Boiler Wet Biomass Stoker/SlopedGrate/O

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Power Boiler Wet Biomass Stoker/SlopedGrate/O

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Power Boiler Wet Biomass Stoker/SlopedGrate/O

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Power Boiler Wet Biomass Stoker/SlopedGrate/O

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Power Boiler Wet Biomass Stoker/SlopedGrate/O

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Power Boiler Wet Biomass Stoker/SlopedGrate/O

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Power Boiler Wet Biomass Stoker/SlopedGrate/O

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Power Boiler Wet Biomass Stoker/SlopedGrate/O

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Power Boiler Wet Biomass Stoker/SlopedGrate/O

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Power Boiler Wet Biomass Stoker/SlopedGrate/O

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Power Boiler Wet Biomass Stoker/SlopedGrate/O

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Power Boiler Wet Biomass Stoker/SlopedGrate/O

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Power Boiler Wet Biomass Stoker/SlopedGrate/O

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Power Boiler Wet Biomass Stoker/SlopedGrate/O

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Power Boiler Wet Biomass Stoker/SlopedGrate/O

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Power Boiler Wet Biomass Stoker/SlopedGrate/O
ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Power Boiler Wet Biomass Stoker/SlopedGrate/O

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Power Boiler Wet Biomass Stoker/SlopedGrate/O

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Power Boiler Wet Biomass Stoker/SlopedGrate/O

ALIPCourtland No. 3 Combination Boier / 11Cu301 Biomass FB

ALIPCourtland No. 3 Combination Boier / 11Cu301 Biomass FB

ALIPCourtland No. 3 Combination Boier / 11Cu301 Biomass FB

ARLeolaLumberMill SN‐01A Wet Biomass Stoker/SlopedGrate/O

ARLeolaLumberMill SN‐01A Wet Biomass Stoker/SlopedGrate/O

ARLeolaLumberMill SN‐01A Wet Biomass Stoker/SlopedGrate/O

ARWeyerhaeuserDierSN‐32 Wet Biomass Stoker/SlopedGrate/O

ARWeyerhaeuserDierSN‐32 Wet Biomass Stoker/SlopedGrate/O

ARWeyerhaeuserDierSN‐32 Wet Biomass Stoker/SlopedGrate/O

ARWeyerhaeuserDierSN‐32 Wet Biomass Stoker/SlopedGrate/O

ARWeyerhaeuserDierSN‐32 Wet Biomass Stoker/SlopedGrate/O

ARWeyerhaeuserDierSN‐32 Wet Biomass Stoker/SlopedGrate/O

ARWeyerhaeuserDierSN‐32 Wet Biomass Stoker/SlopedGrate/O

ARWeyerhaeuserDierSN‐32 Wet Biomass Stoker/SlopedGrate/O

ARWeyerhaeuserDierSN‐32 Wet Biomass Stoker/SlopedGrate/O

ARWeyerhaeuserDierSN‐32 Wet Biomass Stoker/SlopedGrate/O

ARWeyerhaeuserDierSN‐32 Wet Biomass Stoker/SlopedGrate/O

ARWeyerhaeuserDierSN‐32 Wet Biomass Stoker/SlopedGrate/O

ARWeyerhaeuserDierSN‐45 Biomass Dutch Oven/Pile Burn

ARWeyerhaeuserDierSN‐45 Biomass Dutch Oven/Pile Burn

ARWeyerhaeuserDierSN‐45 Biomass Dutch Oven/Pile Burn

CASierraPacificLincolnMcBurney Boiler Wet Biomass Stoker/SlopedGrate/O
CASierraPacificLincolnMcBurney Boiler Wet Biomass Stoker/SlopedGrate/O

CASierraPacificLincolnMcBurney Boiler Wet Biomass Stoker/SlopedGrate/O

CASierraPacificLincolnMcBurney Boiler Wet Biomass Stoker/SlopedGrate/O

CASierraPacificLincolnMcBurney Boiler Wet Biomass Stoker/SlopedGrate/O

CASierraPacificLincolnMcBurney Boiler Wet Biomass Stoker/SlopedGrate/O

FLSugarCaneGrowers Boiler No. 3 Biomass Suspension/Grate

FLSugarCaneGrowers Boiler No. 3 Biomass Suspension/Grate

FLSugarCaneGrowers Boiler No. 3 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate
FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate
FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 7 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 8 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 8 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 8 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 8 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 8 Biomass Suspension/Grate

FLUSSugarCorp Boiler No. 8 Biomass Suspension/Grate

GAGPMadisonPly 800 Wood Waste Boiler Wet Biomass Stoker/SlopedGrate/O

GAGPMadisonPly 800 Wood Waste Boiler Wet Biomass Stoker/SlopedGrate/O

GAGPMadisonPly 800 Wood Waste Boiler Wet Biomass Stoker/SlopedGrate/O

GAGPMadisonPly 800 Wood Waste Boiler Wet Biomass Stoker/SlopedGrate/O

GAGPMadisonPly 800 Wood Waste Boiler Wet Biomass Stoker/SlopedGrate/O

GAGPMadisonPly 800 Wood Waste Boiler Wet Biomass Stoker/SlopedGrate/O

GATempleInlandRom WF Biomass FB

GATempleInlandRom WF Biomass FB

GATempleInlandRom WF Biomass FB

HITesoro SG1102 Liquid N/A

HITesoro SG1102 Liquid N/A

HITesoro SG1102 Liquid N/A

HITesoro SG1102 Liquid N/A

HITesoro SG1102 Liquid N/A

HITesoro SG1102 Liquid N/A

IAUofIowa EP7 Boiler 11 Coal FB
IAUofIowa EP7 Boiler 11 Coal FB

IAUofIowa EP7 Boiler 11 Coal FB

IAUofIowa EP7 Boiler 11 Coal FB

IAUofIowa EP7 Boiler 11 Coal FB

IAUofIowa EP7 Boiler 11 Coal FB

IAUofIowa EP7 Boiler 11 Coal FB

IAUofIowa EP7 Boiler 11 Coal FB

IAUofIowa EP7 Boiler 11 Coal FB

IDPotlatch PB‐1 CE Biomass Fuel Cell

IDPotlatch PB‐1 CE Biomass Fuel Cell

IDPotlatch PB‐1 CE Biomass Fuel Cell

IDPotlatch PB‐2 Riley Wet Biomass Stoker/SlopedGrate/O

IDPotlatch PB‐2 Riley Wet Biomass Stoker/SlopedGrate/O

IDPotlatch PB‐2 Riley Wet Biomass Stoker/SlopedGrate/O

ILAbbottAbbottPark Unit 5AP Coal Stoker/SlopedGrate/O

ILAbbottAbbottPark Unit 5AP Coal Stoker/SlopedGrate/O

ILAbbottAbbottPark Unit 5AP Coal Stoker/SlopedGrate/O

ILPolyOne B1 Coal Stoker/SlopedGrate/O

ILPolyOne B1 Coal Stoker/SlopedGrate/O

ILPolyOne B1 Coal Stoker/SlopedGrate/O

ILRockIslandArsenal NBN 12602 (Boiler #1) Coal Stoker/SlopedGrate/O

ILRockIslandArsenal NBN 12602 (Boiler #1) Coal Stoker/SlopedGrate/O

ILRockIslandArsenal NBN 12602 (Boiler #1) Coal Stoker/SlopedGrate/O

INNotreDame B‐4 Coal Stoker/SlopedGrate/O

INNotreDame B‐4 Coal Stoker/SlopedGrate/O

INNotreDame B‐4 Coal Stoker/SlopedGrate/O

MENewPage‐RumfordCogen#6 Wet Biomass Stoker/SlopedGrate/O

MENewPage‐RumfordCogen#6 Wet Biomass Stoker/SlopedGrate/O

MENewPage‐RumfordCogen#6 Wet Biomass Stoker/SlopedGrate/O

MENewPage‐RumfordCogen#7 Wet Biomass Stoker/SlopedGrate/O

MENewPage‐RumfordCogen#7 Wet Biomass Stoker/SlopedGrate/O

MENewPage‐RumfordCogen#7 Wet Biomass Stoker/SlopedGrate/O

MESDWarren #21 Boiler Wet Biomass Stoker/SlopedGrate/O

MESDWarren #21 Boiler Wet Biomass Stoker/SlopedGrate/O

MESDWarren #21 Boiler Wet Biomass Stoker/SlopedGrate/O

MNGPDuluth EU33 Boiler #3 Heavy Liquid N/A

MNGPDuluth EU33 Boiler #3 Heavy Liquid N/A

MNGPDuluth EU33 Boiler #3 Heavy Liquid N/A

MNWeyerhaeuserIro EU 001 ‐ 4 Cell Furnace Biomass Fuel Cell

MNWeyerhaeuserIro EU 001 ‐ 4 Cell Furnace Biomass Fuel Cell

MNWeyerhaeuserIro EU 001 ‐ 4 Cell Furnace Biomass Fuel Cell

MSGPNewAugusta AA‐015 Power Boiler Wet Biomass Stoker/SlopedGrate/O

MSGPNewAugusta AA‐015 Power Boiler Wet Biomass Stoker/SlopedGrate/O

MSGPNewAugusta AA‐015 Power Boiler Wet Biomass Stoker/SlopedGrate/O

MSGPNewAugusta AA‐015 Power Boiler Wet Biomass Stoker/SlopedGrate/O

MSGPNewAugusta AA‐015 Power Boiler Wet Biomass Stoker/SlopedGrate/O
MSGPNewAugusta AA‐015 Power Boiler Wet Biomass Stoker/SlopedGrate/O

MSGPNewAugusta AA‐015 Power Boiler Wet Biomass Stoker/SlopedGrate/O

MSGPNewAugusta AA‐015 Power Boiler Wet Biomass Stoker/SlopedGrate/O

MSGPNewAugusta AA‐015 Power Boiler Wet Biomass Stoker/SlopedGrate/O

MSNorbordMS Wellons No. 1 Biomass Fuel Cell

MSNorbordMS Wellons No. 1 Biomass Fuel Cell

MSNorbordMS Wellons No. 1 Biomass Fuel Cell

MSNorbordMS Wellons No. 2 Biomass Fuel Cell

MSNorbordMS Wellons No. 2 Biomass Fuel Cell

MSNorbordMS Wellons No. 2 Biomass Fuel Cell

MSNorbordMS Wellons No. 3 Biomass Fuel Cell

MSNorbordMS Wellons No. 3 Biomass Fuel Cell

MSNorbordMS Wellons No. 3 Biomass Fuel Cell

NYConEd59thStStatioBoiler 118 Heavy Liquid N/A

NYConEd59thStStatioBoiler 118 Heavy Liquid N/A

NYConEd59thStStatioBoiler 118 Heavy Liquid N/A

OHSauderWoodArchbB009 Biomass Suspension Burner

OHSauderWoodArchbB009 Biomass Suspension Burner

OHSauderWoodArchbB009 Biomass Suspension Burner

OHSmartPapersHoldi B020 Coal Stoker/SlopedGrate/O

OHSmartPapersHoldi B020 Coal Stoker/SlopedGrate/O

OHSmartPapersHoldi B020 Coal Stoker/SlopedGrate/O

ORGeorgiaPacificWauEU35 ‐ Fluidized Bed Boiler Biomass FB

ORGeorgiaPacificWauEU35 ‐ Fluidized Bed Boiler Biomass FB

ORGeorgiaPacificWauEU35 ‐ Fluidized Bed Boiler Biomass FB

PABoeingRidleyPark 033 Heavy Liquid N/A

PABoeingRidleyPark 033 Heavy Liquid N/A

PABoeingRidleyPark 033 Heavy Liquid N/A

SCCogenSouth B002 ‐ Auxiliary Boiler #1 Heavy Liquid N/A

SCCogenSouth B002 ‐ Auxiliary Boiler #1 Heavy Liquid N/A

SCCogenSouth B002 ‐ Auxiliary Boiler #1 Heavy Liquid N/A

SCCogenSouth B002 ‐ Auxiliary Boiler #1 Heavy Liquid N/A

SCCogenSouth B002 ‐ Auxiliary Boiler #1 Heavy Liquid N/A

SCCogenSouth B002 ‐ Auxiliary Boiler #1 Heavy Liquid N/A

SCCogenSouth B003 ‐ Auxiliary Boiler #2 Heavy Liquid N/A

SCCogenSouth B003 ‐ Auxiliary Boiler #2 Heavy Liquid N/A

SCCogenSouth B003 ‐ Auxiliary Boiler #2 Heavy Liquid N/A

SCCogenSouth B003 ‐ Auxiliary Boiler #2 Heavy Liquid N/A

SCCogenSouth B003 ‐ Auxiliary Boiler #2 Heavy Liquid N/A

SCCogenSouth B003 ‐ Auxiliary Boiler #2 Heavy Liquid N/A

SCCogenSouth B004 ‐ Auxiliary Boiler #3 Heavy Liquid N/A

SCCogenSouth B004 ‐ Auxiliary Boiler #3 Heavy Liquid N/A

SCCogenSouth B004 ‐ Auxiliary Boiler #3 Heavy Liquid N/A

SCCogenSouth B004 ‐ Auxiliary Boiler #3 Heavy Liquid N/A

SCCogenSouth B004 ‐ Auxiliary Boiler #3 Heavy Liquid N/A

SCCogenSouth B004 ‐ Auxiliary Boiler #3 Heavy Liquid N/A

SCMarlboroPaper Hogged Fuel Boiler Wet Biomass Stoker/SlopedGrate/O

SCMarlboroPaper Hogged Fuel Boiler Wet Biomass Stoker/SlopedGrate/O

SCMarlboroPaper Hogged Fuel Boiler Wet Biomass Stoker/SlopedGrate/O

SCMarlboroPaper Hogged Fuel Boiler Wet Biomass Stoker/SlopedGrate/O

SCMarlboroPaper Hogged Fuel Boiler Wet Biomass Stoker/SlopedGrate/O

SCMarlboroPaper Hogged Fuel Boiler Wet Biomass Stoker/SlopedGrate/O
SCMitsubishiPolyesteDowtherm Heater 4 (4FPDDOWHSA) Heavy Liquid N/A

SCMitsubishiPolyesteDowtherm Heater 4 (4FPDDOWHSA) Heavy Liquid N/A

SCMitsubishiPolyesteDowtherm Heater 4 (4FPDDOWHSA) Heavy Liquid N/A

TNBowaterNewsprintBubbling Fluidized Bed Boiler Biomass FB

TNBowaterNewsprintBubbling Fluidized Bed Boiler Biomass FB

TNBowaterNewsprintBubbling Fluidized Bed Boiler Biomass FB

TNBowaterNewsprintBubbling Fluidized Bed Boiler Biomass FB

TNBowaterNewsprintBubbling Fluidized Bed Boiler Biomass FB

TNBowaterNewsprintBubbling Fluidized Bed Boiler Biomass FB

TNBowaterNewsprintBubbling Fluidized Bed Boiler Biomass FB

TNBowaterNewsprintBubbling Fluidized Bed Boiler Biomass FB

TNBowaterNewsprintBubbling Fluidized Bed Boiler Biomass FB

TNCargillMemphis Stoker Boiler 8001 Coal Stoker/SlopedGrate/O

TNCargillMemphis Stoker Boiler 8001 Coal Stoker/SlopedGrate/O

TNCargillMemphis Stoker Boiler 8001 Coal Stoker/SlopedGrate/O

TXRGVSG Boiler No. 6 Biomass Suspension/Grate

TXRGVSG Boiler No. 6 Biomass Suspension/Grate

TXRGVSG Boiler No. 6 Biomass Suspension/Grate

WIGPGreenBay2818 B29 ‐ Fluidized Bed Boiler #9 Coal FB

WIGPGreenBay2818 B29 ‐ Fluidized Bed Boiler #9 Coal FB

WIGPGreenBay2818 B29 ‐ Fluidized Bed Boiler #9 Coal FB

WVAmericanWoodm B2 Dry Biomass Stoker/SlopedGrate/O

WVAmericanWoodm B2 Dry Biomass Stoker/SlopedGrate/O

WVAmericanWoodm B2 Dry Biomass Stoker/SlopedGrate/O

WVAmericanWoodm B2 Dry Biomass Stoker/SlopedGrate/O

WVGPMtHopeOSB 5600 ‐ Wellons Energy System Biomass Dutch Oven/Pile Burn

WVGPMtHopeOSB 5600 ‐ Wellons Energy System Biomass Dutch Oven/Pile Burn

WVGPMtHopeOSB 5600 ‐ Wellons Energy System Biomass Dutch Oven/Pile Burn
Test Date Run #

Method

used (5,

17, 26A,

29,)

Sample time

(min.)

Sample

volume

(dscf)

Filter

temperature

(MAX deg. f)

Percent

H2O (Bws)

Reported

Mass ‐ Filter

(mg)

1/24/2001 1 5 120 80.612 317 8.9 1.3

1/24/2001 2 5 120 82.453 318 9.1 0.9

1/24/2001 3 5 120 82.36 316 9.1 1.4

12/12/2007 1 5 60 38.325 287 19.3 0.45

12/12/2007 2 5 60 38.006 271 18.05 ‐1.35

12/12/2007 3 5 60 35.527 270 19 ‐1.3

12/12/2007 1 5 60 32.767 274 18.58 ‐0.3

12/12/2007 2 5 60 31.991 270 18.44 ‐0.65

12/12/2007 3 5 60 30.874 257 20.19 0.25

6/14/2011 1 5 60 41.67 318 22.2 0.3

6/14/2011 2 5 60 42.44 336 18.3 0.7

6/14/2011 3 5 60 42.1 318 17.9 0.6

6/14/2011 1 5 60 37.18 332 18 0.4

6/14/2011 2 5 60 37.91 324 17.5 1.2

6/14/2011 3 5 60 37.94 325 17.3 1.3

6/24/2009 1 5 60 33.405 263 23.53 0.64

6/24/2009 2 5 60 33.186 266 22.69 ‐3.24

6/24/2009 3 5 60 34.056 267 22.56 1.81

6/24/2009 1 5 60 41.897 273 24.25 0.77

6/24/2009 2 5 60 40.954 261 23.51 ‐0.02

6/24/2009 3 5 60 41.765 264 21.15 0.09

7/11/2008 1 5 60 36.287 272 24.11 ‐0.27

7/11/2008 2 5 60 36.177 272 22.59 ‐0.54

7/11/2008 3 5 60 35.62 272 21.84 ‐0.65
7/11/2008 1 5 60 32.481 230 22.54 0.25

7/11/2008 2 5 60 43.5 268 27.22 ‐0.6

7/11/2008 3 5 60 42.907 269 26.23 0.14

7/7/2009 1 5 240 127.346 251 21 2.4

7/7/2009 2 5 240 127.569 252 21 3.6

7/8/2009 3 5 240 124.163 251 22 3.6

6/14/2006 1 ? 120 84.037 ? 17.1 ?

6/14/2006 2 ? 120 81.275 ? 19 ?

6/14/2006 3 ? 120 80.859 ? 19.2 ?

12/4/2002 1 5 60 50.707 253 16.86 4.8

12/4/2002 2 5 60 50.9291 253 15.92 4.3

12/4/2002 3 5 60 50.0796 254 16.38 4.8

12/4/2003 1 5 60 53.6009 260 15.25 2.9

12/4/2003 2 5 60 54.3421 255 16.38 2.1

12/4/2003 3 5 60 51.8396 252 16.87 1.4

8/11/1997 1 5 60 52.1228 271 12.44 7.2

8/11/1997 2 5 60 54.376 269 12.48 7.5

8/11/1997 3 5 60 50.7755 268 13.37 3.5

9/29/2004 1 5 60 50.7478 243 17.7 3

9/29/2004 2 5 60 50.4743 250 16.42 3.3

9/29/2004 3 5 60 51.1433 249 17.24 3.7

8/7/1997 1 5 120 77.7983 200 17.34 2.2

8/7/1997 2 5 120 80.8698 266 19.08 1.8

8/7/1997 3 5 120 78.5031 266 18.75 1.1

3/11/2008 1 5 ? 66.967 ? 24.47 ?
3/11/2008 2 5 ? 64.5 ? 25.94 ?

3/11/2008 3 5 ? 65.829 ? 27.05 ?

3/5/2008 1 5 ? 70.168 ? 30.99 ?

3/5/2008 2 5 ? 74.239 ? 28.94 ?

3/5/2008 3 5 ? 75.461 ? 28.82 ?

1/18/2001 1 5 60 50.893 274 16.926 178

1/18/2001 2 5 60 50.276 275 16.216 160.5

1/18/2001 3 5 60 52.685 264 16.362 166.3

12/30/2003 1 5 60 43.14 266 25.64 22.1

12/30/2003 2 5 60 43.081 272 22.85 13.1

12/30/2003 3 5 60 12.6 271 23.5 8.6

1/24/2008 1 5 60 45.954 267 24.51 2.7

1/24/2008 2 5 60 45.621 270 24.66 1.9

1/24/2008 3 5 60 46.27 270 23.65 3.1

1/25/2007 1 5 60 54.126 257 18.5 36.7

1/25/2007 2 5 60 50.785 251 19.51 28.1
1/25/2007 3 5 60 50.955 268 18.81 21.4

1/31/2000 1 5 60 52.542 257 23.99 109.8

2/1/2000 3 5 60 51.19 257 25.65 345.7

2/1/2000 4 5 60 51.548 257 25.27 450.4

1/5/2001 1 5 60 61.018 275 20.95 16.7

1/5/2001 2 5 60 59.435 258 20.74 22.4

1/6/2001 4 5 60 59.987 255 21.95 20.1

1/5/2006 1 5 60 38.402 253 19.53 4.8

1/5/2006 2 5 60 38.314 259 21.43 3.7

1/5/2006 3 5 60 36.849 258 21.47 3.8

1/9/2002 1 5 60 47.794 250 25.69 14.4

1/9/2002 2 5 60 48.259 258 24.48 10.4

1/9/2002 3 5 60 50.396 258 24.48 12.9

11/15/2002 1 5 60 40.723 270 25.72 16.2

11/15/2002 2 5 60 39.659 269 23.8 18.5

11/15/2002 3 5 60 39.747 270 24.44 21.3
12/17/1999 1 5 60 47.81 ? 29.73 11.2

12/17/1999 2 5 60 47.64 ? 29.84 12.8

12/17/1999 3 5 60 48.595 ? 30.27 15.5

2/4/2005 1 5 60 54.661 267 21.44 24.9

2/4/2005 2 5 60 54.391 273 23.09 14.6

2/4/2005 3 5 60 52.762 268 21.61 28.5

2/8/1999 1 5 60 45.555 ? 22.96 26.4

2/8/1999 2 5 60 47.062 ? 22.07 15.9

2/8/1999 3 5 60 47.68 ? 22.93 11.4

1/10/2006 1 ? ? ? ? ??

1/10/2006 2 ? ? ? ? ??

1/10/2006 3 ? ? ? ? ??

11/29/2007 1 ? ? ? ? ??

11/29/2007 2 ? ? ? ? ??

11/29/2007 3 ? ? ? ? ??

8/27/2009 1 5 60 38.448 ? 16.12 7.5

8/27/2009 2 5 60 40.179 ? 15.79 9.6

8/27/2009 3 5 60 41.751 ? 14.63 8.9

8/27/2009 4 5 60 38.617 ? 16.66 14.1

8/27/2009 5 5 60 39.045 ? 15.74 15.9

8/27/2009 6 5 60 43.937 ? 15.02 36.3

7/27/2009 1 5 204 141.451 263 22.7 29.9

7/28/2009 2 5 204 148.796 263 22.5 29.9

7/28/2009 3 5 204 153.993 263 22.5 26.4

10/9/2010 1 5 60 26.457 264 11.09 2.1

10/9/2010 2 5 60 29.248 256 11.3 0.8

10/9/2010 3 5 60 29.331 257 11.27 0

12/13/2010 1 5 64 38.091 ? 11.68 1

12/13/2010 2 5 64 28.861 ? 11.18 0.7

12/13/2010 3 5 64 31.142 ? 11.49 0

2/15/2006 1 5 60 55.378 ? 7.4 ?
2/15/2006 2 5 60 55.079 ? 8 8

2/21/2006 3 5 60 56.303 ? 8 ?

2/22/2006 1 5 60 56.839 267 11 6.1

2/23/2006 2 5 60 57.118 272 9.9 5.2

2/23/2006 3 5 60 57.536 257 11.4 5

8/4/2009 2 5 240 176.255 254 9.9 8.2

8/5/2009 3 5 240 172.864 259 10.5 9.4

8/5/2009 4 5 240 174.482 256 10.2 5.5

4/30/2008 1 5 60 42.44 256 10.23 2.6

4/30/2008 2 5 60 39.42 255 9.77 2.8

4/30/2008 3 5 60 39.33 258 9.79 1.9

5/1/2008 1 5 60 52.75 254 11.59 2.6

5/1/2008 2 5 60 54.36 255 12.62 3.7

5/1/2008 3 5 60 54.85 255 13.56 5.3

8/4/2009 1 OTM‐28 240 132.65 259 6.1 6.2

8/5/2009 2 OTM‐28 240 133.827 257 5.8 3.2

8/5/2009 3 OTM‐28 240 126.591 258 5.9 4.6

11/14/2006 1 5 120 85.115 257 6.7 3.4

11/14/2006 2 5 120 81.373 258 8 1.8

11/14/2006 3 5 120 82.28 260 6.8 1.4

3/13/2007 1 5 60 48.619 254 7.8 1.5

3/13/2007 2 5 60 54.915 265 7.4 1.9

3/13/2007 3 5 60 58.218 254 8.1 0.7

8/26/2009 1 OTM‐27 240 81.322 ? 7.2 9.9

8/26/2009 2 OTM‐27 240 80.071 ? 10.5 10.9

8/27/2009 3 OTM‐27 240 81.336 ? 7.8 10

9/6/2007 1 5 60 12.665 260 14.1 0

9/6/2007 2 5 60 41.218 261 14.5 0.1

9/6/2007 3 5 60 41.708 255 14.2 0.6

9/6/2007 1 5 60 12.665 260 14.1 0

9/6/2007 2 5 60 41.218 261 14.5 0.1

9/6/2007 3 5 60 41.708 255 14.2 0.6

11/10/2006 1 5 60 45.729 256 19.6 1.1

11/10/2006 2 5 60 44.252 258 18.9 0.4

11/10/2006 3 5 60 43.477 257 16.8 0.1

9/10/2009 1 5 180 152.97 252 4.3 11.62

9/10/2009 2 5 180 148.47 252 4.6 12.01

9/10/2009 3 5 180 144.43 252 4.4 12.99

12/20/2006 1 5/202 60 41.777 258 13.46 12.5

12/20/2006 2 5/202 60 39.623 263 14.01 17.8

12/20/2006 3 5/202 60 38.108 265 13.44 15.8

7/12/2006 1 5 90 68.96 254 22.3 ?

7/12/2006 2 5 90 55.589 250 21.1 ?

7/12/2006 3 5 90 61.313 249 19.8 ?

9/22/2010 2 5 240 139.834 255 17.8 5.3

9/22/2010 3 5 240 136.646 255 18.2 0.8
9/22/2010 4 5 240 127.831 256 18.4 1.7

9/28/2010 1 5 240 137.153 255 14 0.3

9/29/2010 2 5 240 169.443 255 13.2 0.3

9/30/2010 3 5 240 126.858 255 14.9 0.3

8/1/2007 1 5 60 40.5609 255 22.4 3.2

8/1/2007 2 5 60 36.3894 256 21.79 3.5

8/1/2007 3 5 60 36.6402 258 22.28 2.3

8/1/2007 1 5 60 40.5609 255 22.4 3.2

8/1/2007 2 5 60 36.3894 256 21.79 3.5

8/1/2007 3 5 60 36.6402 258 22.28 2.3

8/1/2007 1 5 60 40.5609 255 22.4 3.2

8/1/2007 2 5 60 36.3894 256 21.79 3.5

8/1/2007 3 5 60 36.6402 258 22.28 2.3

8/18/2009 1 5 250 162.546 ? 10.22 84.9

8/18/2009 2 5 250 167.837 ? 10.14 72.7

8/18/2009 3 5 250 163.467 ? 10.23 72

6/17/2008 1 5 60 37.35 273 10.41 19.2

6/17/2008 2 5 60 35.763 273 10.07 0.4

6/17/2008 3 5 60 35.553 265 9.65 5.4

9/22/2005 1 5 120 88.018 261 5.8 3.35

9/22/2005 2 5 120 89.465 266 6.5 1.8

9/22/2005 3 5 120 92.06 263 7.2 1.85

3/22/2006 1 5 120 86.31 325 30.2 7.5

3/22/2006 2 5 120 87.839 325 30.2 5.8

3/22/2006 3 5 120 87.66 325 29.3 7.7

9/22/2009 1 5 240 150.708 254 12.1 64.1

9/23/2009 2 5 240 139.304 253 13.1 85.8

9/24/2009 3 5 240 132.854 257 12.2 84.2

11/14/2006 1 5 120 85.95 259 7.4 4.3

11/14/2006 2 5 120 83.43 256 11 7.3

11/14/2006 3 5 120 79.76 248 10.4 7.9

11/30/2004 1 5 60 43.82 270 11 2.7

11/30/2004 2 5 60 43.51 267 10.5 2.5

11/30/2004 3 5 60 43.15 266 10.6 2.9

11/14/2006 1 5 120 85.95 259 7.4 4.3

11/14/2006 2 5 120 83.43 256 11 7.3

11/14/2006 3 5 120 79.76 248 10.4 7.9

11/30/2004 1 5 60 43.82 270 11 2.7

11/30/2004 2 5 60 43.51 267 10.5 2.5

11/30/2004 3 5 60 43.15 266 10.6 2.9

11/14/2006 1 5 120 85.95 259 7.4 4.3

11/14/2006 2 5 120 83.43 256 11 7.3

11/14/2006 3 5 120 79.76 248 10.4 7.9

11/30/2004 1 5 60 43.82 270 11 2.7

11/30/2004 2 5 60 43.51 267 10.5 2.5

11/30/2004 3 5 60 43.15 266 10.6 2.9

1/26/2005 1 5 120 63.91 251 24.4 21.5

1/26/2005 2 5 120 81.58 258 22.9 22.1

1/26/2005 3 5 120 89.6 257 22.1 5.9

1/4/2007 1 5 120 98.3 252 20.7 3.9

1/4/2007 2 5 120 96.9 253 20.7 4.1

1/4/2007 3 5 120 96.9 254 21.3 3.3
7/23/2009 1 OTM‐27 125 47.634 ? 8.56 ?

7/23/2009 2 OTM‐27 125 48.256 ? 9.73 ?

7/23/2009 3 OTM‐27 125 47.983 ? 9.32 ?

10/6/2005 1 5 120 77.192 258 19.45 40.1

10/6/2005 2 5 120 75.934 257 23.9 32.7

10/6/2005 3 5 120 87.233 257 23.3 40.6

10/7/2005 1 5 120 84.913 257 22.85 31.8

10/7/2005 2 5 120 86.898 257 28.2 45.2

10/7/2005 3 5 120 83.032 257 24.25 45.3

8/4/2009 1 5 208 163.647 257 22.2 197

8/4/2009 2 5 208 152.054 257 20.8 224

8/5/2009 3 5 208 159.337 258 22.6 130

11/6/2009 1 ? ? ? ? ??

11/6/2009 2 ? ? ? ? ??

11/6/2009 3 ? ? ? ? ??

1/13/2009 2 5 120 78.02 ? 22 2.1

1/13/2009 3 5 120 79.287 ? 22.38 3.7

1/13/2009 4 5 120 78.74 ? 22.81 2.8

9/21/2007 1 5 60 43.834 264 6.81 ‐1

9/21/2007 2 5 60 47.393 263 6.4 0.2

9/21/2007 3 5 60 47.962 266 6.13 ‐0.1

3/24/2005 1 5 120 72.734 251 9.7 347.4

3/24/2005 2 5 120 63.67 250 9.8 369.8

3/24/2005 3 5 120 64.289 250 9.9 396.6

3/25/2005 4 5 120 62.401 255 10.7 373.1

7/11/2006 1 5 120 83.805 248 19.2 29.8

7/11/2006 2 5 120 77.727 250 20.8 13.6

7/11/2006 3 5 120 75.491 258 20.3 15.3
Re‐calculated Filter

Weight for Reported

Values <0 (mg)

Reported Mass ‐ 

Rinse (mg)

Reported Mass ‐

Total (mg)

Revised Catch

Based on 4/5/12

New MDL (mg)

% O2 % CO2

Reagent

blank value

(mg/ml)

10.6 11.9 4 13.6 ?

1.7 2.6 4.4 13.4 ?

2.3 3.7 4.2 13.5 ?

4.6 5.1 10.7 9.9 ?

8 8 6.6 9.9 10.9 ?

13.35 13.35 12.1 10 10.6 ?

9.1 9.1 8.8 9.8 10.9 ?

3.95 3.95 3.3 9.6 11 ?

4.5 4.8 9.8 10.8 ?

7.9 8.6 7.31 12.94 ?

6.5 7.6 8.02 12.94 ?

2.2 3.2 6.78 13.09 ?

5.7 6.5 7.44 12.88 ?

6.7 8.4 7.77 12.48 ?

6 7.8 7.67 12.44 ?

20.85 21.5 5.9 11.4 ?

15 15 11.8 7.1 10 ?

18.45 20.3 9.2 11.4 ?

16.45 17.2 6.1 11 ?

18.2 18.2 18.2 7.5 8.7 ?

17.1 17.2 9 7.7 ?

5.95 5.95 4.9 6.9 11.9 ?

6.05 6.05 4.6 6.3 12.4 ?

5 5 4 5.8 12.6 ?
4.55 4.3 6.4 12.5 ?

3.95 3.95 3 5.9 12.1 ?

5.3 4.8 6.1 11.9 ?

8.2 10.7 11.3 9.2 ?

13.9 17.5 11.4 9.2 ?

11 14.6 11.5 9.2 ?

? ? 9.8 10 ?

? ? 10.2 10 ?

? ? 10 10 ?

1.2 5.9 11.51 8.94 ?

1.1 5.2 11.68 8.91 ?

0.1 4.7 11.56 9.14 ?

0.3 3.1 10.74 10.31 ?

0 1.9 2 10.65 10.06 ?

0.7 1.8 2 10.35 10.35 ?

18.1 24.2 9 10 ?

13.1 19.2 9 10 ?

7.6 10.4 9 10 ?

0.7 3.5 9.6 10.74 ?

1.4 4.4 10.17 10.23 ?

2.7 6.2 9.94 10.36 ?

59.3 60.5 6.7 13.9 ?

32.8 33.9 6.4 14 ?

25 25 6.4 13.9 ?

? ? 3.277 17.12 ?
? ? 3.71 16.71 ?

? ? 2.42 17.85 ?

? ? 2.208 18.12 ?

? ? 3.085 17.23 ?

? ? 2.565 17.75 ?

6.3 ? 10.74 10.86 ?

7.8 ? 11.05 10.09 ?

4.9 ? 10.76 9.37 ?

10.7 ? 6.36 14.17 ?

4.8 ? 6.99 13.65 ?

9.6 ? 6.58 14.02 ?

5.3 ? 7.18 12.38 ?

6.7 ? 6.77 12.84 ?

6.1 ? 6.84 12.72 ?

12 ? 10.56 9.8 ?

9.2 ? 9.78 10.57 ?
10.3 ? 10.71 9.68 ?

0 ? 6.14 14.36 ?

0 ? 5.98 14.52 ?

0 ? 5.78 14.72 ?

7.3 ? 9.08 10.55 ?

3.9 ? 8.98 10.97 ?

7.2 ? 8.98 12.07 ?

16.4 ? 9.78 10.54 ?

12.5 ? 8.8 11.44 ?

10.3 ? 8.76 11.45 ?

3.3 ? 6.67 13.8 ?

3.8 ? 6.43 13.99 ?

5.7 ? 6.41 14.03 ?

10.7 ? 6.56 13.5 ?

9.9 ? 7.65 11.5 ?

9.6 ? 7.96 11.5 ?
10.2 ? 3.6 16.9 ?

13.8 ? 4.8 15.7 ?

9.6 ? 4.9 15.6 ?

4 ? 10.72 9.69 ?

2.8 ? 10.8 9.56 ?

4.1 ? 11.28 9.05 ?

6.7 ? 6.4 12 ?

7.1 ? 7.5 10.8 ?

16.2 ? 7.5 10.8 ?

? ? ?? ?

? ? ?? ?

? ? ?? ?

? ? ?? ?

? ? ?? ?

? ? ?? ?

5.2 12.7 7.01 13.73 ?

1.5 11.1 7.92 12.8 ?

2.4 11.3 7.58 13.13 ?

3.1 17.2 6.93 13.9 ?

4.2 20.1 6.73 14.11 ?

2.1 38.4 8.24 12.47 ?

6.8 36.7 5.1 15.3 ?

5.1 35 5 15.4 ?

2.5 28.9 5.2 15.1 ?

1.7 3.8 4.89 12.09 ?

4.8 5.6 5.19 11.79 ?

3.6 3.6 5.29 11.69 ?

4.2 5.2 6.9 10.26 ?

5.4 6.1 7 10.36 ?

6 6 6.9 10.47 ?

? ? 4.7 14.1 ?
5.3 13.3 4.4 14.5 ?

? ? 4.4 14.5 ?

0.9 7 7.2 12.6 ?

0.3 5.5 7.2 12.6 ?

1.6 6.6 7.2 12.6 ?

17.8 26 5 14.9 ?

11.1 20.5 4.7 15.2 ?

13.9 19.4 4.8 15 ?

4.89 7.5 11.79 9.09 0.0013

1.89 4.7 11.65 9.03 0.0013

0.51 2.4 11.53 9 0.0013

1.98 4.6 8.78 11.95 0.0013

5.9 9.6 9.08 12.37 0.0013

3.09 8.4 7.82 12.51 0.0013

6.3 12.5 9.985 9.5 ?

6.6 9.8 10.16 9.4 ?

6.9 11.5 10.179 9.4 ?

9.2 12.6 7.3 11.8 ?

5.1 6.9 7.6 11 ?

3.3 4.7 7.7 11.1 ?

3.4 4.5 9.7 9.9 ?

1.9 3.4 8.3 10.9 ?

1.7 2 8 11.4 ?

1.2 11.1 5.7 13.2 ?

3.6 14.3 5.6 13.3 ?

1.9 11.7 5.6 13.4 ?

5 5 10 11 ?

1.6 1.7 2 10 11 ?

3 3.6 10 11 ?

5 5 10 11 ?

1.6 1.7 2 10 11 ?

3 3.6 10 11 ?

4.8 5.9 5.4 13.9 ?

5.3 5.7 5.2 14.2 ?

3.5 3.6 5.6 13.6 ?

6.3 17.9 16.6 4 ?

5.9 17.9 16.3 4.2 ?

4.4 17.4 16 4.6 ?

2.4 14.9 12.6 5.7 ?

1.9 19.7 12.5 5.7 ?

2.9 18.7 12.4 5.8 ?

? ? 10.2 10.1 ?

? ? 11.2 9.4 ?

? ? 12 8.8 ?

6.7 12 8.8 11.1 ?

4.9 12 8.3 11.4 ?
5.3 11 7.8 11.8 ?

9.2 9 12.4 8.6 ?

6.7 7 12.3 8.3 ?

5 5 10.7 9.9 ?

0.4 3.6 14.21 6.86 ?

0.9 4.4 14.56 6.45 ?

1.7 4 14.12 6.87 ?

0.4 3.6 14.21 6.86 ?

0.9 4.4 14.56 6.45 ?

1.7 4 14.12 6.87 ?

0.4 3.6 14.21 6.86 ?

0.9 4.4 14.56 6.45 ?

1.7 4 14.12 6.87 ?

7.3 91.7 7.6 10.7 ?

19.2 91.4 7.4 10.5 ?

19.6 91.1 7.4 10.5 ?

15.4 ? 9.45 10.25 0.0079

14.7 ? 9.45 10.27 0.0079

13.9 ? 9.79 9.98 0.0079

10.6 14 9.1 10.7 ?

8.95 10.8 9.4 10.5 ?

7.3 9.2 8.9 10.9 ?

11 18.5 8.24 12.13 0.001

19 24.8 8.22 11.93 0.001

13 20.7 8.22 11.98 0.001

9.2 73.3 5.4 12.2 ?

14.2 100 5.5 12.2 ?

12.1 96.3 6.8 11.1 ?

3.3 7.6 4 15.5 ?

0 7.3 1.5 15 ?

7.6 15.5 4.5 15.5 ?

2.6 5 5.4 15.3 ?

2.2 4.4 5.4 15.3 ?

3.1 5.7 5.4 15.3 ?

3.3 7.6 4 15.5 ?

0 7.3 1.5 15 ?

7.6 15.5 4.5 15.5 ?

2.6 5 5.4 15.3 ?

2.2 4.4 5.4 15.3 ?

3.1 5.7 5.4 15.3 ?

3.3 7.6 4 15.5 ?

0 7.3 1.5 15 ?

7.6 15.5 4.5 15.5 ?

2.6 5 5.4 15.3 ?

2.2 4.4 5.4 15.3 ?

3.1 5.7 5.4 15.3 ?

6 27.4 5.37 14.64 ?

4.5 26.6 6.56 13.51 ?

2.8 8.8 6.89 13.27 ?

2 5.9 8.5 12 ?

3.5 7.6 8.45 11.97 ?

1.8 5.1 7.8 12.5 ?
? 7.99 8 9.9 ?

? 0.9 8 9.9 ?

? 5.9 8 9.9 ?

121.7 161.8 5.6 14.35 ?

24.3 57 5.5 14.4 ?

22.6 63.2 5.7 14.2 ?

25.1 56.9 4.75 15.1 ?

42.4 87.6 5.1 14.75 ?

46.2 91.5 5.2 14.65 ?

48 245 6.6 12.5 ?

28.1 252.1 7 12.1 ?

31.2 161.2 6.8 12.3 ?

? ? ?? ?

? ? ?? ?

? ? ?? ?

4.8 6.9 6.6 12.6 ?

1.7 5.4 7 12.6 ?

2.5 5.3 6.8 12.6 ?

1.6 1.6 0.7 2 9.4 11 ?

1.1 1.3 2 9.4 11 ?

1 1 0.9 2 9.8 10.5 ?

50.2 397.6 7.8 12.6 ?

100.3 470.1 8.1 12.7 ?

78.6 475.2 8.4 12.5 ?

55.1 428.2 7.3 13.3 ?

23.7 53.5 16.26 4.31 ?

12.2 25.7 17.1 3.65 ?

9.1 24.4 17.26 3.46 ?
Total

reagent

used (ml)

Calculated

Max Blank

Correction

(mg)

Blank

correction

value (mg)

Reported

Gr/dscf

Reported

Mass/Unit

(lbs/mmbtu)

Meter cal

y/n

Leak check

y/n

Iso Check

y/n

Nozzle

check y/n

100 0.79 ? 2.28E‐03 4.51E‐03 y y y y

100 0.79 ? 4.86E‐04 9.91E‐04 y y y y

100 0.79 ? 6.93E‐04 1.40E‐03 y y y y

60 0.474 0 2.00E‐03 6.00E‐03 y y y y

100 0.79 0 2.70E‐03 7.00E‐03 y y y y

120 0.948 0 5.20E‐03 1.40E‐02 y y y y

60 0.474 0 4.10E‐03 1.10E‐02 y y y y

120 0.948 0 1.60E‐03 4.00E‐03 y y y y

60 0.474 0 2.40E‐03 6.00E‐03 y y y y

200 1.58 0.4 3.17E‐03 see column AE y y y y

200 1.58 0.5 2.76E‐03 see column AE y y y y

200 1.58 0.5 1.17E‐03 see column AE y y y y

200 1.58 0.4 2.71E‐03 see column AE y y y y

200 1.58 0.4 3.40E‐03 see column AE y y y y

200 1.58 0.5 3.15E‐03 see column AE y y y y

120 0.948 0 1.00E‐02 see column AE y y y y

120 0.948 0 5.00E‐03 see column AE y y y y

100 0.79 0 9.00E‐03 see column AE y y y y

110 0.869 0 6.00E‐03 see column AE y y y y

100 0.79 0 7.00E‐03 see column AE y y y y

100 0.79 0 6.00E‐03 see column AE y y y y

100 0.79 0.79 2.00E‐03 4.00E‐03 y y y y

120 0.948 0.95 2.00E‐03 4.00E‐03 y y y y

50 0.395 0.4 2.00E‐03 3.00E‐03 y y y y
60 0.474 0.47 2.00E‐03 4.00E‐03 y y y y

40 0.316 0.32 1.00E‐03 2.00E‐03 y y y y

80 0.632 0.63 2.00E‐03 3.00E‐03 y y y y

100 0.79 0.8 5.00E‐03 3.63E‐03 y y y y

57 0.4503 0.5 6.00E‐03 5.99E‐03 y y y y

70 0.553 0.6 5.00E‐03 5.13E‐03 y y y y

? ?? 4.00E‐03 ? ? y ?

? ?? 4.00E‐03 ? ? y ?

? ?? 3.00E‐03 ? ? y ?

118 0.9322 ? 1.80E‐03 5.40E‐03 y y y y

158 1.2482 ? 1.60E‐03 4.80E‐03 y y y y

166 1.3114 ? 1.40E‐03 4.30E‐03 y y y y

148 1.1692 ? 9.00E‐04 2.42E‐03 y y y y

235 1.8565 ? 5.00E‐04 1.60E‐03 y y y y

254 2.0066 ? 5.00E‐04 1.56E‐03 y y y y

153 1.2087 ? 7.20E‐03 1.94E‐02 y y y y

193 1.5247 ? 5.40E‐03 1.47E‐02 y y y y

102 0.8058 ? 3.20E‐03 8.60E‐03 y y y y

110 0.869 ? 1.10E‐03 2.70E‐03 y y y y

157 1.2403 ? 1.30E‐03 3.60E‐03 y y y y

102 0.8058 ? 1.90E‐03 4.90E‐03 y y y y

143 1.1297 ? 1.20E‐02 2.43E‐02 y y y y

107 0.8453 ? 6.50E‐03 1.28E‐02 y y y y

156 1.2324 ? 4.90E‐03 9.70E‐03 y y y y

? ? 8.00E‐04 3.44E‐01 ?? ? ?
? ? 6.50E‐03 2.69E+00 ?? ? ?

? ? 1.60E‐03 6.35E‐01 ?? ? ?

? ? 1.00E‐03 4.31E‐01 ?? ? ?

? ? 6.00E‐04 2.68E‐01 ?? ? ?

? ? 1.20E‐03 5.16E‐01 ?? ? ?

150 1.185 ? ? 1.97E‐01 y y y y

150 1.185 ? ? 1.81E‐01 y y y y

150 1.185 ? ? 1.80E‐01 y y y y

110 0.869 ? ? 2.00E‐02 y y y y

120 0.948 ? ? 1.20E‐02 y y y y

115 0.9085 ? ? 1.20E‐02 y y y y

185 1.4615 ? ? 5.00E‐03 y y y y

170 1.343 ? ? 5.00E‐03 y y y y

190 1.501 ? ? 6.00E‐03 y y y y

125 0.9875 ? ? 3.50E‐02 y y y y

100 0.79 ? ? 2.60E‐02 y y y y
115 0.9085 ? ? 2.40E‐02 y y y y

? ?? 6.10E‐02 y y y y

? ?? 1.74E‐01 y y y y

? ?? 2.19E‐01 y y y y

200 1.58 ? ? 1.40E‐02 y y y y

200 1.58 ? ? 1.50E‐02 y y y y

200 1.58 ? ? 1.50E‐02 y y y y

90 0.711 ? ? 2.00E‐02 y y y y

110 0.869 ? ? 1.40E‐02 y y y y

100 0.79 ? ? 1.20E‐02 y y y y

160 1.264 ? ? 9.00E‐03 y y y y

150 1.185 ? ? 8.00E‐03 y y y y

130 1.027 ? ? 1.00E‐02 y y y y

155 1.2245 ? ? 1.70E‐02 y y y y

140 1.106 ? ? 2.00E‐02 y y y y

160 1.264 ? ? 2.20E‐02 y y y y
? ?? 1.00E‐02 ? ? y ?

? ?? 1.40E‐02 ? ? y ?

? ?? 1.20E‐02 ? ? y ?

130 1.027 ? ? 2.30E‐02 y y y y

95 0.7505 ? ? 1.40E‐02 y y y y

115 0.9085 ? ? 2.70E‐02 y y y y

? ?? 2.30E‐02 ? ? y ?

? ?? 1.60E‐02 ? ? y ?

? ?? 1.80E‐02 ? ? y ?

? ?? 1.90E‐02 ?? ? ?

? ?? 2.00E‐02 ?? ? ?

? ?? 2.40E‐02 ?? ? ?

? ?? 1.60E‐02 ?? ? ?

? ?? 1.10E‐02 ?? ? ?

? ?? 1.70E‐02 ?? ? ?

100 0.79 ? 5.10E‐03 1.00E‐02 y y y y

75 0.5925 ? 4.30E‐03 9.00E‐03 y y y y

120 0.948 ? 4.20E‐03 9.00E‐03 y y y y

100 0.79 ? 6.90E‐03 1.40E‐02 y y y y

110 0.869 ? 7.90E‐03 1.60E‐02 y y y y

90 0.711 ? 1.35E‐02 3.00E‐02 y y y y

95.3 0.75287 0 ? 7.56E‐03 y y y y

40.8 0.32232 0 ? 6.85E‐03 y y y y

96.5 0.76235 0 ? 5.54E‐03 y y y y

? ? 1.96E‐03 3.80E‐03 y y y y

? ? 2.61E‐03 5.17E‐03 y y y y

? ? 1.68E‐03 3.33E‐03 y y y y

? ? 1.85E‐03 4.13E‐03 ? ? y ?

? ? 2.89E‐03 6.43E‐03 ? ? y ?

? ? 2.63E‐03 5.84E‐03 ? ? y ?

? ? 3.00E‐03 5.40E‐03 y y y y
95 0.7505 ? 3.70E‐03 6.60E‐03 y y y y

? ? 4.00E‐03 7.00E‐03 y y y y

59 0.4661 ? 1.90E‐03 4.10E‐03 y y y y

75 0.5925 ? 1.50E‐03 3.20E‐03 y y y y

56 0.4424 ? 1.80E‐03 3.80E‐03 y y y y

60 0.474 ? 2.30E‐03 4.18E‐03 y y y y

75 0.5925 ? 1.80E‐03 3.30E‐03 y y y y

70 0.553 ? 1.70E‐03 3.11E‐03 y y y y

82 0.6478 ? 2.70E‐03 8.90E‐03 y y y y

83 0.6557 ? 1.80E‐03 5.70E‐03 y y y y

67 0.5293 ? 9.50E‐04 3.00E‐03 y y y y

90 0.711 ? 1.30E‐03 2.20E‐03 y y y y

75 0.5925 ? 2.70E‐03 4.40E‐03 y y y y

85 0.6715 ? 2.40E‐03 3.70E‐03 y y y y

? ? 1.85E‐03 3.89E‐03 y y y y

? ? 1.46E‐03 3.06E‐03 y y y y

? ? 1.82E‐03 3.82E‐03 y y y y

107 0.8453 ? 2.30E‐03 4.90E‐03 y y y y

90 0.711 ? 1.30E‐03 2.80E‐03 y y y y

87 0.6873 ? 8.00E‐04 1.80E‐03 y y y y

100 0.79 0.4 ? 4.26E‐03 y y y y

100 0.79 0.4 ? 2.43E‐03 y y y y

100 0.79 0.4 ? 1.39E‐03 y y y y

41 0.3239 ? 2.10E‐03 4.00E‐03 y y y y

48 0.3792 ? 2.80E‐03 5.20E‐03 y y y y

43 0.3397 ? 2.30E‐03 4.30E‐03 y y y y

? ? 2.00E‐03 6.00E‐03 y y y y

? ? 1.00E‐03 2.00E‐03 y y y y

? ? 1.00E‐03 5.00E‐03 y y y y

? ? 2.00E‐03 6.00E‐03 y y y y

? ? 1.00E‐03 2.00E‐03 y y y y

? ? 1.00E‐03 5.00E‐03 y y y y

125 0.9875 ? 2.00E‐03 4.00E‐03 y y y y

150 1.185 ? 2.00E‐03 4.00E‐03 y y y y

130 1.027 ? 1.00E‐03 2.00E‐03 y y y y

160 1.264 ? 1.80E‐03 1.15E‐02 y y y y

160 1.264 ? 1.90E‐03 1.11E‐02 y y y y

140 1.106 ? 1.90E‐03 1.04E‐02 y y y y

150 1.185 0 5.50E‐03 reported as lb/hr yy y y

125 0.9875 0 7.67E‐03 reported as lb/hr yy y y

125 0.9875 0 7.57E‐03 reported as lb/hr yy y y

? ? 1.00E‐03 2.80E‐03 y y y y

? ? 3.00E‐04 1.00E‐03 y y y y

? ? 1.00E‐03 1.60E‐03 y y y y

81 0.6399 ? 1.00E‐03 2.88E‐03 y y y y

43 0.3397 ? 1.00E‐03 3.01E‐03 y y y y
73 0.5767 ? 1.00E‐03 3.06E‐03 y y y y

120 0.948 ? 1.00E‐03 3.49E‐03 y y y y

98 0.7742 ? 1.00E‐03 2.03E‐03 y y y y

110 0.869 ? 1.00E‐03 1.71E‐03 y y y y

195 1.5405 0 1.40E‐03 reported as lb/hr yy y y

171 1.3509 0 1.90E‐03 reported as lb/hr yy y y

143 1.1297 0 1.70E‐03 reported as lb/hr yy y y

195 1.5405 0 1.40E‐03 reported as lb/hr yy y y

171 1.3509 0 1.90E‐03 reported as lb/hr yy y y

143 1.1297 0 1.70E‐03 reported as lb/hr yy y y

195 1.5405 0 1.40E‐03 reported as lb/hr yy y y

171 1.3509 0 1.90E‐03 reported as lb/hr yy y y

143 1.1297 0 1.70E‐03 reported as lb/hr yy y y

62.8 0.49612 0.4 ? 1.80E‐02 y y y y

67.4 0.53246 0.5 ? 1.71E‐02 y y y y

64.2 0.50718 0.4 ? 1.75E‐02 y y y y

200 1.58 ? 1.40E‐02 3.30E‐02 y y y y

200 1.58 ? 6.50E‐03 1.50E‐02 y y y y

200 1.58 ? 8.40E‐03 1.90E‐02 y y y y

? ? 2.45E‐03 6.50E‐03 y y y y

? ? 1.85E‐03 5.00E‐04 y y y y

? ? 1.53E‐03 4.20E‐03 y y y y

175 1.3825 ? 3.30E‐03 reported as gr/ds yy y y

175 1.3825 ? 4.30E‐03 reported as gr/ds yy y y

175 1.3825 ? 3.60E‐03 reported as gr/ds yy y y

180 1.422 ? 7.50E‐03 1.33E‐02 y y y y

140 1.106 ? 1.11E‐02 1.97E‐02 y y y y

140 1.106 ? 1.12E‐02 2.18E‐02 y y y y

150 1.185 0 1.36E‐03 2.22E‐03 y y y y

150 1.185 0 1.34E‐03 1.90E‐03 y y y y

150 1.185 0 3.00E‐03 5.02E‐03 y y y y

225 1.7775 0.3 1.76E‐03 3.12E‐03 y y y y

225 1.7775 0.3 1.56E‐03 3.12E‐03 y y y y

225 1.7775 0.3 2.04E‐03 3.61E‐03 y y y y

150 1.185 0 1.36E‐03 2.22E‐03 y y y y

150 1.185 0 1.34E‐03 1.90E‐03 y y y y

150 1.185 0 3.00E‐03 5.02E‐03 y y y y

225 1.7775 0.3 1.76E‐03 3.12E‐03 y y y y

225 1.7775 0.3 1.56E‐03 3.12E‐03 y y y y

225 1.7775 0.3 2.04E‐03 3.61E‐03 y y y y

150 1.185 0 1.36E‐03 2.22E‐03 y y y y

150 1.185 0 1.34E‐03 1.90E‐03 y y y y

150 1.185 0 3.00E‐03 5.02E‐03 y y y y

225 1.7775 0.3 1.76E‐03 3.12E‐03 y y y y

225 1.7775 0.3 1.56E‐03 3.12E‐03 y y y y

225 1.7775 0.3 2.04E‐03 3.61E‐03 y y y y

? ? 6.60E‐03 1.20E‐02 y y y y

? ? 5.00E‐03 1.00E‐02 y y y y

? ? 1.50E‐03 3.00E‐03 y y y y

? ? 9.00E‐04 2.00E‐03 y y y y

? ? 1.20E‐03 3.00E‐03 y y y y

? ? 8.00E‐04 2.00E‐03 y y y y
140 1.106 ? ? 5.30E‐03 y y y y

90 0.711 ? ? 6.12E‐04 y y y y

120 0.948 ? ? 4.04E‐03 y y y y

175 1.3825 ? 6.71E‐02 7.20E‐02 y y y y

150 1.185 ? 2.51E‐02 2.70E‐02 y y y y

185 1.4615 ? 2.24E‐02 2.40E‐02 y y y y

175 1.3825 ? 2.03E‐02 2.50E‐02 y y y y

170 1.343 ? 3.10E‐02 3.60E‐02 y y y y

165 1.3035 ? 3.40E‐02 4.10E‐02 y y y y

? ?? 4.63E‐02 y y y y

? ?? 5.28E‐02 y y y y

? ?? 3.17E‐02 y y y y

? ? ? ? ?? ? ?

? ? ? ? ?? ? ?

? ? ? ? ?? ? ?

225 1.7775 ? 1.40E‐03 3.00E‐03 y y y y

250 1.975 ? 1.00E‐03 2.00E‐03 y y y y

194 1.5326 ? 1.00E‐03 2.00E‐03 y y y y

104 0.8216 0.4 2.30E‐04 5.50E‐04 y y y y

148 1.1692 0.4 4.50E‐04 1.06E‐03 y y y y

129 1.0191 0.3 3.10E‐04 7.60E‐04 y y y y

175 1.3825 ? 8.40E‐02 1.78E‐01 y y y y

150 1.185 ? 1.14E‐01 2.46E‐01 y y y y

150 1.185 ? 1.14E‐01 2.52E‐01 y y y y

200 1.58 ? 1.06E‐01 2.15E‐01 y y y y

?? ? 9.80E‐03 5.80E‐02 y y y y

?? ? 5.10E‐03 3.70E‐02 y y y y

?? ? 5.00E‐03 3.80E‐02 y y y y
Site‐Specific F‐

Factor (Fd)

Site‐Specific F‐

Factor (Fc)

? ?

? ?

? ?

9600 ?

9600 ?

9600 ?

9600 ?

9600 ?

9600 ?

9600 ?

9600 ?

9600 ?

9600 ?

9600 ?

9600 ?

9600 ?

9600 ?

9600 ?

9600 ?

9600 ?

9600 ?

9600 ?

9600 ?

9600 ?
9600 ?

9600 ?

9600 ?

? 1822

? 1822

? 1822

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?
? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?
? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?
? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

9280 ?

9280 ?

9280 ?

9280 ?

9280 ?

9280 ?

9600 ?

9600 ?

9600 ?

9218 ?

9218 ?

9218 ?

9218 ?

9218 ?

9218 ?

9780 ?
9780 ?

9780 ?

9780 ?

9780 ?

9780 ?

9780 ?

9780 ?

9780 ?

9312 ?

9384 ?

9420 ?

9312 ?

9384 ?

9420 ?

? ?

? ?

? ?

9839.54 ?

9856.52 ?

9688.14 ?

? ?

? ?

? ?

9780 ?

9780 ?

9780 ?

12412 ?

12363 ?

12601 ?

12412 ?

12363 ?

12601 ?

12165 ?

12202 ?

12158 ?

9190 ?

9190 ?

9190 ?

? ?

? ?

? ?

9600 ?

9600 ?

9600 ?

9600 ?

9600 ?
9600 ?

9600 ?

9600 ?

9600 ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

? ?

9190 1420

9190 1420

9190 1420

9064.3 ?

9425.5 ?

9424.8 ?

9768 ?

9768 ?

9768 ?

8796 ?

8800 ?

8539 ?

? 1420

? 1420

? 1420

9190 ?

9190 ?

9190 ?

9190 ?

9190 ?

9190 ?

9190 ?

9190 ?

9190 ?

9190 ?

9190 ?

9190 ?

9190 ?

9190 ?

9190 ?

9190 ?

9190 ?

9190 ?

9240 ?

9240 ?

9240 ?

9240 ?

9240 ?

9240 ?
9190 1420

9190 1420

9190 1420

? ?

? ?

? ?

? ?

? ?

? ?

9600 ?

9600 ?

9600 ?

? ?

? ?

? ?

9382 ?

9382 ?

9382 ?

? 1826.92

? 1826.92

? 1826.92

9240 ?

9240 ?

9240 ?

9240 ?

9240 ?

9240 ?

9240 ?
Notes

Report does not contain a summary table containing lb/mmbtu PM values (only contains

lb/hr)

Report does not contain a summary table containing lb/mmbtu PM values (only contains

lb/hr)

Report does not contain a summary table containing lb/mmbtu PM values (only contains

lb/hr)

North Outlet; filter temperature varies by 30+ degrees fahrenheit

North Outlet; filter temperature varies by 30+ degrees fahrenheit

North Outlet

South Outlet; filter temperature varies by 30+ degrees fahrenheit

South Outlet; filter temperature varies by 30+ degrees fahrenheit

South Outlet

North Outlet; Note that reported data (in database) are the sum of north and south

outlet lb/mmbtu values

North Outlet; Note that reported data (in database) are the sum of north and south

outlet lb/mmbtu values

North Outlet; Note that reported data (in database) are the sum of north and south

outlet lb/mmbtu values

South Outlet; Note that reported data (in database) are the sum of north and south

outlet lb/mmbtu values; filter temperature varies by 30+ degrees fahrenheit

South Outlet; Note that reported data (in database) are the sum of north and south

outlet lb/mmbtu values

South Outlet; Note that reported data (in database) are the sum of north and south

outlet lb/mmbtu values

North Outlet; Note that reported data (in database) are the sum of north and south

outlet lb/mmbtu values; filter temperature varies by 30+ degrees fahrenheit

North Outlet; Note that reported data (in database) are the sum of north and south

outlet lb/mmbtu values; filter temperature varies by 30+ degrees fahrenheit

North Outlet; Note that reported data (in database) are the sum of north and south

outlet lb/mmbtu values; filter temperature varies by 30+ degrees fahrenheit

South Outlet; Note that reported data (in database) are the sum of north and south

outlet lb/mmbtu values; filter temperature varies by 30+ degrees fahrenheit

South Outlet; Note that reported data (in database) are the sum of north and south

outlet lb/mmbtu values; filter temperature varies by 30+ degrees fahrenheit

North Outlet; Note that 3 sets of PM data were reported for this date:  (1) North Outlet

data, (2) South Outlet data, (3) Sum of lb/mmbtu values for (1) and (2)

North Outlet; Note that 3 sets of PM data were reported for this date:  (1) North Outlet

data, (2) South Outlet data, (3) Sum of lb/mmbtu values for (1) and (2); filter

temperature varies by 30+ degrees fahrenheit

North Outlet; Note that 3 sets of PM data were reported for this date:  (1) North Outlet

data, (2) South Outlet data, (3) Sum of lb/mmbtu values for (1) and (2); filter

temperature varies by 30+ degrees fahrenheit
South Outlet; Note that 3 sets of PM data were reported for this date:  (1) North Outlet

data, (2) South Outlet data, (3) Sum of lb/mmbtu values for (1) and (2); filter

temperature varies by 30+ degrees fahrenheit

South Outlet; Note that 3 sets of PM data were reported for this date:  (1) North Outlet

data, (2) South Outlet data, (3) Sum of lb/mmbtu values for (1) and (2)

South Outlet; Note that 3 sets of PM data were reported for this date:  (1) North Outlet

data, (2) South Outlet data, (3) Sum of lb/mmbtu values for (1) and (2); filter

temperature varies by 30+ degrees fahrenheit

P. 464 shows placeholders for site‐specific Fd factor, but no values are given

P. 464 shows placeholders for site‐specific Fd factor, but no values are given

P. 464 shows placeholders for site‐specific Fd factor, but no values are given

Test report only shows analysis for TSM‐‐no lab data or other information related to PM.

Assumed that M5 and M29 would have run together, so pulled sample info for M29 train

Test report only shows analysis for TSM‐‐no lab data or other information related to PM.

Assumed that M5 and M29 would have run together, so pulled sample info for M29 train

Test report only shows analysis for TSM‐‐no lab data or other information related to PM.

Assumed that M5 and M29 would have run together, so pulled sample info for M29 train

Report does not contain a summary table containing lb/mmbtu PM values (only contains

lb/hr)

Report does not contain a summary table containing lb/mmbtu PM values (only contains

lb/hr)

Report does not contain a summary table containing lb/mmbtu PM values (only contains

lb/hr)

Report does not contain a summary table containing lb/mmbtu PM values (only contains

lb/hr)

Report does not contain a summary table containing lb/mmbtu PM values (only contains

lb/hr)

Report does not contain a summary table containing lb/mmbtu PM values (only contains

lb/hr)

Report does not contain a summary table containing lb/mmbtu PM values (only contains

lb/hr); filter temperature varies by 30+ degrees fahrenheit

Report does not contain a summary table containing lb/mmbtu PM values (only contains

lb/hr)

Report does not contain a summary table containing lb/mmbtu PM values (only contains

lb/hr); filter temperature varies by 30+ degrees fahrenheit

Report does not contain a summary table containing lb/mmbtu PM values (only contains

lb/hr)

Report does not contain a summary table containing lb/mmbtu PM values (only contains

lb/hr)

Report does not contain a summary table containing lb/mmbtu PM values (only contains

lb/hr)

Report does not contain a summary table containing lb/mmbtu PM values (only contains

lb/hr)

Report does not contain a summary table containing lb/mmbtu PM values (only contains

lb/hr); filter temperature varies by 30+ degrees fahrenheit

Report does not contain a summary table containing lb/mmbtu PM values (only contains

lb/hr)

Report does not contain a summary table containing lb/mmbtu PM values (only contains

lb/hr); No appendices with report, so sample weights and other parameters could not be

obtained
Report does not contain a summary table containing lb/mmbtu PM values (only contains

lb/hr); No appendices with report, so sample weights and other parameters could not be

obtained

Report does not contain a summary table containing lb/mmbtu PM values (only contains

lb/hr); No appendices with report, so sample weights and other parameters could not be

obtained

Report does not contain a summary table containing lb/mmbtu PM values (only contains

lb/hr); No appendices with report, so sample weights and other parameters could not be

obtained

Report does not contain a summary table containing lb/mmbtu PM values (only contains

lb/hr); No appendices with report, so sample weights and other parameters could not be

obtained

Report does not contain a summary table containing lb/mmbtu PM values (only contains

lb/hr); No appendices with report, so sample weights and other parameters could not be

obtained

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; total mg catch (filter + rinse) not specifically labeled anywhere in

report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; filter temperature varies by 30+ degrees fahrenheit; total mg catch

(filter + rinse) not specifically labeled anywhere in report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; filter temperature varies by 30+ degrees fahrenheit; total mg catch

(filter + rinse) not specifically labeled anywhere in report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; filter temperature varies by 30+ degrees fahrenheit; total mg catch

(filter + rinse) not specifically labeled anywhere in report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; filter temperature varies by 30+ degrees fahrenheit; total mg catch

(filter + rinse) not specifically labeled anywhere in report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; total mg catch (filter + rinse) not specifically labeled anywhere in

report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; total mg catch (filter + rinse) not specifically labeled anywhere in

report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; filter temperature varies by 30+ degrees fahrenheit; total mg catch

(filter + rinse) not specifically labeled anywhere in report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; filter temperature varies by 30+ degrees fahrenheit; total mg catch

(filter + rinse) not specifically labeled anywhere in report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; total mg catch (filter + rinse) not specifically labeled anywhere in

report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; total mg catch (filter + rinse) not specifically labeled anywhere in

report
F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; total mg catch (filter + rinse) not specifically labeled anywhere in

report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; total mg catch (filter + rinse) not specifically labeled anywhere in

report; no PM lab data, couldn't determine amount (mL) of reagent from iso summary

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; total mg catch (filter + rinse) not specifically labeled anywhere in

report; no PM lab data, couldn't determine amount (mL) of reagent from iso summary

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; total mg catch (filter + rinse) not specifically labeled anywhere in

report; no PM lab data, couldn't determine amount (mL) of reagent from iso summary

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; total mg catch (filter + rinse) not specifically labeled anywhere in

report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; total mg catch (filter + rinse) not specifically labeled anywhere in

report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; total mg catch (filter + rinse) not specifically labeled anywhere in

report; incomplete field data sheet for run 4

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; total mg catch (filter + rinse) not specifically labeled anywhere in

report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; total mg catch (filter + rinse) not specifically labeled anywhere in

report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; total mg catch (filter + rinse) not specifically labeled anywhere in

report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; total mg catch (filter + rinse) not specifically labeled anywhere in

report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; total mg catch (filter + rinse) not specifically labeled anywhere in

report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; total mg catch (filter + rinse) not specifically labeled anywhere in

report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; filter temperature varies by 30+ degrees fahrenheit; total mg catch

(filter + rinse) not specifically labeled anywhere in report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; filter temperature varies by 30+ degrees fahrenheit; total mg catch

(filter + rinse) not specifically labeled anywhere in report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; filter temperature varies by 30+ degrees fahrenheit; total mg catch

(filter + rinse) not specifically labeled anywhere in report
F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; total mg catch (filter + rinse) not specifically labeled anywhere in

report; no appendices with report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; total mg catch (filter + rinse) not specifically labeled anywhere in

report; no appendices with report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; total mg catch (filter + rinse) not specifically labeled anywhere in

report; no appendices with report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; filter temperature varies by 30+ degrees fahrenheit; total mg catch

(filter + rinse) not specifically labeled anywhere in report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; filter temperature varies by 30+ degrees fahrenheit; total mg catch

(filter + rinse) not specifically labeled anywhere in report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; filter temperature varies by 30+ degrees fahrenheit; total mg catch

(filter + rinse) not specifically labeled anywhere in report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; total mg catch (filter + rinse) not specifically labeled anywhere in

report; no appendices with report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; total mg catch (filter + rinse) not specifically labeled anywhere in

report; no appendices with report

F‐factor listed as "N/A" in report, lb/mmbtu values calculated using actual heat inputs

rather than F‐Factor; total mg catch (filter + rinse) not specifically labeled anywhere in

report; no appendices with report

Test report only contains info/data for CO and NOx

Test report only contains info/data for CO and NOx

Test report only contains info/data for CO and NOx

Test report only contains info/data for CO and NOx

Test report only contains info/data for CO and NOx

Test report only contains info/data for CO and NOx

gr/dscf values not provided

gr/dscf values not provided

gr/dscf values not provided

Lab data does not specify total reagent used; filter temperature varies by 30+ degrees

fahrenheit

Lab data does not specify total reagent used

Lab data does not specify total reagent used

No field data sheets; lab data does not specify total reagent used

No field data sheets; lab data does not specify total reagent used

No field data sheets; lab data does not specify total reagent used

Lab data only provided for run #2; no field data sheets from which filter temp could be

obtained
Lab data only provided for run #2; no field data sheets from which filter temp could be

obtained

Lab data only provided for run #2; no field data sheets from which filter temp could be

obtained

Field run data sheets and calibration data were attachments to ERT file

Field run data sheets and calibration data were attachments to ERT file

Field run data sheets and calibration data were attachments to ERT file

gr/dscf values are at 7% O2 (no concentrations at stack conditions given); summary table

does not contain lb/mmbtu values

gr/dscf values are at 7% O2 (no concentrations at stack conditions given); summary table

does not contain lb/mmbtu values

gr/dscf values are at 7% O2 (no concentrations at stack conditions given); summary table

does not contain lb/mmbtu values

lb/mmbtu values calculated using actual heat inputs instead of an F‐Factor

lb/mmbtu values calculated using actual heat inputs instead of an F‐Factor

lb/mmbtu values calculated using actual heat inputs instead of an F‐Factor

Summary table split between PM <2.5 and PM >2.5, values added together to get total

filterable PM numbers

Summary table split between PM <2.5 and PM >2.5, values added together to get total

filterable PM numbers

Summary table split between PM <2.5 and PM >2.5, values added together to get total

filterable PM numbers

F‐Factor provided is on a wet basis

F‐Factor provided is on a wet basis

F‐Factor provided is on a wet basis

Values in database are presented in test report as PM10;

Values in database are presented in test report as PM10;

Values in database are presented in test report as PM10;

No PM lab data, only lab data for M29

No PM lab data, only lab data for M29

No PM lab data, only lab data for M29
F‐factor listed as "As specified in Method 19"

F‐factor listed as "As specified in Method 19"

F‐factor listed as "As specified in Method 19"

F‐factor listed as "As specified in Method 19"

F‐factor listed as "As specified in Method 19"

F‐factor listed as "As specified in Method 19"

F‐factor listed as "As specified in Method 19"

F‐factor listed as "As specified in Method 19"

F‐factor listed as "As specified in Method 19"

Filter temperature varies by 30+ degrees fahrenheit; total mg catch (filter + rinse) not

specifically labeled anywhere in report

Filter temperature varies by 30+ degrees fahrenheit; total mg catch (filter + rinse) not

specifically labeled anywhere in report

gr/dscf values at 68 degrees F and 29.92 in Hg

gr/dscf values at 68 degrees F and 29.92 in Hg

gr/dscf values at 68 degrees F and 29.92 in Hg
Total filterable PM not shown in summary table, only PM2.5 and PM10; filter

temperature listed as "N/A" in field data; lab data weights are not labeled properly and

do not seem to add up to total mg listed in summary tables

Total filterable PM not shown in summary table, only PM2.5 and PM10; filter

temperature listed as "N/A" in field data; lab data weights are not labeled properly and

do not seem to add up to total mg listed in summary tables

Total filterable PM not shown in summary table, only PM2.5 and PM10; filter

temperature listed as "N/A" in field data; lab data weights are not labeled properly and

do not seem to add up to total mg listed in summary tables

Report splits data between north and south stacks; lb/mmbtu values calculated based on

actual heat input rather than f‐factor

Report splits data between north and south stacks; lb/mmbtu values calculated based on

actual heat input rather than f‐factor

Report splits data between north and south stacks; lb/mmbtu values calculated based on

actual heat input rather than f‐factor

Report splits data between north and south stacks; lb/mmbtu values calculated based on

actual heat input rather than f‐factor

Report splits data between north and south stacks; lb/mmbtu values calculated based on

actual heat input rather than f‐factor

Report splits data between north and south stacks; lb/mmbtu values calculated based on

actual heat input rather than f‐factor

Test report file is damaged and cannot be opened

Test report file is damaged and cannot be opened

Test report file is damaged and cannot be opened

Test report labels the data for "Boiler #3" instead of boiler 2

Test report labels the data for "Boiler #3" instead of boiler 2

Test report labels the data for "Boiler #3" instead of boiler 2; fuel feed interruption

during run 3 causing unstable operating conditions

Test report labels the data for "Boiler #3" instead of boiler 2
Appendix A‐2:  Test Runs Corrected Based on Modified Sample Weights

FacilityID UnitID Fuel Category Combustor Design Test Date Run #

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Wet Biomass Stoker/SlopedGrate/ 12/12/2007 1

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Wet Biomass Stoker/SlopedGrate/ 12/12/2007 2

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Wet Biomass Stoker/SlopedGrate/ 12/12/2007 3

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Wet Biomass Stoker/SlopedGrate/ 12/12/2007 1

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Wet Biomass Stoker/SlopedGrate/ 12/12/2007 2

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Wet Biomass Stoker/SlopedGrate/ 12/12/2007 3

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Wet Biomass Stoker/SlopedGrate/ 6/24/2009 1

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Wet Biomass Stoker/SlopedGrate/ 6/24/2009 2

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Wet Biomass Stoker/SlopedGrate/ 6/24/2009 3

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Wet Biomass Stoker/SlopedGrate/ 6/24/2009 1

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Wet Biomass Stoker/SlopedGrate/ 6/24/2009 2

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Wet Biomass Stoker/SlopedGrate/ 6/24/2009 3

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Wet Biomass Stoker/SlopedGrate/ 7/11/2008 1

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Wet Biomass Stoker/SlopedGrate/ 7/11/2008 2

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Wet Biomass Stoker/SlopedGrate/ 7/11/2008 3

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Wet Biomass Stoker/SlopedGrate/ 7/11/2008 1

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Wet Biomass Stoker/SlopedGrate/ 7/11/2008 2

ALGPBrewtonMill BR‐PSG0‐S026 No. 3 Wet Biomass Stoker/SlopedGrate/ 7/11/2008 3

WIGPGreenBay2818 B29 ‐ Fluidized Bed B Coal FB 9/21/2007 1

WIGPGreenBay2818 B29 ‐ Fluidized Bed B Coal FB 9/21/2007 2

WIGPGreenBay2818 B29 ‐ Fluidized Bed B Coal FB 9/21/2007 3

ARWeyerhaeuserDie SN‐32 Wet Biomass Stoker/SlopedGrate/ 12/4/2003 2

ARWeyerhaeuserDie SN‐32 Wet Biomass Stoker/SlopedGrate/ 12/4/2003 3

MENewPage‐Rumfor Cogen#6 Wet Biomass Stoker/SlopedGrate/ 9/6/2007 2

MENewPage‐Rumfor Cogen#7 Wet Biomass Stoker/SlopedGrate/ 9/6/2007 2
Method used

(5, 17, 26A,

29,)

Sample time

(min.)

Sample

volume

(dscf)

Reported

Mass ‐ Filter

(mg)

Re‐calculated Filter

Weight for Reported

Values <0 (mg)

Reported Mass ‐ 

Rinse (mg)

Reported Mass ‐

Total (mg)

5 60 38.325 0.45 4.6 5.1

5 60 38.006 ‐1.35 8 8 6.6

5 60 35.527 ‐1.3 13.35 13.35 12.1

5 60 32.767 ‐0.3 9.1 9.1 8.8

5 60 31.991 ‐0.65 3.95 3.95 3.3

5 60 30.874 0.25 4.5 4.8

5 60 33.405 0.64 20.85 21.5

5 60 33.186 ‐3.24 15 15 11.8

5 60 34.056 1.81 18.45 20.3

5 60 41.897 0.77 16.45 17.2

5 60 40.954 ‐0.02 18.2 18.2 18.2

5 60 41.765 0.09 17.1 17.2

5 60 36.287 ‐0.27 5.95 5.95 4.9

5 60 36.177 ‐0.54 6.05 6.05 4.6

5 60 35.62 ‐0.65 5 5 4

5 60 32.481 0.25 4.55 4.3

5 60 43.5 ‐0.6 3.95 3.95 3

5 60 42.907 0.14 5.3 4.8

5 60 43.834 ‐1 1.6 1.6 0.7

5 60 47.393 0.2 1.1 1.3

5 60 47.962 ‐0.1 1 1 0.9

5 60 54.3421 2.1 0 1.9

5 60 51.8396 1.4 0.7 1.8

5 60 41.218 0.1 1.6 1.7

5 60 41.218 0.1 1.6 1.7
Revised Catch

Based on 4/5/12

New MDL (mg)

Revised Total

Catch for

Recalculation (mg)

% O2

Blank

correction

value (mg)

Reported

Mass/Unit

(lbs/mmbtu)

Site‐Specific F‐

Factor (Fd)

5.1 10.7 0 6.00E‐03 9600

8 9.9 0 7.00E‐03 9600

13.35 10 0 1.40E‐02 9600

9.1 9.8 0 1.10E‐02 9600

3.95 9.6 0 4.00E‐03 9600

4.8 9.8 0 6.00E‐03 9600

21.5 5.9 0 1.90E‐02 9600

15 7.1 0 1.10E‐02 9600

20.3 9.2 0 2.30E‐02 9600

17.2 6.1 0 1.20E‐02 9600

18.2 7.5 0 1.50E‐02 9600

17.2 9 0 1.50E‐02 9600

5.16 6.9 0.79 4.00E‐03 9600

5.1 6.3 0.95 4.00E‐03 9600

4.6 5.8 0.4 3.00E‐03 9600

4.33 6.4 0.47 4.00E‐03 9600

3.63 5.9 0.32 2.00E‐03 9600

4.81 6.1 0.63 3.00E‐03 9600

2 2 9.4 5.50E‐04 9780

2 2 9.4 1.06E‐03 9780

2 2 9.8 7.60E‐04 9780

2 2 10.65 1.60E‐03 9240

2 2 10.35 1.56E‐03 9240

2 2 10 2.00E‐03 12363

2 2 10 2.00E‐03 12363
Re‐Calculated

lb/MMBtu Value

for Database

Update

5.76E‐03

8.45E‐03

1.52E‐02

1.10E‐02

4.82E‐03

6.18E‐03

1.90E‐02

1.45E‐02

2.25E‐02

1.23E‐02

1.47E‐02

1.53E‐02

4.49E‐03

4.27E‐03

3.78E‐03

4.06E‐03

2.46E‐03

3.35E‐03

1.78E‐03

1.65E‐03

1.69E‐03

1.53E‐03

1.55E‐03

2.53E‐03

2.53E‐03
Appendix A‐3:  Previously Reviewed Test Runs Updated Based on Revised EPA Method 5 MDL Guidance

Facility/Unit Category/ sub‐category Run #

GA GP Monticello Plywood (2/21/08) Solid/Biomass 3

IA Iowa State University B1 Solid/Coal 1

IA Iowa State University B1 Solid/Coal 2

IA Iowa State University B1 Solid/Coal 3

IA Iowa State University B2 Solid/Coal 1

IA Iowa State University B2 Solid/Coal 2

IA Iowa State University B2 Solid/Coal 3

IA Monsano Muscatine #8 Cond. 1 (10/2009) Solid/Biomass 1

ME Boralex Stratton Boiler 1 (10/2009) Solid/Biomass 1

OH Smart Papers Holdings LLC (10/2005) Solid/Coal 2

SC GP Chem Russellville (8/2009) liquid/liquid 2

SC GP Chem Russellville (8/2009) liquid/liquid 3

VADukeEnergyNarrows Boiler 3 Solid/Coal 1

VA University of Virginia 7103‐1‐01R (12/2007) Solid/Coal 1

VA University of Virginia 7103‐1‐01R (12/2007) Solid/Coal 2

VA University of Virginia 7103‐1‐01R (12/2007) Solid/Coal 3

VA University of Virginia 7103‐1‐02R Solid/Coal 2

VA University of Virginia 7103‐1‐05 Solid/Coal 2

AR Potlatch Forest Warren (8/2006) Solid/Biomass 2

AR Potlatch Forest Warren (8/2006) Solid/Biomass 3

IA Archers Daniels Midland Des Moines Boiler 1 (6/2008) Solid/Coal 1

IA Archers Daniels Midland Des Moines Boiler 1 (6/2008) Solid/Coal 2

IA Archers Daniels Midland Des Moines Boiler 1 (6/2008) Solid/Coal 3

IA Archers Daniels Midland Des Moines Boiler 1 (8/2009) Solid/Coal 1

IA Archers Daniels Midland Des Moines Boiler 1 (8/2009) Solid/Coal 2

IA Archers Daniels Midland Des Moines Boiler 1 (8/2009) Solid/Coal 3

IN Purdue Univ. Unit 5 Solid/Coal (Nov 2006) 3

WA Weyerhaeuser Co.

Solid/Biomass 2

WI Domtar 2814 Solid/Biomass 1

WI Domtar 2814 Solid/Biomass 2

WI GPGreenBay 2818

Boiler #9 Solid/Coal (2000) Stack 11 3

WIGreenBayPackagingMillDivision Boiler B26/Coal fired (2006) 2

WI Wausau Solid/Coal (boiler 5) 1

WI Wausau Solid/Coal (boiler 5) 3

WA Weyerhaeuser Raymond (11/2004) Solid/Biomass ‐ Fuel Cell 1

WA Weyerhaeuser Raymond (11/2004) Solid/Biomass ‐ Fuel Cell 2

WA Weyerhaeuser Raymond (11/2004) Solid/Biomass ‐ Fuel Cell 3

FL US Sugar Corp Boiler 8 (6/2006) Solid/Biomass ‐ Suspension/ Grate 2

FL US Sugar Corp Boiler 8 (6/2006) Solid/Biomass ‐ Suspension/ Grate 3
FL US Sugar Corp Boiler 8 (6/2006) Solid/Biomass ‐ Suspension/ Grate 4

FL US Sugar Corp Boiler 8 (6/2006) Solid/Biomass ‐ Suspension/ Grate 5

GA GP Madison Ply (8/2009) Solid/Biomass ‐ Stoker/Other 2

SC International Paper Eastover Boiler 1(10/2006) Solid/Coal ‐ PC 3
Method

used (5,

17, 26A,

29,)

Sample time

(min.)

Sample

volume

(dscf)

Filter

temperature

(avg. deg. f)

Percent

H2O (Bws)

Reported

Mass ‐ Filter

(mg)

Re‐calculated Filter

Weight for Reported

Values <0 (mg)

5 120 95.1 235 14.32 1.2

17/202 62.5 35.6 6 0.5

17/202 62.5 35.5 7.7 0.6

17/202 62.5 34.5 7.8 0.6

17/202 62.5 35.4 7.4 0.3

17/202 62.5 36.5 8.2 0

17/202 62.5 35.3 8.4 0.4

5/29 240 168.2 10.2 1.65

5/202 55.6 20.2 240 18.7 n/a

5/29 120 83.2 260 9.6 0.1

26A 120 102.2 250 10.8 1.1

26A 120 81.8 248 10.6 0.4

5/26A 60 42.8 268 7.6 0.1

5/202 60 35.2 257 9.44 0.1

60 35.4 257 9.74 0.3

60 33.4 257 8.92 0.1

5/202 60 41.6 258 8.8 0.1

5/202 60 42.7 255 9.4 0.5

5/26A 60 45.4 253 20.97 1.2

5/26A 60 47.0 250 22.61 1.1

5 100 75.5 12.48 0.2

5 100 78.6 11.42 0.1

5 100 77.9 12.97 0.1

5/29 240 218.3 250 11.8 0.55

5/29 240 214.8 250 12.1 0.4

5/29 240 217.4 250 12 0.4

5 75 45.0 255 0.1153 0.8

5 60 42.9 255 0.1769

1.6

5/202 60 37.1 250 0.176 0.7

5/202 60 36.9 250 0.195 0.3

5/202 60 38.1 250 0.0512

0

5 120 84.7 249 0.054 0

5 60 35.9 250 0.11 <0.3 ?

5 60 36.8 249 0.089 <0.3 ?

5/202 60 60.3 265 15.52 0

5/202 60 60.4 262 15.93 0.1

5/202 60 41.6 16.52 0

5 60 25.7 253 24.13 0.4

5 60 32.0 255 21.61 0.5
5 60 29.4 255 21.65 0.6

5 60 26.1 253 20.04 0.6

5/29 240 154.1 252 14 0

5 60 38.9 252 10.2 1.2
Reported Mass ‐ 

Rinse (mg)

Reported Mass ‐

Total (mg)

Revised Catch

Based on 4/5/12

New MDL (mg)

O2

Blank

correction

value

Reported

Mass/Unit

(lbs/mmbtu)

F‐Factor (Fd)

(dscf/MMBtu)

0.4 1.6 2 11.35 0.9 1.00E‐03 9240

0.2 0.7 2 4.3 0 1.00E‐03 9780

0.4 0.9 2 3.9 0 1.00E‐03 9780

1.1 1.6 2 4.4 0 1.00E‐03 9780

0.3 0.6 2 4 0 1.00E‐03 9780

0.7 0.7 2 3.9 0 1.00E‐03 9780

0.1 0.4 2 3.7 0 1.00E‐03 9780

n/a 1.65 2 7 3.40E‐04 9240

n/a 0.65 2 6.3 1.50E‐03 9240

1.2 1.3 2 7.8 5.00E‐04 9780

0.7 1.8 2 7.26 ‐0.1 5.00E‐04 9190

1 1.4 2 7.31 ‐0.1 5.00E‐04 9190

1.8 1.9 2 7.73 0.1 2.00E‐03 9780

0.9 1 2 7.07 0 9.00E‐04 9780

0.2 0.5 2 7.03 0 9.18E‐04 9780

0.3 0.4 2 6.98 0 9.67E‐04 9780

1.8 1.9 2 6.96 0 1.00E‐03 9780

1.76 1.26 2 7.5 0.94 1.80E‐03 9780

0 1.2 2 15.5 0 7.00E‐04 9240

0 1.1 2 16 0 6.00E‐04 9240

1.6625 1.8625 2 6.9 0.3375 7.06E‐04 9780

1.3625 1.4625 2 7.9 0.3375 5.34E‐04 9780

1.3 1.4 2 7.9 0.3 5.37E‐04 9780

1.4 1.95 2 5.58 0 2.50E‐04 9780

1.2 1.6 2 5.56 0 2.10E‐04 9780

0.95 1.35 2 5.66 0 1.70E‐04 9780

0.7 1.4 2 3.61 0.1 1.00E‐03 9780

2.36 0.4

2 0.07 0 3.00E‐03 9240

<1.06 0.7 2 9.4 0 2.59E‐03 13680

1.4 1.7 2 9.5 0 2.60E‐03 13680

1.3 1.3

2 ? 0.1 7.00E‐03 9780

0.1 0.1 2 8.41 0 4.00E‐05 9780

<1.06 <1.06 2 11 0 1.72E‐03 9780

1.6 1.6 2 11.2 0 2.39E‐03 9780

1.3 1.3 2 9.5 0 7.00E‐04 9240

1 1.1 2 9.3 0 7.00E‐04 9240

6 0.6 2 8.7 0 1.03E‐03 9240

1.5 1.9 2 7.99 0 2.60E‐03 9335.74

1.1 1.6 2 9.22 0 2.20E‐03 9335.74
1.2 1.8 2 9.84 0 2.60E‐03 9335.74

0.9 1.5 2 9.1 0 2.20E‐03 9335.74

0.1 0.1 2 8.21 0 2.30E‐04 9240

0.5 1.7 2 3.8 0 1.20E‐03 9780
Re‐

Calculated

lb/MMBtu

Value for

Database

Update

Actions Taken in EPA ICR Databases

9.36E‐04

None ‐ Previously reported value appears to be rounded

upward, so no changes necessary.

1.53E‐03 Test run updated in EPA ICR Databases.

1.49E‐03 Test run updated in EPA ICR Databases.

1.58E‐03 Test run updated in EPA ICR Databases.

1.51E‐03 Test run updated in EPA ICR Databases.

1.45E‐03 Test run updated in EPA ICR Databases.

1.48E‐03 Test run updated in EPA ICR Databases.

3.64E‐04 Test run updated in EPA ICR Databases.

2.88E‐03 Test run updated in EPA ICR Databases.

8.25E‐04 Test run updated in EPA ICR Databases.

6.07E‐04 None ‐ Facility shut down.

7.61E‐04 None ‐ Facility shut down.

1.60E‐03

None ‐ Previously reported value appears to be rounded

upward, so no changes necessary.

1.85E‐03 Test run updated in EPA ICR Databases.

1.84E‐03 Test run updated in EPA ICR Databases.

1.93E‐03 Test run updated in EPA ICR Databases.

1.55E‐03 Test run updated in EPA ICR Databases.

1.57E‐03

None ‐ Previously reported lb/MMBtu value appears to be

calculated on the non‐blank adjusted sample sum.

3.45E‐03 Test run updated in EPA ICR Databases.

3.67E‐03 Test run updated in EPA ICR Databases.

8.52E‐04 Test run updated in EPA ICR Databases.

8.81E‐04 Test run updated in EPA ICR Databases.

8.88E‐04 Test run updated in EPA ICR Databases.

2.69E‐04 Test run updated in EPA ICR Databases.

2.73E‐04 Test run updated in EPA ICR Databases.

2.72E‐04 Test run updated in EPA ICR Databases.

1.16E‐03 Test run updated in EPA ICR Databases.

9.53E‐04

None ‐ Previously reported lb/MMBtu value is larger than

corrected value, suggesting additional factors may be involved

in the calculation that were not shown in the test report.

2.95E‐03 Test run updated in EPA ICR Databases.

2.99E‐03 Test run updated in EPA ICR Databases.

#VALUE!

None ‐ No stack oxygen concentration provided in test report,

so the recalculated lb/MMBtu value cannot be standardized

to zero percent oxygen.

8.51E‐04 Test run updated in EPA ICR Databases.

2.53E‐03 Test run updated in EPA ICR Databases.

2.52E‐03 Test run updated in EPA ICR Databases.

1.24E‐03 Test run updated in EPA ICR Databases.

1.21E‐03 Test run updated in EPA ICR Databases.

1.68E‐03 Test run updated in EPA ICR Databases.

2.59E‐03

None ‐ Previously reported value appears to be rounded

upward, so no changes necessary.

2.30E‐03 Test run updated in EPA ICR Databases.
2.64E‐03 Test run updated in EPA ICR Databases.

2.79E‐03 Test run updated in EPA ICR Databases.

4.35E‐04 Test run updated in EPA ICR Databases.

1.35E‐03 Test run updated in EPA ICR Databases.