Appendix C‐1a (i):  Solid Fuel Hg Run Data

In top 12%? Min Test Avg?

Fuel

Category

Metals

Process

Heater? Rank FacilityID UnitID

YES Solid no 1 NYBlackRiverGen E00001

YES Solid no 1 NYBlackRiverGen E00001

YES Solid no 1 NYBlackRiverGen E00001

YES Yes Solid no 1 NYBlackRiverGen E00001

YES Yes Solid no 1 NYBlackRiverGen E00001

YES Yes Solid no 1 NYBlackRiverGen E00001

YES Yes Solid no 1 NYBlackRiverGen E00001

YES Yes Solid no 1 NYBlackRiverGen E00001

YES Yes Solid no 1 NYBlackRiverGen E00001

YES Solid no 2 NYBlackRiverGen E00002

YES Solid no 2 NYBlackRiverGen E00002

YES Solid no 2 NYBlackRiverGen E00002

YES Yes Solid no 2 NYBlackRiverGen E00002

YES Yes Solid no 2 NYBlackRiverGen E00002

YES Yes Solid no 2 NYBlackRiverGen E00002

YES Yes Solid no 2 NYBlackRiverGen E00002

YES Yes Solid no 2 NYBlackRiverGen E00002

YES Yes Solid no 2 NYBlackRiverGen E00002

YES Solid no 3 NYBlackRiverGen E00003

YES Solid no 3 NYBlackRiverGen E00003

YES Solid no 3 NYBlackRiverGen E00003

YES Yes Solid no 3 NYBlackRiverGen E00003

YES Yes Solid no 3 NYBlackRiverGen E00003

YES Yes Solid no 3 NYBlackRiverGen E00003

YES Yes Solid no 3 NYBlackRiverGen E00003

YES Yes Solid no 3 NYBlackRiverGen E00003

YES Yes Solid no 3 NYBlackRiverGen E00003

YES Solid no 4 MIGenessePowerStation BOILER 01

YES Solid no 4 MIGenessePowerStation BOILER 01

YES Solid no 4 MIGenessePowerStation BOILER 01

YES Solid no 4 MIGenessePowerStation BOILER 01

YES Solid no 4 MIGenessePowerStation BOILER 01

YES Solid no 4 MIGenessePowerStation BOILER 01

YES Yes Solid no 4 MIGenessePowerStation BOILER 01

YES Yes Solid no 4 MIGenessePowerStation BOILER 01

YES Yes Solid no 4 MIGenessePowerStation BOILER 01

YES Yes Solid no 5 IARoquetteAmerica Circulating Fluidized Bed B

YES Yes Solid no 5 IARoquetteAmerica Circulating Fluidized Bed B

YES Yes Solid no 5 IARoquetteAmerica Circulating Fluidized Bed B

YES Yes Solid no 6 INPurdueUniverisity Boiler 5

YES Yes Solid no 6 INPurdueUniverisity Boiler 5

YES Yes Solid no 6 INPurdueUniverisity Boiler 5

YES Yes Solid no 7 MNADMCornDivision Coal Boiler #1 EU049

YES Yes Solid no 8 MNADMCornDivision Coal Boiler #2 EU050

YES Solid no 9 ILPolyOne B1

YES Solid no 9 ILPolyOne B1

YES Solid no 9 ILPolyOne B1

YES Yes Solid no 9 ILPolyOne B1
YES Yes Solid no 9 ILPolyOne B1

YES Yes Solid no 9 ILPolyOne B1

YES Solid no 10 MITBSimonPowerPlant Unit 1

YES Solid no 10 MITBSimonPowerPlant Unit 1

YES Solid no 10 MITBSimonPowerPlant Unit 1

YES Solid no 10 MITBSimonPowerPlant Unit 1

YES Solid no 10 MITBSimonPowerPlant Unit 1

YES Solid no 10 MITBSimonPowerPlant Unit 1

YES Yes Solid no 10 MITBSimonPowerPlant Unit 1

YES Yes Solid no 10 MITBSimonPowerPlant Unit 1

YES Yes Solid no 10 MITBSimonPowerPlant Unit 1

YES Yes Solid no 11 IAMonsantoMuscatine Boiler #8 (EP‐195)

YES Yes Solid no 11 IAMonsantoMuscatine Boiler #8 (EP‐195)

YES Yes Solid no 11 IAMonsantoMuscatine Boiler #8 (EP‐195)

YES Yes Solid no 12 PAKimberlyClarkChester Boiler #10 (ID 035)

YES Yes Solid no 12 PAKimberlyClarkChester Boiler #10 (ID 035)

YES Yes Solid no 12 PAKimberlyClarkChester Boiler #10 (ID 035)

YES Yes Solid no 13 IDAmalgamatedSugarCoTwS‐B1

YES Yes Solid no 13 IDAmalgamatedSugarCoTwS‐B1

YES Yes Solid no 13 IDAmalgamatedSugarCoTwS‐B1

YES Yes Solid no 14 GASPNewsprint PB2

YES Yes Solid no 14 GASPNewsprint PB2

YES Yes Solid no 14 GASPNewsprint PB2

YES Yes Solid no 15 MEBoralexStratton Boiler #1

YES Yes Solid no 15 MEBoralexStratton Boiler #1

YES Yes Solid no 15 MEBoralexStratton Boiler #1

YES Yes Solid no 16 CACovantaDelano Unit 1

YES Yes Solid no 16 CACovantaDelano Unit 1

YES Yes Solid no 16 CACovantaDelano Unit 1

YES Yes Solid no 17 TNBowaterNewsprint Bubbling Fluidized Bed Bo

YES Yes Solid no 17 TNBowaterNewsprint Bubbling Fluidized Bed Bo

YES Yes Solid no 17 TNBowaterNewsprint Bubbling Fluidized Bed Bo

YES Solid no 17 TNBowaterNewsprint Bubbling Fluidized Bed Bo

YES Solid no 17 TNBowaterNewsprint Bubbling Fluidized Bed Bo

YES Solid no 17 TNBowaterNewsprint Bubbling Fluidized Bed Bo

YES Solid no 17 TNBowaterNewsprint Bubbling Fluidized Bed Bo

YES Solid no 17 TNBowaterNewsprint Bubbling Fluidized Bed Bo

YES Solid no 17 TNBowaterNewsprint Bubbling Fluidized Bed Bo

YES Yes Solid no 18 AKDoyonUtilities_AK 4

YES Yes Solid no 18 AKDoyonUtilities_AK 4

YES Yes Solid no 18 AKDoyonUtilities_AK 4

YES Yes Solid no 19 GATempleInlandRome WF

YES Yes Solid no 19 GATempleInlandRome WF

YES Yes Solid no 19 GATempleInlandRome WF

YES Yes Solid no 20 FLCFRC252 Boiler #3 (McBurney)

YES Yes Solid no 20 FLCFRC252 Boiler #3 (McBurney)

YES Yes Solid no 20 FLCFRC252 Boiler #3 (McBurney)

YES Yes Solid no 21 VAUniversityofVirginia 7103‐1‐01R

YES Yes Solid no 21 VAUniversityofVirginia 7103‐1‐01R

YES Yes Solid no 21 VAUniversityofVirginia 7103‐1‐01R

YES Solid no 22 SCCogenSouth B001 ‐ Main Boiler

YES Solid no 22 SCCogenSouth B001 ‐ Main Boiler
YES Solid no 22 SCCogenSouth B001 ‐ Main Boiler

YES Solid no 22 SCCogenSouth B001 ‐ Main Boiler

YES Solid no 22 SCCogenSouth B001 ‐ Main Boiler

YES Solid no 22 SCCogenSouth B001 ‐ Main Boiler

YES Yes Solid no 22 SCCogenSouth B001 ‐ Main Boiler

YES Yes Solid no 22 SCCogenSouth B001 ‐ Main Boiler

YES Yes Solid no 22 SCCogenSouth B001 ‐ Main Boiler

YES Solid no 22 SCCogenSouth B001 ‐ Main Boiler

YES Solid no 22 SCCogenSouth B001 ‐ Main Boiler

YES Solid no 22 SCCogenSouth B001 ‐ Main Boiler

YES Yes Solid no 23 TNNissanSmyrna Boiler 3

YES Yes Solid no 23 TNNissanSmyrna Boiler 3

YES Yes Solid no 23 TNNissanSmyrna Boiler 3

YES Yes Solid no 24 HIPuuneneSugarMill Boiler 1

YES Yes Solid no 24 HIPuuneneSugarMill Boiler 1

YES Yes Solid no 24 HIPuuneneSugarMill Boiler 1

YES Yes Solid no 25 HIPuuneneSugarMill Boiler 2

YES Yes Solid no 25 HIPuuneneSugarMill Boiler 2

YES Yes Solid no 25 HIPuuneneSugarMill Boiler 2

YES Yes Solid no 26 MSBowaterSouth Bark Boiler

YES Yes Solid no 26 MSBowaterSouth Bark Boiler

YES Yes Solid no 26 MSBowaterSouth Bark Boiler

YES Yes Solid no 27 SCBowaterCoatedPaper Combination Boiler No. 2

YES Yes Solid no 27 SCBowaterCoatedPaper Combination Boiler No. 2

YES Yes Solid no 27 SCBowaterCoatedPaper Combination Boiler No. 2

YES Solid no 28 MSGPNewAugusta AA‐015 Power Boiler

YES Solid no 28 MSGPNewAugusta AA‐015 Power Boiler

YES Solid no 28 MSGPNewAugusta AA‐015 Power Boiler

YES Yes Solid no 28 MSGPNewAugusta AA‐015 Power Boiler

YES Yes Solid no 28 MSGPNewAugusta AA‐015 Power Boiler

YES Yes Solid no 28 MSGPNewAugusta AA‐015 Power Boiler

YES Solid no 28 MSGPNewAugusta AA‐015 Power Boiler

YES Solid no 28 MSGPNewAugusta AA‐015 Power Boiler

YES Solid no 28 MSGPNewAugusta AA‐015 Power Boiler

YES Yes Solid no 29 GAGPMadisonPly 800 Wood Waste Boiler

YES Yes Solid no 29 GAGPMadisonPly 800 Wood Waste Boiler

YES Yes Solid no 29 GAGPMadisonPly 800 Wood Waste Boiler

YES Yes Solid no 30 NDCargillWestFargo Foster Wheeler Boiler (EU

YES Yes Solid no 30 NDCargillWestFargo Foster Wheeler Boiler (EU

YES Yes Solid no 30 NDCargillWestFargo Foster Wheeler Boiler (EU

YES Yes Solid no 31 ALIPCourtland No. 3 Combination Boier /

YES Yes Solid no 31 ALIPCourtland No. 3 Combination Boier /

YES Yes Solid no 31 ALIPCourtland No. 3 Combination Boier /

YES Yes Solid no 32 ARPotlatchForestWarren Wellons Boiler

YES Yes Solid no 32 ARPotlatchForestWarren Wellons Boiler

YES Yes Solid no 32 ARPotlatchForestWarren Wellons Boiler

YES Yes Solid no 33 TNNissanSmyrna Boiler 2

YES Yes Solid no 33 TNNissanSmyrna Boiler 2

YES Yes Solid no 33 TNNissanSmyrna Boiler 2

YES Solid no 34 KYNewPage‐Wickliffe B09

YES Solid no 34 KYNewPage‐Wickliffe B09

YES Solid no 34 KYNewPage‐Wickliffe B09
YES Yes Solid no 34 KYNewPage‐Wickliffe B09

YES Yes Solid no 34 KYNewPage‐Wickliffe B09

YES Yes Solid no 34 KYNewPage‐Wickliffe B09

YES Yes Solid no 35 GAGPSRMRiincon EU BO02

YES Yes Solid no 35 GAGPSRMRiincon EU BO02

YES Yes Solid no 36 VACogentrixHopewell 2A

YES Yes Solid no 36 VACogentrixHopewell 2A

YES Yes Solid no 36 VACogentrixHopewell 2A

YES Yes Solid no 37 VACogentrixHopewell 2B

YES Yes Solid no 37 VACogentrixHopewell 2B

YES Yes Solid no 37 VACogentrixHopewell 2B

YES Yes Solid no 38 VACogentrixHopewell 2C

YES Yes Solid no 38 VACogentrixHopewell 2C

YES Yes Solid no 38 VACogentrixHopewell 2C

YES Yes Solid no 39 ILCornProductsInt B10

YES Yes Solid no 39 ILCornProductsInt B10

YES Yes Solid no 39 ILCornProductsInt B10

YES Solid no 39 ILCornProductsInt B10

YES Solid no 39 ILCornProductsInt B10

YES Solid no 39 ILCornProductsInt B10
Data Source Source Tab Pollutant

Data

Type Run Number Test Date

Test

Burning

Waste?

ICR Phase I PM and Metals Mercury (Hg) ET Sample #1 6/3/2008

ICR Phase I PM and Metals Mercury (Hg) ET Sample #2 6/4/2008

ICR Phase I PM and Metals Mercury (Hg) ET Sample #3 6/4/2008

ICR Phase II ‐ Templates Hg Mercury (Hg) ET Sample #1 8/18/2009

ICR Phase II ‐ Templates Hg Mercury (Hg) ET Sample #2 8/18/2009

ICR Phase II ‐ Templates Hg Mercury (Hg) ET Sample #3 8/18/2009

ICR Phase II ‐ Templates Hg Mercury (Hg) ET Sample #4 8/18/2009

ICR Phase II ‐ Templates Hg Mercury (Hg) ET Sample #5 8/18/2009

ICR Phase II ‐ Templates Hg Mercury (Hg) ET Sample #6 8/18/2009

ICR Phase I PM and Metals (2) Mercury (Hg) ET Sample #1 6/3/2008

ICR Phase I PM and Metals (2) Mercury (Hg) ET Sample #2 6/4/2008

ICR Phase I PM and Metals (2) Mercury (Hg) ET Sample #3 6/4/2008

ICR Phase II ‐ Templates Hg Mercury (Hg) ET Sample #1 8/18/2009

ICR Phase II ‐ Templates Hg Mercury (Hg) ET Sample #2 8/18/2009

ICR Phase II ‐ Templates Hg Mercury (Hg) ET Sample #3 8/18/2009

ICR Phase II ‐ Templates Hg Mercury (Hg) ET Sample #4 8/18/2009

ICR Phase II ‐ Templates Hg Mercury (Hg) ET Sample #5 8/18/2009

ICR Phase II ‐ Templates Hg Mercury (Hg) ET Sample #6 8/18/2009

ICR Phase I PM and Metals (3) Mercury (Hg) ET Sample #1 6/3/2008

ICR Phase I PM and Metals (3) Mercury (Hg) ET Sample #2 6/4/2008

ICR Phase I PM and Metals (3) Mercury (Hg) ET Sample #3 6/4/2008

ICR Phase II ‐ Templates Hg Mercury (Hg) ET Sample #1 8/18/2009

ICR Phase II ‐ Templates Hg Mercury (Hg) ET Sample #2 8/18/2009

ICR Phase II ‐ Templates Hg Mercury (Hg) ET Sample #3 8/18/2009

ICR Phase II ‐ Templates Hg Mercury (Hg) ET Sample #4 8/18/2009

ICR Phase II ‐ Templates Hg Mercury (Hg) ET Sample #5 8/18/2009

ICR Phase II ‐ Templates Hg Mercury (Hg) ET Sample #6 8/18/2009

ICR Phase II ‐ Voluntary Hg (1) Mercury (Hg) ET Sample #1 5/1/2006

ICR Phase II ‐ Voluntary Hg (1) Mercury (Hg) ET Sample #2 5/1/2006

ICR Phase II ‐ Voluntary Hg (1) Mercury (Hg) ET Sample #3 5/1/2006

ICR Phase II ‐ Voluntary Hg (2) Mercury (Hg) ET Sample #1 10/1/2009

ICR Phase II ‐ Voluntary Hg (2) Mercury (Hg) ET Sample #2 10/1/2009

ICR Phase II ‐ Voluntary Hg (2) Mercury (Hg) ET Sample #3 10/1/2009

ICR Phase II ‐ Voluntary Hg (3) Mercury (Hg) ET Sample #1 10/1/2009

ICR Phase II ‐ Voluntary Hg (3) Mercury (Hg) ET Sample #2 10/1/2009

ICR Phase II ‐ Voluntary Hg (3) Mercury (Hg) ET Sample #3 10/1/2009

ICR Phase II ‐ ERT ERT Mercury (Hg) ET 1 6/3/2009

ICR Phase II ‐ ERT ERT Mercury (Hg) ET 2 6/3/2009

ICR Phase II ‐ ERT ERT Mercury (Hg) ET 3 6/4/2009

ICR Phase II ‐ ERT ERT Mercury (Hg) ET M5‐1 7/21/2009

ICR Phase II ‐ ERT ERT Mercury (Hg) ET M5‐2 7/21/2009

ICR Phase II ‐ ERT ERT Mercury (Hg) ET M5‐3 7/22/2009

ICR Phase I PM and Metals Mercury (Hg) ET Sample #2 10/25/2008

ICR Phase I PM and Metals (4) Mercury (Hg) ET Sample #2 10/25/2008

ICR Phase I PM and Metals Mercury (Hg) ET Sample #1 11/14/2006

ICR Phase I PM and Metals Mercury (Hg) ET Sample #2 11/14/2006

ICR Phase I PM and Metals Mercury (Hg) ET Sample #3 11/14/2006

ICR Phase II ‐ ERT ERT Mercury (Hg) ET 1 9/9/2009
ICR Phase II ‐ ERT ERT Mercury (Hg) ET 2 9/9/2009

ICR Phase II ‐ ERT ERT Mercury (Hg) ET 3 9/10/2009

ICR Phase I PM and Metals (1) SNCR OfMercury (Hg) ET Sample #1 6/14/2007

ICR Phase I PM and Metals (1) SNCR OfMercury (Hg) ET Sample #2 6/14/2007

ICR Phase I PM and Metals (1) SNCR OfMercury (Hg) ET Sample #3 6/14/2007

ICR Phase I PM and Metals(1) Mercury (Hg) ET Sample #1 6/13/2007

ICR Phase I PM and Metals(1) Mercury (Hg) ET Sample #2 6/13/2007

ICR Phase I PM and Metals(1) Mercury (Hg) ET Sample #3 6/15/2007

ICR Phase II ‐ ERT ERT Mercury (Hg) ET 1 7/22/2009

ICR Phase II ‐ ERT ERT Mercury (Hg) ET 2 7/22/2009

ICR Phase II ‐ ERT ERT Mercury (Hg) ET 3 7/23/2009

ICR Phase II ‐ Templates Metals ‐ Total Mercury (Hg) ET Sample #1 10/15/2009

ICR Phase II ‐ Templates Metals ‐ Total Mercury (Hg) ET Sample #2 10/16/2009

ICR Phase II ‐ Templates Metals ‐ Total Mercury (Hg) ET Sample #3 10/16/2009

ICR Phase II ‐ ERT ERT and PDF Mercury (Hg) ET M29‐1 9/2/2009

ICR Phase II ‐ ERT ERT and PDF Mercury (Hg) ET M29‐2 9/3/2009

ICR Phase II ‐ ERT ERT and PDF Mercury (Hg) ET M29‐3 9/3/2009

ICR Phase I PM and Metals Mercury (Hg) ET Sample #1 9/26/2006

ICR Phase I PM and Metals Mercury (Hg) ET Sample #2 9/26/2006

ICR Phase I PM and Metals Mercury (Hg) ET Sample #3 9/26/2006

ICR Phase II ‐ ERT ERT Mercury (Hg) ET 1 8/25/2009

ICR Phase II ‐ ERT ERT Mercury (Hg) ET 2 8/26/2009

ICR Phase II ‐ ERT ERT Mercury (Hg) ET 3 8/26/2009

ICR Phase II ‐ Templates Metals (2) Mercury (Hg) ET Sample #1 10/20/2009

ICR Phase II ‐ Templates Metals (2) Mercury (Hg) ET Sample #2 10/20/2009

ICR Phase II ‐ Templates Metals (2) Mercury (Hg) ET Sample #3 10/21/2009

ICR Phase II ‐ Voluntary Hg Mercury (Hg) ET Sample #1 4/21/2009

ICR Phase II ‐ Voluntary Hg Mercury (Hg) ET Sample #2 4/21/2009

ICR Phase II ‐ Voluntary Hg Mercury (Hg) ET Sample #3 4/21/2009

ICR Phase I BFB PM and Metals Mercury (Hg) ET Sample #1 10/6/2005

ICR Phase I BFB PM and Metals Mercury (Hg) ET Sample #2 10/6/2005

ICR Phase I BFB PM and Metals Mercury (Hg) ET Sample #3 10/6/2005

ICR Phase I BFB PM and Metals (2) Mercury (Hg) ET Sample #1 10/7/2005

ICR Phase I BFB PM and Metals (2) Mercury (Hg) ET Sample #2 10/7/2005

ICR Phase I BFB PM and Metals (2) Mercury (Hg) ET Sample #3 10/7/2005

ICR Phase II ‐ ERT ERT Mercury (Hg) ET 1 8/4/2009

ICR Phase II ‐ ERT ERT Mercury (Hg) ET 2 8/4/2009

ICR Phase II ‐ ERT ERT Mercury (Hg) ET 3 8/5/2009

ICR Phase I PM and Metals (1) Mercury (Hg) ET Sample #1 8/17/2005

ICR Phase I PM and Metals (1) Mercury (Hg) ET Sample #2 8/17/2005

ICR Phase I PM and Metals (1) Mercury (Hg) ET Sample #3 8/17/2005

ICR Phase II ‐ Test Report Phase II Metals From Test RMercury (Hg) ET 1 7/27/2009

ICR Phase II ‐ Test Report Phase II Metals From Test RMercury (Hg) ET 2 7/28/2009

ICR Phase II ‐ Test Report Phase II Metals From Test RMercury (Hg) ET 3 7/28/2009

ICR Phase I PM and Metals Mercury (Hg) ET Sample #1 2/4/2003

ICR Phase I PM and Metals Mercury (Hg) ET Sample #2 2/4/2003

ICR Phase I PM and Metals Mercury (Hg) ET Sample #3 2/4/2003

ICR Phase II ‐ ERT ERT Mercury (Hg) ET M29‐1 9/17/2009

ICR Phase II ‐ ERT ERT Mercury (Hg) ET M29‐2 9/17/2009

ICR Phase II ‐ ERT ERT Mercury (Hg) ET M29‐3 9/18/2009

ICR Phase I PM and Metals Mercury (Hg) ET Sample #1 11/7/2007

ICR Phase I PM and Metals Mercury (Hg) ET Sample #2 11/7/2007
ICR Phase I PM and Metals Mercury (Hg) ET Sample #3 11/7/2007

ICR Phase I PM and Metals (2) Mercury (Hg) ET Sample #1 11/3/2005

ICR Phase I PM and Metals (2) Mercury (Hg) ET Sample #2 11/3/2005

ICR Phase I PM and Metals (2) Mercury (Hg) ET Sample #3 11/3/2005

ICR Phase I PM and Metals (3) Mercury (Hg) ET Sample #1 11/25/2003

ICR Phase I PM and Metals (3) Mercury (Hg) ET Sample #2 11/25/2003

ICR Phase I PM and Metals (3) Mercury (Hg) ET Sample #3 11/25/2003

ICR Phase II ‐ Templates Metals ‐ Total Mercury (Hg) ET Sample #1 8/18/2009

ICR Phase II ‐ Templates Metals ‐ Total Mercury (Hg) ET Sample #2 8/18/2009

ICR Phase II ‐ Templates Metals ‐ Total Mercury (Hg) ET Sample #3 8/19/2009

ICR Phase I PM and Metals (2) Mercury (Hg) ET Sample #1 3/3/2007

ICR Phase I PM and Metals (2) Mercury (Hg) ET Sample #2 3/3/2007

ICR Phase I PM and Metals (2) Mercury (Hg) ET Sample #3 3/3/2007

ICR Phase I PM and Metals (2) B1B2Ba Mercury (Hg) ET Sample #1 5/28/2006

ICR Phase I PM and Metals (2) B1B2Ba Mercury (Hg) ET Sample #2 5/29/2006

ICR Phase I PM and Metals (2) B1B2Ba Mercury (Hg) ET Sample #3 5/30/2006

ICR Phase I PM and Metals (2) B1B2Ba Mercury (Hg) ET Sample #1 5/28/2006

ICR Phase I PM and Metals (2) B1B2Ba Mercury (Hg) ET Sample #2 5/29/2006

ICR Phase I PM and Metals (2) B1B2Ba Mercury (Hg) ET Sample #3 5/30/2006

ICR Phase I Bark Boiler Metals Mercury (Hg) ET Sample #1 1/23/2007

ICR Phase I Bark Boiler Metals Mercury (Hg) ET Sample #2 1/23/2007

ICR Phase I Bark Boiler Metals Mercury (Hg) ET Sample #3 1/23/2007

ICR Phase II ‐ ERT ERT Mercury (Hg) ET 1 10/6/2009

ICR Phase II ‐ ERT ERT Mercury (Hg) ET 2 10/7/2009

ICR Phase II ‐ ERT ERT Mercury (Hg) ET 3 10/7/2009

ICR Phase I PM and Metals Mercury (Hg) ET Sample #1 7/12/2006

ICR Phase I PM and Metals Mercury (Hg) ET Sample #2 7/12/2006

ICR Phase I PM and Metals Mercury (Hg) ET Sample #3 7/12/2006

ICR Phase II ‐ Voluntary Additional Hg Data from TeMercury (Hg) ET Sample #1 9/22/2010

ICR Phase II ‐ Voluntary Additional Hg Data from TeMercury (Hg) ET Sample #2 9/23/2010

ICR Phase II ‐ Voluntary Additional Hg Data from TeMercury (Hg) ET Sample #3 9/23/2010

ICR Phase II ‐ Voluntary Additional Hg Data from TeMercury (Hg) ET Sample #1 9/28/2010

ICR Phase II ‐ Voluntary Additional Hg Data from TeMercury (Hg) ET Sample #2 9/29/2010

ICR Phase II ‐ Voluntary Additional Hg Data from TeMercury (Hg) ET Sample #3 9/30/2010

ICR Phase II ‐ Templates Metals Mercury (Hg) ET Sample #1 8/11/2009

ICR Phase II ‐ Templates Metals Mercury (Hg) ET Sample #2 8/12/2009

ICR Phase II ‐ Templates Metals Mercury (Hg) ET Sample #3 8/12/2009

ICR Phase II ‐ ERT ERT Mercury (Hg) ET 1 8/26/2009

ICR Phase II ‐ ERT ERT Mercury (Hg) ET 2 8/26/2009

ICR Phase II ‐ ERT ERT Mercury (Hg) ET 3 8/27/2009

ICR Phase II ‐ Templates Metals Mercury (Hg) ET Sample #1 7/7/2009

ICR Phase II ‐ Templates Metals Mercury (Hg) ET Sample #2 7/7/2009

ICR Phase II ‐ Templates Metals Mercury (Hg) ET Sample #3 7/8/2009

ICR Phase II ‐ ERT ERT Mercury (Hg) ET 1 9/9/2009

ICR Phase II ‐ ERT ERT Mercury (Hg) ET 2 9/9/2009

ICR Phase II ‐ ERT ERT Mercury (Hg) ET 3 9/9/2009

ICR Phase I PM and Metals Mercury (Hg) ET Sample #1 3/2/2007

ICR Phase I PM and Metals Mercury (Hg) ET Sample #2 3/2/2007

ICR Phase I PM and Metals Mercury (Hg) ET Sample #3 3/2/2007

ICR Phase I PM and Metals Mercury (Hg) ET Sample #1 9/28/2005

ICR Phase I PM and Metals Mercury (Hg) ET Sample #2 9/28/2005

ICR Phase I PM and Metals Mercury (Hg) ET Sample #3 9/28/2005
ICR Phase I PM and Metals (2) Mercury (Hg) ET Sample #1 9/29/2005

ICR Phase I PM and Metals (2) Mercury (Hg) ET Sample #2 9/29/2005

ICR Phase I PM and Metals (2) Mercury (Hg) ET Sample #3 9/29/2005

ICR Phase I PM and Metals (2) Mercury (Hg) ET Sample #1 3/18/2004

ICR Phase I PM and Metals (2) Mercury (Hg) ET Sample #2 3/18/2004

ICR Phase II ‐ ERT ERT Hg Mercury (Hg) ET Sample #1 5/7/2010

ICR Phase II ‐ ERT ERT Hg Mercury (Hg) ET Sample #2 5/7/2010

ICR Phase II ‐ ERT ERT Hg Mercury (Hg) ET Sample #3 5/7/2010

ICR Phase II ‐ ERT ERT Hg Mercury (Hg) ET Sample #1 5/7/2010

ICR Phase II ‐ ERT ERT Hg Mercury (Hg) ET Sample #2 5/7/2010

ICR Phase II ‐ ERT ERT Hg Mercury (Hg) ET Sample #3 5/7/2010

ICR Phase II ‐ ERT ERT Hg Mercury (Hg) ET Sample #1 5/7/2010

ICR Phase II ‐ ERT ERT Hg Mercury (Hg) ET Sample #2 5/7/2010

ICR Phase II ‐ ERT ERT Hg Mercury (Hg) ET Sample #3 5/7/2010

ICR Phase II ‐ Voluntary Mercury Mercury (Hg) ET Sample #1 4/8/2008

ICR Phase II ‐ Voluntary Mercury Mercury (Hg) ET Sample #2 4/8/2008

ICR Phase II ‐ Voluntary Mercury Mercury (Hg) ET Sample #3 4/8/2008

ICR Phase II ‐ Voluntary Mercury (2) Mercury (Hg) ET Sample #1 1/23/2007

ICR Phase II ‐ Voluntary Mercury (2) Mercury (Hg) ET Sample #2 1/23/2007

ICR Phase II ‐ Voluntary Mercury (2) Mercury (Hg) ET Sample #3 1/23/2007
Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

0.000000177 ‐15.5471161 0

7.57E‐08 ‐16.39648768 0

1.91E‐08 ‐17.7735775 0

1.63E‐09 ‐20.23468582 0

0.00000017 ‐15.5874674 0

0.000000014 ‐18.08420851 0

2.53E‐09 ‐19.79504653 0

3.54E‐08 ‐17.15655402 0

2.72E‐08 ‐17.42004886 0

0.000000177 ‐15.5471161 0

7.57E‐08 ‐16.39648768 0

1.91E‐08 ‐17.7735775 0

1.63E‐09 ‐20.23468582 0

0.00000017 ‐15.5874674 0

0.000000014 ‐18.08420851 0

2.53E‐09 ‐19.79504653 0

3.54E‐08 ‐17.15655402 0

2.72E‐08 ‐17.42004886 0

0.000000177 ‐15.5471161 0

7.57E‐08 ‐16.39648768 0

1.91E‐08 ‐17.7735775 0

1.63E‐09 ‐20.23468582 0

0.00000017 ‐15.5874674 0

0.000000014 ‐18.08420851 0

2.53E‐09 ‐19.79504653 0

3.54E‐08 ‐17.15655402 0

2.72E‐08 ‐17.42004886 0

ND 3.72537E‐07 ‐14.8029303 1

ND 3.72537E‐07 ‐14.8029303 1

ND 3.72537E‐07 ‐14.8029303 1

4.08924E‐07 ‐14.70973652 0

5.06823E‐07 ‐14.49510366 0

3.74269E‐07 ‐14.79828992 0

4.33182E‐08 ‐16.9546925 0

7.01755E‐08 ‐16.47226636 0

7.97055E‐08 ‐16.34492693 0

ADL 8.75109E‐08 ‐16.25150234 0

ADL 9.2653E‐08 ‐16.19440494 0

ADL 8.76009E‐08 ‐16.25047459 0

ADL 1.13929E‐07 ‐15.98769171 0

ADL 1.34801E‐07 ‐15.8194685 0

ADL 1.19112E‐07 ‐15.94320464 0

0.000000159 ‐15.65436163 0

0.000000159 ‐15.65436163 0

2.0791E‐07 ‐15.38616075 0

0.000000228 ‐15.29392021 0

1.64088E‐07 ‐15.62286162 0

1.37051E‐07 ‐15.42831256 0
1.99328E‐07 ‐15.71864862 0

1.491E‐07 ‐16.55476547 0

ND 3.63733E‐07 ‐14.82684484 1

ND 0.000000856 ‐13.97099546 1

ND 1.15325E‐06 ‐13.67292825 1

ND 8.9906E‐07 ‐13.92191594 1

ND 3.97079E‐07 ‐14.73912966 1

3.40583E‐07 ‐14.892606 0

DLL 0.00000027 ‐15.12484388 1

DLL 0.000000122 ‐15.91924479 1

DLL 0.000000161 ‐15.64186147 1

1.10691E‐07 ‐16.01652157 0

3.28853E‐07 ‐14.92765605 0

2.45099E‐07 ‐15.22160502 0

DDL 2.7463E‐07 ‐15.10784105 1

DDL 2.85047E‐07 ‐15.07061171 1

DDL 1.80877E‐07 ‐15.52544854 1

ND 2.562E‐07 ‐15.17730745 1

ND 2.804E‐07 ‐15.08704868 1

ND 2.915E‐07 ‐15.04822583 1

BDL 1.16884E‐07 ‐15.96208651 1

BDL 3.45321E‐07 ‐14.87879242 1

BDL 4.18723E‐07 ‐14.68605691 1

3.42055E‐07 ‐14.88829433 0

2.40897E‐07 ‐15.23889579 0

3.16551E‐07 ‐14.96578111 0

ND 2.73805E‐07 ‐15.11085001 1

ND 3.00302E‐07 ‐15.01847669 1

ND 4.06291E‐07 ‐14.71619582 1

0.00000033 ‐14.92417318 0

0.00000036 ‐14.83716181 0

0.00000031 ‐14.98669354 0

0.00000035 ‐14.86533268 0

0.00000039 ‐14.7571191 0

0.00000033 ‐14.92417318 0

DLL 4.84615E‐07 ‐14.53991028 1

ADL 6.72527E‐07 ‐14.21222287 0

DLL 5.0241E‐07 ‐14.50385004 1

0.000000336 ‐14.90615468 0

0.000000412 ‐14.70224249 0

0.000000307 ‐14.99641809 0

ND 0.00000033 ‐14.92417318 1

ND 0.00000042 ‐14.68301113 1

ND 0.00000032 ‐14.95494484 1

0.00000037 ‐14.80976283 0

0.000000336 ‐14.90615468 0

0.000000397 ‐14.73932956 0

< 3.61414E‐07 ‐14.83324242 1

< 3.81362E‐07 ‐14.77951751 1

< 3.67165E‐07 ‐14.81745508 1

ND 0.00000162 ‐13.33308441 1

ND 0.00000178 ‐13.23889719 1
ND 0.00000187 ‐13.18957213 1

ND 0.000000555 ‐14.40429772 1

ND 0.000000605 ‐14.31803738 1

ND 0.000000598 ‐14.32967508 1

ND 0.000000456 ‐14.60077303 1

ND 0.000000375 ‐14.79633981 1

ND 0.000000397 ‐14.73932956 1

ND 0.00000046 ‐14.59203935 1

ND 0.000000464 ‐14.58338128 1

ND 0.000000591 ‐14.34144982 1

0.0000005 ‐14.50865774 0

0.0000003 ‐15.01948336 0

0.00000045 ‐14.61401825 0

0.000000412 ‐14.70224249 0

0.000000336 ‐14.90615468 0

0.000000529 ‐14.45227741 0

0.000000412 ‐14.70224249 0

0.000000336 ‐14.90615468 0

0.000000529 ‐14.45227741 0

5.43505E‐07 ‐14.42522672 0

4.52098E‐07 ‐14.60936654 0

4.21336E‐07 ‐14.67983408 0

BDL 2.79463E‐07 ‐15.09039492 1

BDL 3.64052E‐07 ‐14.82596976 1

BDL 8.20028E‐07 ‐14.01392766 1

1.87634E‐06 ‐13.18618671 0

1.5498E‐06 ‐13.37738467 0

1.36031E‐06 ‐13.50779744 0

ND 5.49381E‐07 ‐14.41447412 1

4.89035E‐07 ‐14.5308326 0

4.42535E‐07 ‐14.63074693 0

ND 0.000000661 ‐14.229512 1

ND 0.000000688 ‐14.189477 1

ND 4.87263E‐07 ‐14.53446174 1

0.00000057 ‐14.37762948 0

0.00000047 ‐14.57053314 0

0.00000045 ‐14.61401825 0

DLL 0.000000556 ‐14.40249754 1

DLL 0.000000447 ‐14.62070724 1

DLL 0.000000511 ‐14.48689625 1

ND 5.00018E‐07 ‐14.50862138 1

ND 6.0382E‐07 ‐14.31998893 1

ND 4.18483E‐07 ‐14.68663057 1

DLL 0.000000548 ‐14.41699055 1

BDL 0.000000546 ‐14.42064686 1

BDL 0.00000053 ‐14.45038883 1

0.0000008 ‐14.03865411 0

0.00000052 ‐14.46943703 0

0.00000032 ‐14.95494484 0

0.00000045 ‐14.61401825 0

0.00000075 ‐14.10319263 0

0.0000006 ‐14.32633618 0
0.00000047 ‐14.57053314 0

0.00000063 ‐14.27754602 0

0.00000059 ‐14.3431433 0

0.000000814 ‐14.02130547 0

3.26275E‐07 ‐14.93552676 0

BDL 5.74559E‐07 ‐14.36966342 1

BDL 5.90226E‐07 ‐14.34276054 1

BDL 5.64325E‐07 ‐14.38763487 1

BDL 5.74559E‐07 ‐14.36966342 1

BDL 5.90226E‐07 ‐14.34276054 1

BDL 5.64325E‐07 ‐14.38763487 1

BDL 5.74559E‐07 ‐14.36966342 1

BDL 5.90226E‐07 ‐14.34276054 1

BDL 5.64325E‐07 ‐14.38763487 1

5.796E‐07 ‐14.36092763 0

ND 6.256E‐07 ‐14.28455465 1

ND 5.824E‐07 ‐14.35610834 1

ND 6.144E‐07 ‐14.30261966 1

ND 6.048E‐07 ‐14.31836801 1

ND 0.000000608 ‐14.31309095 1
Appendix C‐1a (ii):  Solid

In top

12%?

Min Test

Avg?

YES Yes

YES

YES Yes

YES

YES Yes

Number of sources with

test data 39 YES

n 172 YES Yes

n‐1 133 YES

YES

YES Yes

YES Yes

YES Yes

YES Yes

YES Yes

YES

Average of natural log of

test run values (μ) ‐15.20135257 YES Yes

YES

Variance of natural log of

test runs (σ2

) 1.775691856 YES

YES Yes

m (test runs in test

condition) 3 YES Yes

YES Yes

YES Yes

YES Yes

YES Yes

YES Yes

YES

Numerator for calculation

of flatness of z distribution

(β2z) 1728.580599 YES

YES Yes

Denominator for

calculation of flatness of z

distribution (β2z) 72.15837918 YES Yes

YES Yes

YES Yes

YES Yes

YES

Flatness of z distribution

(β2z) 25.955369 YES

YES

Skewness of z distribution

(√β1z) 10.10642881 YES Yes
YES Yes

YES Yes

YES Yes

YES Yes

YES Yes

Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z) YES

YES

normalization normalization normalization YES Yes

Confidence level >0.99 >0.999 >0.995 YES Yes

Smallest value in column A

that is larger than

confidence level 0.992097604 0.999250772 0.995651634 YES Yes

z‐value 3.585 4.292 3.787 YES Yes

YES Yes

The following are individual terms in Equation 19 in the memorandum YES Yes

YES

exp (μ + (σ/2)) 6.07747E‐07 YES Yes

YES Yes

YES Yes

YES Yes

YES Yes

exp (2μ + σ2

) 3.69357E‐13 YES

exp (σ2

) ‐ 1 4.904364695

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.019543327

Square root term 2.34507E‐06

Confidence Level 99% 99.9% 99.5%

UPL 3.41E‐06 3.96E‐06 3.57E‐06

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 2.12E+00 ‐1.97E+00

SE Skewness 0.19 0.19

Skewness Test non‐normal normal

Kurtosis = 6.99E+00 4.37E+00

SE Kurtosis 0.37 0.37

Kurtosis Test non‐normal non‐normal

Number of test runs = 172 172
Fuel Hg Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

FB Solid 1 NYBlackRiverGen E00001 ICR Phase II ‐ Templates Hg

FB Solid 1 NYBlackRiverGen E00001 ICR Phase I PM and Metals

FB Solid 2 NYBlackRiverGen E00002 ICR Phase II ‐ Templates Hg

FB Solid 2 NYBlackRiverGen E00002 ICR Phase I PM and Metals (2)

FB Solid 3 NYBlackRiverGen E00003 ICR Phase II ‐ Templates Hg

FB Solid 3 NYBlackRiverGen E00003 ICR Phase I PM and Metals (3)

Stoker/SlopeSolid 4 MIGenessePowerStati BOILER 01 ICR Phase II ‐ Voluntary Hg (3)

Stoker/SlopeSolid 4 MIGenessePowerStati BOILER 01 ICR Phase II ‐ Voluntary Hg (1)

Stoker/SlopeSolid 4 MIGenessePowerStati BOILER 01 ICR Phase II ‐ Voluntary Hg (2)

FB Solid 5 IARoquetteAmerica Circulating Fluidized BICR Phase II ‐ ERT ERT

FB Solid 6 INPurdueUniverisity Boiler 5 ICR Phase II ‐ ERT ERT

Stoker/SlopeSolid 7 MNADMCornDivision Coal Boiler #1 EU049 ICR Phase I PM and Metals

Stoker/SlopeSolid 8 MNADMCornDivision Coal Boiler #2 EU050 ICR Phase I PM and Metals (4)

FB Solid 9 ILPolyOne B1 ICR Phase II ‐ ERT ERT

FB Solid 9 ILPolyOne B1 ICR Phase I PM and Metals

PC Solid 10 MITBSimonPowerPlanUnit 1 ICR Phase II ‐ ERT ERT

PC Solid 10 MITBSimonPowerPlanUnit 1 ICR Phase I PM and Metals(1)

PC Solid 10 MITBSimonPowerPlanUnit 1 ICR Phase I PM and Metals (1) SNC

Stoker/SlopeSolid 11 IAMonsantoMuscatineBoiler #8 (EP‐195) ICR Phase II ‐ Templates Metals ‐ Total

FB Solid 12 PAKimberlyClarkChestBoiler #10 (ID 035) ICR Phase II ‐ ERT ERT and PDF

Stoker/SlopeSolid 13 IDAmalgamatedSugarCS‐B1 ICR Phase I PM and Metals

FB Solid 14 GASPNewsprint PB2 ICR Phase II ‐ ERT ERT

Stoker/SlopeSolid 15 MEBoralexStratton Boiler #1 ICR Phase II ‐ Templates Metals (2)

FB Solid 16 CACovantaDelano Unit 1 ICR Phase II ‐ Voluntary Hg

FB Solid 17 TNBowaterNewsprint Bubbling Fluidized BedICR Phase I BFB PM and Metals

FB Solid 17 TNBowaterNewsprint Bubbling Fluidized BedICR Phase I BFB PM and Metals (2

FB Solid 17 TNBowaterNewsprint Bubbling Fluidized BedICR Phase II ‐ ERT ERT

Stoker/SlopeSolid 18 AKDoyonUtilities_AK 4 ICR Phase I PM and Metals (1)

FB Solid 19 GATempleInlandRomeWF ICR Phase II ‐ Test Repor Phase II Metals From T

Stoker/SlopeSolid 20 FLCFRC252 Boiler #3 (McBurney) ICR Phase I PM and Metals

Stoker/SlopeSolid 21 VAUniversityofVirginia7103‐1‐01R ICR Phase II ‐ ERT ERT

Stoker/SlopeSolid 22 SCCogenSouth B001 ‐ Main Boiler ICR Phase I PM and Metals (3)

Stoker/SlopeSolid 22 SCCogenSouth B001 ‐ Main Boiler ICR Phase II ‐ Templates Metals ‐ Total

Stoker/SlopeSolid 22 SCCogenSouth B001 ‐ Main Boiler ICR Phase I PM and Metals (2)

Stoker/SlopeSolid 22 SCCogenSouth B001 ‐ Main Boiler ICR Phase I PM and Metals

Stoker/SlopeSolid 23 TNNissanSmyrna Boiler 3 ICR Phase I PM and Metals (2)
Suspension/ Solid 24 HIPuuneneSugarMill Boiler 1 ICR Phase I PM and Metals (2) B1B

Suspension/ Solid 25 HIPuuneneSugarMill Boiler 2 ICR Phase I PM and Metals (2) B1B

Stoker/SlopeSolid 26 MSBowaterSouth Bark Boiler ICR Phase I Bark Boiler Metals

Stoker/SlopeSolid 27 SCBowaterCoatedPapeCombination Boiler NoICR Phase II ‐ ERT ERT

Stoker/SlopeSolid 28 MSGPNewAugusta AA‐015 Power Boiler ICR Phase II ‐ Voluntary Additional Hg Data fro

Stoker/SlopeSolid 28 MSGPNewAugusta AA‐015 Power Boiler ICR Phase II ‐ Voluntary Additional Hg Data fro

Stoker/SlopeSolid 28 MSGPNewAugusta AA‐015 Power Boiler ICR Phase I PM and Metals

Stoker/SlopeSolid 29 GAGPMadisonPly 800 Wood Waste Boil ICR Phase II ‐ Templates Metals

FB Solid 30 NDCargillWestFargo Foster Wheeler Boiler ICR Phase II ‐ ERT ERT

FB Solid 31 ALIPCourtland No. 3 Combination Bo ICR Phase II ‐ Templates Metals

Dutch Oven/Solid 32 ARPotlatchForestWarrWellons Boiler ICR Phase II ‐ ERT ERT

Stoker/SlopeSolid 33 TNNissanSmyrna Boiler 2 ICR Phase I PM and Metals

Stoker/SlopeSolid 34 KYNewPage‐Wickliffe B09 ICR Phase I PM and Metals (2)

Stoker/SlopeSolid 34 KYNewPage‐Wickliffe B09 ICR Phase I PM and Metals

FB Solid 35 GAGPSRMRiincon EU BO02 ICR Phase I PM and Metals (2)

Stoker/SlopeSolid 36 VACogentrixHopewell 2A ICR Phase II ‐ ERT ERT Hg

Stoker/SlopeSolid 37 VACogentrixHopewell 2B ICR Phase II ‐ ERT ERT Hg

Stoker/SlopeSolid 38 VACogentrixHopewell 2C ICR Phase II ‐ ERT ERT Hg

FB Solid 39 ILCornProductsInt B10 ICR Phase II ‐ Voluntary Mercury

FB Solid 39 ILCornProductsInt B10 ICR Phase II ‐ Voluntary Mercury (2)
Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

Mercury (Hg) 4.17933E‐08 ‐16.990529 6 5 ET /Coal: Bituminous/Tire Derived Fuel (TDF)/

Mercury (Hg) 9.06E‐08 ‐16.21681162 3 2 ET /Coal: Bituminous/Tire Derived Fuel (TDF)/

Mercury (Hg) 4.17933E‐08 ‐16.990529 6 5 ET /Coal: Bituminous/Tire Derived Fuel (TDF)/

Mercury (Hg) 9.06E‐08 ‐16.21681162 3 2 ET /Coal: Bituminous/Tire Derived Fuel (TDF)/

Mercury (Hg) 4.17933E‐08 ‐16.990529 6 5 ET /Coal: Bituminous/Tire Derived Fuel (TDF)/

Mercury (Hg) 9.06E‐08 ‐16.21681162 3 2 ET /Coal: Bituminous/Tire Derived Fuel (TDF)/

Mercury (Hg) 6.43998E‐08 ‐16.55815603 3 2 ET /Manure/Wood: Plywood, Particleboard (con

Mercury (Hg) 3.72537E‐07 ‐14.8029303 3 2 ET /Manure/Wood: Plywood, Particleboard (con

Mercury (Hg) 4.30006E‐07 ‐14.65946777 3 2 ET /Manure/Wood: Plywood, Particleboard (con

Mercury (Hg) 8.92549E‐08 ‐16.23176925 3 2 ET Coal: Bituminous

Mercury (Hg) 1.22614E‐07 ‐15.91422685 3 2 ET Coal: Bituminous

Mercury (Hg) 0.000000159 ‐15.65436163 1 0 ET /Coal: Bituminous/

Mercury (Hg) 0.000000159 ‐15.65436163 1 0 ET /Coal: Bituminous/

Mercury (Hg) 1.61826E‐07 ‐15.63674111 3 2 ET /Coal: Bituminous/

Mercury (Hg) 1.99999E‐07 ‐15.42495151 3 2 ET /Coal: Bituminous/

Mercury (Hg) 1.84333E‐07 ‐15.50652012 3 2 ET Coal: Bituminous

Mercury (Hg) 5.45574E‐07 ‐14.42142689 3 2 ET /Coal: Bituminous/

Mercury (Hg) 7.90994E‐07 ‐14.04997574 3 2 ET /Coal: Bituminous/

Mercury (Hg) 2.28214E‐07 ‐15.29298132 3 2 ET Coal: Bituminous/Industrial Sludge/Plant‐bas

Mercury (Hg) 2.46851E‐07 ‐15.21447952 3 2 ET /Anthracite Culm/

Mercury (Hg) 2.76033E‐07 ‐15.10274421 3 2 ET /Coal: Sub‐bituminous/

Mercury (Hg) 2.93642E‐07 ‐15.0409033 3 2 ET Coal: Bituminous/Industrial Sludge/Tire Deriv

Mercury (Hg) 2.99834E‐07 ‐15.02003546 3 2 ET Wood: Bark/Wood: Unadulterated Timber

Mercury (Hg) 3.26799E‐07 ‐14.9339193 3 2 ET /Plant‐based Agricultural Residue/Wood: Una

Mercury (Hg) 3.33333E‐07 ‐14.91412285 3 2 ET /Industrial Sludge/Wood: Bark/

Mercury (Hg) 3.56667E‐07 ‐14.8464642 3 2 ET /Industrial Sludge/Tire Derived Fuel (TDF)/Wo

Mercury (Hg) 5.53184E‐07 ‐14.40757486 3 2 ET Biomass/Tire Derived Fuel (TDF)/Wood: Bark

Mercury (Hg) 3.51667E‐07 ‐14.86058208 3 2 ET /Coal: Sub‐bituminous/

Mercury (Hg) 3.56667E‐07 ‐14.8464642 3 2 ET Wood: Bark

Mercury (Hg) 3.67667E‐07 ‐14.81608911 3 2 ET /Hog Fuel/Wood: Bark/Wood: Plywood, Part

Mercury (Hg) 3.6998E‐07 ‐14.80981666 3 2 ET Coal: Bituminous

Mercury (Hg) 4.09333E‐07 ‐14.70873602 3 2 ET /Coal: Bituminous/Industrial Sludge/Wood: B

Mercury (Hg) 0.000000505 ‐14.49870741 3 2 ET Biomass/Coal: Bituminous

Mercury (Hg) 0.000000586 ‐14.34994605 3 2 ET /Coal: Bituminous/Industrial Sludge/Wood: B

Mercury (Hg) 1.75667E‐06 ‐13.25209248 3 2 ET /Coal: Bituminous/Industrial Sludge/Wood: B

Mercury (Hg) 4.16667E‐07 ‐14.6909793 3 2 ET /Coal: Bituminous/
Mercury (Hg) 4.25667E‐07 ‐14.66960927 3 2 ET /Bagasse/

Mercury (Hg) 4.25667E‐07 ‐14.66960927 3 2 ET /Bagasse/

Mercury (Hg) 4.72313E‐07 ‐14.56562341 3 2 ET /Industrial Sludge/Natural gas/Wood: Bark/W

Mercury (Hg) 4.87848E‐07 ‐14.53326261 3 2 ET Natural gas/No. 6 Residual oil/Tire Derived Fu

Mercury (Hg) 4.9365E‐07 ‐14.52143904 3 2 ET /Wood: Bark/

Mercury (Hg) 6.12088E‐07 ‐14.3063903 3 2 ET /Wood: Bark/

Mercury (Hg) 1.59548E‐06 ‐13.34833339 3 2 ET /Hog Fuel/

Mercury (Hg) 4.96667E‐07 ‐14.51534673 3 2 ET Wood: Bark

Mercury (Hg) 5.04667E‐07 ‐14.49936769 3 2 ET Biomass

Mercury (Hg) 5.0744E‐07 ‐14.49388655 3 2 ET Industrial Sludge/Natural gas/Tire Derived Fu

Mercury (Hg) 5.41333E‐07 ‐14.4292306 3 2 ET Hog Fuel

Mercury (Hg) 5.46667E‐07 ‐14.4194266 3 2 ET /Coal: Bituminous/

Mercury (Hg) 5.63333E‐07 ‐14.38939432 3 2 ET /Wood: Bark/

Mercury (Hg) 0.0000006 ‐14.32633618 3 2 ET /Tire Derived Fuel (TDF)/Wood: Bark/

Mercury (Hg) 5.70138E‐07 ‐14.37738828 2 1 ET /Petroleum Coke/

Mercury (Hg) 5.7637E‐07 ‐14.36651601 3 2 ET Coal: Bituminous

Mercury (Hg) 5.7637E‐07 ‐14.36651601 3 2 ET Coal: Bituminous

Mercury (Hg) 5.7637E‐07 ‐14.36651601 3 2 ET Coal: Bituminous

Mercury (Hg) 5.95867E‐07 ‐14.33324891 3 2 ET Coal: Bituminous

Mercury (Hg) 6.09067E‐07 ‐14.31133811 3 2 ET Coal: Bituminous
ntaining glues or resins)/Wood: Unadulterated Lumber/Wood: Unadulterated Timber/

ntaining glues or resins)/Wood: Unadulterated Lumber/Wood: Unadulterated Timber/

ntaining glues or resins)/Wood: Unadulterated Lumber/Wood: Unadulterated Timber/

sed Agricultural Residue

ved Fuel (TDF)

adulterated Lumber/Wood: Unadulterated Timber/

ood: Bark/

k

icleboard (containing glues or resins)/

Bark/

Bark/

Bark/
Wood: Unadulterated Timber/

uel (TDF)/Wood: Bark

uel (TDF)/Wood: Bark
Appendix C‐1a (iii):  Solid Fuel Hg Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 25.955369 10.106429

5.39263E‐06 ‐5 =f(a) 272.9099

2.12751E‐05 1 ‐4.899 243.7826

4.43284E‐05 2 ‐4.798 216.84338

7.72974E‐05 3 ‐4.697 191.98798

0.00012373 4 ‐4.596 169.11454

0.000188095 5 ‐4.495 148.12358

0.000275855 6 ‐4.394 128.918

0.000393452 7 ‐4.293 111.4031

0.000548168 8 ‐4.192 95.48656

0.000747768 9 ‐4.091 81.078458

0.000999871 10 ‐3.99 68.091255

0.001310952 11 ‐3.889 56.439802

0.001684896 12 ‐3.788 46.04134

0.00212104 13 ‐3.687 36.815496

0.002611669 14 ‐3.586 28.684288

0.003139 15 ‐3.485 21.572121

0.00367175 16 ‐3.384 15.405791

0.004161533 17 ‐3.283 10.114482

0.004539401 18 ‐3.182 5.6297643

0.004713044 19 ‐3.081 1.8856002

0.004860829 20 ‐2.98 ‐1.181661

0.00547168 21 ‐2.879 ‐3.63328

0.006708435 22 ‐2.778 ‐5.528131

0.008748382 23 ‐2.677 ‐6.922697

0.011772408 24 ‐2.576 ‐7.871073

0.015949728 25 ‐2.475 ‐8.424966

0.021418299 26 ‐2.374 ‐8.633694

0.028261594 27 ‐2.273 ‐8.544186

0.036483029 28 ‐2.172 ‐8.200982

0.045980025 29 ‐2.071 ‐7.646234

0.056520323 30 ‐1.97 ‐6.919704

0.067723625 31 ‐1.869 ‐6.058766

0.079051868 32 ‐1.768 ‐5.098407

0.089811287 33 ‐1.667 ‐4.071222

0.099168871 34 ‐1.566 ‐3.007419

0.106184803 35 ‐1.465 ‐1.934818

0.109861046 36 ‐1.364 ‐0.878848

0.110517563 37 ‐1.263 0.1374486

0.116420621 38 ‐1.162 1.0934191

0.128324467 39 ‐1.061 1.9707993

0.1467444 40 ‐0.96 2.753714

0.17188582 41 ‐0.859 3.4286766

0.203589573 42 ‐0.758 3.9845891

0.241300681 43 ‐0.657 4.4127424

0.284065962 44 ‐0.556 4.7068162

   1 3 1 3

6

z z z

      

 2z

1z
0.330563575 45 ‐0.455 4.8628789

0.379164596 46 ‐0.354 4.8793875

0.428023424 47 ‐0.253 4.7571879

0.475190703 48 ‐0.152 4.4995148

0.518739835 49 ‐0.051 4.1119914

0.556896367 50 0.05 3.6026298

0.588158885 51 0.151 2.981831

0.611400634 52 0.252 2.2623844

0.625942774 53 0.353 1.4594685

0.631592989 54 0.454 0.5906502

0.634539471 55 0.555 ‐0.324115

0.645335668 56 0.656 ‐1.262481

0.66285118 57 0.757 ‐2.199717

0.685665879 58 0.858 ‐3.108699

0.712179676 59 0.959 ‐3.959916

0.740728139 60 1.06 ‐4.72147

0.769693863 61 1.161 ‐5.359072

0.797604676 62 1.262 ‐5.836045

0.823211754 63 1.363 ‐6.113323

0.845543243 64 1.464 ‐6.149451

0.863931684 65 1.565 ‐5.900587

0.878016142 66 1.666 ‐5.320499

0.887722099 67 1.767 ‐4.360565

0.8932238 68 1.868 ‐2.969775

0.894894617 69 1.969 ‐1.094733

0.896537954 70 2.07 1.3203491

0.900891854 71 2.171 4.3336474

0.907318469 72 2.272 8.005726

0.915190984 73 2.373 12.399538

0.923929417 74 2.474 17.580426

0.93302601 75 2.575 23.61612

0.942060364 76 2.676 30.57674

0.950705354 77 2.777 38.534794

0.958725381 78 2.878 47.565178

0.965968864 79 2.979 57.74518

0.972356892 80 3.08 69.154472

0.977869829 81 3.181 81.875119

0.982533399 82 3.282 95.991571

0.986405417 83 3.383 111.59067

0.989563982 84 3.484 128.76165

0.992097604 85 3.585 147.59612

0.994097445 86 3.686 168.18809

0.995651634 87 3.787 190.63396

0.996841451 88 3.888 215.03251

0.997739105 89 3.989 241.48491

0.998406753 90 4.09 270.09473

0.998896457 91 4.191 300.96792

0.999250772 92 4.292 334.21281

0.999503712 93 4.393 369.94014

0.999681917 94 4.494 408.26302

0.999805846 95 4.595 449.29696

0.999890932 96 4.696 493.15985
0.999948614 97 4.797 539.97197

0.999987232 98 4.898 589.856

1 99 4.999 642.937
distribution of Z

Normal

distribution

1.48672E‐06 0.00040574

2.45094E‐06 0.000597496

3.9995E‐06 0.000867266

6.46025E‐06 0.00124029

1.03291E‐05 0.001746799

1.63472E‐05 0.002421413

2.56093E‐05 0.003301495

3.97118E‐05 0.004424014

6.09553E‐05 0.005820407

9.26132E‐05 0.007508934

0.000139285 0.009484089

0.000207351 0.011702832

0.000305546 0.014067743

0.000445674 0.016407706

0.000643469 0.018457453

0.000919619 0.019838134

0.001300942 0.020042044

0.001821704 0.01842559

0.002525035 0.014215349

0.003464389 0.006532452

0.004704958 ‐0.005559664

0.006324913 ‐0.02298018

0.008416337 ‐0.046526614

0.011085658 ‐0.07674265

0.014453386 ‐0.113763657

0.018652949 ‐0.15715046

0.023828414 ‐0.20572724

0.030130931 ‐0.257444276

0.03771375 ‐0.309289783

0.046725789 ‐0.357276302

0.057303789 ‐0.396525246

0.069563239 ‐0.421467418

0.083588399 ‐0.426167682

0.099421884 ‐0.404768558

0.117054396 ‐0.352031635

0.136415346 ‐0.263938829

0.157365126 ‐0.138300014

0.179689839 0.024698121

0.203099244 0.222072587

0.227228529 0.447821831

0.251644341 0.692956551

0.275855243 0.945818403

0.299326439 1.192692851

0.321498297 1.418689166

0.341807853 1.608826746

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 1.749236822

0.37471238 1.828366901

0.386376486 1.838065549

0.394360216 1.774429612

0.398423793 1.638315197

0.398443914 1.43544593

0.394419966 1.176093678

0.386474058 0.874352891

0.374844865 0.547074263

0.359875719 0.212560666

0.34199778 ‐0.110846464

0.32170943 ‐0.406152135

0.299553264 ‐0.658932298

0.276092166 ‐0.858287319

0.25188591 ‐0.99744711

0.227469632 ‐1.073991092

0.203335281 ‐1.08968843

0.17991684 ‐1.050002762

0.157579839 ‐0.963336436

0.136615273 ‐0.840108987

0.117237788 ‐0.691771812

0.099587708 ‐0.529856269

0.083736272 ‐0.365137419

0.069693339 ‐0.206973568

0.05741676 ‐0.062856036

0.046822635 0.061822225

0.037795734 0.163793385

0.030199481 0.241768773

0.023885038 0.296163445

0.018699163 0.328739247

0.014490659 0.342213148

0.011115369 0.339871748

0.008439746 0.325223882

0.006343145 0.301712837

0.004718997 0.272499321

0.003475077 0.240317141

0.002533081 0.207396286

0.001827693 0.175443163

0.001305351 0.145665034

0.000922829 0.11882499

0.00064578 0.095314681

0.00044732 0.075233881

0.000306705 0.058468455

0.000208159 0.044760854

0.000139842 0.033769676

9.29928E‐05 0.025116864

6.12113E‐05 0.018422632

3.98826E‐05 0.013329274

2.5722E‐05 0.009515609

1.64209E‐05 0.00670404

1.03767E‐05 0.004662204

6.49066E‐06 0.003200932
4.01874E‐06 0.002170005

2.46298E‐06 0.001452801

1.49417E‐06 0.000960658
Absolute values

0.00040574 2.04899E‐05

0.000597496 6.03471E‐05

0.000867266 8.75938E‐05

0.00124029 0.000125269

0.001746799 0.000176427

0.002421413 0.000244563

0.003301495 0.000333451

0.004424014 0.000446825

0.005820407 0.000587861

0.007508934 0.000758402

0.009484089 0.000957893

0.011702832 0.001181986

0.014067743 0.001420842

0.016407706 0.001657178

0.018457453 0.001864203

0.019838134 0.002003652

0.020042044 0.002024246

0.01842559 0.001860985

0.014215349 0.00143575

0.006532452 0.000659778

0.005559664 0.000561526

0.02298018 0.002320998

0.046526614 0.004699188

0.07674265 0.007751008

0.113763657 0.011490129

0.15715046 0.015872196

0.20572724 0.020778451

0.257444276 0.026001872

0.309289783 0.031238268

0.357276302 0.036084907

0.396525246 0.04004905

0.421467418 0.042568209

0.426167682 0.043042936

0.404768558 0.040881624

0.352031635 0.035555195

0.263938829 0.026657822

0.138300014 0.013968301

0.024698121 0.00249451

0.222072587 0.022429331

0.447821831 0.045230005

0.692956551 0.069988612

0.945818403 0.095527659

1.192692851 0.120461978

1.418689166 0.143287606

1.608826746 0.162491501

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
1.749236822 0.176672919

1.828366901 0.184665057

1.838065549 0.18564462

1.774429612 0.179217391

1.638315197 0.165469835

1.43544593 0.144980039

1.176093678 0.118785461

0.874352891 0.088309642

0.547074263 0.055254501

0.212560666 0.021468627

0.110846464 0.011195493

0.406152135 0.041021366

0.658932298 0.066552162

0.858287319 0.086687019

0.99744711 0.100742158

1.073991092 0.1084731

1.08968843 0.110058531

1.050002762 0.106050279

0.963336436 0.09729698

0.840108987 0.084851008

0.691771812 0.069868953

0.529856269 0.053515483

0.365137419 0.036878879

0.206973568 0.02090433

0.062856036 0.00634846

0.061822225 0.006244045

0.163793385 0.016543132

0.241768773 0.024418646

0.296163445 0.029912508

0.328739247 0.033202664

0.342213148 0.034563528

0.339871748 0.034327047

0.325223882 0.032847612

0.301712837 0.030472997

0.272499321 0.027522431

0.240317141 0.024272031

0.207396286 0.020947025

0.175443163 0.017719759

0.145665034 0.014712168

0.11882499 0.012001324

0.095314681 0.009626783

0.075233881 0.007598622

0.058468455 0.005905314

0.044760854 0.004520846

0.033769676 0.003410737

0.025116864 0.002536803

0.018422632 0.001860686

0.013329274 0.001346257

0.009515609 0.000961076

0.00670404 0.000677108

0.004662204 0.000470883

0.003200932 0.000323294
0.002170005 0.000219171

0.001452801 0.000146733

0.000960658 4.85132E‐05
Cumulative normalization

2.04899E‐05 5.39263E‐06

8.0837E‐05 2.12751E‐05

0.000168431 4.43284E‐05

0.0002937 7.72974E‐05

0.000470127 0.00012373

0.00071469 0.000188095

0.00104814 0.000275855

0.001494966 0.000393452

0.002082827 0.000548168

0.002841229 0.000747768

0.003799122 0.000999871

0.004981108 0.001310952

0.00640195 0.001684896

0.008059129 0.00212104

0.009923331 0.002611669

0.011926983 0.003139

0.013951229 0.00367175

0.015812214 0.004161533

0.017247964 0.004539401

0.017907742 0.004713044

0.018469268 0.004860829

0.020790266 0.00547168

0.025489454 0.006708435

0.033240462 0.008748382

0.044730591 0.011772408

0.060602788 0.015949728

0.081381239 0.021418299

0.107383111 0.028261594

0.138621379 0.036483029

0.174706285 0.045980025

0.214755335 0.056520323

0.257323544 0.067723625

0.30036648 0.079051868

0.341248105 0.089811287

0.3768033 0.099168871

0.403461121 0.106184803

0.417429423 0.109861046

0.419923933 0.110517563

0.442353264 0.116420621

0.487583269 0.128324467

0.557571881 0.1467444

0.65309954 0.17188582

0.773561518 0.203589573

0.916849123 0.241300681

1.079340625 0.284065962

) () f b  


1.256013544 0.330563575

1.440678601 0.379164596

1.626323221 0.428023424

1.805540612 0.475190703

1.971010447 0.518739835

2.115990486 0.556896367

2.234775947 0.588158885

2.323085589 0.611400634

2.37834009 0.625942774

2.399808717 0.631592989

2.41100421 0.634539471

2.452025575 0.645335668

2.518577737 0.66285118

2.605264757 0.685665879

2.706006915 0.712179676

2.814480015 0.740728139

2.924538547 0.769693863

3.030588825 0.797604676

3.127885806 0.823211754

3.212736813 0.845543243

3.282605766 0.863931684

3.336121249 0.878016142

3.373000129 0.887722099

3.393904459 0.8932238

3.400252919 0.894894617

3.406496963 0.896537954

3.423040095 0.900891854

3.447458741 0.907318469

3.477371249 0.915190984

3.510573913 0.923929417

3.545137441 0.93302601

3.579464488 0.942060364

3.6123121 0.950705354

3.642785096 0.958725381

3.670307528 0.965968864

3.694579559 0.972356892

3.715526584 0.977869829

3.733246343 0.982533399

3.747958512 0.986405417

3.759959836 0.989563982

3.769586619 0.992097604

3.777185241 0.994097445

3.783090555 0.995651634

3.787611401 0.996841451

3.791022138 0.997739105

3.793558941 0.998406753

3.795419627 0.998896457

3.796765884 0.999250772

3.79772696 0.999503712

3.798404068 0.999681917

3.798874951 0.999805846

3.799198245 0.999890932
3.799417416 0.999948614

3.799564149 0.999987232

3.799612662 1

183.4601298
Appendix C‐1b (i):  Solid Fuel HCl Run Data

In top 12%? Min Test Avg?

Fuel

Category

Metals

Process

Heater? Rank FacilityID UnitID

YES Yes Solid no 27 MSBowaterSouth Bark Boiler

YES Yes Solid no 28 VAVirginiaPolytechnic Boiler 7

YES Yes Solid no 28 VAVirginiaPolytechnic Boiler 7

YES Yes Solid no 28 VAVirginiaPolytechnic Boiler 7

YES Solid no 29 ORRoseburgCoquille Boiler 1

YES Solid no 29 ORRoseburgCoquille Boiler 1

YES Solid no 29 ORRoseburgCoquille Boiler 1

YES Solid no 29 ORRoseburgCoquille Boiler 1

YES Yes Solid no 29 ORRoseburgCoquille Boiler 1

YES Yes Solid no 29 ORRoseburgCoquille Boiler 1

YES Yes Solid no 30 NDCargillWestFargo Foster Wheeler Boiler (EU

YES Yes Solid no 30 NDCargillWestFargo Foster Wheeler Boiler (EU

YES Yes Solid no 30 NDCargillWestFargo Foster Wheeler Boiler (EU

YES Yes Solid no 31 NDMinnDakFarmers Babcock and Wilcox Boiler

YES Yes Solid no 31 NDMinnDakFarmers Babcock and Wilcox Boiler

YES Yes Solid no 31 NDMinnDakFarmers Babcock and Wilcox Boiler

YES Yes Solid no 32 NDMinnDakFarmers Babcock and Wilcox Boiler

YES Yes Solid no 32 NDMinnDakFarmers Babcock and Wilcox Boiler

YES Yes Solid no 32 NDMinnDakFarmers Babcock and Wilcox Boiler

YES Yes Solid no 33 GARayonierJesupMill PB01

YES Yes Solid no 33 GARayonierJesupMill PB01

YES Yes Solid no 33 GARayonierJesupMill PB01

YES Yes Solid no 34 IAArchersDanielsMidlandDAsea Boiler #1

YES Yes Solid no 34 IAArchersDanielsMidlandDAsea Boiler #1

YES Yes Solid no 34 IAArchersDanielsMidlandDAsea Boiler #1

YES Yes Solid no 35 WIGPGreenBay2818 B29 ‐ Fluidized Bed Boiler

YES Yes Solid no 35 WIGPGreenBay2818 B29 ‐ Fluidized Bed Boiler

YES Yes Solid no 35 WIGPGreenBay2818 B29 ‐ Fluidized Bed Boiler

YES Solid no 35 WIGPGreenBay2818 B29 ‐ Fluidized Bed Boiler

YES Solid no 35 WIGPGreenBay2818 B29 ‐ Fluidized Bed Boiler

YES Solid no 35 WIGPGreenBay2818 B29 ‐ Fluidized Bed Boiler

YES Solid no 35 WIGPGreenBay2818 B29 ‐ Fluidized Bed Boiler

YES Solid no 35 WIGPGreenBay2818 B29 ‐ Fluidized Bed Boiler

YES Solid no 35 WIGPGreenBay2818 B29 ‐ Fluidized Bed Boiler

YES Solid no 35 WIGPGreenBay2818 B29 ‐ Fluidized Bed Boiler

YES Solid no 1 ARPotlatchForestWarren Wellons Boiler

YES Solid no 1 ARPotlatchForestWarren Wellons Boiler

YES Solid no 1 ARPotlatchForestWarren Wellons Boiler

YES Yes Solid no 1 ARPotlatchForestWarren Wellons Boiler

YES Yes Solid no 1 ARPotlatchForestWarren Wellons Boiler

YES Yes Solid no 1 ARPotlatchForestWarren Wellons Boiler

YES Yes Solid no 2 TXDibollTemple‐Inland PB‐44

YES Yes Solid no 2 TXDibollTemple‐Inland PB‐44

YES Yes Solid no 2 TXDibollTemple‐Inland PB‐44

YES Yes Solid no 3 IDPotlatch PB‐1 CE

YES Yes Solid no 3 IDPotlatch PB‐1 CE

YES Yes Solid no 3 IDPotlatch PB‐1 CE

YES Yes Solid no 4 IDTASCOPaul Erie City Boiler
YES Yes Solid no 4 IDTASCOPaul Erie City Boiler

YES Yes Solid no 4 IDTASCOPaul Erie City Boiler

YES Yes Solid no 5 IARoquetteAmerica Circulating Fluidized Bed B

YES Yes Solid no 5 IARoquetteAmerica Circulating Fluidized Bed B

YES Yes Solid no 5 IARoquetteAmerica Circulating Fluidized Bed B

YES Yes Solid no 6 SCMarlboroPaper Hogged Fuel Boiler

YES Yes Solid no 6 SCMarlboroPaper Hogged Fuel Boiler

YES Yes Solid no 6 SCMarlboroPaper Hogged Fuel Boiler

YES Yes Solid no 7 SCCogenSouth B001 ‐ Main Boiler

YES Yes Solid no 7 SCCogenSouth B001 ‐ Main Boiler

YES Yes Solid no 7 SCCogenSouth B001 ‐ Main Boiler

YES Solid no 7 SCCogenSouth B001 ‐ Main Boiler

YES Solid no 7 SCCogenSouth B001 ‐ Main Boiler

YES Solid no 7 SCCogenSouth B001 ‐ Main Boiler

YES Solid no 7 SCCogenSouth B001 ‐ Main Boiler

YES Solid no 7 SCCogenSouth B001 ‐ Main Boiler

YES Solid no 7 SCCogenSouth B001 ‐ Main Boiler

YES Solid no 7 SCCogenSouth B001 ‐ Main Boiler

YES Solid no 7 SCCogenSouth B001 ‐ Main Boiler

YES Solid no 7 SCCogenSouth B001 ‐ Main Boiler

YES Yes Solid no 8 TNEastman_NO_CBIDATA Boiler 30

YES Yes Solid no 8 TNEastman_NO_CBIDATA Boiler 30

YES Yes Solid no 8 TNEastman_NO_CBIDATA Boiler 30

YES Yes Solid no 9 GAGPMadisonPly 800 Wood Waste Boiler

YES Yes Solid no 9 GAGPMadisonPly 800 Wood Waste Boiler

YES Yes Solid no 9 GAGPMadisonPly 800 Wood Waste Boiler

YES Yes Solid no 10 AZCatalystPaperSnowflakePower Boiler #2 Coal

YES Yes Solid no 10 AZCatalystPaperSnowflakePower Boiler #2 Coal

YES Yes Solid no 10 AZCatalystPaperSnowflakePower Boiler #2 Coal

YES Yes Solid no 11 MEBoralexStratton Boiler #1

YES Yes Solid no 11 MEBoralexStratton Boiler #1

YES Yes Solid no 11 MEBoralexStratton Boiler #1

YES Yes Solid no 12 FLSugarCaneGrowersCoopBoiler No. 8

YES Yes Solid no 12 FLSugarCaneGrowersCoopBoiler No. 8

YES Yes Solid no 12 FLSugarCaneGrowersCoopBoiler No. 8

YES Yes Solid no 13 ARAnthonyForestProductsSN‐12

YES Yes Solid no 13 ARAnthonyForestProductsSN‐12

YES Yes Solid no 13 ARAnthonyForestProductsSN‐12

YES Solid no 14 FLUSSugarCorp Boiler No. 4

YES Solid no 14 FLUSSugarCorp Boiler No. 4

YES Solid no 14 FLUSSugarCorp Boiler No. 4

YES Yes Solid no 14 FLUSSugarCorp Boiler No. 4

YES Yes Solid no 14 FLUSSugarCorp Boiler No. 4

YES Yes Solid no 14 FLUSSugarCorp Boiler No. 4

YES Yes Solid no 15 MSHoodWaynesboro AA‐001 (Wood‐Fired Boile

YES Yes Solid no 15 MSHoodWaynesboro AA‐001 (Wood‐Fired Boile

YES Yes Solid no 15 MSHoodWaynesboro AA‐001 (Wood‐Fired Boile

YES Yes Solid no 16 NCGPRoxboro ES‐1 Wood fired Boiler

YES Yes Solid no 16 NCGPRoxboro ES‐1 Wood fired Boiler

YES Yes Solid no 16 NCGPRoxboro ES‐1 Wood fired Boiler

YES Yes Solid no 17 ALIPCourtland No. 3 Combination Boier /

YES Yes Solid no 17 ALIPCourtland No. 3 Combination Boier /
YES Yes Solid no 17 ALIPCourtland No. 3 Combination Boier /

YES Yes Solid no 18 INAlcoaWarrick Unit #3

YES Yes Solid no 18 INAlcoaWarrick Unit #3

YES Yes Solid no 18 INAlcoaWarrick Unit #3

YES Yes Solid no 19 NCLPRoaringRiver Boiler #2

YES Yes Solid no 19 NCLPRoaringRiver Boiler #2

YES Yes Solid no 19 NCLPRoaringRiver Boiler #2

YES Yes Solid no 20 MSHankinsLumber Boiler #1 (AA‐001)

YES Yes Solid no 21 WAWeyerhaeuser_RaymoHog Fuel Boiler EU1

YES Yes Solid no 21 WAWeyerhaeuser_RaymoHog Fuel Boiler EU1

YES Yes Solid no 21 WAWeyerhaeuser_RaymoHog Fuel Boiler EU1

YES Yes Solid no 22 ALBoiseWhitePaperJackso 102‐0001‐Z013

YES Yes Solid no 22 ALBoiseWhitePaperJackso 102‐0001‐Z013

YES Yes Solid no 22 ALBoiseWhitePaperJackso 102‐0001‐Z013

YES Yes Solid no 23 IDTASCOPaul Babcock and Wilcox (B&W

YES Yes Solid no 24 VACogentrixPortsmouth 2B

YES Yes Solid no 24 VACogentrixPortsmouth 2B

YES Yes Solid no 24 VACogentrixPortsmouth 2B

YES Yes Solid no 25 VACogentrixPortsmouth 2A

YES Yes Solid no 25 VACogentrixPortsmouth 2A

YES Yes Solid no 25 VACogentrixPortsmouth 2A

YES Yes Solid no 26 VACogentrixPortsmouth 2C

YES Yes Solid no 26 VACogentrixPortsmouth 2C

YES Yes Solid no 26 VACogentrixPortsmouth 2C

YES Yes Solid no 27 MSBowaterSouth Bark Boiler

YES Yes Solid no 27 MSBowaterSouth Bark Boiler

YES Solid no 35 WIGPGreenBay2818 B29 ‐ Fluidized Bed Boiler

YES Solid no 35 WIGPGreenBay2818 B29 ‐ Fluidized Bed Boiler

YES Solid no 36 TNBowaterNewsprint Bubbling Fluidized Bed Bo

YES Solid no 36 TNBowaterNewsprint Bubbling Fluidized Bed Bo

YES Solid no 36 TNBowaterNewsprint Bubbling Fluidized Bed Bo

YES Yes Solid no 36 TNBowaterNewsprint Bubbling Fluidized Bed Bo

YES Yes Solid no 36 TNBowaterNewsprint Bubbling Fluidized Bed Bo

YES Yes Solid no 36 TNBowaterNewsprint Bubbling Fluidized Bed Bo

YES Yes Solid no 37 VAVirginiaPolytechnic Boiler 11

YES Yes Solid no 37 VAVirginiaPolytechnic Boiler 11

YES Yes Solid no 37 VAVirginiaPolytechnic Boiler 11

YES Yes Solid no 38 MSWeyerhaeuserBruce AA‐002  No. 2 Boiler

YES Yes Solid no 38 MSWeyerhaeuserBruce AA‐002  No. 2 Boiler

YES Yes Solid no 38 MSWeyerhaeuserBruce AA‐002  No. 2 Boiler

YES Yes Solid no 39 ORRoseburgRiddle2 Boiler #2

YES Yes Solid no 39 ORRoseburgRiddle2 Boiler #2

YES Yes Solid no 39 ORRoseburgRiddle2 Boiler #2

YES Yes Solid no 40 VAUniversityofVirginia 7103‐1‐01R

YES Yes Solid no 40 VAUniversityofVirginia 7103‐1‐01R

YES Yes Solid no 40 VAUniversityofVirginia 7103‐1‐01R

YES Yes Solid no 41 FLUSSugarCorp Boiler No. 7

YES Yes Solid no 41 FLUSSugarCorp Boiler No. 7

YES Yes Solid no 41 FLUSSugarCorp Boiler No. 7

YES Solid no 41 FLUSSugarCorp Boiler No. 7

YES Solid no 41 FLUSSugarCorp Boiler No. 7

YES Solid no 41 FLUSSugarCorp Boiler No. 7
YES Solid no 41 FLUSSugarCorp Boiler No. 7

YES Solid no 41 FLUSSugarCorp Boiler No. 7

YES Solid no 41 FLUSSugarCorp Boiler No. 7

YES Yes Solid no 42 WINewPageBiron B24

YES Yes Solid no 42 WINewPageBiron B24

YES Yes Solid no 42 WINewPageBiron B24

YES Solid no 42 WINewPageBiron B24

YES Solid no 42 WINewPageBiron B24

YES Solid no 42 WINewPageBiron B24

YES Yes Solid no 43 MICityofEscanaba EUBOILER#1

YES Yes Solid no 43 MICityofEscanaba EUBOILER#1

YES Yes Solid no 43 MICityofEscanaba EUBOILER#1

YES Solid no 44 VASmurfitStoneWestpt PB08

YES Solid no 44 VASmurfitStoneWestpt PB08

YES Solid no 44 VASmurfitStoneWestpt PB08

YES Yes Solid no 44 VASmurfitStoneWestpt PB08

YES Yes Solid no 44 VASmurfitStoneWestpt PB08

YES Yes Solid no 44 VASmurfitStoneWestpt PB08

YES Yes Solid no 45 LAGPPortHudson EQT0109 ‐ No. 6 CFB Boile

YES Yes Solid no 45 LAGPPortHudson EQT0109 ‐ No. 6 CFB Boile

YES Yes Solid no 45 LAGPPortHudson EQT0109 ‐ No. 6 CFB Boile
Data Source Source Tab Pollutant

Data

Type Run Number Test Date

Test

Burning

Waste?

ICR Phase I Bark Boiler Inorganic HAP Hydrogen Chlor ET Sample #3 1/23/2007

ICR Phase I PM and HCl (2) Hydrogen Chlor ET Sample #1 2/28/2007

ICR Phase I PM and HCl (2) Hydrogen Chlor ET Sample #2 2/28/2007

ICR Phase I PM and HCl (2) Hydrogen Chlor ET Sample #3 2/28/2007

ICR Phase I Additional HCl Data from R Hydrogen Chlor ET Sample #1 10/14/2004

ICR Phase I Additional HCl Data from R Hydrogen Chlor ET Sample #2 10/14/2004

ICR Phase I Additional HCl Data from R Hydrogen Chlor ET Sample #1 10/14/2004

ICR Phase I Additional HCl Data from R Hydrogen Chlor ET Sample #2 10/14/2004

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #1 10/14/2004

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #2 10/14/2004

ICR Phase II ‐ ERT ERT Hydrogen Chlor ET 1 8/25/2009

ICR Phase II ‐ ERT ERT Hydrogen Chlor ET 2 8/25/2009

ICR Phase II ‐ ERT ERT Hydrogen Chlor ET 3 8/25/2009

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #1 10/26/2006

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #2 10/26/2006

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #3 10/26/2006

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #1 10/26/2006

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #2 10/26/2006

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #3 10/26/2006

ICR Phase I Inorganic HAP (1) Hydrogen Chlor ET Sample #1 5/11/2004

ICR Phase I Inorganic HAP (1) Hydrogen Chlor ET Sample #2 5/11/2004

ICR Phase I Inorganic HAP (1) Hydrogen Chlor ET Sample #3 5/12/2004

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #1 8/24/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #2 8/24/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #3 8/25/2009

ICR Phase I Inorganic HAP B29 1992 Hydrogen Chlor ET Sample #1 10/27/1992

ICR Phase I Inorganic HAP B29 1992 Hydrogen Chlor ET Sample #2 10/27/1992

ICR Phase I Inorganic HAP B29 1992 Hydrogen Chlor ET Sample #3 10/27/1992

ICR Phase I Inorganic HAP B29 2004 Hydrogen Chlor ET Sample #1 8/10/2004

ICR Phase I Inorganic HAP B29 2004 Hydrogen Chlor ET Sample #2 8/10/2004

ICR Phase I Inorganic HAP B29 2004 Hydrogen Chlor ET Sample #3 8/11/2004

ICR Phase I Inorganic HAP B29 2005 Hydrogen Chlor ET Sample #1 7/19/2005

ICR Phase I Inorganic HAP B29 2005 Hydrogen Chlor ET Sample #2 7/19/2005

ICR Phase I Inorganic HAP B29 2005 Hydrogen Chlor ET Sample #3 7/19/2005

ICR Phase I Inorganic HAP B29 2006 Hydrogen Chlor ET Sample #1 8/21/2006

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #1 8/8/2006

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #2 8/8/2006

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #3 8/8/2006

ICR Phase II ‐ ERT ERT Hydrogen Chlor ET 1 9/8/2009

ICR Phase II ‐ ERT ERT Hydrogen Chlor ET 2 9/8/2009

ICR Phase II ‐ ERT ERT Hydrogen Chlor ET 3 9/8/2009

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #1 6/29/2007

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #2 6/29/2007

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #3 6/29/2007

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #1 7/28/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #2 7/28/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #3 7/28/2009

ICR Phase I Inorganic HAP (2) Hydrogen Chlor ET Sample #1 6/20/2006
ICR Phase I Inorganic HAP (2) Hydrogen Chlor ET Sample #2 6/20/2006

ICR Phase I Inorganic HAP (2) Hydrogen Chlor ET Sample #3 6/21/2006

ICR Phase II ‐ ERT ERT Hydrogen Chlor ET 1 6/2/2009

ICR Phase II ‐ ERT ERT Hydrogen Chlor ET 2 6/2/2009

ICR Phase II ‐ ERT ERT Hydrogen Chlor ET 3 6/3/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #1 7/14/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #2 7/14/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #3 7/14/2009

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #1 11/7/2007

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #2 11/7/2007

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #3 11/7/2007

ICR Phase I Inorganic HAP (2) Hydrogen Chlor ET Sample #1 11/3/2005

ICR Phase I Inorganic HAP (2) Hydrogen Chlor ET Sample #2 11/3/2005

ICR Phase I Inorganic HAP (2) Hydrogen Chlor ET Sample #3 11/3/2005

ICR Phase I Inorganic HAP (3) Hydrogen Chlor ET Sample #1 11/25/2003

ICR Phase I Inorganic HAP (3) Hydrogen Chlor ET Sample #2 11/25/2003

ICR Phase I Inorganic HAP (3) Hydrogen Chlor ET Sample #3 11/25/2003

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #1 8/18/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #2 8/18/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #3 8/19/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #1 8/26/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #2 8/27/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #3 8/27/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #1 8/13/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #2 8/13/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #3 8/14/2009

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #1 3/24/2006

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #2 3/24/2006

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #3 3/24/2006

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #1 10/21/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #2 10/21/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #3 10/21/2009

ICR Phase I Inorganic HAP 121602 Hydrogen Chlor ET Sample #1 12/16/2002

ICR Phase I Inorganic HAP 121602 Hydrogen Chlor ET Sample #2 12/16/2002

ICR Phase I Inorganic HAP 121602 Hydrogen Chlor ET Sample #3 12/16/2002

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #1 9/1/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #2 9/1/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #3 9/2/2009

ICR Phase I Inorganic HAP 120106 Hydrogen Chlor ET Sample #1 12/1/2006

ICR Phase I Inorganic HAP 120106 Hydrogen Chlor ET Sample #2 12/1/2006

ICR Phase I Inorganic HAP 120106 Hydrogen Chlor ET Sample #3 12/1/2006

ICR Phase I Inorganic HAP 121002 Hydrogen Chlor ET Sample #1 12/10/2002

ICR Phase I Inorganic HAP 121002 Hydrogen Chlor ET Sample #2 12/10/2002

ICR Phase I Inorganic HAP 121002 Hydrogen Chlor ET Sample #3 12/10/2002

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #1 10/14/2003

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #2 10/14/2003

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #3 10/14/2003

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #1 7/14/2004

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #2 7/14/2004

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #3 7/14/2004

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #1 7/7/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #2 7/7/2009
ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #3 7/8/2009

ICR Phase II ‐ ERT ERT Hydrogen Chlor ET M26A‐1 8/17/2009

ICR Phase II ‐ ERT ERT Hydrogen Chlor ET M26A‐2 8/17/2009

ICR Phase II ‐ ERT ERT Hydrogen Chlor ET M26A‐3 8/17/2009

ICR Phase I Inorganic HAP(2) Hydrogen Chlor ET Sample #1 10/13/2004

ICR Phase I Inorganic HAP(2) Hydrogen Chlor ET Sample #2 10/14/2004

ICR Phase I Inorganic HAP(2) Hydrogen Chlor ET Sample #3 10/14/2004

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #2 1/10/2005

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #1 8/11/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #2 8/11/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #3 8/12/2009

ICR Phase II ‐ ERT ERT Hydrogen Chlor ET 1 8/5/2009

ICR Phase II ‐ ERT ERT Hydrogen Chlor ET 2 8/5/2009

ICR Phase II ‐ ERT ERT Hydrogen Chlor ET 3 8/5/2009

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #1 6/1/2006

ICR Phase II ‐ ERT ERT HCl (1) Hydrogen Chlor ET Sample #1 4/1/2010

ICR Phase II ‐ ERT ERT HCl (1) Hydrogen Chlor ET Sample #2 4/1/2010

ICR Phase II ‐ ERT ERT HCl (1) Hydrogen Chlor ET Sample #3 4/1/2010

ICR Phase II ‐ ERT ERT HCl (1) Hydrogen Chlor ET Sample #1 4/1/2010

ICR Phase II ‐ ERT ERT HCl (1) Hydrogen Chlor ET Sample #2 4/1/2010

ICR Phase II ‐ ERT ERT HCl (1) Hydrogen Chlor ET Sample #3 4/1/2010

ICR Phase II ‐ ERT ERT HCl (1) Hydrogen Chlor ET Sample #1 4/1/2010

ICR Phase II ‐ ERT ERT HCl (1) Hydrogen Chlor ET Sample #2 4/1/2010

ICR Phase II ‐ ERT ERT HCl (1) Hydrogen Chlor ET Sample #3 4/1/2010

ICR Phase I Bark Boiler Inorganic HAP Hydrogen Chlor ET Sample #1 1/23/2007

ICR Phase I Bark Boiler Inorganic HAP Hydrogen Chlor ET Sample #2 1/23/2007

ICR Phase I Inorganic HAP B29 2006 Hydrogen Chlor ET Sample #2 8/21/2006

ICR Phase I Inorganic HAP B29 2006 Hydrogen Chlor ET Sample #3 8/21/2006

ICR Phase I BFB Inorganic HAP (2) Hydrogen Chlor ET Sample #1 10/7/2005

ICR Phase I BFB Inorganic HAP (2) Hydrogen Chlor ET Sample #2 10/7/2005

ICR Phase I BFB Inorganic HAP (2) Hydrogen Chlor ET Sample #3 10/7/2005

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #1 8/4/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #2 8/4/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #3 8/5/2009

ICR Phase I PM and HCl Hydrogen Chlor ET Sample #1 2/27/2007

ICR Phase I PM and HCl Hydrogen Chlor ET Sample #2 2/27/2007

ICR Phase I PM and HCl Hydrogen Chlor ET Sample #3 2/27/2007

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #1 8/6/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #2 8/6/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample #3 8/6/2009

ICR Phase I Inorganic HAP (2) Hydrogen Chlor ET Sample #1 10/11/2004

ICR Phase I Inorganic HAP (2) Hydrogen Chlor ET Sample #2 10/11/2004

ICR Phase I Inorganic HAP (2) Hydrogen Chlor ET Sample #3 10/11/2004

ICR Phase II ‐ ERT ERT Hydrogen Chlor ET M26A‐1 9/15/2009

ICR Phase II ‐ ERT ERT Hydrogen Chlor ET M26A‐2 9/16/2009

ICR Phase II ‐ ERT ERT Hydrogen Chlor ET M26A‐3 9/17/2009

ICR Phase I Inorganic HAP 010203 Hydrogen Chlor ET Sample #1 1/2/2003

ICR Phase I Inorganic HAP 010203 Hydrogen Chlor ET Sample #2 1/2/2003

ICR Phase I Inorganic HAP 010203 Hydrogen Chlor ET Sample #3 1/2/2003

ICR Phase I Inorganic HAP 012507 Hydrogen Chlor ET Sample #1 1/25/2007

ICR Phase I Inorganic HAP 012507 Hydrogen Chlor ET Sample #2 1/25/2007

ICR Phase I Inorganic HAP 012507 Hydrogen Chlor ET Sample #3 1/25/2007
ICR Phase I Inorganic HAP 051507 Hydrogen Chlor ET Sample #1 5/15/2007

ICR Phase I Inorganic HAP 051507 Hydrogen Chlor ET Sample #2 5/15/2007

ICR Phase I Inorganic HAP 051507 Hydrogen Chlor ET Sample #3 5/16/2007

ICR Phase I Inorganic HAP (2) Hydrogen Chlor ET Sample #1 9/12/2007

ICR Phase I Inorganic HAP (2) Hydrogen Chlor ET Sample #2 9/12/2007

ICR Phase I Inorganic HAP (2) Hydrogen Chlor ET Sample #3 9/12/2007

ICR Phase II ‐ ERT ERT Hydrogen Chlor ET 1 8/25/2009

ICR Phase II ‐ ERT ERT Hydrogen Chlor ET 2 9/22/2009

ICR Phase II ‐ ERT ERT Hydrogen Chlor ET 3 9/22/2009

ICR Phase I Inorganic HAP (2) Hydrogen Chlor ET Sample #1 10/27/2004

ICR Phase I Inorganic HAP (2) Hydrogen Chlor ET Sample #2 10/27/2004

ICR Phase I Inorganic HAP (2) Hydrogen Chlor ET Sample #3 10/27/2004

ICR Phase I Inorganic HAP (PB08) Hydrogen Chlor ET Sample #1 11/8/2004

ICR Phase I Inorganic HAP (PB08) Hydrogen Chlor ET Sample #2 11/8/2004

ICR Phase I Inorganic HAP (PB08) Hydrogen Chlor ET Sample #3 11/8/2004

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample  #1 9/26/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample  #2 9/26/2009

ICR Phase II ‐ Templates HCl and HF Hydrogen Chlor ET Sample  #3 9/26/2009

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #1 8/14/2007

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #2 8/14/2007

ICR Phase I Inorganic HAP Hydrogen Chlor ET Sample #3 8/14/2007
Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

0.0004 ‐7.824046011 0

0.000431053 ‐7.749279301 0

0.000268855 ‐8.221339858 0

0.000312689 ‐8.070303016 0

0.009836 ‐4.621706155 0

0.01083 ‐4.525435218 0

0.0217 ‐3.830443018 0

0.0472 ‐3.053361386 0

0.0003138 ‐8.066754718 0

0.0003668 ‐7.910693818 0

ADL 0.00065213 ‐7.335266201 0

BDL 0.000179149 ‐8.627293246 1

BDL 0.000236865 ‐8.34801986 1

0.000513505 ‐7.574250842 0

0.000276503 ‐8.193290051 0

0.000302836 ‐8.102318273 0

0.000513505 ‐7.574250842 0

0.000276503 ‐8.193290051 0

0.000302836 ‐8.102318273 0

ND 0.00035 ‐7.957577403 1

ND 0.0004 ‐7.824046011 1

ND 0.00035 ‐7.957577403 1

ND 0.000381 ‐7.872711183 1

ND 0.000377 ‐7.883265371 1

ND 0.000407 ‐7.806697373 1

0.000383026 ‐7.867407179 0

0.000459631 ‐7.685085622 0

0.000325572 ‐8.029926108 0

0.0036 ‐5.626821434 0

0.00058 ‐7.452482454 0

0.00059 ‐7.435388021 0

0.0056 ‐5.184988681 0

0.0045 ‐5.403677882 0

0.0056 ‐5.184988681 0

0.003 ‐5.80914299 0

0.0008 ‐7.13089883 0

0.0021 ‐6.165817934 0

0.0018 ‐6.319968614 0

BDL 0.0000266 ‐10.53459934 1

BDL 0.0000241 ‐10.63329872 1

BDL 0.0000239 ‐10.6416321 1

2.73477E‐05 ‐10.50687845 0

2.62453E‐05 ‐10.54802209 0

2.60315E‐05 ‐10.55620234 0

ND 0.000028 ‐10.48330605 1

ND 0.000028 ‐10.48330605 1

ND 0.000029 ‐10.44821473 1

ND 3.96135E‐05 ‐10.13633992 1
ND 4.01643E‐05 ‐10.1225318 1

ND 3.57766E‐05 ‐10.23821611 1

ADL 8.56124E‐05 ‐9.365679955 0

ADL 6.84776E‐05 ‐9.589004051 0

ADL 3.13181E‐05 ‐10.37131418 0

ND 6.74103E‐05 ‐9.604712977 1

ND 6.50789E‐05 ‐9.639909729 1

ND 6.67627E‐05 ‐9.614366688 1

0.0000895 ‐9.321271933 0

ND 0.0000601 ‐9.719500716 1

ND 0.000051 ‐9.883684925 1

0.0012 ‐6.725433722 0

0.0013 ‐6.645391015 0

0.0015 ‐6.502290171 0

0.00029019 ‐8.144974677 0

ND 0.00010922 ‐9.122146361 1

ND 0.00010941 ‐9.120408264 1

0.00235 ‐6.053339951 0

0.00024 ‐8.334871635 0

0.00215 ‐6.142287437 0

ND 0.000073 ‐9.525051117 1

ND 0.000073 ‐9.525051117 1

ND 0.000071 ‐9.552830681 1

0.00009 ‐9.315700888 0

0.00012 ‐9.028018815 0

ND 0.00004 ‐10.1266311 1

0.000182755 ‐8.607361972 0

7.6851E‐05 ‐9.473642283 0

8.85661E‐05 ‐9.331761696 0

0.000133871 ‐8.918635923 0

0.000133871 ‐8.918635923 0

0.000133871 ‐8.918635923 0

0.000232 ‐8.368773186 0

0.000215 ‐8.44487253 0

0.000151 ‐8.798230721 0

0.00021 ‐8.468403027 0

0.00023 ‐8.377431249 0

0.00016 ‐8.740336743 0

0.002226284 ‐6.107421274 0

0.003280404 ‐5.719788637 0

0.003649691 ‐5.613112674 0

0.00023 ‐8.377431249 0

0.00015 ‐8.804875264 0

0.000227 ‐8.39056054 0

0.00028 ‐8.180720955 0

0.000235 ‐8.355925044 0

0.000118 ‐9.044825933 0

0.000216 ‐8.44023215 0

0.000221 ‐8.417347856 0

0.000215 ‐8.44487253 0

0.000306 ‐8.091925456 0

0.000237 ‐8.347450417 0
0.000167 ‐8.697516746 0

BDL 0.000254326 ‐8.276892394 1

BDL 0.000234316 ‐8.358841777 1

BDL 0.000248123 ‐8.301585449 1

ND 0.00026 ‐8.254828927 1

ND 0.00024 ‐8.334871635 1

ND 0.00026 ‐8.254828927 1

0.00026 ‐8.254828927 0

ND 0.00027 ‐8.217088599 1

ND 0.00028 ‐8.180720955 1

ND 0.00025 ‐8.29404964 1

BDL 0.000285307 ‐8.161945741 1

BDL 0.000300788 ‐8.109106423 1

BDL 0.000286585 ‐8.15747425 1

ND 0.0003 ‐8.111728083 1

ADL 0.00043345 ‐7.743734682 0

ADL 0.000234878 ‐8.356442627 0

ADL 0.000275949 ‐8.195294925 0

ADL 0.00043345 ‐7.743734682 0

ADL 0.000234878 ‐8.356442627 0

ADL 0.000275949 ‐8.195294925 0

ADL 0.00043345 ‐7.743734682 0

ADL 0.000234878 ‐8.356442627 0

ADL 0.000275949 ‐8.195294925 0

0.0003 ‐8.111728083 0

0.0003 ‐8.111728083 0

0.0045 ‐5.403677882 0

0.0048 ‐5.339139361 0

0.0071 ‐4.947660495 0

0.0079 ‐4.84089252 0

0.0127 ‐4.366153286 0

0.00043 ‐7.751725349 0

0.00018 ‐8.622553707 0

0.00071 ‐7.250245588 0

0.000838566 ‐7.083817341 0

0.00017407 ‐8.656053302 0

0.000361282 ‐7.925851181 0

0.00047 ‐7.662777863 0

0.00066 ‐7.323270723 0

0.00039 ‐7.849363819 0

0.0004 ‐7.824046011 0

0.00048 ‐7.641724454 0

0.00082 ‐7.106206218 0

< 0.000579607 ‐7.453160223 1

0.000590539 ‐7.434475661 0

< 0.000536854 ‐7.529785266 1

0.000734 ‐7.217001529 0

0.000692 ‐7.275924602 0

0.000284 ‐8.16653632 0

0.0018 ‐6.319968614 0

0.0014 ‐6.571283042 0

0.0057 ‐5.167289104 0
0.0313 ‐3.464137181 0

0.0515 ‐2.966173471 0

0.0264 ‐3.634391269 0

0.00054 ‐7.523941418 0

0.00052 ‐7.561681746 0

0.0007 ‐7.264430223 0

ADL 0.001999194 ‐6.215011315 0

ADL 0.00195462 ‐6.237559663 0

ADL 0.002175911 ‐6.130308062 0

0.0006 ‐7.418580903 0

0.0006 ‐7.418580903 0

0.0006 ‐7.418580903 0

0.008679023 ‐4.746846286 0

0.006244146 ‐5.076110876 0

0.007218479 ‐4.931110971 0

0.00074 ‐7.208860372 0

0.000504 ‐7.59293429 0

0.000762 ‐7.179564002 0

0.0006 ‐7.418580903 0

0.0008 ‐7.13089883 0

0.0007 ‐7.264430223 0
Appendix C‐1b (ii):  

In top

12%?

Min Test

Avg?

YES Yes

YES

YES Yes

YES Yes

YES Yes

Number of sources with

test data 46 YES Yes

n 173 YES Yes

n‐1 127 YES Yes

YES

YES

YES

YES Yes

YES Yes

YES Yes

YES Yes

Average of natural log of

test run values (μ) ‐7.781163231 YES Yes

YES Yes

Variance of natural log of

test runs (σ2

) 2.495146594 YES Yes

YES

m (test runs in test

condition) 3 YES Yes

YES Yes

YES Yes

YES Yes

YES Yes

YES Yes

YES Yes

Numerator for calculation

of flatness of z distribution

(β2z) 25604.73013 YES Yes

YES Yes

Denominator for

calculation of flatness of z

distribution (β2z) 371.1974657 YES Yes

YES Yes

YES Yes

YES Yes

YES Yes

Flatness of z distribution

(β2z) 70.97873099 YES Yes

YES

Skewness of z distribution

(√β1z) 27.19587087 YES
YES Yes

YES Yes

YES Yes

YES Yes

YES Yes

Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z) YES Yes

YES

normalization normalization normalization YES

Confidence level >0.99 >0.999 >0.995 YES

Smallest value in column A

that is larger than

confidence level 0.991759371 0.999213788 0.995455679 YES Yes

z‐value 3.585 4.292 3.787 YES

YES Yes

The following are individual terms in Equation 19 in the memorandum YES Yes

YES Yes

exp (μ + (σ/2)) 0.001453778 YES Yes

YES Yes

YES

YES

YES Yes

exp (2μ + σ2

) 2.11347E‐06 YES

YES Yes

YES Yes

YES

exp (σ2

) ‐ 1 11.12351062 YES Yes

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.032520942

Square root term 0.008434819

Confidence Level 99% 99.9% 99.5%

UPL 1.15E‐02 1.35E‐02 1.21E‐02

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 5.68E+00 7.02E‐01

SE Skewness 0.19 0.19

Skewness Test non‐normal non‐normal

Kurtosis = 3.59E+01 6.75E‐01

SE Kurtosis 0.37 0.37

Kurtosis Test non‐normal normal

Number of test runs = 173 173
Solid Fuel HCl Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

Dutch Oven/Solid 1 ARPotlatchForestWarrWellons Boiler ICR Phase II ‐ ERT ERT

Dutch Oven/Solid 1 ARPotlatchForestWarrWellons Boiler ICR Phase I Inorganic HAP

Suspension BSolid 2 TXDibollTemple‐InlandPB‐44 ICR Phase I Inorganic HAP

Fuel Cell Solid 3 IDPotlatch PB‐1 CE ICR Phase II ‐ Templates HCl and HF

PC Solid 4 IDTASCOPaul Erie City Boiler ICR Phase I Inorganic HAP (2)

FB Solid 5 IARoquetteAmerica Circulating Fluidized BICR Phase II ‐ ERT ERT

Stoker/SlopeSolid 6 SCMarlboroPaper Hogged Fuel Boiler ICR Phase II ‐ Templates HCl and HF

Stoker/SlopeSolid 7 SCCogenSouth B001 ‐ Main Boiler ICR Phase I Inorganic HAP

Stoker/SlopeSolid 7 SCCogenSouth B001 ‐ Main Boiler ICR Phase I Inorganic HAP (3)

Stoker/SlopeSolid 7 SCCogenSouth B001 ‐ Main Boiler ICR Phase I Inorganic HAP (2)

Stoker/SlopeSolid 7 SCCogenSouth B001 ‐ Main Boiler ICR Phase II ‐ Templates HCl and HF

PC Solid 8 TNEastman_NO_CBIDABoiler 30 ICR Phase II ‐ Templates HCl and HF

Stoker/SlopeSolid 9 GAGPMadisonPly 800 Wood Waste Boil ICR Phase II ‐ Templates HCl and HF

PC Solid 10 AZCatalystPaperSnowfPower Boiler #2 Coal ICR Phase I Inorganic HAP

Stoker/SlopeSolid 11 MEBoralexStratton Boiler #1 ICR Phase II ‐ Templates HCl and HF

Suspension/ Solid 12 FLSugarCaneGrowersCBoiler No. 8 ICR Phase I Inorganic HAP 121602

Fuel Cell Solid 13 ARAnthonyForestProdSN‐12 ICR Phase II ‐ Templates HCl and HF

Suspension/ Solid 14 FLUSSugarCorp Boiler No. 4 ICR Phase I Inorganic HAP 121002

Suspension/ Solid 14 FLUSSugarCorp Boiler No. 4 ICR Phase I Inorganic HAP 120106

Stoker/SlopeSolid 15 MSHoodWaynesboro AA‐001 (Wood‐Fired BICR Phase I Inorganic HAP

Stoker/SlopeSolid 16 NCGPRoxboro ES‐1 Wood fired Boile ICR Phase I Inorganic HAP

FB Solid 17 ALIPCourtland No. 3 Combination Bo ICR Phase II ‐ Templates HCl and HF

PC Solid 18 INAlcoaWarrick Unit #3 ICR Phase II ‐ ERT ERT

Stoker/SlopeSolid 19 NCLPRoaringRiver Boiler #2 ICR Phase I Inorganic HAP(2)

Stoker/SlopeSolid 20 MSHankinsLumber Boiler #1 (AA‐001) ICR Phase I Inorganic HAP

Dutch Oven/Solid 21 WAWeyerhaeuser_Ra Hog Fuel Boiler EU1 ICR Phase II ‐ Templates HCl and HF

Stoker/SlopeSolid 22 ALBoiseWhitePaperJac102‐0001‐Z013 ICR Phase II ‐ ERT ERT

Stoker/SlopeSolid 23 IDTASCOPaul Babcock and Wilcox (BICR Phase I Inorganic HAP

Stoker/SlopeSolid 24 VACogentrixPortsmou2B ICR Phase II ‐ ERT ERT HCl (1)

Stoker/SlopeSolid 25 VACogentrixPortsmou2A ICR Phase II ‐ ERT ERT HCl (1)

Stoker/SlopeSolid 26 VACogentrixPortsmou2C ICR Phase II ‐ ERT ERT HCl (1)

Stoker/SlopeSolid 27 MSBowaterSouth Bark Boiler ICR Phase I Bark Boiler Inorganic H

Stoker/SlopeSolid 28 VAVirginiaPolytechnic Boiler 7 ICR Phase I PM and HCl (2)

Stoker/SlopeSolid 29 ORRoseburgCoquille Boiler 1 ICR Phase I Inorganic HAP

Stoker/SlopeSolid 29 ORRoseburgCoquille Boiler 1 ICR Phase I Additional HCl Data fro

Stoker/SlopeSolid 29 ORRoseburgCoquille Boiler 1 ICR Phase I Additional HCl Data fro
FB Solid 30 NDCargillWestFargo Foster Wheeler Boiler ICR Phase II ‐ ERT ERT

Stoker/SlopeSolid 31 NDMinnDakFarmers Babcock and Wilcox B ICR Phase I Inorganic HAP

Stoker/SlopeSolid 32 NDMinnDakFarmers Babcock and Wilcox B ICR Phase I Inorganic HAP

Stoker/SlopeSolid 33 GARayonierJesupMill PB01 ICR Phase I Inorganic HAP (1)

FB Solid 34 IAArchersDanielsMidlaAsea Boiler #1 ICR Phase II ‐ Templates HCl and HF

FB Solid 35 WIGPGreenBay2818 B29 ‐ Fluidized Bed BoICR Phase I Inorganic HAP B29 199

FB Solid 35 WIGPGreenBay2818 B29 ‐ Fluidized Bed BoICR Phase I Inorganic HAP B29 200

FB Solid 35 WIGPGreenBay2818 B29 ‐ Fluidized Bed BoICR Phase I Inorganic HAP B29 200

FB Solid 35 WIGPGreenBay2818 B29 ‐ Fluidized Bed BoICR Phase I Inorganic HAP B29 200

FB Solid 36 TNBowaterNewsprint Bubbling Fluidized BedICR Phase II ‐ Templates HCl and HF

FB Solid 36 TNBowaterNewsprint Bubbling Fluidized BedICR Phase I BFB Inorganic HAP (2)

Stoker/SlopeSolid 37 VAVirginiaPolytechnic Boiler 11 ICR Phase I PM and HCl

Fuel Cell Solid 38 MSWeyerhaeuserBrucAA‐002  No. 2 Boiler ICR Phase II ‐ Templates HCl and HF

Stoker/SlopeSolid 39 ORRoseburgRiddle2 Boiler #2 ICR Phase I Inorganic HAP (2)

Stoker/SlopeSolid 40 VAUniversityofVirginia7103‐1‐01R ICR Phase II ‐ ERT ERT

Suspension/ Solid 41 FLUSSugarCorp Boiler No. 7 ICR Phase I Inorganic HAP 010203

Suspension/ Solid 41 FLUSSugarCorp Boiler No. 7 ICR Phase I Inorganic HAP 012507

Suspension/ Solid 41 FLUSSugarCorp Boiler No. 7 ICR Phase I Inorganic HAP 051507

Stoker/SlopeSolid 42 WINewPageBiron B24 ICR Phase I Inorganic HAP (2)

Stoker/SlopeSolid 42 WINewPageBiron B24 ICR Phase II ‐ ERT ERT

Stoker/SlopeSolid 43 MICityofEscanaba EUBOILER#1 ICR Phase I Inorganic HAP (2)

PC Solid 44 VASmurfitStoneWestpPB08 ICR Phase II ‐ Templates HCl and HF

PC Solid 44 VASmurfitStoneWestpPB08 ICR Phase I Inorganic HAP (PB08)

FB Solid 45 LAGPPortHudson EQT0109 ‐ No. 6 CFB BICR Phase I Inorganic HAP
Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

Hydrogen Chl 2.48667E‐05 ‐10.60198234 3 2 ET Hog Fuel

Hydrogen Chl 0.001566667 ‐6.458805059 3 2 ET /Hog Fuel/

Hydrogen Chl 2.65415E‐05 ‐10.53680033 3 2 ET /Wood: Plywood, Particleboard (containing g

Hydrogen Chl 2.83333E‐05 ‐10.47147159 3 2 ET Hog Fuel

Hydrogen Chl 3.85181E‐05 ‐10.164381 3 2 ET /Coal: Sub‐bituminous/

Hydrogen Chl 6.18027E‐05 ‐9.691563325 3 2 ET Coal: Bituminous

Hydrogen Chl 6.64173E‐05 ‐9.619553154 3 2 ET Industrial Sludge/Wood: Bark/Wood: Plywoo

Hydrogen Chl 6.68667E‐05 ‐9.612809971 3 2 ET /Coal: Bituminous/Industrial Sludge/Wood: B

Hydrogen Chl 0.000169607 ‐8.682028527 3 2 ET /Coal: Bituminous/Industrial Sludge/Wood: B

Hydrogen Chl 0.001333333 ‐6.620073207 3 2 ET /Coal: Bituminous/Industrial Sludge/Wood: B

Hydrogen Chl 0.00158 ‐6.450330432 3 2 ET Coal: Bituminous

Hydrogen Chl 7.23333E‐05 ‐9.534225493 3 2 ET Coal: Bituminous

Hydrogen Chl 8.33333E‐05 ‐9.392661929 3 2 ET Wood: Bark

Hydrogen Chl 0.000116057 ‐9.061424955 3 2 ET /Coal: Sub‐bituminous/

Hydrogen Chl 0.000133871 ‐8.918635923 3 2 ET Wood: Bark/Wood: Unadulterated Timber

Hydrogen Chl 0.000199333 ‐8.520532093 3 2 ET /Bagasse/

Hydrogen Chl 0.0002 ‐8.517193191 3 2 ET Wood: Bark/Wood: Unadulterated Lumber/W

Hydrogen Chl 0.000202333 ‐8.505594056 3 2 ET /Bagasse/

Hydrogen Chl 0.003052127 ‐5.79191667 3 2 ET /Bagasse/

Hydrogen Chl 0.000211 ‐8.463652424 3 2 ET /Hog Fuel/Wood: Bark

Hydrogen Chl 0.000217333 ‐8.434078285 3 2 ET /Wood: Unadulterated Lumber/

Hydrogen Chl 0.000236667 ‐8.348857877 3 2 ET Industrial Sludge/Natural gas/Tire Derived Fu

Hydrogen Chl 0.000245588 ‐8.311853846 3 2 ET /Coal: Bituminous/

Hydrogen Chl 0.000253333 ‐8.280804413 3 2 ET /Wood: Bark/

Hydrogen Chl 0.00026 ‐8.254828927 1 0 ET /Wood: Unadulterated Lumber/

Hydrogen Chl 0.000266667 ‐8.229511119 3 2 ET Hog Fuel

Hydrogen Chl 0.000290893 ‐8.142554396 3 2 ET Dewatered combustible residues/Wood: Bar

Hydrogen Chl 0.0003 ‐8.111728083 1 0 ET /Coal: Sub‐bituminous/

Hydrogen Chl 0.000314759 ‐8.063703258 3 2 ET Coal: Bituminous

Hydrogen Chl 0.000314759 ‐8.063703258 3 2 ET Coal: Bituminous

Hydrogen Chl 0.000314759 ‐8.063703258 3 2 ET Coal: Bituminous

Hydrogen Chl 0.000333333 ‐8.006367568 3 2 ET /Industrial Sludge/Natural gas/Wood: Bark/W

Hydrogen Chl 0.000337532 ‐7.993850038 3 2 ET /Coal: Bituminous/

Hydrogen Chl 0.0003403 ‐7.985682976 2 1 ET /Hog Fuel/Wood: Unadulterated Lumber/

Hydrogen Chl 0.010333 ‐4.572412622 2 1 ET /Barge Wood/Wood: Bark/

Hydrogen Chl 0.03445 ‐3.368246282 2 1 ET /Barge Wood/
Hydrogen Chl 0.000356048 ‐7.94044476 3 2 ET Biomass

Hydrogen Chl 0.000364281 ‐7.917584169 3 2 ET /Biogas/Coal: Sub‐bituminous/

Hydrogen Chl 0.000364281 ‐7.917584169 3 2 ET /Biogas/Coal: Sub‐bituminous/

Hydrogen Chl 0.000366667 ‐7.911057388 3 2 ET /Hog Fuel/

Hydrogen Chl 0.000388333 ‐7.853646481 3 2 ET Coal: Sub‐bituminous

Hydrogen Chl 0.00038941 ‐7.850877877 3 2 ET /Petroleum Coke/

Hydrogen Chl 0.00159 ‐6.444021263 3 2 ET /Petroleum Coke/

Hydrogen Chl 0.0041 ‐5.496768305 3 2 ET /Petroleum Coke/

Hydrogen Chl 0.005233333 ‐5.252706855 3 2 ET /Petroleum Coke/

Hydrogen Chl 0.00044 ‐7.728735831 3 2 ET Biomass/Tire Derived Fuel (TDF)/Wood: Bark

Hydrogen Chl 0.009233333 ‐4.684935154 3 2 ET /Industrial Sludge/Tire Derived Fuel (TDF)/Wo

Hydrogen Chl 0.000457973 ‐7.688700986 3 2 ET /Coal: Bituminous/

Hydrogen Chl 0.000506667 ‐7.587657233 3 2 ET Hog Fuel

Hydrogen Chl 0.000566667 ‐7.475739317 3 2 ET /Hog Fuel/

Hydrogen Chl 0.000569 ‐7.471630656 3 2 ET Coal: Bituminous

Hydrogen Chl 0.00057 ‐7.469874197 3 2 ET /Bagasse/

Hydrogen Chl 0.002966667 ‐5.820316291 3 2 ET /Bagasse/

Hydrogen Chl 0.0364 ‐3.313186504 3 2 ET /Bagasse/

Hydrogen Chl 0.000586667 ‐7.441053759 3 2 ET /Coal: Sub‐bituminous/

Hydrogen Chl 0.002043241 ‐6.193217858 3 2 ET Coal: Sub‐bituminous/Wood: Bark

Hydrogen Chl 0.0006 ‐7.418580903 3 2 ET /Coal: Bituminous/

Hydrogen Chl 0.000668667 ‐7.310224878 3 2 ET Coal: Bituminous

Hydrogen Chl 0.00738055 ‐4.908907178 3 2 ET /Coal: Bituminous/

Hydrogen Chl 0.0007 ‐7.264430223 3 2 ET /Industrial Sludge/Petroleum Coke/Wood: Ba
glues or resins)/

od, Particleboard (containing glues or resins)

Bark/

Bark/

Bark/

Wood: Unadulterated Timber

uel (TDF)/Wood: Bark

k

Wood: Unadulterated Timber/
k

ood: Bark/

ark/Wood: Unadulterated Lumber/
Appendix C‐1b (iii):  Solid Fuel HCl Calculation of "z" Distribution (Recommended Option)

∆z z

VLOOKUP 0.101 70.978731 27.195871

6.18354E‐06 ‐5 =f(a) 856.31876

2.44405E‐05 1 ‐4.899 766.81995

5.10125E‐05 2 ‐4.798 683.93738

8.91276E‐05 3 ‐4.697 607.35948

0.000142987 4 ‐4.596 536.78178

0.000217925 5 ‐4.495 471.90686

0.000320529 6 ‐4.394 412.44437

0.000458676 7 ‐4.293 358.11105

0.000641424 8 ‐4.192 308.6307

0.000878693 9 ‐4.091 263.73422

0.001180634 10 ‐3.99 223.15955

0.001556593 11 ‐3.889 186.65172

0.00201357 12 ‐3.788 153.96284

0.002554094 13 ‐3.687 124.85208

0.003173451 14 ‐3.586 99.08569

0.003856284 15 ‐3.485 76.437002

0.004572657 16 ‐3.384 56.686411

0.005273805 17 ‐3.283 39.62139

0.005887911 18 ‐3.182 25.036485

0.00631643 19 ‐3.081 12.733316

0.006431632 20 ‐2.98 2.5205772

0.006787126 21 ‐2.879 ‐5.785963

0.007797927 22 ‐2.778 ‐12.36346

0.009669745 23 ‐2.677 ‐17.38201

0.012618825 24 ‐2.576 ‐21.0046

0.016856502 25 ‐2.475 ‐23.38719

0.022568901 26 ‐2.374 ‐24.67863

0.029892332 27 ‐2.273 ‐25.02071

0.038885667 28 ‐2.172 ‐24.54815

0.049501715 29 ‐2.071 ‐23.38858

0.061560286 30 ‐1.97 ‐21.66258

0.074726231 31 ‐1.869 ‐19.48363

0.088496012 32 ‐1.768 ‐16.95816

0.102196286 33 ‐1.667 ‐14.18551

0.114997446 34 ‐1.566 ‐11.25795

0.125944098 35 ‐1.465 ‐8.260679

0.13400292 36 ‐1.364 ‐5.271822

0.138126594 37 ‐1.263 ‐2.362427

0.138922728 38 ‐1.162 0.4035294

0.145476582 39 ‐1.061 2.969146

0.158394759 40 ‐0.96 5.2845947

0.177975536 41 ‐0.859 7.3071215

0.204147749 42 ‐0.758 9.0010463

0.236433257 43 ‐0.657 10.337763

0.27393911 44 ‐0.556 11.295739

   1 3 1 3

6

z z z

      

 2z

1z
0.315383057 45 ‐0.455 11.860516

0.359152901 46 ‐0.354 12.024709

0.403396811 47 ‐0.253 11.788008

0.446138312 48 ‐0.152 11.157177

0.485406844 49 ‐0.051 10.146051

0.519372776 50 0.05 8.7755422

0.546474938 51 0.151 7.0736356

0.5655292 52 0.252 5.0753898

0.575808303 53 0.353 2.8229376

0.577085992 54 0.454 0.3654856

0.584529996 55 0.555 ‐2.240686

0.599943763 56 0.656 ‐4.932222

0.622171519 57 0.757 ‐7.638695

0.649749313 58 0.858 ‐10.2826

0.681018433 59 0.959 ‐12.77937

0.714245875 60 1.06 ‐15.03734

0.747741239 61 1.161 ‐16.9578

0.779960541 62 1.262 ‐18.43495

0.809589516 63 1.363 ‐19.35591

0.835601538 64 1.464 ‐19.60074

0.857288174 65 1.565 ‐19.04242

0.874263087 66 1.666 ‐17.54686

0.886442367 67 1.767 ‐14.97289

0.894006078 68 1.868 ‐11.17227

0.897346832 69 1.969 ‐5.989677

0.89768217 70 2.07 0.737268

0.901051897 71 2.171 9.1780309

0.906775113 72 2.272 19.509149

0.914179903 73 2.373 31.914231

0.922641668 74 2.474 46.583964

0.931610579 75 2.575 63.716105

0.940628227 76 2.676 83.515487

0.949334491 77 2.777 106.19401

0.957466249 78 2.878 131.97067

0.964849893 79 2.979 161.0715

0.97138967 80 3.08 193.72965

0.977053745 81 3.181 230.1853

0.981859605 82 3.282 270.68574

0.985860056 83 3.383 315.48532

0.989130694 84 3.484 364.84545

0.991759371 85 3.585 419.03464

0.993837856 86 3.686 478.32846

0.995455679 87 3.787 543.00955

0.996695953 88 3.888 613.36763

0.997632866 89 3.989 689.69949

0.998330524 90 4.09 772.30901

0.998842787 91 4.191 861.50711

0.999213788 92 4.292 957.61183

0.999478883 93 4.393 1060.9482

0.999665809 94 4.494 1171.8485

0.999795907 95 4.595 1290.6519

0.999885294 96 4.696 1417.7046
0.999945935 97 4.797 1553.3602

0.99998656 98 4.898 1697.979

1 99 4.999 1851.9285
distribution of Z

Normal

distribution

1.48672E‐06 0.001273106

2.45094E‐06 0.001879429

3.9995E‐06 0.002735409

6.46025E‐06 0.003923692

1.03291E‐05 0.005544466

1.63472E‐05 0.007714378

2.56093E‐05 0.010562395

3.97118E‐05 0.014221222

6.09553E‐05 0.018812662

9.26132E‐05 0.024425266

0.000139285 0.031082772

0.000207351 0.038702363

0.000305546 0.047042714

0.000445674 0.055643312

0.000643469 0.063758581

0.000919619 0.070292924

0.001300942 0.073745743

0.001821704 0.072178439

0.002525035 0.063217989

0.003464389 0.044113157

0.004704958 0.011859209

0.006324913 ‐0.036595711

0.008416337 ‐0.104055071

0.011085658 ‐0.192690978

0.014453386 ‐0.303587638

0.018652949 ‐0.436240051

0.023828414 ‐0.588052606

0.030130931 ‐0.753897291

0.03771375 ‐0.925802674

0.046725789 ‐1.09284987

0.057303789 ‐1.241347729

0.069563239 ‐1.355344387

0.083588399 ‐1.417505301

0.099421884 ‐1.410349854

0.117054396 ‐1.317792327

0.136415346 ‐1.126883317

0.157365126 ‐0.829600862

0.179689839 ‐0.424504128

0.203099244 0.081956524

0.227228529 0.67467467

0.251644341 1.329838341

0.275855243 2.015707772

0.299326439 2.694251137

0.321498297 3.323573167

0.341807853 3.860972269

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 4.266372177

0.37471238 4.505807444

0.386376486 4.554609277

0.394360216 4.399946566

0.398423793 4.042428051

0.398443914 3.496561374

0.394419966 2.789983109

0.386474058 1.961506508

0.374844865 1.05816368

0.359875719 0.131529393

0.34199778 ‐0.766309573

0.32170943 ‐1.586742391

0.299553264 ‐2.28819611

0.276092166 ‐2.838946114

0.25188591 ‐3.218942987

0.227469632 ‐3.420539021

0.203335281 ‐3.448119601

0.17991684 ‐3.316757774

0.157579839 ‐3.05010125

0.136615273 ‐2.677760647

0.117237788 ‐2.232491541

0.099587708 ‐1.747451711

0.083736272 ‐1.253773957

0.069693339 ‐0.778632545

0.05741676 ‐0.343907834

0.046822635 0.034520833

0.037795734 0.346890418

0.030199481 0.589166165

0.023885038 0.762272638

0.018699163 0.871081125

0.014490659 0.923288363

0.011115369 0.92830545

0.008439746 0.896250538

0.006343145 0.837109126

0.004718997 0.760095922

0.003475077 0.673225517

0.002533081 0.583077954

0.001827693 0.494730548

0.001305351 0.411819186

0.000922829 0.336689986

0.00064578 0.270604362

0.00044732 0.213965843

0.000306705 0.166543934

0.000208159 0.127677713

0.000139842 0.096448793

9.29928E‐05 0.071819174

6.12113E‐05 0.052733955

3.98826E‐05 0.038192045

2.5722E‐05 0.027289734

1.64209E‐05 0.01924279

1.03767E‐05 0.013392662

6.49066E‐06 0.009201837
4.01874E‐06 0.006242545

2.46298E‐06 0.00418208

1.49417E‐06 0.002767098
Absolute values

0.001273106 6.42918E‐05

0.001879429 0.000189822

0.002735409 0.000276276

0.003923692 0.000396293

0.005544466 0.000559991

0.007714378 0.000779152

0.010562395 0.001066802

0.014221222 0.001436343

0.018812662 0.001900079

0.024425266 0.002466952

0.031082772 0.00313936

0.038702363 0.003908939

0.047042714 0.004751314

0.055643312 0.005619974

0.063758581 0.006439617

0.070292924 0.007099585

0.073745743 0.00744832

0.072178439 0.007290022

0.063217989 0.006385017

0.044113157 0.004455429

0.011859209 0.00119778

0.036595711 0.003696167

0.104055071 0.010509562

0.192690978 0.019461789

0.303587638 0.030662351

0.436240051 0.044060245

0.588052606 0.059393313

0.753897291 0.076143626

0.925802674 0.09350607

1.09284987 0.110377837

1.241347729 0.125376121

1.355344387 0.136889783

1.417505301 0.143168035

1.410349854 0.142445335

1.317792327 0.133097025

1.126883317 0.113815215

0.829600862 0.083789687

0.424504128 0.042874917

0.081956524 0.008277609

0.67467467 0.068142142

1.329838341 0.134313672

2.015707772 0.203586485

2.694251137 0.272119365

3.323573167 0.33568089

3.860972269 0.389958199

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
4.266372177 0.43090359

4.505807444 0.455086552

4.554609277 0.460015537

4.399946566 0.444394603

4.042428051 0.408285233

3.496561374 0.353152699

2.789983109 0.281788294

1.961506508 0.198112157

1.05816368 0.106874532

0.131529393 0.013284469

0.766309573 0.077397267

1.586742391 0.160260981

2.28819611 0.231107807

2.838946114 0.286733558

3.218942987 0.325113242

3.420539021 0.345474441

3.448119601 0.34826008

3.316757774 0.334992535

3.05010125 0.308060226

2.677760647 0.270453825

2.232491541 0.225481646

1.747451711 0.176492623

1.253773957 0.12663117

0.778632545 0.078641887

0.343907834 0.034734691

0.034520833 0.003486604

0.346890418 0.035035932

0.589166165 0.059505783

0.762272638 0.076989536

0.871081125 0.087979194

0.923288363 0.093252125

0.92830545 0.09375885

0.896250538 0.090521304

0.837109126 0.084548022

0.760095922 0.076769688

0.673225517 0.067995777

0.583077954 0.058890873

0.494730548 0.049967785

0.411819186 0.041593738

0.336689986 0.034005689

0.270604362 0.027331041

0.213965843 0.02161055

0.166543934 0.016820937

0.127677713 0.012895449

0.096448793 0.009741328

0.071819174 0.007253737

0.052733955 0.005326129

0.038192045 0.003857397

0.027289734 0.002756263

0.01924279 0.001943522

0.013392662 0.001352659

0.009201837 0.000929386
0.006242545 0.000630497

0.00418208 0.00042239

0.002767098 0.000139738
Cumulative normalization

6.42918E‐05 6.18354E‐06

0.000254114 2.44405E‐05

0.000530391 5.10125E‐05

0.000926683 8.91276E‐05

0.001486675 0.000142987

0.002265827 0.000217925

0.003332629 0.000320529

0.004768972 0.000458676

0.006669051 0.000641424

0.009136003 0.000878693

0.012275363 0.001180634

0.016184302 0.001556593

0.020935616 0.00201357

0.02655559 0.002554094

0.032995207 0.003173451

0.040094792 0.003856284

0.047543112 0.004572657

0.054833134 0.005273805

0.061218151 0.005887911

0.06567358 0.00631643

0.06687136 0.006431632

0.070567527 0.006787126

0.081077089 0.007797927

0.100538878 0.009669745

0.131201229 0.012618825

0.175261475 0.016856502

0.234654788 0.022568901

0.310798414 0.029892332

0.404304484 0.038885667

0.514682321 0.049501715

0.640058442 0.061560286

0.776948225 0.074726231

0.92011626 0.088496012

1.062561595 0.102196286

1.195658621 0.114997446

1.309473836 0.125944098

1.393263523 0.13400292

1.43613844 0.138126594

1.444416048 0.138922728

1.51255819 0.145476582

1.646871863 0.158394759

1.850458348 0.177975536

2.122577712 0.204147749

2.458258602 0.236433257

2.848216801 0.27393911

) () f b  


3.279120391 0.315383057

3.734206943 0.359152901

4.19422248 0.403396811

4.638617083 0.446138312

5.046902316 0.485406844

5.400055015 0.519372776

5.681843309 0.546474938

5.879955467 0.5655292

5.986829998 0.575808303

6.000114467 0.577085992

6.077511734 0.584529996

6.237772715 0.599943763

6.468880522 0.622171519

6.75561408 0.649749313

7.080727322 0.681018433

7.426201763 0.714245875

7.774461843 0.747741239

8.109454378 0.779960541

8.417514604 0.809589516

8.687968429 0.835601538

8.913450075 0.857288174

9.089942698 0.874263087

9.216573867 0.886442367

9.295215754 0.894006078

9.329950446 0.897346832

9.33343705 0.89768217

9.368472982 0.901051897

9.427978765 0.906775113

9.504968301 0.914179903

9.592947495 0.922641668

9.686199619 0.931610579

9.77995847 0.940628227

9.870479774 0.949334491

9.955027796 0.957466249

10.03179748 0.964849893

10.09979326 0.97138967

10.15868413 0.977053745

10.20865192 0.981859605

10.25024566 0.985860056

10.28425135 0.989130694

10.31158239 0.991759371

10.33319294 0.993837856

10.35001387 0.995455679

10.36290932 0.996695953

10.37265065 0.997632866

10.37990439 0.998330524

10.38523052 0.998842787

10.38908791 0.999213788

10.39184418 0.999478883

10.3937877 0.999665809

10.39514036 0.999795907

10.39606974 0.999885294
10.39670024 0.999945935

10.39712263 0.99998656

10.39726237 1

497.0437785
Appendix C‐2a (i): Biomass Dutch Oven/Pile Burner CO Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Yes Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Yes Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Yes Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Wet Bioma Dutch Ovenno 2 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 2 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 2 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 2 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 2 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 2 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 2 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 2 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 2 ORStimsonLumberForestG

YES Yes Wet Bioma Dutch Ovenno 2 ORStimsonLumberForestG

YES Yes Wet Bioma Dutch Ovenno 2 ORStimsonLumberForestG

YES Yes Wet Bioma Dutch Ovenno 2 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 3 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 3 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 3 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 3 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 3 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 3 ORStimsonLumberForestG

YES Yes Wet Bioma Dutch Ovenno 3 ORStimsonLumberForestG

YES Yes Wet Bioma Dutch Ovenno 3 ORStimsonLumberForestG

YES Yes Wet Bioma Dutch Ovenno 3 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 3 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 3 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 3 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 4 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 4 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 4 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 4 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 4 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 4 ORStimsonLumberForestG

YES Yes Wet Bioma Dutch Ovenno 4 ORStimsonLumberForestG

YES Yes Wet Bioma Dutch Ovenno 4 ORStimsonLumberForestG

YES Yes Wet Bioma Dutch Ovenno 4 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 4 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 4 ORStimsonLumberForestG

YES Wet Bioma Dutch Ovenno 4 ORStimsonLumberForestG

YES Yes Wet Bioma Dutch Ovenno 5 ARPotlatchForestWarren

YES Yes Wet Bioma Dutch Ovenno 5 ARPotlatchForestWarren

YES Yes Wet Bioma Dutch Ovenno 5 ARPotlatchForestWarren
UnitID Data Source Source Tab Pollutant

Data

Type

Hog Fuel Boiler EU1 ICR Phase I Organic HAP and CO CO ET

Hog Fuel Boiler EU1 ICR Phase I Organic HAP and CO CO ET

Hog Fuel Boiler EU1 ICR Phase I Organic HAP and CO CO ET

Hog Fuel Boiler EU1 ICR Phase I Organic HAP and CO (2) CO ET

Hog Fuel Boiler EU1 ICR Phase I Organic HAP and CO (2) CO ET

Hog Fuel Boiler EU1 ICR Phase I Organic HAP and CO (2) CO ET

Hog Fuel Boiler EU1 ICR Phase II ‐ Templates CO CO ET

Hog Fuel Boiler EU1 ICR Phase II ‐ Templates CO CO ET

Hog Fuel Boiler EU1 ICR Phase II ‐ Templates CO CO ET

Boiler 3 ICR Phase I Organic HAP and CO (10) CO ET

Boiler 3 ICR Phase I Organic HAP and CO (10) CO ET

Boiler 3 ICR Phase I Organic HAP and CO (10) CO ET

Boiler 3 ICR Phase I Organic HAP and CO (12) CO ET

Boiler 3 ICR Phase I Organic HAP and CO (12) CO ET

Boiler 3 ICR Phase I Organic HAP and CO (12) CO ET

Boiler 3 ICR Phase I Organic HAP and CO (6) CO ET

Boiler 3 ICR Phase I Organic HAP and CO (6) CO ET

Boiler 3 ICR Phase I Organic HAP and CO (6) CO ET

Boiler 3 ICR Phase I Organic HAP and CO (8) CO ET

Boiler 3 ICR Phase I Organic HAP and CO (8) CO ET

Boiler 3 ICR Phase I Organic HAP and CO (8) CO ET

Boiler 2 ICR Phase I Organic HAP and CO (11) CO ET

Boiler 2 ICR Phase I Organic HAP and CO (11) CO ET

Boiler 2 ICR Phase I Organic HAP and CO (11) CO ET

Boiler 2 ICR Phase I Organic HAP and CO (5) CO ET

Boiler 2 ICR Phase I Organic HAP and CO (5) CO ET

Boiler 2 ICR Phase I Organic HAP and CO (5) CO ET

Boiler 2 ICR Phase I Organic HAP and CO (7) CO ET

Boiler 2 ICR Phase I Organic HAP and CO (7) CO ET

Boiler 2 ICR Phase I Organic HAP and CO (7) CO ET

Boiler 2 ICR Phase I Organic HAP and CO (9) CO ET

Boiler 2 ICR Phase I Organic HAP and CO (9) CO ET

Boiler 2 ICR Phase I Organic HAP and CO (9) CO ET

Boiler 1 ICR Phase I Organic HAP and CO CO ET

Boiler 1 ICR Phase I Organic HAP and CO CO ET

Boiler 1 ICR Phase I Organic HAP and CO CO ET

Boiler 1 ICR Phase I Organic HAP and CO (2) CO ET

Boiler 1 ICR Phase I Organic HAP and CO (2) CO ET

Boiler 1 ICR Phase I Organic HAP and CO (2) CO ET

Boiler 1 ICR Phase I Organic HAP and CO (3) CO ET

Boiler 1 ICR Phase I Organic HAP and CO (3) CO ET

Boiler 1 ICR Phase I Organic HAP and CO (3) CO ET

Boiler 1 ICR Phase I Organic HAP and CO (4) CO ET

Boiler 1 ICR Phase I Organic HAP and CO (4) CO ET

Boiler 1 ICR Phase I Organic HAP and CO (4) CO ET

Wellons Boiler ICR Phase II ‐ ERT ERT CO ET

Wellons Boiler ICR Phase II ‐ ERT ERT CO ET

Wellons Boiler ICR Phase II ‐ ERT ERT CO ET
Run Number Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

Sample #1 11/10/2004 145.8132099 4.982326418 0

Sample #2 11/10/2004 143.309119 4.965003969 0

Sample #3 11/10/2004 136.2876041 4.914767389 0

Sample #1 9/18/1996 162.890689 5.093079357 0

Sample #2 9/18/1996 161.3162575 5.08336677 0

Sample #3 9/18/1996 144.5503205 4.973627685 0

Sample #1 8/12/2009 154.5471533 5.040499249 0

Sample #2 8/13/2009 309.7505852 5.73576741 0

Sample #3 8/13/2009 308.553842 5.731896357 0

Sample #1 12/21/2006 594.2384106 6.387280603 0

Sample #2 12/21/2006 655.0893372 6.484771619 0

Sample #3 12/21/2006 830.6810266 6.722245878 0

Sample #1 10/17/2007 233.0649351 5.451317106 0

Sample #2 10/17/2007 233.5541562 5.453413982 0

Sample #3 10/17/2007 240.2790095 5.481800788 0

Sample #1 12/21/2006 554.1845215 6.317497703 0

Sample #2 12/21/2006 455.989558 6.12246991 0

Sample #3 12/21/2006 369.2592593 5.911498997 0

Sample #1 10/17/2007 221.1738669 5.39894912 0

Sample #2 10/17/2007 233.5541562 5.453413982 0

Sample #3 10/17/2007 240.2790095 5.481800788 0

Sample #1 10/17/2007 233.0649351 5.451317106 0

Sample #2 10/17/2007 233.5541562 5.453413982 0

Sample #3 10/17/2007 240.2790095 5.481800788 0

Sample #1 12/21/2006 554.1845215 6.317497703 0

Sample #2 12/21/2006 455.989558 6.12246991 0

Sample #3 12/21/2006 369.2592593 5.911498997 0

Sample #1 10/17/2007 221.1738669 5.39894912 0

Sample #2 10/17/2007 233.5541562 5.453413982 0

Sample #3 10/17/2007 240.2790095 5.481800788 0

Sample #1 12/21/2006 594.2384106 6.387280603 0

Sample #2 12/21/2006 655.0893372 6.484771619 0

Sample #3 12/21/2006 830.6810266 6.722245878 0

Sample #1 10/17/2007 233.0649351 5.451317106 0

Sample #2 10/17/2007 233.5541562 5.453413982 0

Sample #3 10/17/2007 240.2790095 5.481800788 0

Sample #1 12/21/2006 594.2384106 6.387280603 0

Sample #2 12/21/2006 655.0893372 6.484771619 0

Sample #3 12/21/2006 830.6810266 6.722245878 0

Sample #1 10/17/2007 221.1738669 5.39894912 0

Sample #2 10/17/2007 233.5541562 5.453413982 0

Sample #3 10/17/2007 240.2790095 5.481800788 0

Sample #1 12/21/2006 554.1845215 6.317497703 0

Sample #2 12/21/2006 455.989558 6.12246991 0

Sample #3 12/21/2006 369.2592593 5.911498997 0

1 9/3/2009 261.1800626 5.565210064 0

2 9/4/2009 268.6878229 5.593550196 0

3 9/4/2009 328.0525704 5.793173871 0
Appendix C‐2a (ii): B

In top

12%?

Min Test

Avg?

YES Yes

YES

YES

YES Yes

YES

Number of sources with

test data 5 YES

n 48 YES

n‐1 43 YES Yes

YES

YES

YES

YES Yes

YES

YES

YES

Average of natural log of

test run values (μ) 5.738992712 YES Yes

Variance of natural log of

test runs (σ2

) 0.269608478

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 9.574601015

Denominator for

calculation of flatness of z

distribution (β2z) 0.287281011

Flatness of z distribution

(β2z) 35.32834632

Skewness of z distribution

(√β1z) 1.062898593
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990817743 0.999284456 0.996031801

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 355.596603

exp (2μ + σ2

) 126448.9441

exp (σ2

) ‐ 1 0.309451671

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.006390128

Square root term 353.074688

Confidence Level 99% 99.9% 99.5%

UPL 7.66E+02 8.61E+02 8.01E+02

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 1.05E+00 3.87E‐01

SE Skewness 0.35 0.35

Skewness Test non‐normal normal

Kurtosis = 2.26E‐02 ‐9.13E‐01

SE Kurtosis 0.71 0.71

Kurtosis Test normal normal

Number of test runs = 48 48
Biomass Dutch Oven/Pile Burner CO Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

Dutch Oven/Wet Biom 1 WAWeyerhaeuser_Ra Hog Fuel Boiler EU1 ICR Phase I Organic HAP and CO

Dutch Oven/Wet Biom 1 WAWeyerhaeuser_Ra Hog Fuel Boiler EU1 ICR Phase I Organic HAP and CO (2

Dutch Oven/Wet Biom 1 WAWeyerhaeuser_Ra Hog Fuel Boiler EU1 ICR Phase II ‐ Templates CO

Dutch Oven/Wet Biom 2 ORStimsonLumberFor Boiler 3 ICR Phase I Organic HAP and CO (8

Dutch Oven/Wet Biom 2 ORStimsonLumberFor Boiler 3 ICR Phase I Organic HAP and CO (1

Dutch Oven/Wet Biom 2 ORStimsonLumberFor Boiler 3 ICR Phase I Organic HAP and CO (6

Dutch Oven/Wet Biom 2 ORStimsonLumberFor Boiler 3 ICR Phase I Organic HAP and CO (1

Dutch Oven/Wet Biom 3 ORStimsonLumberFor Boiler 2 ICR Phase I Organic HAP and CO (7

Dutch Oven/Wet Biom 3 ORStimsonLumberFor Boiler 2 ICR Phase I Organic HAP and CO (1

Dutch Oven/Wet Biom 3 ORStimsonLumberFor Boiler 2 ICR Phase I Organic HAP and CO (5

Dutch Oven/Wet Biom 3 ORStimsonLumberFor Boiler 2 ICR Phase I Organic HAP and CO (9

Dutch Oven/Wet Biom 4 ORStimsonLumberFor Boiler 1 ICR Phase I Organic HAP and CO (3

Dutch Oven/Wet Biom 4 ORStimsonLumberFor Boiler 1 ICR Phase I Organic HAP and CO

Dutch Oven/Wet Biom 4 ORStimsonLumberFor Boiler 1 ICR Phase I Organic HAP and CO (4

Dutch Oven/Wet Biom 4 ORStimsonLumberFor Boiler 1 ICR Phase I Organic HAP and CO (2

Dutch Oven/Wet Biom 5 ARPotlatchForestWarrWellons Boiler ICR Phase II ‐ ERT ERT

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

CO 141.803311 4.954440964 3 2 ET /Hog Fuel/

CO 156.2524223 5.051472791 3 2 ET /Hog Fuel/

CO 257.6171935 5.551474737 3 2 ET Hog Fuel

CO 231.6690109 5.445309676 3 2 ET /Hog Fuel/Wood: Plywood, Particleboard (co

CO 235.6327002 5.462274238 3 2 ET /Hog Fuel/Wood: Plywood, Particleboard (co

CO 459.8111129 6.130815781 3 2 ET /Hog Fuel/Wood: Plywood, Particleboard (co

CO 693.3362581 6.541515102 3 2 ET /Hog Fuel/Wood: Plywood, Particleboard (co

CO 231.6690109 5.445309676 3 2 ET /Hog Fuel/Wood: Plywood, Particleboard (co

CO 235.6327002 5.462274238 3 2 ET /Hog Fuel/Wood: Plywood, Particleboard (co

CO 459.8111129 6.130815781 3 2 ET /Hog Fuel/Wood: Plywood, Particleboard (co

CO 693.3362581 6.541515102 3 2 ET /Hog Fuel/Wood: Plywood, Particleboard (co

CO 231.6690109 5.445309676 3 2 ET /Hog Fuel/Wood: Plywood, Particleboard (co

CO 235.6327002 5.462274238 3 2 ET /Hog Fuel/Wood: Plywood, Particleboard (co

CO 459.8111129 6.130815781 3 2 ET /Hog Fuel/Wood: Plywood, Particleboard (co

CO 693.3362581 6.541515102 3 2 ET /Hog Fuel/Wood: Plywood, Particleboard (co

CO 2.86E+02 5.655899098 3 2 ET Hog Fuel

ontaining glues or resins)/

ontaining glues or resins)/

ontaining glues or resins)/

ontaining glues or resins)/

ontaining glues or resins)/

ontaining glues or resins)/

ontaining glues or resins)/

ontaining glues or resins)/

ontaining glues or resins)/

ontaining glues or resins)/

ontaining glues or resins)/

ontaining glues or resins)/
Appendix C‐2a (iii): Biomass Dutch Oven/Pile Burner CO Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 35.328346 1.0628986

1.18438E‐05 ‐5 =f(a) 625.38642

4.73568E‐05 1 ‐4.899 568.73748

9.99167E‐05 2 ‐4.798 515.82823

0.000176696 3 ‐4.697 466.49825

0.000287374 4 ‐4.596 420.59053

0.000444781 5 ‐4.495 377.95138

0.000665587 6 ‐4.394 338.43051

0.000971007 7 ‐4.293 301.88097

0.001387442 8 ‐4.192 268.15918

0.001946933 9 ‐4.091 237.12494

0.002687302 10 ‐3.99 208.64138

0.003651774 11 ‐3.889 182.57503

0.004887888 12 ‐3.788 158.79576

0.006445435 13 ‐3.687 137.17681

0.008373222 14 ‐3.586 117.5948

0.01071446 15 ‐3.485 99.929695

0.013500681 16 ‐3.384 84.064824

0.016744201 17 ‐3.283 69.886891

0.020429381 18 ‐3.182 57.285958

0.024503116 19 ‐3.081 46.155452

0.028865328 20 ‐2.98 36.392165

0.033360472 21 ‐2.879 27.896253

0.037771366 22 ‐2.778 20.571234

0.041816834 23 ‐2.677 14.323993

0.045154707 24 ‐2.576 9.0647762

0.04739164 25 ‐2.475 4.7071968

0.048100837 26 ‐2.374 1.1682302

0.049353454 27 ‐2.273 ‐1.631783

0.052974926 28 ‐2.172 ‐3.76914

0.05930411 29 ‐2.071 ‐5.316771

0.068566145 30 ‐1.97 ‐6.344245

0.080826096 31 ‐1.869 ‐6.917764

0.095946307 32 ‐1.768 ‐7.100169

0.113552618 33 ‐1.667 ‐6.950935

0.133014707 34 ‐1.566 ‐6.526173

0.15344537 35 ‐1.465 ‐5.87863

0.173722372 36 ‐1.364 ‐5.057689

0.192534669 37 ‐1.263 ‐4.109369

0.208452493 38 ‐1.162 ‐3.076325

0.220018104 39 ‐1.061 ‐1.997848

0.22585131 40 ‐0.96 ‐0.909865

0.226941069 41 ‐0.859 0.1550623

0.235846042 42 ‐0.758 1.1677352

0.253065541 43 ‐0.657 2.1023193

0.278635625 44 ‐0.556 2.9363443

   1 3 1 3

6

z z z

      

 2z

1z
0.312091697 45 ‐0.455 3.650704

0.352469836 46 ‐0.354 4.2296565

0.398349109 47 ‐0.253 4.6608238

0.447932966 48 ‐0.152 4.935192

0.499163785 49 ‐0.051 5.0471113

0.549861064 50 0.05 4.9942962

0.597871128 51 0.151 4.777825

0.641214968 52 0.252 4.4021404

0.678220948 53 0.353 3.8750489

0.707630766 54 0.454 3.2077213

0.728669921 55 0.555 2.4146926

0.741077673 56 0.656 1.5138615

0.745095659 57 0.757 0.5264913

0.748772927 58 0.858 ‐0.522791

0.759078947 59 0.959 ‐1.605994

0.774678183 60 1.06 ‐2.691763

0.794080403 61 1.161 ‐3.745377

0.815755532 62 1.262 ‐4.728754

0.83823916 63 1.363 ‐5.600446

0.860220786 64 1.464 ‐6.31564

0.880609384 65 1.565 ‐6.826162

0.898573715 66 1.666 ‐7.080471

0.913557463 67 1.767 ‐7.023663

0.925271642 68 1.868 ‐6.59747

0.933668434 69 1.969 ‐5.74026

0.938901668 70 2.07 ‐4.387036

0.941279516 71 2.171 ‐2.469438

0.941344344 72 2.272 0.0842589

0.943382337 73 2.373 3.3491431

0.946909392 74 2.474 7.4036674

0.95146118 75 2.575 12.329649

0.956618583 76 2.676 18.212268

0.962024122 77 2.777 25.14007

0.967390124 78 2.878 33.204965

0.972499931 79 2.979 42.502225

0.97720376 80 3.08 53.130488

0.981410879 81 3.181 65.191755

0.98507969 82 3.282 78.791392

0.988207026 83 3.383 94.038129

0.990817743 84 3.484 111.04406

0.992955309 85 3.585 129.92464

0.994673846 86 3.686 150.7987

0.996031801 87 3.787 173.78841

0.997087239 88 3.888 199.01933

0.997894621 89 3.989 226.62038

0.998502838 90 4.09 256.72383

0.998954248 91 4.191 289.46532

0.999284456 92 4.292 324.98387

0.999522611 93 4.393 363.42183

0.999692011 94 4.494 404.92496

0.99981088 95 4.595 449.64234

0.999893185 96 4.696 497.72643
0.999949428 97 4.797 549.33308

0.999987367 98 4.898 604.62146

1 99 4.999 663.75413
distribution of Z

Normal

distribution

1.48672E‐06 0.000929774

2.45094E‐06 0.001393941

3.9995E‐06 0.002063056

6.46025E‐06 0.003013694

1.03291E‐05 0.004344317

1.63472E‐05 0.006178465

2.56093E‐05 0.008666955

3.97118E‐05 0.011988227

6.09553E‐05 0.016345711

9.26132E‐05 0.021960896

0.000139285 0.02906061

0.000207351 0.037857058

0.000305546 0.048519394

0.000445674 0.061136126

0.000643469 0.075668624

0.000919619 0.091897252

0.001300942 0.109363475

0.001821704 0.127313219

0.002525035 0.144649023

0.003464389 0.159900435

0.004704958 0.171223593

0.006324913 0.176441366

0.008416337 0.173134446

0.011085658 0.15879089

0.014453386 0.131016713

0.018652949 0.0878031

0.023828414 0.027837074

0.030130931 ‐0.049167151

0.03771375 ‐0.142148399

0.046725789 ‐0.248430328

0.057303789 ‐0.363549263

0.069563239 ‐0.481222089

0.083588399 ‐0.593491783

0.099421884 ‐0.691075045

0.117054396 ‐0.763917196

0.136415346 ‐0.801935283

0.157365126 ‐0.795903811

0.179689839 ‐0.738411845

0.203099244 ‐0.624799345

0.227228529 ‐0.453968168

0.251644341 ‐0.228962398

0.275855243 0.042774746

0.299326439 0.349534016

0.321498297 0.675892065

0.341807853 1.003665531

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 1.313202755

0.37471238 1.584904668

0.386376486 1.800832718

0.394360216 1.946243371

0.398423793 2.010889233

0.398443914 1.989946915

0.394419966 1.884469576

0.386474058 1.701313047

0.374844865 1.452542172

0.359875719 1.15438102

0.34199778 0.825819499

0.32170943 0.487023535

0.299553264 0.157712192

0.276092166 ‐0.144338491

0.25188591 ‐0.404527271

0.227469632 ‐0.61229424

0.203335281 ‐0.761567294

0.17991684 ‐0.850782471

0.157579839 ‐0.882517322

0.136615273 ‐0.86281292

0.117237788 ‐0.800284143

0.099587708 ‐0.705127888

0.083736272 ‐0.588135373

0.069693339 ‐0.459799728

0.05741676 ‐0.329587127

0.046822635 ‐0.205412586

0.037795734 ‐0.093334219

0.030199481 0.002544575

0.023885038 0.07999441

0.018699163 0.138442381

0.014490659 0.178664737

0.011115369 0.202436079

0.008439746 0.212175815

0.006343145 0.210623917

0.004718997 0.200567866

0.003475077 0.184632557

0.002533081 0.165135979

0.001827693 0.144006509

0.001305351 0.1227528

0.000922829 0.102474686

0.00064578 0.083902788

0.00044732 0.067455259

0.000306705 0.053301835

0.000208159 0.041427575

0.000139842 0.031690994

9.29928E‐05 0.023873467

6.12113E‐05 0.017718544

3.98826E‐05 0.0129612

2.5722E‐05 0.009347945

1.64209E‐05 0.006649226

1.03767E‐05 0.004665788

6.49066E‐06 0.003230572
4.01874E‐06 0.002207625

2.46298E‐06 0.001489168

1.49417E‐06 0.000991762
Absolute values

0.000929774 4.69536E‐05

0.001393941 0.000140788

0.002063056 0.000208369

0.003013694 0.000304383

0.004344317 0.000438776

0.006178465 0.000624025

0.008666955 0.000875362

0.011988227 0.001210811

0.016345711 0.001650917

0.021960896 0.00221805

0.02906061 0.002935122

0.037857058 0.003823563

0.048519394 0.004900459

0.061136126 0.006174749

0.075668624 0.007642531

0.091897252 0.009281622

0.109363475 0.011045711

0.127313219 0.012858635

0.144649023 0.014609551

0.159900435 0.016149944

0.171223593 0.017293583

0.176441366 0.017820578

0.173134446 0.017486579

0.15879089 0.01603788

0.131016713 0.013232688

0.0878031 0.008868113

0.027837074 0.002811545

0.049167151 0.004965882

0.142148399 0.014356988

0.248430328 0.025091463

0.363549263 0.036718476

0.481222089 0.048603431

0.593491783 0.05994267

0.691075045 0.06979858

0.763917196 0.077155637

0.801935283 0.080995464

0.795903811 0.080386285

0.738411845 0.074579596

0.624799345 0.063104734

0.453968168 0.045850785

0.228962398 0.023125202

0.042774746 0.004320249

0.349534016 0.035302936

0.675892065 0.068265099

1.003665531 0.101370219

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
1.313202755 0.132633478

1.584904668 0.160075371

1.800832718 0.181884104

1.946243371 0.19657058

2.010889233 0.203099813

1.989946915 0.200984638

1.884469576 0.190331427

1.701313047 0.171832618

1.452542172 0.146706759

1.15438102 0.116592483

0.825819499 0.083407769

0.487023535 0.049189377

0.157712192 0.015928931

0.144338491 0.014578188

0.404527271 0.040857254

0.61229424 0.061841718

0.761567294 0.076918297

0.850782471 0.08592903

0.882517322 0.089134249

0.86281292 0.087144105

0.800284143 0.080828698

0.705127888 0.071217917

0.588135373 0.059401673

0.459799728 0.046439773

0.329587127 0.0332883

0.205412586 0.020746671

0.093334219 0.009426756

0.002544575 0.000257002

0.07999441 0.008079435

0.138442381 0.01398268

0.178664737 0.018045138

0.202436079 0.020446044

0.212175815 0.021429757

0.210623917 0.021273016

0.200567866 0.020257354

0.184632557 0.018647888

0.165135979 0.016678734

0.144006509 0.014544657

0.1227528 0.012398033

0.102474686 0.010349943

0.083902788 0.008474182

0.067455259 0.006812981

0.053301835 0.005383485

0.041427575 0.004184185

0.031690994 0.00320079

0.023873467 0.00241122

0.017718544 0.001789573

0.0129612 0.001309081

0.009347945 0.000944142

0.006649226 0.000671572

0.004665788 0.000471245

0.003230572 0.000326288
0.002207625 0.00022297

0.001489168 0.000150406

0.000991762 5.0084E‐05
Cumulative normalization

4.69536E‐05 1.18438E‐05

0.000187742 4.73568E‐05

0.00039611 9.99167E‐05

0.000700493 0.000176696

0.001139269 0.000287374

0.001763294 0.000444781

0.002638657 0.000665587

0.003849468 0.000971007

0.005500385 0.001387442

0.007718435 0.001946933

0.010653557 0.002687302

0.014477119 0.003651774

0.019377578 0.004887888

0.025552327 0.006445435

0.033194858 0.008373222

0.04247648 0.01071446

0.053522191 0.013500681

0.066380827 0.016744201

0.080990378 0.020429381

0.097140322 0.024503116

0.114433905 0.028865328

0.132254483 0.033360472

0.149741062 0.037771366

0.165778942 0.041816834

0.17901163 0.045154707

0.187879743 0.04739164

0.190691287 0.048100837

0.19565717 0.049353454

0.210014158 0.052974926

0.235105621 0.05930411

0.271824097 0.068566145

0.320427528 0.080826096

0.380370198 0.095946307

0.450168777 0.113552618

0.527324414 0.133014707

0.608319878 0.15344537

0.688706162 0.173722372

0.763285759 0.192534669

0.826390493 0.208452493

0.872241278 0.220018104

0.89536648 0.22585131

0.899686729 0.226941069

0.934989665 0.235846042

1.003254763 0.253065541

1.104624982 0.278635625

) () f b  


1.23725846 0.312091697

1.397333832 0.352469836

1.579217936 0.398349109

1.775788517 0.447932966

1.978888329 0.499163785

2.179872968 0.549861064

2.370204395 0.597871128

2.542037012 0.641214968

2.688743772 0.678220948

2.805336255 0.707630766

2.888744024 0.728669921

2.937933401 0.741077673

2.953862333 0.745095659

2.96844052 0.748772927

3.009297775 0.759078947

3.071139493 0.774678183

3.14805779 0.794080403

3.233986819 0.815755532

3.323121069 0.83823916

3.410265173 0.860220786

3.491093872 0.880609384

3.562311789 0.898573715

3.621713461 0.913557463

3.668153234 0.925271642

3.701441534 0.933668434

3.722188205 0.938901668

3.731614961 0.941279516

3.731871963 0.941344344

3.739951398 0.943382337

3.753934079 0.946909392

3.771979217 0.95146118

3.792425261 0.956618583

3.813855019 0.962024122

3.835128034 0.967390124

3.855385389 0.972499931

3.874033277 0.97720376

3.890712011 0.981410879

3.905256668 0.98507969

3.917654701 0.988207026

3.928004644 0.990817743

3.936478826 0.992955309

3.943291807 0.994673846

3.948675292 0.996031801

3.952859477 0.997087239

3.956060268 0.997894621

3.958471488 0.998502838

3.960261061 0.998954248

3.961570142 0.999284456

3.962514284 0.999522611

3.963185856 0.999692011

3.963657101 0.99981088

3.963983389 0.999893185
3.964206359 0.999949428

3.964356765 0.999987367

3.964406849 1

198.9474732
Appendix C‐2b (i): Biomass Fluidized Bed CO Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Yes Wet Bioma FB no 1 WIGPGreenBay2818

YES Yes Wet Bioma FB no 1 WIGPGreenBay2818

YES Yes Wet Bioma FB no 1 WIGPGreenBay2818

YES Yes Wet Bioma FB no 2 TNDomtar2384

YES Yes Wet Bioma FB no 2 TNDomtar2384

YES Yes Wet Bioma FB no 2 TNDomtar2384

YES Yes Wet Bioma FB no 3 GATempleInlandRome

YES Yes Wet Bioma FB no 3 GATempleInlandRome

YES Yes Wet Bioma FB no 3 GATempleInlandRome

YES Yes Wet Bioma FB no 4 TNBowaterNewsprint

YES Yes Wet Bioma FB no 4 TNBowaterNewsprint

YES Yes Wet Bioma FB no 4 TNBowaterNewsprint

YES Yes Wet Bioma FB no 5 ALIPCourtland

YES Yes Wet Bioma FB no 5 ALIPCourtland

YES Yes Wet Bioma FB no 5 ALIPCourtland
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

B10 ‐ Wastepaper Sludge‐ ICR Phase I Organic HAP and CO B10 CO ET Sample #1

B10 ‐ Wastepaper Sludge‐ ICR Phase I Organic HAP and CO B10 CO ET Sample #2

B10 ‐ Wastepaper Sludge‐ ICR Phase I Organic HAP and CO B10 CO ET Sample #3

HFB1‐1 ICR Phase II ‐ ERT ERT CO ET 1

HFB1‐1 ICR Phase II ‐ ERT ERT CO ET 2

HFB1‐1 ICR Phase II ‐ ERT ERT CO ET 3

WF ICR Phase II ‐ Templates CO CO ET Sample #1

WF ICR Phase II ‐ Templates CO CO ET Sample #2

WF ICR Phase II ‐ Templates CO CO ET Sample #3

Bubbling Fluidized Bed Bo ICR Phase II ‐ ERT ERT CO ET 1

Bubbling Fluidized Bed Bo ICR Phase II ‐ ERT ERT CO ET 2

Bubbling Fluidized Bed Bo ICR Phase II ‐ ERT ERT CO ET 3

No. 3 Combination Boier /ICR Phase II ‐ Templates CO CO ET Sample #1

No. 3 Combination Boier /ICR Phase II ‐ Templates CO CO ET Sample #2

No. 3 Combination Boier /ICR Phase II ‐ Templates CO CO ET Sample #3
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

1/14/1999 ND 1.60E+01 2.771930398 1

1/14/1999 ND 1.67E+01 2.813272264 1

1/14/1999 ND 1.65E+01 2.804866027 1

9/16/2009 9.10E+01 4.511385505 0

9/16/2009 8.03E+01 4.385631346 0

9/17/2009 7.39E+01 4.30277238 0

7/29/2009 1.36E+02 4.914669773 0

7/29/2009 6.09E+01 4.108684816 0

7/30/2009 9.92E+01 4.597277801 0

8/5/2009 1.02E+02 4.623766467 0

8/5/2009 9.98E+01 4.603531718 0

8/6/2009 1.44E+02 4.972859507 0

7/8/2009 1.39E+02 4.936839572 0

7/9/2009 3.04E+02 5.71568424 0

7/10/2009 3.48E+02 5.851940021 0
Appendix C‐2b (ii): B

In top

12%?

Min Test

Avg?

YES Yes

YES Yes

YES Yes

YES Yes

YES Yes

Number of sources with

test data 5

n 15

n‐1 10

Average of natural log of

test run values (μ) 4.394340789

Variance of natural log of

test runs (σ2

) 0.905002725

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 82.87888403

Denominator for

calculation of flatness of z

distribution (β2z) 6.499810242

Flatness of z distribution

(β2z) 14.75096979

Skewness of z distribution

(√β1z) 3.132420562
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990427647 0.999296123 0.995970411

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 127.3376413

exp (2μ + σ2

) 16214.87488

exp (σ2

) ‐ 1 1.471938658

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.089584584

Square root term 290.9902557

Confidence Level 99% 99.9% 99.5%

UPL 4.65E+02 5.44E+02 4.95E+02

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 1.52E+00 ‐6.06E‐01

SE Skewness 0.63 0.63

Skewness Test non‐normal normal

Kurtosis = 2.14E+00 ‐9.19E‐02

SE Kurtosis 1.26 1.26

Kurtosis Test normal normal

Number of test runs = 15 15
Biomass Fluidized Bed CO Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

FB Wet Biom 1 WIGPGreenBay2818 B10 ‐ Wastepaper SludICR Phase I Organic HAP and CO B

FB Wet Biom 2 TNDomtar2384 HFB1‐1 ICR Phase II ‐ ERT ERT

FB Wet Biom 3 GATempleInlandRomeWF ICR Phase II ‐ Templates CO

FB Wet Biom 4 TNBowaterNewsprint Bubbling Fluidized BedICR Phase II ‐ ERT ERT

FB Wet Biom 5 ALIPCourtland No. 3 Combination Bo ICR Phase II ‐ Templates CO

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

CO 16.39289714 2.79684814 3 2 ET /Deinking Residuals/

CO 81.74705892 4.403629833 3 2 ET Hog Fuel/Industrial Sludge

CO 98.7849276 4.592945038 3 2 ET Wood: Bark

CO 115.3842123 4.748267537 3 2 ET Biomass/Tire Derived Fuel (TDF)/Wood: Bark

CO 263.609917 5.574470423 3 2 ET Industrial Sludge/Natural gas/Tire Derived Fu

k

uel (TDF)/Wood: Bark
Appendix C‐2b (iii): Biomass Fluidized Bed CO Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 14.75097 3.1324206

7.33721E‐06 ‐5 =f(a) 177.61244

2.91681E‐05 1 ‐4.899 160.2799

6.12114E‐05 2 ‐4.798 144.16945

0.000107605 3 ‐4.697 129.22563

0.000173842 4 ‐4.596 115.39418

0.00026707 5 ‐4.495 102.62207

0.000396375 6 ‐4.394 90.857506

0.000573036 7 ‐4.293 80.049894

0.000810663 8 ‐4.192 70.149878

0.001125177 9 ‐4.091 61.109322

0.001534499 10 ‐3.99 52.881312

0.002057874 11 ‐3.889 45.420156

0.00271468 12 ‐3.788 38.681387

0.003522628 13 ‐3.687 32.621758

0.004495248 14 ‐3.586 27.199247

0.005638632 15 ‐3.485 22.373055

0.006947458 16 ‐3.384 18.103603

0.008400457 17 ‐3.283 14.352539

0.009955609 18 ‐3.182 11.082729

0.011545526 19 ‐3.081 8.2582666

0.013073652 20 ‐2.98 5.8444646

0.014412078 21 ‐2.879 3.8078604

0.015401864 22 ‐2.778 2.1162137

0.015856826 23 ‐2.677 0.7385071

0.016142008 24 ‐2.576 ‐0.355054

0.017378701 25 ‐2.475 ‐1.193041

0.019765976 26 ‐2.374 ‐1.802804

0.023467287 27 ‐2.273 ‐2.210468

0.028583104 28 ‐2.172 ‐2.440937

0.035121216 29 ‐2.071 ‐2.517891

0.042967166 30 ‐1.97 ‐2.463788

0.051857962 31 ‐1.869 ‐2.299864

0.061362649 32 ‐1.768 ‐2.046129

0.070873426 33 ‐1.667 ‐1.721374

0.079610696 34 ‐1.566 ‐1.343165

0.086644618 35 ‐1.465 ‐0.927845

0.09093443 36 ‐1.364 ‐0.490536

0.091385145 37 ‐1.263 ‐0.045136

0.095851079 38 ‐1.162 0.3956809

0.106211555 39 ‐1.061 0.8204613

0.123258283 40 ‐0.96 1.2189757

0.147513557 41 ‐0.859 1.5822174

0.17915864 42 ‐0.758 1.9024023

0.217981817 43 ‐0.657 2.1729693

0.263353053 44 ‐0.556 2.3885799

   1 3 1 3

6

z z z

      

 2z

1z
0.314230111 45 ‐0.455 2.5451186

0.369198145 46 ‐0.354 2.6396926

0.426541558 47 ‐0.253 2.670632

0.484343528 48 ‐0.152 2.6374895

0.540605601 49 ‐0.051 2.5410409

0.593377403 50 0.05 2.3832847

0.640885231 51 0.151 2.167442

0.681648175 52 0.252 1.8979571

0.714571521 53 0.353 1.5804967

0.739009485 54 0.454 1.2219507

0.754792353 55 0.555 0.8304315

0.762216693 56 0.656 0.4152745

0.762432472 57 0.757 ‐0.012962

0.769221753 58 0.858 ‐0.442498

0.78126453 59 0.959 ‐0.860328

0.797093955 60 1.06 ‐1.252227

0.815204677 61 1.161 ‐1.602744

0.834153737 62 1.262 ‐1.895209

0.852646287 63 1.363 ‐2.111725

0.869600625 64 1.464 ‐2.233175

0.884189537 65 1.565 ‐2.239219

0.895857507 66 1.666 ‐2.108292

0.904315608 67 1.767 ‐1.817609

0.9095177 68 1.868 ‐1.343161

0.911622707 69 1.969 ‐0.659715

0.912297113 70 2.07 0.259183

0.915324228 71 2.171 1.4412102

0.920216794 72 2.272 2.9152672

0.926470563 73 2.373 4.7114772

0.933600409 74 2.474 6.861186

0.941167595 75 2.575 9.3969624

0.948797884 76 2.676 12.352598

0.956191043 77 2.777 15.763107

0.963122928 78 2.878 19.664727

0.969441718 79 2.979 24.094917

0.975059983 80 3.08 29.092361

0.979944249 81 3.181 34.696963

0.984103494 82 3.282 40.949853

0.98757775 83 3.383 47.893382

0.990427647 84 3.484 55.571124

0.99272545 85 3.585 64.027875

0.994547827 86 3.686 73.309655

0.995970411 87 3.787 83.463707

0.997064019 88 3.888 94.538496

0.997892316 89 3.989 106.58371

0.998510649 90 4.09 119.65026

0.998965757 91 4.191 133.79028

0.999296123 92 4.292 149.05712

0.999532702 93 4.393 165.50538

0.999699872 94 4.494 183.19083

0.999816455 95 4.595 202.17053

0.999896712 96 4.696 222.5027
0.999951259 97 4.797 244.24682

0.999987868 98 4.898 267.46359

1 99 4.999 292.21491
distribution of Z

Normal

distribution

1.48672E‐06 0.00026406

2.45094E‐06 0.000392836

3.9995E‐06 0.000576606

6.46025E‐06 0.000834829

1.03291E‐05 0.001191917

1.63472E‐05 0.001677588

2.56093E‐05 0.002326794

3.97118E‐05 0.003178923

6.09553E‐05 0.004276004

9.26132E‐05 0.005659529

0.000139285 0.007365572

0.000207351 0.009417901

0.000305546 0.011818939

0.000445674 0.014538666

0.000643469 0.017501876

0.000919619 0.020574688

0.001300942 0.023551741

0.001821704 0.026146075

0.002525035 0.027984274

0.003464389 0.028609847

0.004704958 0.027497958

0.006324913 0.024084385

0.008416337 0.017810768

0.011085658 0.008186838

0.014453386 ‐0.005131732

0.018652949 ‐0.022253738

0.023828414 ‐0.042957958

0.030130931 ‐0.066603456

0.03771375 ‐0.092056878

0.046725789 ‐0.117650441

0.057303789 ‐0.141184399

0.069563239 ‐0.159985953

0.083588399 ‐0.171032643

0.099421884 ‐0.171142228

0.117054396 ‐0.157223327

0.136415346 ‐0.126572314

0.157365126 ‐0.077193276

0.179689839 ‐0.008110421

0.203099244 0.0803625

0.227228529 0.186432208

0.251644341 0.306748334

0.275855243 0.436462956

0.299326439 0.569439305

0.321498297 0.698605921

0.341807853 0.81643537

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 0.915510197

0.37471238 0.989125508

0.386376486 1.031869401

0.394360216 1.040120943

0.398423793 1.01241117

0.398443914 0.949605273

0.394419966 0.854882407

0.386474058 0.733511168

0.374844865 0.592441077

0.359875719 0.439750383

0.34199778 0.284005734

0.32170943 0.133597728

0.299553264 ‐0.003882855

0.276092166 ‐0.122170103

0.25188591 ‐0.216704466

0.227469632 ‐0.284843516

0.203335281 ‐0.32589445

0.17991684 ‐0.340979961

0.157579839 ‐0.332765275

0.136615273 ‐0.305085826

0.117237788 ‐0.262521036

0.099587708 ‐0.209959967

0.083736272 ‐0.152199801

0.069693339 ‐0.093609343

0.05741676 ‐0.037878686

0.046822635 0.012135629

0.037795734 0.054471598

0.030199481 0.088039558

0.023885038 0.112533813

0.018699163 0.128298433

0.014490659 0.136168179

0.011115369 0.137303684

0.008439746 0.133036622

0.006343145 0.124736217

0.004718997 0.113703837

0.003475077 0.101098204

0.002533081 0.087890209

0.001827693 0.074843778

0.001305351 0.062517692

0.000922829 0.051282648

0.00064578 0.041347947

0.00044732 0.032792868

0.000306705 0.025598766

0.000208159 0.019678996

0.000139842 0.014904854

9.29928E‐05 0.011126612

6.12113E‐05 0.008189475

3.98826E‐05 0.005944785

2.5722E‐05 0.004257133

1.64209E‐05 0.003008156

1.03767E‐05 0.002097856

6.49066E‐06 0.001444189
4.01874E‐06 0.000981564

2.46298E‐06 0.000658756

1.49417E‐06 0.000436619
Absolute values

0.00026406 1.3335E‐05

0.000392836 3.96765E‐05

0.000576606 5.82372E‐05

0.000834829 8.43178E‐05

0.001191917 0.000120384

0.001677588 0.000169436

0.002326794 0.000235006

0.003178923 0.000321071

0.004276004 0.000431876

0.005659529 0.000571612

0.007365572 0.000743923

0.009417901 0.000951208

0.011818939 0.001193713

0.014538666 0.001468405

0.017501876 0.001767689

0.020574688 0.002078043

0.023551741 0.002378726

0.026146075 0.002640754

0.027984274 0.002826412

0.028609847 0.002889595

0.027497958 0.002777294

0.024084385 0.002432523

0.017810768 0.001798888

0.008186838 0.000826871

0.005131732 0.000518305

0.022253738 0.002247628

0.042957958 0.004338754

0.066603456 0.006726949

0.092056878 0.009297745

0.117650441 0.011882695

0.141184399 0.014259624

0.159985953 0.016158581

0.171032643 0.017274297

0.171142228 0.017285365

0.157223327 0.015879556

0.126572314 0.012783804

0.077193276 0.007796521

0.008110421 0.000819152

0.0803625 0.008116613

0.186432208 0.018829653

0.306748334 0.030981582

0.436462956 0.044082759

0.569439305 0.05751337

0.698605921 0.070559198

0.81643537 0.082459972

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
0.915510197 0.09246653

0.989125508 0.099901676

1.031869401 0.104218809

1.040120943 0.105052215

1.01241117 0.102253528

0.949605273 0.095910133

0.854882407 0.086343123

0.733511168 0.074084628

0.592441077 0.059836549

0.439750383 0.044414789

0.284005734 0.028684579

0.133597728 0.013493371

0.003882855 0.000392168

0.122170103 0.01233918

0.216704466 0.021887151

0.284843516 0.028769195

0.32589445 0.032915339

0.340979961 0.034438976

0.332765275 0.033609293

0.305085826 0.030813668

0.262521036 0.026514625

0.209959967 0.021205957

0.152199801 0.01537218

0.093609343 0.009454544

0.037878686 0.003825747

0.012135629 0.001225699

0.054471598 0.005501631

0.088039558 0.008891995

0.112533813 0.011365915

0.128298433 0.012958142

0.136168179 0.013752986

0.137303684 0.013867672

0.133036622 0.013436699

0.124736217 0.012598358

0.113703837 0.011484087

0.101098204 0.010210919

0.087890209 0.008876911

0.074843778 0.007559222

0.062517692 0.006314287

0.051282648 0.005179547

0.041347947 0.004176143

0.032792868 0.00331208

0.025598766 0.002585475

0.019678996 0.001987579

0.014904854 0.00150539

0.011126612 0.001123788

0.008189475 0.000827137

0.005944785 0.000600423

0.004257133 0.00042997

0.003008156 0.000303824

0.002097856 0.000211883

0.001444189 0.000145863
0.000981564 9.91379E‐05

0.000658756 6.65344E‐05

0.000436619 2.20493E‐05
Cumulative normalization

1.3335E‐05 7.33721E‐06

5.30115E‐05 2.91681E‐05

0.000111249 6.12114E‐05

0.000195566 0.000107605

0.00031595 0.000173842

0.000485387 0.00026707

0.000720393 0.000396375

0.001041464 0.000573036

0.00147334 0.000810663

0.002044953 0.001125177

0.002788875 0.001534499

0.003740083 0.002057874

0.004933796 0.00271468

0.006402202 0.003522628

0.008169891 0.004495248

0.010247934 0.005638632

0.01262666 0.006947458

0.015267414 0.008400457

0.018093826 0.009955609

0.02098342 0.011545526

0.023760714 0.013073652

0.026193237 0.014412078

0.027992124 0.015401864

0.028818995 0.015856826

0.0293373 0.016142008

0.031584927 0.017378701

0.035923681 0.019765976

0.04265063 0.023467287

0.051948375 0.028583104

0.063831069 0.035121216

0.078090694 0.042967166

0.094249275 0.051857962

0.111523572 0.061362649

0.128808937 0.070873426

0.144688493 0.079610696

0.157472297 0.086644618

0.165268818 0.09093443

0.16608797 0.091385145

0.174204583 0.095851079

0.193034236 0.106211555

0.224015817 0.123258283

0.268098576 0.147513557

0.325611946 0.17915864

0.396171144 0.217981817

0.478631116 0.263353053

) () f b  


0.571097646 0.314230111

0.670999322 0.369198145

0.775218132 0.426541558

0.880270347 0.484343528

0.982523875 0.540605601

1.078434008 0.593377403

1.164777131 0.640885231

1.238861759 0.681648175

1.298698308 0.714571521

1.343113096 0.739009485

1.371797675 0.754792353

1.385291046 0.762216693

1.385683214 0.762432472

1.398022395 0.769221753

1.419909546 0.78126453

1.448678741 0.797093955

1.48159408 0.815204677

1.516033056 0.834153737

1.549642349 0.852646287

1.580456017 0.869600625

1.606970642 0.884189537

1.628176599 0.895857507

1.643548778 0.904315608

1.653003322 0.9095177

1.656829069 0.911622707

1.658054768 0.912297113

1.663556399 0.915324228

1.672448395 0.920216794

1.68381431 0.926470563

1.696772452 0.933600409

1.710525438 0.941167595

1.72439311 0.948797884

1.737829809 0.956191043

1.750428166 0.963122928

1.761912254 0.969441718

1.772123173 0.975059983

1.781000084 0.979944249

1.788559305 0.984103494

1.794873592 0.98757775

1.80005314 0.990427647

1.804229282 0.99272545

1.807541362 0.994547827

1.810126837 0.995970411

1.812114416 0.997064019

1.813619806 0.997892316

1.814743594 0.998510649

1.815570731 0.998965757

1.816171154 0.999296123

1.816601125 0.999532702

1.816904948 0.999699872

1.817116832 0.999816455

1.817262695 0.999896712
1.817361833 0.999951259

1.817428367 0.999987868

1.817450416 1

89.51792522
Appendix C‐2c (i): Biomass Fuel Cell CO Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Wet Bioma Fuel Cell no 1 ARWeyerhaeuserDierksMi

YES Wet Bioma Fuel Cell no 1 ARWeyerhaeuserDierksMi

YES Wet Bioma Fuel Cell no 1 ARWeyerhaeuserDierksMi

YES Wet Bioma Fuel Cell no 1 ARWeyerhaeuserDierksMi

YES Wet Bioma Fuel Cell no 1 ARWeyerhaeuserDierksMi

YES Wet Bioma Fuel Cell no 1 ARWeyerhaeuserDierksMi

YES Wet Bioma Fuel Cell no 1 ARWeyerhaeuserDierksMi

YES Wet Bioma Fuel Cell no 1 ARWeyerhaeuserDierksMi

YES Wet Bioma Fuel Cell no 1 ARWeyerhaeuserDierksMi

YES Yes Wet Bioma Fuel Cell no 1 ARWeyerhaeuserDierksMi

YES Yes Wet Bioma Fuel Cell no 1 ARWeyerhaeuserDierksMi

YES Yes Wet Bioma Fuel Cell no 1 ARWeyerhaeuserDierksMi

YES Wet Bioma Fuel Cell no 2 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 2 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 2 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 2 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 2 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 2 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 2 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 2 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 2 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 2 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 2 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 2 MSWeyerhaeuserBruce

YES Yes Wet Bioma Fuel Cell no 2 MSWeyerhaeuserBruce

YES Yes Wet Bioma Fuel Cell no 2 MSWeyerhaeuserBruce

YES Yes Wet Bioma Fuel Cell no 2 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 2 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 2 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 2 MSWeyerhaeuserBruce

YES Yes Wet Bioma Fuel Cell no 3 IDPotlatch

YES Yes Wet Bioma Fuel Cell no 3 IDPotlatch

YES Yes Wet Bioma Fuel Cell no 3 IDPotlatch

YES Wet Bioma Fuel Cell no 3 IDPotlatch

YES Wet Bioma Fuel Cell no 3 IDPotlatch

YES Wet Bioma Fuel Cell no 3 IDPotlatch

YES Yes Wet Bioma Fuel Cell no 4 GAADMLocation551

YES Yes Wet Bioma Fuel Cell no 4 GAADMLocation551

YES Yes Wet Bioma Fuel Cell no 4 GAADMLocation551

YES Yes Wet Bioma Fuel Cell no 5 ARAnthonyForestProducts

YES Yes Wet Bioma Fuel Cell no 5 ARAnthonyForestProducts

YES Yes Wet Bioma Fuel Cell no 5 ARAnthonyForestProducts
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

SN‐45 ICR Phase I Organic HAP and CO SN‐45 CO ET Sample #1

SN‐45 ICR Phase I Organic HAP and CO SN‐45 CO ET Sample #2

SN‐45 ICR Phase I Organic HAP and CO SN‐45 CO ET Sample #3

SN‐45 ICR Phase I Organic HAP and CO SN‐45 CO ET Sample #1

SN‐45 ICR Phase I Organic HAP and CO SN‐45 CO ET Sample #2

SN‐45 ICR Phase I Organic HAP and CO SN‐45 CO ET Sample #3

SN‐45 ICR Phase II ‐ Templates CO CO ET Sample #1

SN‐45 ICR Phase II ‐ Templates CO CO ET Sample #2

SN‐45 ICR Phase II ‐ Templates CO CO ET Sample #3

SN‐45 ICR Phase II ‐ Templates CO ‐ D&F Results CO ET Sample #1

SN‐45 ICR Phase II ‐ Templates CO ‐ D&F Results CO ET Sample #2

SN‐45 ICR Phase II ‐ Templates CO ‐ D&F Results CO ET Sample #3

AA‐002  No. 2 Boiler ICR Phase I Organic HAP and CO (2) CO ET Sample #1

AA‐002  No. 2 Boiler ICR Phase I Organic HAP and CO (2) CO ET Sample #2

AA‐002  No. 2 Boiler ICR Phase I Organic HAP and CO (2) CO ET Sample #3

AA‐002  No. 2 Boiler ICR Phase I Organic HAP and CO (3) CO ET Sample #1

AA‐002  No. 2 Boiler ICR Phase I Organic HAP and CO (3) CO ET Sample #2

AA‐002  No. 2 Boiler ICR Phase I Organic HAP and CO (3) CO ET Sample #3

AA‐002  No. 2 Boiler ICR Phase I Organic HAP and CO (4) CO ET Sample #1

AA‐002  No. 2 Boiler ICR Phase I Organic HAP and CO (4) CO ET Sample #2

AA‐002  No. 2 Boiler ICR Phase I Organic HAP and CO (4) CO ET Sample #3

AA‐002  No. 2 Boiler ICR Phase I Organic HAP and CO (5) CO ET Sample #1

AA‐002  No. 2 Boiler ICR Phase I Organic HAP and CO (5) CO ET Sample #2

AA‐002  No. 2 Boiler ICR Phase I Organic HAP and CO (5) CO ET Sample #3

AA‐002  No. 2 Boiler ICR Phase I Organic HAP and CO (6) CO ET Sample #1

AA‐002  No. 2 Boiler ICR Phase I Organic HAP and CO (6) CO ET Sample #2

AA‐002  No. 2 Boiler ICR Phase I Organic HAP and CO (6) CO ET Sample #3

AA‐002  No. 2 Boiler ICR Phase II ‐ Templates CO CO ET Sample #1

AA‐002  No. 2 Boiler ICR Phase II ‐ Templates CO CO ET Sample #2

AA‐002  No. 2 Boiler ICR Phase II ‐ Templates CO CO ET Sample #3

PB‐1 CE ICR Phase I Organic HAP and CO CO ET Sample #1

PB‐1 CE ICR Phase I Organic HAP and CO CO ET Sample #2

PB‐1 CE ICR Phase I Organic HAP and CO CO ET Sample #3

PB‐1 CE ICR Phase II ‐ ERT ERT CO ET 1

PB‐1 CE ICR Phase II ‐ ERT ERT CO ET 2

PB‐1 CE ICR Phase II ‐ ERT ERT CO ET 3

630‐ Wellons ICR Phase I Organic HAP and CO‐630 CO ET Sample #1

630‐ Wellons ICR Phase I Organic HAP and CO‐630 CO ET Sample #2

630‐ Wellons ICR Phase I Organic HAP and CO‐630 CO ET Sample #3

SN‐16 ICR Phase I Organic HAP and CO CO ET Sample #1

SN‐16 ICR Phase I Organic HAP and CO CO ET Sample #2

SN‐16 ICR Phase I Organic HAP and CO CO ET Sample #3
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

9/28/2004 365.5521606 5.901408979 0

9/28/2004 373.708166 5.923475188 0

9/28/2004 379.3507474 5.938461232 0

12/3/2003 346.0581713 5.846606886 0

12/3/2003 357.549394 5.879273518 0

12/3/2003 363.5860206 5.896015914 0

8/11/2009 49.84562443 3.908930718 0

8/12/2009 202.6448011 5.311454698 0

8/12/2009 161.098732 5.082017419 0

7/17/2009 76.67201315 4.339536755 0

7/17/2009 34.54480101 3.542257062 0

7/20/2009 75.12070471 4.319096216 0

8/31/2007 548.5219773 6.307227347 0

8/31/2007 523.0093271 6.259599298 0

8/31/2007 140.3195756 4.943922504 0

8/22/2003 341.8695114 5.834429119 0

8/22/2003 330.3888189 5.8002702 0

8/22/2003 173.4860207 5.156097024 0

7/11/2003 561.2783023 6.330216865 0

7/11/2003 548.5219773 6.307227347 0

7/11/2003 574.0346274 6.352689721 0

8/23/1999 165.8322257 5.110976589 0

8/23/1999 420.9587267 6.042534793 0

8/23/1999 433.7150518 6.072387756 0

6/28/2005 204.1012008 5.318615953 0

6/28/2005 178.5885507 5.185084561 0

6/28/2005 178.5885507 5.185084561 0

8/4/2009 289.5346337 5.668274923 0

8/4/2009 259.93776 5.560442218 0

8/4/2009 302.4028396 5.711760034 0

4/30/2008 267.8828261 5.590549669 0

4/30/2008 293.3954762 5.681521447 0

4/30/2008 255.126501 5.541759505 0

7/29/2009 1227.339365 7.112603988 0

7/30/2009 1852.976443 7.524548513 0

7/30/2009 219.2295247 5.390119239 0

7/29/2008 353.103571 5.866761416 0

7/29/2008 355.8058942 5.874385341 0

7/29/2008 390.2926862 5.966896935 0

3/5/2003 501.8603458 6.218321885 0

3/5/2003 567.0943068 6.340525616 0

3/5/2003 555.0418997 6.319043606 0
Appendix C‐2c (ii): B

In top

12%?

Min Test

Avg?

YES Yes

YES

YES

YES

YES Yes

Number of sources with

test data 5 YES

n 42 YES

n‐1 37 YES

YES

YES

YES Yes

YES

YES Yes

YES Yes

Average of natural log of

test run values (μ) 5.677676489

Variance of natural log of

test runs (σ2

) 0.563195302

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 26.6021435

Denominator for

calculation of flatness of z

distribution (β2z) 1.715857326

Flatness of z distribution

(β2z) 17.50370366

Skewness of z distribution

(√β1z) 1.885978664
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990734021 0.999298591 0.9960486

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 387.3288758

exp (2μ + σ2

) 150023.658

exp (σ2

) ‐ 1 0.756275374

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.01727757

Square root term 603.0804196

Confidence Level 99% 99.9% 99.5%

UPL 1.09E+03 1.25E+03 1.15E+03

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 3.13E+00 ‐6.06E‐01

SE Skewness 0.38 0.38

Skewness Test non‐normal normal

Kurtosis = 1.29E+01 1.68E+00

SE Kurtosis 0.76 0.76

Kurtosis Test non‐normal non‐normal

Number of test runs = 42 42
Biomass Fuel Cell CO Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

Fuel Cell Wet Biom 1 ARWeyerhaeuserDierkSN‐45 ICR Phase II ‐ Templates CO ‐ D&F Results

Fuel Cell Wet Biom 1 ARWeyerhaeuserDierkSN‐45 ICR Phase II ‐ Templates CO

Fuel Cell Wet Biom 1 ARWeyerhaeuserDierkSN‐45 ICR Phase I Organic HAP and CO S

Fuel Cell Wet Biom 1 ARWeyerhaeuserDierkSN‐45 ICR Phase I Organic HAP and CO S

Fuel Cell Wet Biom 2 MSWeyerhaeuserBrucAA‐002  No. 2 Boiler ICR Phase I Organic HAP and CO (6

Fuel Cell Wet Biom 2 MSWeyerhaeuserBrucAA‐002  No. 2 Boiler ICR Phase I Organic HAP and CO (3

Fuel Cell Wet Biom 2 MSWeyerhaeuserBrucAA‐002  No. 2 Boiler ICR Phase II ‐ Templates CO

Fuel Cell Wet Biom 2 MSWeyerhaeuserBrucAA‐002  No. 2 Boiler ICR Phase I Organic HAP and CO (5

Fuel Cell Wet Biom 2 MSWeyerhaeuserBrucAA‐002  No. 2 Boiler ICR Phase I Organic HAP and CO (2

Fuel Cell Wet Biom 2 MSWeyerhaeuserBrucAA‐002  No. 2 Boiler ICR Phase I Organic HAP and CO (4

Fuel Cell Wet Biom 3 IDPotlatch PB‐1 CE ICR Phase I Organic HAP and CO

Fuel Cell Wet Biom 3 IDPotlatch PB‐1 CE ICR Phase II ‐ ERT ERT

Fuel Cell Wet Biom 4 GAADMLocation551 630‐ Wellons ICR Phase I Organic HAP and CO‐6

Fuel Cell Wet Biom 5 ARAnthonyForestProdSN‐16 ICR Phase I Organic HAP and CO

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

CO 62.11250629 4.128947358 3 2 ET Hog Fuel

CO 137.8630525 4.926260819 3 2 ET Hog Fuel

CO 355.7311953 5.874175376 3 2 ET /Hog Fuel/

CO 372.870358 5.921230794 3 2 ET /Hog Fuel/

CO 187.0927674 5.231604576 3 2 ET /Hog Fuel/

CO 281.9147837 5.64160484 3 2 ET /Hog Fuel/

CO 283.9584111 5.648827788 3 2 ET Hog Fuel

CO 340.1686681 5.829441577 3 2 ET /Hog Fuel/

CO 403.9502933 6.001291834 3 2 ET /Hog Fuel/

CO 561.2783023 6.330216865 3 2 ET /Hog Fuel/

CO 272.1349345 5.606298026 3 2 ET /Hog Fuel/

CO 1099.848444 7.002927671 3 2 ET Hog Fuel

CO 366.4007171 5.90372759 3 2 ET /Wood: Unadulterated Timber/

CO 541.3321841 6.294033109 3 2 ET /Wood: Bark/Wood: Unadulterated Lumber/

/Wood: Unadulterated Timber/
Appendix C‐2c (iii): Biomass Fuel Cell CO Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 17.503704 1.8859787

9.59252E‐06 ‐5 =f(a) 255.28916

3.82787E‐05 1 ‐4.899 231.54649

8.06144E‐05 2 ‐4.798 209.41116

0.000142271 3 ‐4.697 188.81267

0.000230864 4 ‐4.596 169.682

0.000356424 5 ‐4.495 151.95168

0.0005319 6 ‐4.394 135.55572

0.000773643 7 ‐4.293 120.42965

0.001101818 8 ‐4.192 106.5105

0.001540636 9 ‐4.091 93.736829

0.002118302 10 ‐3.99 82.048685

0.002866524 11 ‐3.889 71.387636

0.003819408 12 ‐3.788 61.696754

0.005011593 13 ‐3.687 52.920626

0.006475432 14 ‐3.586 45.005342

0.00823713 15 ‐3.485 37.898506

0.010311796 16 ‐3.384 31.549229

0.012697493 17 ‐3.283 25.908132

0.015368549 18 ‐3.182 20.927344

0.018268574 19 ‐3.081 16.560506

0.021303876 20 ‐2.98 12.762766

0.024338172 21 ‐2.879 9.4907807

0.027189686 22 ‐2.778 6.7027183

0.029631855 23 ‐2.677 4.3582549

0.031398831 24 ‐2.576 2.418576

0.032196849 25 ‐2.475 0.8463765

0.032671579 26 ‐2.374 ‐0.394139

0.03470829 27 ‐2.273 ‐1.337259

0.038551017 28 ‐2.172 ‐2.015758

0.044363386 29 ‐2.071 ‐2.460906

0.052191268 30 ‐1.97 ‐2.702461

0.061926651 31 ‐1.869 ‐2.768674

0.073276741 32 ‐1.768 ‐2.686283

0.08574272 33 ‐1.667 ‐2.480521

0.098612474 34 ‐1.566 ‐2.175109

0.11097097 35 ‐1.465 ‐1.79226

0.121730759 36 ‐1.364 ‐1.352676

0.129683321 37 ‐1.263 ‐0.875552

0.13356983 38 ‐1.162 ‐0.378573

0.134972093 39 ‐1.061 0.1220858

0.142753688 40 ‐0.96 0.6117585

0.157775229 41 ‐0.859 1.0772879

0.180576938 42 ‐0.758 1.5070264

0.211304908 43 ‐0.657 1.8908354

0.249662672 44 ‐0.556 2.2200859

   1 3 1 3

6

z z z

      

 2z

1z
0.294894826 45 ‐0.455 2.4876579

0.345806713 46 ‐0.354 2.6879407

0.400820718 47 ‐0.253 2.816833

0.45806605 48 ‐0.152 2.8717427

0.515495324 49 ‐0.051 2.8515868

0.571018285 50 0.05 2.7567917

0.62264109 51 0.151 2.5892932

0.668598772 52 0.252 2.3525361

0.707469188 53 0.353 2.0514747

0.738258588 54 0.454 1.6925722

0.760451928 55 0.555 1.2838016

0.774024646 56 0.656 0.8346446

0.779416503 57 0.757 0.3560925

0.781361305 58 0.858 ‐0.139354

0.789480481 59 0.959 ‐0.637686

0.802397216 60 1.06 ‐1.123383

0.818630682 61 1.161 ‐1.579418

0.836703522 62 1.262 ‐1.987253

0.855237509 63 1.363 ‐2.326841

0.873030632 64 1.464 ‐2.576627

0.889111369 65 1.565 ‐2.713544

0.902768515 66 1.666 ‐2.713019

0.913557467 67 1.767 ‐2.548967

0.921285853 68 1.868 ‐2.193795

0.925982918 69 1.969 ‐1.618402

0.927857819 70 2.07 ‐0.792175

0.928463456 71 2.171 0.3170066

0.931123824 72 2.272 1.7427726

0.935373956 73 2.373 3.5202626

0.940748481 74 2.474 5.6861253

0.946812244 75 2.575 8.2785185

0.953182072 76 2.676 11.33711

0.95953987 77 2.777 14.903075

0.965637991 78 2.878 19.0191

0.971298267 79 2.979 23.72938

0.976406311 80 3.08 29.079619

0.980902746 81 3.181 35.117031

0.984772814 82 3.282 41.890338

0.988035635 83 3.383 49.449772

0.990734021 84 3.484 57.847075

0.992925507 85 3.585 67.135498

0.994674915 86 3.686 77.369799

0.9960486 87 3.787 88.606248

0.997110291 88 3.888 100.90262

0.99791837 89 3.989 114.31821

0.998524339 90 4.09 128.91381

0.998972213 91 4.191 144.75173

0.999298591 92 4.292 161.89578

0.99953316 93 4.393 180.41129

0.999699471 94 4.494 200.36508

0.999815822 95 4.595 221.82552

0.999896158 96 4.696 244.86243
0.999950913 97 4.797 269.5472

0.999987759 98 4.898 295.95268

1 99 4.999 324.15327
distribution of Z

Normal

distribution

1.48672E‐06 0.000379543

2.45094E‐06 0.000567506

3.9995E‐06 0.00083754

6.46025E‐06 0.001219776

1.03291E‐05 0.00175266

1.63472E‐05 0.002483992

2.56093E‐05 0.003471482

3.97118E‐05 0.004782474

6.09553E‐05 0.006492375

9.26132E‐05 0.008681266

0.000139285 0.011428149

0.000207351 0.014802276

0.000305546 0.018851191

0.000445674 0.023585342

0.000643469 0.028959547

0.000919619 0.034852189

0.001300942 0.041043722

0.001821704 0.047196943

0.002525035 0.052842267

0.003464389 0.057372033

0.004704958 0.06004827

0.006324913 0.06002836

0.008416337 0.056412339

0.011085658 0.048314125

0.014453386 0.034956613

0.018652949 0.015787417

0.023828414 ‐0.009391719

0.030130931 ‐0.040292844

0.03771375 ‐0.076021793

0.046725789 ‐0.114987777

0.057303789 ‐0.154861279

0.069563239 ‐0.192597912

0.083588399 ‐0.224542121

0.099421884 ‐0.246618086

0.117054396 ‐0.254606081

0.136415346 ‐0.244491719

0.157365126 ‐0.212864037

0.179689839 ‐0.157327858

0.203099244 ‐0.076887937

0.227228529 0.027741371

0.251644341 0.153945558

0.275855243 0.297175515

0.299326439 0.451092832

0.321498297 0.607900364

0.341807853 0.75884279

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 0.894840866

0.37471238 1.007204662

0.386376486 1.088358042

0.394360216 1.132501056

0.398423793 1.136140018

0.398443914 1.098426893

0.394419966 1.021268949

0.386474058 0.909194192

0.374844865 0.768984746

0.359875719 0.609115652

0.34199778 0.439057282

0.32170943 0.268513029

0.299553264 0.106668675

0.276092166 ‐0.038474586

0.25188591 ‐0.160624026

0.227469632 ‐0.255535513

0.203335281 ‐0.321151381

0.17991684 ‐0.357540256

0.157579839 ‐0.366663245

0.136615273 ‐0.352006536

0.117237788 ‐0.31812988

0.099587708 ‐0.270183298

0.083736272 ‐0.213440969

0.069693339 ‐0.152892916

0.05741676 ‐0.09292339

0.046822635 ‐0.037091715

0.037795734 0.011981495

0.030199481 0.052630828

0.023885038 0.084081606

0.018699163 0.106325781

0.014490659 0.11996119

0.011115369 0.126016156

0.008439746 0.12577817

0.006343145 0.120640914

0.004718997 0.111978869

0.003475077 0.101053926

0.002533081 0.088954274

0.001827693 0.076562695

0.001305351 0.064549328

0.000922829 0.053382963

0.00064578 0.043354789

0.00044732 0.034609052

0.000306705 0.027176011

0.000208159 0.021003743

0.000139842 0.015986461

9.29928E‐05 0.011988056

6.12113E‐05 0.008860439

3.98826E‐05 0.006456824

2.5722E‐05 0.004640543

1.64209E‐05 0.003290172

1.03767E‐05 0.002301809

6.49066E‐06 0.001589318
4.01874E‐06 0.001083239

2.46298E‐06 0.000728924

1.49417E‐06 0.00048434
Absolute values

0.000379543 1.91669E‐05

0.000567506 5.73182E‐05

0.00083754 8.45916E‐05

0.001219776 0.000123197

0.00175266 0.000177019

0.002483992 0.000250883

0.003471482 0.00035062

0.004782474 0.00048303

0.006492375 0.00065573

0.008681266 0.000876808

0.011428149 0.001154243

0.014802276 0.00149503

0.018851191 0.00190397

0.023585342 0.00238212

0.028959547 0.002924914

0.034852189 0.003520071

0.041043722 0.004145416

0.047196943 0.004766891

0.052842267 0.005337069

0.057372033 0.005794575

0.06004827 0.006064875

0.06002836 0.006062864

0.056412339 0.005697646

0.048314125 0.004879727

0.034956613 0.003530618

0.015787417 0.001594529

0.009391719 0.000948564

0.040292844 0.004069577

0.076021793 0.007678201

0.114987777 0.011613765

0.154861279 0.015640989

0.192597912 0.019452389

0.224542121 0.022678754

0.246618086 0.024908427

0.254606081 0.025715214

0.244491719 0.024693664

0.212864037 0.021499268

0.157327858 0.015890114

0.076887937 0.007765682

0.027741371 0.002801879

0.153945558 0.015548501

0.297175515 0.030014727

0.451092832 0.045560376

0.607900364 0.061397937

0.75884279 0.076643122

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
0.894840866 0.090378927

1.007204662 0.101727671

1.088358042 0.109924162

1.132501056 0.114382607

1.136140018 0.114750142

1.098426893 0.110941116

1.021268949 0.103148164

0.909194192 0.091828613

0.768984746 0.077667459

0.609115652 0.061520681

0.439057282 0.044344785

0.268513029 0.027119816

0.106668675 0.010773536

0.038474586 0.003885933

0.160624026 0.016223027

0.255535513 0.025809087

0.321151381 0.032436289

0.357540256 0.036111566

0.366663245 0.037032988

0.352006536 0.03555266

0.31812988 0.032131118

0.270183298 0.027288513

0.213440969 0.021557538

0.152892916 0.015442185

0.09292339 0.009385262

0.037091715 0.003746263

0.011981495 0.001210131

0.052630828 0.005315714

0.084081606 0.008492242

0.106325781 0.010738904

0.11996119 0.01211608

0.126016156 0.012727632

0.12577817 0.012703595

0.120640914 0.012184732

0.111978869 0.011309866

0.101053926 0.010206447

0.088954274 0.008984382

0.076562695 0.007732832

0.064549328 0.006519482

0.053382963 0.005391679

0.043354789 0.004378834

0.034609052 0.003495514

0.027176011 0.002744777

0.021003743 0.002121378

0.015986461 0.001614633

0.011988056 0.001210794

0.008860439 0.000894904

0.006456824 0.000652139

0.004640543 0.000468695

0.003290172 0.000332307

0.002301809 0.000232483

0.001589318 0.000160521
0.001083239 0.000109407

0.000728924 7.36213E‐05

0.00048434 2.44592E‐05
Cumulative normalization

1.91669E‐05 9.59252E‐06

7.64851E‐05 3.82787E‐05

0.000161077 8.06144E‐05

0.000284274 0.000142271

0.000461293 0.000230864

0.000712176 0.000356424

0.001062796 0.0005319

0.001545825 0.000773643

0.002201555 0.001101818

0.003078363 0.001540636

0.004232606 0.002118302

0.005727636 0.002866524

0.007631606 0.003819408

0.010013726 0.005011593

0.01293864 0.006475432

0.016458711 0.00823713

0.020604127 0.010311796

0.025371018 0.012697493

0.030708087 0.015368549

0.036502663 0.018268574

0.042567538 0.021303876

0.048630402 0.024338172

0.054328049 0.027189686

0.059207775 0.029631855

0.062738393 0.031398831

0.064332922 0.032196849

0.065281486 0.032671579

0.069351063 0.03470829

0.077029264 0.038551017

0.08864303 0.044363386

0.104284019 0.052191268

0.123736408 0.061926651

0.146415162 0.073276741

0.171323589 0.08574272

0.197038803 0.098612474

0.221732467 0.11097097

0.243231735 0.121730759

0.259121848 0.129683321

0.26688753 0.13356983

0.269689408 0.134972093

0.28523791 0.142753688

0.315252637 0.157775229

0.360813013 0.180576938

0.42221095 0.211304908

0.498854071 0.249662672

) () f b  


0.589232999 0.294894826

0.69096067 0.345806713

0.800884832 0.400820718

0.915267439 0.45806605

1.030017581 0.515495324

1.140958697 0.571018285

1.244106861 0.62264109

1.335935474 0.668598772

1.413602933 0.707469188

1.475123614 0.738258588

1.5194684 0.760451928

1.546588216 0.774024646

1.557361752 0.779416503

1.561247685 0.781361305

1.577470711 0.789480481

1.603279798 0.802397216

1.635716088 0.818630682

1.671827654 0.836703522

1.708860641 0.855237509

1.744413302 0.873030632

1.776544419 0.889111369

1.803832933 0.902768515

1.82539047 0.913557467

1.840832655 0.921285853

1.850217917 0.925982918

1.853964181 0.927857819

1.855174312 0.928463456

1.860490025 0.931123824

1.868982267 0.935373956

1.879721171 0.940748481

1.891837252 0.946812244

1.904564883 0.953182072

1.917268478 0.95953987

1.929453211 0.965637991

1.940763076 0.971298267

1.950969523 0.976406311

1.959953905 0.980902746

1.967686737 0.984772814

1.974206219 0.988035635

1.979597898 0.990734021

1.983976732 0.992925507

1.987472246 0.994674915

1.990217023 0.9960486

1.992338401 0.997110291

1.993953034 0.99791837

1.995163828 0.998524339

1.996058732 0.998972213

1.996710871 0.999298591

1.997179566 0.99953316

1.997511873 0.999699471

1.997744356 0.999815822

1.997904877 0.999896158
1.998014284 0.999950913

1.998087906 0.999987759

1.998112365 1

99.21195428
Appendix C‐2d (i): Biomass Suspension Burner CO Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Yes Dry Biomas Suspension no 1 GATempleInlandThomson

YES Yes Dry Biomas Suspension no 1 GATempleInlandThomson

YES Yes Dry Biomas Suspension no 1 GATempleInlandThomson

YES Dry Biomas Suspension no 1 GATempleInlandThomson

YES Dry Biomas Suspension no 1 GATempleInlandThomson

YES Dry Biomas Suspension no 1 GATempleInlandThomson

YES Dry Biomas Suspension no 1 GATempleInlandThomson

YES Dry Biomas Suspension no 1 GATempleInlandThomson

YES Dry Biomas Suspension no 1 GATempleInlandThomson

YES Dry Biomas Suspension no 1 GATempleInlandThomson

YES Dry Biomas Suspension no 1 GATempleInlandThomson

YES Dry Biomas Suspension no 1 GATempleInlandThomson
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

BW‐B001 ICR Phase I Organic HAP and CO CO ET Sample #1

BW‐B001 ICR Phase I Organic HAP and CO CO ET Sample #2

BW‐B001 ICR Phase I Organic HAP and CO CO ET Sample #3

BW‐B001 ICR Phase I Organic HAP and CO (2) CO ET Sample #1

BW‐B001 ICR Phase I Organic HAP and CO (2) CO ET Sample #2

BW‐B001 ICR Phase I Organic HAP and CO (2) CO ET Sample #3

BW‐B001 ICR Phase II ‐ Comments Additional CO from Test ReCO ET Sample #1

BW‐B001 ICR Phase II ‐ Comments Additional CO from Test ReCO ET Sample #2

BW‐B001 ICR Phase II ‐ Comments Additional CO from Test ReCO ET Sample #3

BW‐B001 ICR Phase II ‐ Voluntary Additional CO Data CO ET Sample #1

BW‐B001 ICR Phase II ‐ Voluntary Additional CO Data CO ET Sample #2

BW‐B001 ICR Phase II ‐ Voluntary Additional CO Data CO ET Sample #3
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

1/30/2003 15.01129235 2.708802741 0

1/30/2003 15.55337282 2.744277516 0

1/30/2003 15.55337282 2.744277516 0

12/7/2004 669.7674144 6.506930509 0

12/7/2004 1618.462903 7.389232153 0

12/7/2004 2342.178959 7.758836954 0

12/7/2010 108.8013165 4.689523434 0

12/7/2010 430.844684 6.065747663 0

12/7/2010 590.1568119 6.380388285 0

12/3/2008 29.05782345 3.369287757 0

12/3/2008 9.013561025 2.198730224 0

12/3/2008 16.95054096 2.830299748 0
Appendix C‐2d (ii): B

In top

12%?

Min Test

Avg?

YES Yes

YES

YES

YES

Number of sources with

test data 1

n 12

n‐1 11

Average of natural log of

test run values (μ) 4.615527875

Variance of natural log of

test runs (σ2

) 4.326763426

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 33721326.05

Denominator for

calculation of flatness of z

distribution (β2z) 16739.77008

Flatness of z distribution

(β2z) 2016.4438

Skewness of z distribution

(√β1z) 387.7137609
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.991740637 0.999186734 0.995396454

z‐value 3.585 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 879.1096096

exp (2μ + σ2

) 772833.7057

exp (σ2

) ‐ 1 74.6988846

(σ2

/n) + [σ4/(2(n ‐ 1))] 1.211512789

Square root term 13476.50283

Confidence Level 99% 99.9% 99.5%

UPL 1.70E+04 2.02E+04 1.79E+04

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 1.82E+00 3.14E‐01

SE Skewness 0.71 0.71

Skewness Test non‐normal normal

Kurtosis = 2.71E+00 ‐1.78E+00

SE Kurtosis 1.41 1.41

Kurtosis Test normal normal

Number of test runs = 12 12
Biomass Suspension Burner CO Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

Suspension BDry Bioma 1 GATempleInlandThomBW‐B001 ICR Phase I Organic HAP and CO

Suspension BDry Bioma 1 GATempleInlandThomBW‐B001 ICR Phase II ‐ Voluntary Additional CO Data

Suspension BDry Bioma 1 GATempleInlandThomBW‐B001 ICR Phase II ‐ Comments Additional CO from Te

Suspension BDry Bioma 1 GATempleInlandThomBW‐B001 ICR Phase I Organic HAP and CO (2

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

CO 15.37267933 2.732591864 3 2 ET /Wood: Plywood, Particleboard (containing g

CO 18.34064181 2.909119461 3 2 ET /Wood: Plywood, Particleboard (containing g

CO 376.6009375 5.931186105 3 2 ET /Natural gas/Plywood Sander Dust/

CO 1543.469759 7.341788251 3 2 ET /Wood: Plywood, Particleboard (containing g

glues or resins)/

glues or resins)/

glues or resins)/
Appendix C‐2d (iii): Biomass Suspension Burner CO Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 2016.4438 387.71376

9.83599E‐06 ‐5 =f(a) 32994.003

3.91735E‐05 1 ‐4.899 29847.379

8.23479E‐05 2 ‐4.798 26917.599

0.000145032 3 ‐4.697 24195.004

0.000234797 4 ‐4.596 21670.146

0.000361547 5 ‐4.495 19333.784

0.000537957 6 ‐4.394 17176.889

0.000779882 7 ‐4.293 15190.64

0.001106628 8 ‐4.192 13366.426

0.001541026 9 ‐4.091 11695.847

0.002109145 10 ‐3.99 10170.71

0.0028395 11 ‐3.889 8783.0319

0.003761582 12 ‐3.788 7525.0413

0.004903528 13 ‐3.687 6389.1742

0.006288785 14 ‐3.586 5368.0769

0.007931647 15 ‐3.485 4454.6051

0.009831679 16 ‐3.384 3641.824

0.011967141 17 ‐3.283 2923.0083

0.014287729 18 ‐3.182 2291.6424

0.016707165 19 ‐3.081 1741.4201

0.019096391 20 ‐2.98 1266.2445

0.021278379 21 ‐2.879 860.2287

0.023025733 22 ‐2.778 517.69489

0.024062372 23 ‐2.677 233.17498

0.024070546 24 ‐2.576 1.4103625

0.025436848 25 ‐2.475 ‐182.6481

0.028531482 26 ‐2.374 ‐323.8398

0.033688704 27 ‐2.273 ‐426.795

0.041189506 28 ‐2.172 ‐495.9342

0.051223512 29 ‐2.071 ‐535.4683

0.063849199 30 ‐1.97 ‐549.3989

0.078956139 31 ‐1.869 ‐541.5179

0.096233636 32 ‐1.768 ‐515.4077

0.11515047 33 ‐1.667 ‐474.4414

0.134950229 34 ‐1.566 ‐421.7822

0.15466596 35 ‐1.465 ‐360.3842

0.173156417 36 ‐1.364 ‐292.9916

0.189164269 37 ‐1.263 ‐222.1394

0.201394251 38 ‐1.162 ‐150.1529

0.208606745 39 ‐1.061 ‐79.14777

0.209719921 40 ‐0.96 ‐11.03044

0.215528151 41 ‐0.859 52.502339

0.228728241 42 ‐0.758 109.96333

0.249367093 43 ‐0.657 160.07479

0.277025003 44 ‐0.556 201.76851

   1 3 1 3

6

z z z

      

 2z

1z
0.310808114 45 ‐0.455 234.1858

0.349379899 46 ‐0.354 256.67748

0.391031354 47 ‐0.253 268.8039

0.433785592 48 ‐0.152 270.33492

0.475528756 49 ‐0.051 261.24993

0.514156179 50 0.05 241.73783

0.547720831 51 0.151 212.19705

0.574570642 52 0.252 173.23553

0.593462281 53 0.353 125.67073

0.603641353 54 0.454 70.529647

0.604882425 55 0.555 9.0487755

0.612278448 56 0.656 ‐57.32586

0.627527824 57 0.757 ‐126.9387

0.649442652 58 0.858 ‐197.9247

0.676535935 59 0.959 ‐268.2093

0.707142226 60 1.06 ‐335.5084

0.739542309 61 1.161 ‐397.3283

0.772080951 62 1.262 ‐450.9659

0.803268357 63 1.363 ‐493.5085

0.831858452 64 1.464 ‐521.8341

0.856900016 65 1.565 ‐532.6107

0.877759689 66 1.666 ‐522.2974

0.894118592 67 1.767 ‐487.1432

0.905946515 68 1.868 ‐423.188

0.913459092 69 1.969 ‐326.2619

0.917064119 70 2.07 ‐191.9857

0.91730316 71 2.171 ‐15.77047

0.919812361 72 2.272 207.18201

0.924428176 73 2.373 481.87966

0.93052895 74 2.474 813.53985

0.937546595 75 2.575 1207.5895

0.944989408 76 2.676 1669.665

0.952454626 77 2.777 2205.6122

0.959632017 78 2.878 2821.4868

0.966300307 79 2.979 3523.5535

0.972318414 80 3.08 4318.287

0.977613442 81 3.181 5212.3713

0.982167176 82 3.282 6212.6998

0.986002486 83 3.383 7326.3757

0.989170704 84 3.484 8560.7115

0.991740637 85 3.585 9923.2293

0.993789588 86 3.686 11421.661

0.995396454 87 3.787 13063.947

0.996636807 88 3.888 14858.239

0.997579702 89 3.989 16812.896

0.99828591 90 4.09 18936.488

0.998807255 91 4.191 21237.796

0.999186734 92 4.292 23725.806

0.999459163 93 4.393 26409.718

0.999652108 94 4.494 29298.939

0.99978695 95 4.595 32403.086

0.999879961 96 4.696 35731.988
0.999943292 97 4.797 39295.678

0.999985868 98 4.898 43104.405

1 99 4.999 47168.622
distribution of Z

Normal

distribution

1.48672E‐06 0.049052829

2.45094E‐06 0.073154129

3.9995E‐06 0.107657011

6.46025E‐06 0.1563057

1.03291E‐05 0.223832849

1.63472E‐05 0.316054144

2.56093E‐05 0.439887413

3.97118E‐05 0.603247134

6.09553E‐05 0.814753883

9.26132E‐05 1.083189632

0.000139285 1.416627034

0.000207351 1.821167752

0.000305546 2.299245538

0.000445674 2.8474882

0.000643469 3.454191665

0.000919619 4.096539745

0.001300942 4.737802349

0.001821704 5.324855513

0.002525035 5.786476291

0.003464389 6.032956278

0.004704958 5.957626793

0.006324913 5.440871528

0.008416337 4.357094893

0.011085658 2.584898227

0.014453386 0.020384515

0.018652949 ‐3.406924839

0.023828414 ‐7.716589943

0.030130931 ‐12.85973207

0.03771375 ‐18.70353842

0.046725789 ‐25.02017957

0.057303789 ‐31.48263708

0.069563239 ‐37.66973562

0.083588399 ‐43.08210497

0.099421884 ‐47.16985331

0.117054396 ‐49.37146309

0.136415346 ‐49.16193434

0.157365126 ‐46.10666626

0.179689839 ‐39.91619589

0.203099244 ‐30.4959311

0.227228529 ‐17.98463023

0.251644341 ‐2.775748565

0.275855243 14.4830456

0.299326439 32.91493164

0.321498297 51.46377299

0.341807853 68.96606289

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 84.23948884

0.37471238 96.18023103

0.386376486 103.8595069

0.394360216 106.6093382

0.398423793 104.088188

0.398443914 96.31896727

0.394419966 83.69475247

0.386474058 66.95103721

0.374844865 47.10702862

0.359875719 25.38190746

0.34199778 3.094661145

0.32170943 ‐18.44226944

0.299553264 ‐38.02490599

0.276092166 ‐54.64546597

0.25188591 ‐67.55814594

0.227469632 ‐76.31796468

0.203335281 ‐80.79085557

0.17991684 ‐81.13635683

0.157579839 ‐77.76699651

0.136615273 ‐71.2905025

0.117237788 ‐62.4421053

0.099587708 ‐52.01439781

0.083736272 ‐40.79155487

0.069693339 ‐29.4933814

0.05741676 ‐18.73289964

0.046822635 ‐8.989274162

0.037795734 ‐0.596056467

0.030199481 6.256789366

0.023885038 11.50971409

0.018699163 15.21251392

0.014490659 17.49876743

0.011115369 18.55894209

0.008439746 18.61480765

0.006343145 17.89710049

0.004718997 16.62763807

0.003475077 15.00638162

0.002533081 13.20335734

0.001827693 11.3549106

0.001305351 9.5634945

0.000922829 7.900073424

0.00064578 6.408227119

0.00044732 5.109136297

0.000306705 4.006782483

0.000208159 3.092869343

0.000139842 2.351145021

9.29928E‐05 1.760957005

6.12113E‐05 1.2999927

3.98826E‐05 0.946246717

2.5722E‐05 0.679311348

1.64209E‐05 0.481114516

1.03767E‐05 0.33623597

6.49066E‐06 0.231924137
4.01874E‐06 0.157918973

2.46298E‐06 0.106165077

1.49417E‐06 0.070477986
Absolute values

0.049052829 0.002477168

0.073154129 0.007388567

0.107657011 0.010873358

0.1563057 0.015786876

0.223832849 0.022607118

0.316054144 0.031921469

0.439887413 0.044428629

0.603247134 0.06092796

0.814753883 0.082290142

1.083189632 0.109402153

1.416627034 0.14307933

1.821167752 0.183937943

2.299245538 0.232223799

2.8474882 0.287596308

3.454191665 0.348873358

4.096539745 0.413750514

4.737802349 0.478518037

5.324855513 0.537810407

5.786476291 0.584434105

6.032956278 0.609328584

5.957626793 0.601720306

5.440871528 0.549528024

4.357094893 0.440066584

2.584898227 0.261074721

0.020384515 0.002058836

3.406924839 0.344099409

7.716589943 0.779375584

12.85973207 1.298832939

18.70353842 1.889057381

25.02017957 2.527038137

31.48263708 3.179746345

37.66973562 3.804643297

43.08210497 4.351292602

47.16985331 4.764155185

49.37146309 4.986517772

49.16193434 4.965355369

46.10666626 4.656773292

39.91619589 4.031535785

30.4959311 3.080089041

17.98463023 1.816447653

2.775748565 0.280350605

14.4830456 1.462787605

32.91493164 3.324408095

51.46377299 5.197841072

68.96606289 6.965572352

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
84.23948884 8.508188373

96.18023103 9.714203334

103.8595069 10.4898102

106.6093382 10.76754316

104.088188 10.51290699

96.31896727 9.728215694

83.69475247 8.45317

66.95103721 6.762054758

47.10702862 4.757809891

25.38190746 2.563572653

3.094661145 0.312560776

18.44226944 1.862669213

38.02490599 3.840515505

54.64546597 5.519192063

67.55814594 6.82337274

76.31796468 7.708114433

80.79085557 8.159876413

81.13635683 8.19477204

77.76699651 7.854466648

71.2905025 7.200340753

62.4421053 6.306652635

52.01439781 5.253454178

40.79155487 4.119947042

29.4933814 2.978831521

18.73289964 1.892022863

8.989274162 0.90791669

0.596056467 0.060201703

6.256789366 0.631935726

11.50971409 1.162481123

15.21251392 1.536463906

17.49876743 1.76737551

18.55894209 1.874453151

18.61480765 1.880095572

17.89710049 1.807607149

16.62763807 1.679391445

15.00638162 1.515644543

13.20335734 1.333539091

11.3549106 1.146845971

9.5634945 0.965912945

7.900073424 0.797907416

6.408227119 0.647230939

5.109136297 0.516022766

4.006782483 0.404685031

3.092869343 0.312379804

2.351145021 0.237465647

1.760957005 0.177856658

1.2999927 0.131299263

0.946246717 0.095570918

0.679311348 0.068610446

0.481114516 0.048592566

0.33623597 0.033959833

0.231924137 0.023424338
0.157918973 0.015949816

0.106165077 0.010722673

0.070477986 0.003559138
Cumulative normalization

0.002477168 9.83599E‐06

0.009865735 3.91735E‐05

0.020739093 8.23479E‐05

0.036525969 0.000145032

0.059133086 0.000234797

0.091054555 0.000361547

0.135483184 0.000537957

0.196411144 0.000779882

0.278701286 0.001106628

0.388103439 0.001541026

0.53118277 0.002109145

0.715120713 0.0028395

0.947344512 0.003761582

1.23494082 0.004903528

1.583814178 0.006288785

1.997564692 0.007931647

2.47608273 0.009831679

3.013893137 0.011967141

3.598327242 0.014287729

4.207655826 0.016707165

4.809376132 0.019096391

5.358904156 0.021278379

5.798970741 0.023025733

6.060045462 0.024062372

6.062104298 0.024070546

6.406203706 0.025436848

7.185579291 0.028531482

8.48441223 0.033688704

10.37346961 0.041189506

12.90050775 0.051223512

16.08025409 0.063849199

19.88489739 0.078956139

24.23618999 0.096233636

29.00034518 0.11515047

33.98686295 0.134950229

38.95221832 0.15466596

43.60899161 0.173156417

47.64052739 0.189164269

50.72061643 0.201394251

52.53706409 0.208606745

52.81741469 0.209719921

54.2802023 0.215528151

57.60461039 0.228728241

62.80245147 0.249367093

69.76802382 0.277025003

) () f b  


78.27621219 0.310808114

87.99041552 0.349379899

98.48022572 0.391031354

109.2477689 0.433785592

119.7606759 0.475528756

129.4888916 0.514156179

137.9420616 0.547720831

144.7041163 0.574570642

149.4619262 0.593462281

152.0254989 0.603641353

152.3380596 0.604882425

154.2007289 0.612278448

158.0412444 0.627527824

163.5604364 0.649442652

170.3838092 0.676535935

178.0919236 0.707142226

186.2518 0.739542309

194.446572 0.772080951

202.3010387 0.803268357

209.5013794 0.831858452

215.8080321 0.856900016

221.0614863 0.877759689

225.1814333 0.894118592

228.1602648 0.905946515

230.0522877 0.913459092

230.9602044 0.917064119

231.0204061 0.91730316

231.6523418 0.919812361

232.8148229 0.924428176

234.3512868 0.93052895

236.1186623 0.937546595

237.9931155 0.944989408

239.8732111 0.952454626

241.6808182 0.959632017

243.3602097 0.966300307

244.8758542 0.972318414

246.2093933 0.977613442

247.3562393 0.982167176

248.3221522 0.986002486

249.1200596 0.989170704

249.7672906 0.991740637

250.2833133 0.993789588

250.6879984 0.995396454

251.0003782 0.996636807

251.2378438 0.997579702

251.4157005 0.99828591

251.5469997 0.998807255

251.6425707 0.999186734

251.7111811 0.999459163

251.7597737 0.999652108

251.7937335 0.99978695

251.8171578 0.999879961
251.8331077 0.999943292

251.8438303 0.999985868

251.8473895 1

12211.54
Appendix C‐2e (i): Biomass Suspension/Grate CO Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Yes Wet Bioma Suspension no 1 TXRGVSG

YES Yes Wet Bioma Suspension no 1 TXRGVSG

YES Yes Wet Bioma Suspension no 1 TXRGVSG

YES Yes Wet Bioma Suspension no 2 FLUSSugarCorp

YES Yes Wet Bioma Suspension no 2 FLUSSugarCorp

YES Yes Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 2 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop
YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Yes Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Yes Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Yes Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 3 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp
YES Yes Wet Bioma Suspension no 4 FLUSSugarCorp

YES Yes Wet Bioma Suspension no 4 FLUSSugarCorp

YES Yes Wet Bioma Suspension no 4 FLUSSugarCorp

YES Yes Wet Bioma Suspension no 4 FLUSSugarCorp

YES Yes Wet Bioma Suspension no 4 FLUSSugarCorp

YES Yes Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Wet Bioma Suspension no 4 FLUSSugarCorp

YES Yes Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Yes Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Yes Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop
UnitID Data Source Source Tab Pollutant

Data

Type

Boiler No. 6 ICR Phase II ‐ Comments Additional CO data from comments CO ET

Boiler No. 6 ICR Phase II ‐ Comments Additional CO data from comments CO ET

Boiler No. 6 ICR Phase II ‐ Comments Additional CO data from comments CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 010501 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 010501 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 010501 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 010506 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 010506 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 010506 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 010902 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 010902 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 010902 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 012408 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 012408 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 012408 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 012507 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 012507 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 012507 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 013100 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 013100 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 013100 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 020405 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 020405 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 020405 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 020899 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 020899 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 020899 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 111502 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 111502 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 111502 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 121799 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 121799 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 121799 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 123003 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 123003 CO ET

Boiler No. 7 ICR Phase I Organic HAP and CO 123003 CO ET

Boiler No. 7 ICR Phase I Organic HAP andCO 050305‐050505 CO ET

Boiler No. 7 ICR Phase I Organic HAP andCO 050305‐050505 CO ET

Boiler No. 7 ICR Phase I Organic HAP andCO 050305‐050505 CO ET

Boiler No. 7 ICR Phase II ‐ Voluntary Additional CO Data CO ET

Boiler No. 7 ICR Phase II ‐ Voluntary Additional CO Data CO ET

Boiler No. 7 ICR Phase II ‐ Voluntary Additional CO Data CO ET

Boiler No. 7 ICR Phase II ‐ Voluntary Additional CO Data CO ET

Boiler No. 7 ICR Phase II ‐ Voluntary Additional CO Data CO ET

Boiler No. 7 ICR Phase II ‐ Voluntary Additional CO Data CO ET

Boiler No. 7 ICR Phase II ‐ Voluntary Additional CO Data CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 011107 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 011107 CO ET
Boiler No. 8 ICR Phase I Organic HAP and CO 011107 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 011905 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 011905 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 011905 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 012006 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 012006 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 012006 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 012298 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 012298 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 012298 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 022499 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 022499 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 022499 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 120100 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 120100 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 120100 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 120399 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 120399 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 120399 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 120498 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 120498 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 120498 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 121007 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 121007 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 121007 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 121101 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 121101 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 121101 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 121304 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 121304 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 121304 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 121702 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 121702 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 121702 CO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data CO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data CO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data CO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data CO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data CO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 010507 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 010507 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 010507 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 032405 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 032405 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 032405 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 112907 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 112907 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 112907 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 113007 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 113007 CO ET

Boiler No. 8 ICR Phase I Organic HAP and CO 113007 CO ET
Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data CO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data CO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data CO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data CO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data CO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data CO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data with Recon CommentCO ET

Boiler No. 3 ICR Phase II ‐ Voluntary Additional CO Data CO ET

Boiler No. 3 ICR Phase II ‐ Voluntary Additional CO Data CO ET

Boiler No. 3 ICR Phase II ‐ Voluntary Additional CO Data CO ET
Run Number Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

Sample #1 1/13/2009 122 4.804021045 0

Sample #2 1/13/2009 112 4.718498871 0

Sample #3 1/13/2009 143 4.96284463 0

Sample #1 1/5/2001 181.4866004 5.201181824 0

Sample #2 1/5/2001 179.9699148 5.192789697 0

Sample #3 1/6/2001 179.5198399 5.190285731 0

Sample #1 1/5/2006 296.1497326 5.69086518 0

Sample #2 1/5/2006 341.1442623 5.832305444 0

Sample #3 1/5/2006 244.1911765 5.497951429 0

Sample #1 1/9/2002 422.4284717 6.046020135 0

Sample #2 1/9/2002 458.4625944 6.127878706 0

Sample #3 1/9/2002 836.0932145 6.728740108 0

Sample #1 1/24/2008 482.3492663 6.178668471 0

Sample #2 1/24/2008 468.398702 6.149319861 0

Sample #3 1/24/2008 638.5932203 6.459267664 0

Sample #1 1/25/2007 946.9137931 6.853208057 0

Sample #2 1/25/2007 307.026738 5.726934838 0

Sample #3 1/25/2007 147.0612245 4.990848993 0

Sample #1 1/31/2000 574.8129206 6.354044632 0

Sample #2 1/31/2000 816.4362018 6.704948773 0

Sample #3 1/31/2000 773.1491345 6.650471959 0

Sample #1 2/4/2005 194.7782101 5.271861527 0

Sample #2 2/4/2005 277.6941176 5.626520212 0

Sample #3 2/4/2005 140.9074074 4.94810299 0

Sample #1 2/8/1999 456.4842568 6.123554213 0

Sample #2 2/8/1999 493.8286479 6.20218859 0

Sample #3 2/8/1999 493.8286479 6.20218859 0

Sample #1 11/15/2002 543.7022161 6.2984017 0

Sample #2 11/15/2002 192.8629213 5.261979684 0

Sample #3 11/15/2002 193.4729709 5.265137817 0

Sample #1 12/17/1999 727.5 6.589613999 0

Sample #2 12/17/1999 168 5.123963979 0

Sample #3 12/17/1999 286.2223602 5.656768992 0

Sample #1 12/30/2003 1648.52459 7.407635979 0

Sample #2 12/30/2003 519.0321199 6.251965769 0

Sample #3 12/30/2003 478.6726768 6.171017017 0

Sample #1 5/3/2005 167.6207547 5.121704015 0

Sample #2 5/3/2005 286.8237624 5.658867959 0

Sample #3 5/5/2005 695.5813953 6.544748036 0

Sample #1 12/4/2008 370 5.913503006 0

Sample #1 11/20/2009 370 5.913503006 0

Sample #1 5/4/2005 681.307203 6.52401331 0

Sample #2 12/4/2008 370 5.913503006 0

Sample #2 11/20/2009 370 5.913503006 0

Sample #3 12/4/2008 370 5.913503006 0

Sample #3 11/20/2009 370 5.913503006 0

Sample #1 1/11/2007 3409.098774 8.134203246 0

Sample #2 1/11/2007 3430.491429 8.140458804 0
Sample #3 1/11/2007 3328.595186 8.110305628 0

Sample #1 1/19/2005 712.2050497 6.568365861 0

Sample #2 1/19/2005 655.5991189 6.485549503 0

Sample #3 1/19/2005 1335.394737 7.19698221 0

Sample #1 1/20/2006 2227.63598 7.708696204 0

Sample #2 1/20/2006 1015.502013 6.923138364 0

Sample #3 1/20/2006 1361.917921 7.216649221 0

Sample #1 1/22/1998 391.9709942 5.971187843 0

Sample #2 1/22/1998 385.2395672 5.953865393 0

Sample #3 1/22/1998 357.6040172 5.879426277 0

Sample #1 2/24/1999 727.9573679 6.590242486 0

Sample #2 2/24/1999 472.7300448 6.158524496 0

Sample #3 2/24/1999 543.9137466 6.29879068 0

Sample #1 12/1/2000 1093.387227 6.997035705 0

Sample #2 12/1/2000 992.7850163 6.900514141 0

Sample #3 12/1/2000 822.0098847 6.71175242 0

Sample #1 12/3/1999 1859.737067 7.528190395 0

Sample #2 12/3/1999 2233.452051 7.711303673 0

Sample #3 12/3/1999 2052.907312 7.627012268 0

Sample #1 12/4/1998 1261.57296 7.140114602 0

Sample #2 12/4/1998 1313.908163 7.180761306 0

Sample #3 12/4/1998 1554.732057 7.349058499 0

Sample #1 12/10/2007 2496.734802 7.822739078 0

Sample #2 12/10/2007 3180.519685 8.064799885 0

Sample #3 12/10/2007 3113.843069 8.043612956 0

Sample #1 12/11/2001 1814.581458 7.503610119 0

Sample #2 12/11/2001 1516.363636 7.324070403 0

Sample #3 12/11/2001 1536.734694 7.337415116 0

Sample #1 12/13/2004 1361.314286 7.216205899 0

Sample #2 12/13/2004 754.2014162 6.625659463 0

Sample #3 12/13/2004 750.1479199 6.620270414 0

Sample #1 12/17/2002 1286.496 7.159677523 0

Sample #2 12/17/2002 1308.419277 7.176575029 0

Sample #3 12/17/2002 1875.206478 7.536474054 0

Sample #1 12/16/2008 5265.608656 8.568952022 0

Sample #1 12/28/2009 4365.099899 8.381396354 0

Sample #2 12/28/2009 4675.877193 8.450172059 0

Sample #2 12/16/2008 6409.305699 8.765506229 0

Sample #3 12/28/2009 4004.045187 8.295060426 0

Sample #3 12/16/2008 6414.318987 8.766288112 0

Sample #1 1/5/2007 597.5538809 6.392844457 0

Sample #2 1/5/2007 486.4853933 6.187206877 0

Sample #3 1/5/2007 644.6749091 6.468746173 0

Sample #1 3/24/2005 411.4516575 6.019691534 0

Sample #2 3/24/2005 385.1025641 5.953509699 0

Sample #3 3/24/2005 483.3628196 6.180767551 0

Sample #1 11/29/2007 462.5854643 6.136831328 0

Sample #2 11/29/2007 461.4577836 6.134390573 0

Sample #3 11/29/2007 498.7918782 6.212188931 0

Sample #1 11/30/2007 568.6867133 6.343329691 0

Sample #2 11/30/2007 511.6187807 6.237579779 0

Sample #3 11/30/2007 837.7 6.730660041 0
Sample #1 1/11/2006 431.5624594 6.067412249 0

Sample #1 1/10/2006 424.6623177 6.051294307 0

Sample #2 1/10/2006 409.4733596 6.014871845 0

Sample #2 1/11/2006 421.4280274 6.043649009 0

Sample #3 1/11/2006 421.4280274 6.043649009 0

Sample #3 1/10/2006 416.6679217 6.032289554 0

Sample #10 12/4/2009 459.6441922 6.130452695 0

Sample #12 12/4/2009 590 6.380122537 0

Sample #13 12/4/2009 493.8286479 6.20218859 0

Sample #4 12/4/2009 438.4008979 6.083133784 0

Sample #5 12/4/2009 459.6441922 6.130452695 0

Sample #6 12/4/2009 476.1236197 6.165677526 0

Sample #7 12/4/2009 847.9 6.742762704 0

Sample #8 12/4/2009 438.4008979 6.083133784 0

Sample #9 12/4/2009 444.2673625 6.096426549 0

Sample #1 12/2/2010 531.6 6.275891327 0

Sample #2 12/2/2010 695.1 6.54405572 0

Sample #3 12/2/2010 864.9 6.762613893 0

Sample #4 12/2/2010 471.9 6.156767099 0

Sample #5 12/2/2010 459.6441922 6.130452695 0

Sample #6 12/2/2010 476.1236197 6.165677526 0

Sample #7 12/2/2010 562.2 6.331857658 0

Sample #8 12/2/2010 581.3 6.365266975 0

Sample #9 12/2/2010 472.7338744 6.158532597 0

Sample #1 12/1/2011 459.6441922 6.130452695 0

Sample #2 12/1/2011 462.8481807 6.137399097 0

Sample #3 12/1/2011 469.3920543 6.151438356 0

Sample #4 12/1/2011 466.0971501 6.144394089 0

Sample #5 12/1/2011 444.2673625 6.096426549 0

Sample #6 12/1/2011 453.3674723 6.116702994 0

Sample #7 12/1/2011 453.3674723 6.116702994 0

Sample #8 12/1/2011 453.3674723 6.116702994 0

Sample #9 12/1/2011 459.6441922 6.130452695 0

Sample #1 1/18/2001 650.5996473 6.477894472 0

Sample #2 1/18/2001 680.6894472 6.523106178 0

Sample #3 1/18/2001 750.2625 6.620423145 0
Appendix C‐2e (ii): B

In top

12%?

Min Test

Avg?

YES Yes

YES Yes

YES

YES

YES

Number of sources with

test data 5 YES

n 136 YES

n‐1 131 YES

YES

YES

YES

YES

YES

YES

YES Yes

Average of natural log of

test run values (μ) 6.447437044 YES

YES

Variance of natural log of

test runs (σ2

) 0.70353131 YES

YES

m (test runs in test

condition) 3 YES

YES

YES

YES

YES

YES

YES

Numerator for calculation

of flatness of z distribution

(β2z) 42.4366879 YES

YES Yes

Denominator for

calculation of flatness of z

distribution (β2z) 3.126566258 YES

YES

YES

YES

YES

Flatness of z distribution

(β2z) 15.57293734 YES

YES

Skewness of z distribution

(√β1z) 2.345560818 YES Yes
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990635612 0.999300499 0.996030405

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 897.1317227

exp (2μ + σ2

) 804845.3279

exp (σ2

) ‐ 1 1.020876463

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.007006196

Square root term 1586.093658

Confidence Level 99% 99.9% 99.5%

UPL 2.74E+03 3.17E+03 2.90E+03

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 2.86E+00 7.11E‐01

SE Skewness 0.21 0.21

Skewness Test non‐normal non‐normal

Kurtosis = 8.77E+00 5.44E‐01

SE Kurtosis 0.42 0.42

Kurtosis Test non‐normal normal

Number of test runs = 136 136
Biomass Suspension/Grate CO Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

Suspension/ Wet Biom 1 TXRGVSG Boiler No. 6 ICR Phase II ‐ Comments Additional CO data fro

Suspension/ Wet Biom 2 FLUSSugarCorp Boiler No. 7 ICR Phase I Organic HAP and CO 0

Suspension/ Wet Biom 2 FLUSSugarCorp Boiler No. 7 ICR Phase I Organic HAP and CO 0

Suspension/ Wet Biom 2 FLUSSugarCorp Boiler No. 7 ICR Phase I Organic HAP and CO 0

Suspension/ Wet Biom 2 FLUSSugarCorp Boiler No. 7 ICR Phase I Organic HAP and CO 1

Suspension/ Wet Biom 2 FLUSSugarCorp Boiler No. 7 ICR Phase I Organic HAP andCO 05

Suspension/ Wet Biom 2 FLUSSugarCorp Boiler No. 7 ICR Phase I Organic HAP and CO 1

Suspension/ Wet Biom 2 FLUSSugarCorp Boiler No. 7 ICR Phase II ‐ Voluntary Additional CO Data

Suspension/ Wet Biom 2 FLUSSugarCorp Boiler No. 7 ICR Phase I Organic HAP and CO 0

Suspension/ Wet Biom 2 FLUSSugarCorp Boiler No. 7 ICR Phase I Organic HAP and CO 0

Suspension/ Wet Biom 2 FLUSSugarCorp Boiler No. 7 ICR Phase I Organic HAP and CO 0

Suspension/ Wet Biom 2 FLUSSugarCorp Boiler No. 7 ICR Phase I Organic HAP and CO 0

Suspension/ Wet Biom 2 FLUSSugarCorp Boiler No. 7 ICR Phase I Organic HAP and CO 0

Suspension/ Wet Biom 2 FLUSSugarCorp Boiler No. 7 ICR Phase I Organic HAP and CO 1

Suspension/ Wet Biom 3 FLSugarCaneGrowersCBoiler No. 8 ICR Phase I Organic HAP and CO 0

Suspension/ Wet Biom 3 FLSugarCaneGrowersCBoiler No. 8 ICR Phase I Organic HAP and CO 0

Suspension/ Wet Biom 3 FLSugarCaneGrowersCBoiler No. 8 ICR Phase I Organic HAP and CO 0

Suspension/ Wet Biom 3 FLSugarCaneGrowersCBoiler No. 8 ICR Phase I Organic HAP and CO 1

Suspension/ Wet Biom 3 FLSugarCaneGrowersCBoiler No. 8 ICR Phase I Organic HAP and CO 1

Suspension/ Wet Biom 3 FLSugarCaneGrowersCBoiler No. 8 ICR Phase I Organic HAP and CO 1

Suspension/ Wet Biom 3 FLSugarCaneGrowersCBoiler No. 8 ICR Phase I Organic HAP and CO 1

Suspension/ Wet Biom 3 FLSugarCaneGrowersCBoiler No. 8 ICR Phase I Organic HAP and CO 0

Suspension/ Wet Biom 3 FLSugarCaneGrowersCBoiler No. 8 ICR Phase I Organic HAP and CO 1

Suspension/ Wet Biom 3 FLSugarCaneGrowersCBoiler No. 8 ICR Phase I Organic HAP and CO 1

Suspension/ Wet Biom 3 FLSugarCaneGrowersCBoiler No. 8 ICR Phase I Organic HAP and CO 1

Suspension/ Wet Biom 3 FLSugarCaneGrowersCBoiler No. 8 ICR Phase I Organic HAP and CO 0

Suspension/ Wet Biom 3 FLSugarCaneGrowersCBoiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data

Suspension/ Wet Biom 4 FLUSSugarCorp Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data

Suspension/ Wet Biom 4 FLUSSugarCorp Boiler No. 8 ICR Phase I Organic HAP and CO 0

Suspension/ Wet Biom 4 FLUSSugarCorp Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data wit

Suspension/ Wet Biom 4 FLUSSugarCorp Boiler No. 8 ICR Phase I Organic HAP and CO 1

Suspension/ Wet Biom 4 FLUSSugarCorp Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data wit

Suspension/ Wet Biom 4 FLUSSugarCorp Boiler No. 8 ICR Phase II ‐ Voluntary Additional CO Data wit

Suspension/ Wet Biom 4 FLUSSugarCorp Boiler No. 8 ICR Phase I Organic HAP and CO 0

Suspension/ Wet Biom 4 FLUSSugarCorp Boiler No. 8 ICR Phase I Organic HAP and CO 1

Suspension/ Wet Biom 5 FLSugarCaneGrowersCBoiler No. 3 ICR Phase II ‐ Voluntary Additional CO Data

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

CO 125.6666667 4.833632899 3 2 ET /Bagasse/

CO 180.3254517 5.194763283 3 2 ET /Bagasse/

CO 204.4599117 5.320371926 3 2 ET /Bagasse/

CO 293.8283905 5.682995891 3 2 ET /Bagasse/

CO 310.0127028 5.736613273 3 2 ET /Bagasse/

CO 383.3419708 5.948927465 3 2 ET /Bagasse/Wood: Unadulterated Lumber/

CO 393.9074534 5.976115992 3 2 ET /Bagasse/

CO 414.4724576 6.027006525 7 6 ET /Bagasse/

CO 467.0005852 6.146330511 3 2 ET /Bagasse/

CO 481.3805176 6.176658054 3 2 ET /Bagasse/

CO 529.7803962 6.272462574 3 2 ET /Bagasse/

CO 572.3280935 6.349712417 3 2 ET /Bagasse/

CO 721.4660856 6.581285372 3 2 ET /Bagasse/

CO 882.0764623 6.782278744 3 2 ET /Bagasse/

CO 378.2715262 5.935612261 3 2 ET /Bagasse/

CO 581.5337198 6.365668958 3 2 ET /Bagasse/

CO 901.0663018 6.803578842 3 2 ET /Bagasse/

CO 955.2212073 6.861942944 3 2 ET /Bagasse/

CO 969.3940427 6.876671178 3 2 ET /Bagasse/

CO 1376.737727 7.227472013 3 2 ET /Bagasse/

CO 1490.040585 7.306558637 3 2 ET /Bagasse/

CO 1535.018638 7.336297802 3 2 ET /Bagasse/

CO 1622.559929 7.391760384 3 2 ET /Bagasse/

CO 2048.69881 7.624960144 3 2 ET /Bagasse/

CO 2930.365852 7.982882558 3 2 ET /Bagasse/

CO 3389.39513 8.128406757 3 2 ET /Bagasse/

CO 5189.042604 8.55430449 6 5 ET /Bagasse/

CO 420.8703522 6.042324834 6 5 ET /Bagasse/

CO 426.6390137 6.055938255 3 2 ET /Bagasse/

CO 457.9995054 6.126868104 9 8 ET /Bagasse/

CO 474.2783754 6.161794439 3 2 ET /Bagasse/

CO 516.4677567 6.24701286 9 8 ET /Bagasse/

CO 568.3890763 6.342806178 9 8 ET /Bagasse/

CO 576.2380611 6.356520876 3 2 ET /Bagasse/

CO 639.3351646 6.460428831 3 2 ET /Bagasse/

CO 693.8505315 6.542256565 3 2 ET /Bagasse/
Appendix C‐2e (iii): Biomass Suspension/Grate CO Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 15.572937 2.3455608

8.55812E‐06 ‐5 =f(a) 208.40905

3.41027E‐05 1 ‐4.899 188.67037

7.1726E‐05 2 ‐4.798 170.28954

0.000126401 3 ‐4.697 153.20617

0.000204778 4 ‐4.596 137.36118

0.000315578 5 ‐4.495 122.6968

0.00047 6 ‐4.394 109.15656

0.000682101 7 ‐4.293 96.685305

0.000969088 8 ‐4.192 85.229187

0.00135144 9 ‐4.091 74.735664

0.001852749 10 ‐3.99 65.153506

0.002499146 11 ‐3.889 56.432788

0.003318184 12 ‐3.788 48.524894

0.004337002 13 ‐3.687 41.382519

0.005579678 14 ‐3.586 34.959663

0.007063653 15 ‐3.485 29.211636

0.008795257 16 ‐3.384 24.095056

0.010764429 17 ‐3.283 19.56785

0.012938909 18 ‐3.182 15.589252

0.015258359 19 ‐3.081 12.119805

0.017629067 20 ‐2.98 9.1213618

0.019920082 21 ‐2.879 6.5570811

0.021961782 22 ‐2.778 4.3914313

0.023547974 23 ‐2.677 2.590189

0.024442557 24 ‐2.576 1.120439

0.024493486 25 ‐2.475 ‐0.049426

0.025743589 26 ‐2.374 ‐0.949703

0.028422356 27 ‐2.273 ‐1.609384

0.032706038 28 ‐2.172 ‐2.05615

0.038685031 29 ‐2.071 ‐2.316374

0.046330163 30 ‐1.97 ‐2.415121

0.055461118 31 ‐1.869 ‐2.376149

0.065720808 32 ‐1.768 ‐2.221905

0.076559787 33 ‐1.667 ‐1.97353

0.087234578 34 ‐1.566 ‐1.650855

0.096823082 35 ‐1.465 ‐1.272404

0.104259023 36 ‐1.364 ‐0.855391

0.108385612 37 ‐1.263 ‐0.415724

0.108744629 38 ‐1.162 0.0319996

0.114700593 39 ‐1.061 0.4744893

0.127208322 40 ‐0.96 0.8997638

0.146975018 41 ‐0.859 1.2971496

0.174378404 42 ‐0.758 1.6572819

0.209402848 43 ‐0.657 1.972104

0.25160131 44 ‐0.556 2.2348677

   1 3 1 3

6

z z z

      

 2z

1z
0.300088993 45 ‐0.455 2.4401331

0.353571827 46 ‐0.354 2.5837686

0.410409543 47 ‐0.253 2.6629509

0.468709574 48 ‐0.152 2.6761653

0.52644472 49 ‐0.051 2.6232051

0.581584819 50 0.05 2.5051722

0.632231018 51 0.151 2.3244767

0.676740778 52 0.252 2.0848372

0.713832579 53 0.353 1.7912805

0.742661324 54 0.454 1.4501417

0.762858466 55 0.555 1.0690644

0.774534418 56 0.656 0.6570006

0.778244576 57 0.757 0.2242103

0.781565436 58 0.858 ‐0.217738

0.790692864 59 0.959 ‐0.655967

0.804217202 60 1.06 ‐1.076291

0.820652761 61 1.161 ‐1.463218

0.838542076 62 1.262 ‐1.799945

0.856546936 63 1.363 ‐2.068361

0.873520024 64 1.464 ‐2.249049

0.888553451 65 1.565 ‐2.32128

0.901003099 66 1.666 ‐2.263021

0.910490047 67 1.767 ‐2.050927

0.916882279 68 1.868 ‐1.660346

0.920261219 69 1.969 ‐1.065317

0.920878297 70 2.07 ‐0.238573

0.922649788 71 2.171 0.8484644

0.926362789 72 2.272 2.2256801

0.931540613 73 2.373 3.9242679

0.937714356 74 2.474 5.97673

0.944451904 75 2.575 8.4168767

0.951378009 76 2.676 11.279827

0.958185777 77 2.777 14.602008

0.964640599 78 2.878 18.421154

0.970577992 79 2.979 22.776311

0.97589699 80 3.08 27.70783

0.980550704 81 3.181 33.257371

0.984535537 82 3.282 39.467904

0.987880225 83 3.383 46.383705

0.990635612 84 3.484 54.05036

0.992865742 85 3.585 62.514763

0.994640575 86 3.686 71.825116

0.996030405 87 3.787 82.030931

0.997101909 88 3.888 93.183024

0.997915613 89 3.989 105.33353

0.998524535 90 4.09 118.53587

0.998973734 91 4.191 132.8448

0.999300499 92 4.292 148.31637

0.999534961 93 4.393 165.00794

0.999700942 94 4.494 182.97817

0.999816897 95 4.595 202.28705

0.999896852 96 4.696 222.99587
0.999951279 97 4.797 245.16721

0.99998786 98 4.898 268.86498

1 99 4.999 294.15438
distribution of Z

Normal

distribution

1.48672E‐06 0.000309846

2.45094E‐06 0.00046242

3.9995E‐06 0.000681073

6.46025E‐06 0.00098975

1.03291E‐05 0.001418816

1.63472E‐05 0.002005755

2.56093E‐05 0.002795419

3.97118E‐05 0.003839544

6.09553E‐05 0.005195167

9.26132E‐05 0.006921508

0.000139285 0.009074905

0.000207351 0.011701378

0.000305546 0.014826583

0.000445674 0.018443109

0.000643469 0.022495463

0.000919619 0.026863577

0.001300942 0.031346274

0.001821704 0.035646827

0.002525035 0.039363399

0.003464389 0.041987718

0.004704958 0.04291562

0.006324913 0.041472966

0.008416337 0.036959768

0.011085658 0.028713951

0.014453386 0.016194137

0.018652949 ‐0.000921934

0.023828414 ‐0.022629923

0.030130931 ‐0.048492239

0.03771375 ‐0.077545116

0.046725789 ‐0.10823439

0.057303789 ‐0.138395592

0.069563239 ‐0.165292601

0.083588399 ‐0.185725473

0.099421884 ‐0.196212037

0.117054396 ‐0.193239806

0.136415346 ‐0.17357537

0.157365126 ‐0.134608716

0.179689839 ‐0.074701356

0.203099244 0.006499089

0.227228529 0.107817515

0.251644341 0.226420467

0.275855243 0.357825527

0.299326439 0.496068293

0.321498297 0.634028088

0.341807853 0.763895343

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 0.87774563

0.37471238 0.968170075

0.386376486 1.028901623

0.394360216 1.05537312

0.398423793 1.045147327

0.398443914 0.998170617

0.394419966 0.916820035

0.386474058 0.805735496

0.374844865 0.671452282

0.359875719 0.521870784

0.34199778 0.365617663

0.32170943 0.211363279

0.299553264 0.067162934

0.276092166 ‐0.060115682

0.25188591 ‐0.165228765

0.227469632 ‐0.244823579

0.203335281 ‐0.297523818

0.17991684 ‐0.323840339

0.157579839 ‐0.325931999

0.136615273 ‐0.307254394

0.117237788 ‐0.27214178

0.099587708 ‐0.225369075

0.083736272 ‐0.171736961

0.069693339 ‐0.11571503

0.05741676 ‐0.061167065

0.046822635 ‐0.011170614

0.037795734 0.032068333

0.030199481 0.067214383

0.023885038 0.093731289

0.018699163 0.111759846

0.014490659 0.121966092

0.011115369 0.125379439

0.008439746 0.12323724

0.006343145 0.116848059

0.004718997 0.107481341

0.003475077 0.096286853

0.002533081 0.084243606

0.001827693 0.072135228

0.001305351 0.060547032

0.000922829 0.049879243

0.00064578 0.040370809

0.00044732 0.032128805

0.000306705 0.025159326

0.000208159 0.019396843

0.000139842 0.014730026

9.29928E‐05 0.011022982

6.12113E‐05 0.0081316

3.98826E‐05 0.005915242

2.5722E‐05 0.004244338

1.64209E‐05 0.003004664

1.03767E‐05 0.002099065

6.49066E‐06 0.00144739
4.01874E‐06 0.000985262

2.46298E‐06 0.000662208

1.49417E‐06 0.000439517
Absolute values

0.000309846 1.56472E‐05

0.00046242 4.67044E‐05

0.000681073 6.87884E‐05

0.00098975 9.99647E‐05

0.001418816 0.0001433

0.002005755 0.000202581

0.002795419 0.000282337

0.003839544 0.000387794

0.005195167 0.000524712

0.006921508 0.000699072

0.009074905 0.000916565

0.011701378 0.001181839

0.014826583 0.001497485

0.018443109 0.001862754

0.022495463 0.002272042

0.026863577 0.002713221

0.031346274 0.003165974

0.035646827 0.00360033

0.039363399 0.003975703

0.041987718 0.00424076

0.04291562 0.004334478

0.041472966 0.00418877

0.036959768 0.003732937

0.028713951 0.002900109

0.016194137 0.001635608

0.000921934 9.31154E‐05

0.022629923 0.002285622

0.048492239 0.004897716

0.077545116 0.007832057

0.10823439 0.010931673

0.138395592 0.013977955

0.165292601 0.016694553

0.185725473 0.018758273

0.196212037 0.019817416

0.193239806 0.01951722

0.17357537 0.017531112

0.134608716 0.01359548

0.074701356 0.007544837

0.006499089 0.000656408

0.107817515 0.010889569

0.226420467 0.022868467

0.357825527 0.036140378

0.496068293 0.050102898

0.634028088 0.064036837

0.763895343 0.07715343

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
0.87774563 0.088652309

0.968170075 0.097785178

1.028901623 0.103919064

1.05537312 0.106592685

1.045147327 0.10555988

0.998170617 0.100815232

0.916820035 0.092598824

0.805735496 0.081379285

0.671452282 0.06781668

0.521870784 0.052708949

0.365617663 0.036927384

0.211363279 0.021347691

0.067162934 0.006783456

0.060115682 0.006071684

0.165228765 0.016688105

0.244823579 0.024727181

0.297523818 0.030049906

0.323840339 0.032707874

0.325931999 0.032919132

0.307254394 0.031032694

0.27214178 0.02748632

0.225369075 0.022762277

0.171736961 0.017345433

0.11571503 0.011687218

0.061167065 0.006177874

0.011170614 0.001128232

0.032068333 0.003238902

0.067214383 0.006788653

0.093731289 0.00946686

0.111759846 0.011287744

0.121966092 0.012318575

0.125379439 0.012663323

0.12323724 0.012446961

0.116848059 0.011801654

0.107481341 0.010855615

0.096286853 0.009724972

0.084243606 0.008508604

0.072135228 0.007285658

0.060547032 0.00611525

0.049879243 0.005037804

0.040370809 0.004077452

0.032128805 0.003245009

0.025159326 0.002541092

0.019396843 0.001959081

0.014730026 0.001487733

0.011022982 0.001113321

0.0081316 0.000821292

0.005915242 0.000597439

0.004244338 0.000428678

0.003004664 0.000303471

0.002099065 0.000212006

0.00144739 0.000146186
0.000985262 9.95115E‐05

0.000662208 6.6883E‐05

0.000439517 2.21956E‐05
Cumulative normalization

1.56472E‐05 8.55812E‐06

6.23516E‐05 3.41027E‐05

0.00013114 7.1726E‐05

0.000231105 0.000126401

0.000374405 0.000204778

0.000576986 0.000315578

0.000859324 0.00047

0.001247118 0.000682101

0.001771829 0.000969088

0.002470902 0.00135144

0.003387467 0.001852749

0.004569306 0.002499146

0.006066791 0.003318184

0.007929545 0.004337002

0.010201587 0.005579678

0.012914808 0.007063653

0.016080782 0.008795257

0.019681111 0.010764429

0.023656815 0.012938909

0.027897574 0.015258359

0.032232052 0.017629067

0.036420821 0.019920082

0.040153758 0.021961782

0.043053867 0.023547974

0.044689475 0.024442557

0.04478259 0.024493486

0.047068212 0.025743589

0.051965929 0.028422356

0.059797985 0.032706038

0.070729659 0.038685031

0.084707613 0.046330163

0.101402166 0.055461118

0.120160439 0.065720808

0.139977855 0.076559787

0.159495075 0.087234578

0.177026187 0.096823082

0.190621668 0.104259023

0.198166505 0.108385612

0.198822913 0.108744629

0.209712482 0.114700593

0.232580949 0.127208322

0.268721327 0.146975018

0.318824225 0.174378404

0.382861062 0.209402848

0.460014491 0.25160131

) () f b  


0.5486668 0.300088993

0.646451977 0.353571827

0.750371041 0.410409543

0.856963726 0.468709574

0.962523606 0.52644472

1.063338839 0.581584819

1.155937662 0.632231018

1.237316947 0.676740778

1.305133628 0.713832579

1.357842577 0.742661324

1.394769961 0.762858466

1.416117652 0.774534418

1.422901108 0.778244576

1.428972792 0.781565436

1.445660898 0.790692864

1.470388079 0.804217202

1.500437985 0.820652761

1.533145859 0.838542076

1.566064991 0.856546936

1.597097684 0.873520024

1.624584004 0.888553451

1.647346281 0.901003099

1.664691714 0.910490047

1.676378932 0.916882279

1.682556806 0.920261219

1.683685038 0.920878297

1.686923939 0.922649788

1.693712592 0.926362789

1.703179452 0.931540613

1.714467197 0.937714356

1.726785772 0.944451904

1.739449095 0.951378009

1.751896056 0.958185777

1.76369771 0.964640599

1.774553326 0.970577992

1.784278298 0.97589699

1.792786902 0.980550704

1.80007256 0.984535537

1.80618781 0.987880225

1.811225614 0.990635612

1.815303066 0.992865742

1.818548075 0.994640575

1.821089167 0.996030405

1.823048248 0.997101909

1.82453598 0.997915613

1.825649302 0.998524535

1.826470593 0.998973734

1.827068033 0.999300499

1.827496711 0.999534961

1.827800182 0.999700942

1.828012187 0.999816897

1.828158374 0.999896852
1.828257885 0.999951279

1.828324768 0.99998786

1.828346964 1

90.42078834
Appendix C‐2f (i): Wet Biomass Stoker/Sloped Grate/Other CO Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Wet Bioma Stoker/Slopno 1 MILPCSagola

YES Wet Bioma Stoker/Slopno 1 MILPCSagola

YES Wet Bioma Stoker/Slopno 1 MILPCSagola

YES Yes Wet Bioma Stoker/Slopno 1 MILPCSagola

YES Yes Wet Bioma Stoker/Slopno 1 MILPCSagola

YES Yes Wet Bioma Stoker/Slopno 1 MILPCSagola

YES Wet Bioma Stoker/Slopno 1 MILPCSagola

YES Wet Bioma Stoker/Slopno 1 MILPCSagola

YES Wet Bioma Stoker/Slopno 1 MILPCSagola

YES Wet Bioma Stoker/Slopno 1 MILPCSagola

YES Wet Bioma Stoker/Slopno 1 MILPCSagola

YES Wet Bioma Stoker/Slopno 1 MILPCSagola

YES Wet Bioma Stoker/Slopno 1 MILPCSagola

YES Wet Bioma Stoker/Slopno 1 MILPCSagola

YES Wet Bioma Stoker/Slopno 1 MILPCSagola

YES Wet Bioma Stoker/Slopno 1 MILPCSagola

YES Wet Bioma Stoker/Slopno 1 MILPCSagola

YES Wet Bioma Stoker/Slopno 1 MILPCSagola

YES Yes Wet Bioma Stoker/Slopno 2 WVWeyerhaeuserBuckhan

YES Yes Wet Bioma Stoker/Slopno 2 WVWeyerhaeuserBuckhan

YES Yes Wet Bioma Stoker/Slopno 2 WVWeyerhaeuserBuckhan

YES Wet Bioma Stoker/Slopno 2 WVWeyerhaeuserBuckhan

YES Wet Bioma Stoker/Slopno 2 WVWeyerhaeuserBuckhan

YES Wet Bioma Stoker/Slopno 2 WVWeyerhaeuserBuckhan

YES Yes Wet Bioma Stoker/Slopno 3 ARWestFraserHuttig

YES Yes Wet Bioma Stoker/Slopno 3 ARWestFraserHuttig

YES Yes Wet Bioma Stoker/Slopno 3 ARWestFraserHuttig

YES Wet Bioma Stoker/Slopno 3 ARWestFraserHuttig

YES Wet Bioma Stoker/Slopno 3 ARWestFraserHuttig

YES Wet Bioma Stoker/Slopno 3 ARWestFraserHuttig

YES Wet Bioma Stoker/Slopno 3 ARWestFraserHuttig

YES Wet Bioma Stoker/Slopno 3 ARWestFraserHuttig

YES Wet Bioma Stoker/Slopno 3 ARWestFraserHuttig

YES Wet Bioma Stoker/Slopno 3 ARWestFraserHuttig

YES Wet Bioma Stoker/Slopno 3 ARWestFraserHuttig

YES Wet Bioma Stoker/Slopno 3 ARWestFraserHuttig

YES Wet Bioma Stoker/Slopno 3 ARWestFraserHuttig

YES Wet Bioma Stoker/Slopno 3 ARWestFraserHuttig

YES Wet Bioma Stoker/Slopno 3 ARWestFraserHuttig

YES Wet Bioma Stoker/Slopno 3 ARWestFraserHuttig

YES Wet Bioma Stoker/Slopno 3 ARWestFraserHuttig

YES Wet Bioma Stoker/Slopno 3 ARWestFraserHuttig

YES Yes Wet Bioma Stoker/Slopno 4 INConsolidatedGrainandBa

YES Yes Wet Bioma Stoker/Slopno 4 INConsolidatedGrainandBa

YES Yes Wet Bioma Stoker/Slopno 4 INConsolidatedGrainandBa

YES Yes Wet Bioma Stoker/Slopno 5 INConsolidatedGrainandBa

YES Yes Wet Bioma Stoker/Slopno 5 INConsolidatedGrainandBa

YES Yes Wet Bioma Stoker/Slopno 5 INConsolidatedGrainandBa
YES Yes Wet Bioma Stoker/Slopno 6 WILPHayward

YES Yes Wet Bioma Stoker/Slopno 6 WILPHayward

YES Yes Wet Bioma Stoker/Slopno 6 WILPHayward

YES Yes Wet Bioma Stoker/Slopno 7 MSGPNewAugusta

YES Yes Wet Bioma Stoker/Slopno 7 MSGPNewAugusta

YES Yes Wet Bioma Stoker/Slopno 7 MSGPNewAugusta

YES Wet Bioma Stoker/Slopno 7 MSGPNewAugusta

YES Wet Bioma Stoker/Slopno 7 MSGPNewAugusta

YES Wet Bioma Stoker/Slopno 7 MSGPNewAugusta

YES Wet Bioma Stoker/Slopno 7 MSGPNewAugusta

YES Wet Bioma Stoker/Slopno 7 MSGPNewAugusta

YES Wet Bioma Stoker/Slopno 7 MSGPNewAugusta

YES Yes Wet Bioma Stoker/Slopno 8 MSShuqualakLumber

YES Wet Bioma Stoker/Slopno 9 MSHoodBeaumont

YES Wet Bioma Stoker/Slopno 9 MSHoodBeaumont

YES Wet Bioma Stoker/Slopno 9 MSHoodBeaumont

YES Yes Wet Bioma Stoker/Slopno 9 MSHoodBeaumont

YES Yes Wet Bioma Stoker/Slopno 9 MSHoodBeaumont

YES Yes Wet Bioma Stoker/Slopno 9 MSHoodBeaumont

YES Yes Wet Bioma Stoker/Slopno 10 OHAkronThermalEnergy

YES Yes Wet Bioma Stoker/Slopno 10 OHAkronThermalEnergy

YES Yes Wet Bioma Stoker/Slopno 10 OHAkronThermalEnergy
UnitID Data Source Source Tab Pollutant

TOH‐Wood ICR Phase I Organic HAP and CO‐TOH Wood CO

TOH‐Wood ICR Phase I Organic HAP and CO‐TOH Wood CO

TOH‐Wood ICR Phase I Organic HAP and CO‐TOH Wood CO

TOH‐Wood ICR Phase II ‐ Test Report Additional CO from Test Report (1) CO

TOH‐Wood ICR Phase II ‐ Test Report Additional CO from Test Report (1) CO

TOH‐Wood ICR Phase II ‐ Test Report Additional CO from Test Report (1) CO

TOH‐Wood ICR Phase II ‐ Test Report Additional CO from Test Report (2) CO

TOH‐Wood ICR Phase II ‐ Test Report Additional CO from Test Report (2) CO

TOH‐Wood ICR Phase II ‐ Test Report Additional CO from Test Report (2) CO

TOH‐Wood ICR Phase II ‐ Test Report Additional CO from Test Report (2) CO

TOH‐Wood ICR Phase II ‐ Test Report Additional CO from Test Report (2) CO

TOH‐Wood ICR Phase II ‐ Test Report Additional CO from Test Report (2) CO

TOH‐Wood ICR Phase II ‐ Test Report Additional CO from Test Report (3) CO

TOH‐Wood ICR Phase II ‐ Test Report Additional CO from Test Report (3) CO

TOH‐Wood ICR Phase II ‐ Test Report Additional CO from Test Report (3) CO

TOH‐Wood ICR Phase II ‐ Test Report Additional CO from Test Report (4) CO

TOH‐Wood ICR Phase II ‐ Test Report Additional CO from Test Report (4) CO

TOH‐Wood ICR Phase II ‐ Test Report Additional CO from Test Report (4) CO

001‐01 ICR Phase I Organic HAP and CO CO

001‐01 ICR Phase I Organic HAP and CO CO

001‐01 ICR Phase I Organic HAP and CO CO

001‐01 ICR Phase II ‐ Voluntary Additional CO from Test Report CO

001‐01 ICR Phase II ‐ Voluntary Additional CO from Test Report CO

001‐01 ICR Phase II ‐ Voluntary Additional CO from Test Report CO

SN‐24 ICR Phase I Organic HAP and CO (2) CO

SN‐24 ICR Phase I Organic HAP and CO (2) CO

SN‐24 ICR Phase I Organic HAP and CO (2) CO

SN‐24 ICR Phase II ‐ Voluntary Additional CO from Test Report CO

SN‐24 ICR Phase II ‐ Voluntary Additional CO from Test Report CO

SN‐24 ICR Phase II ‐ Voluntary Additional CO from Test Report CO

SN‐24 ICR Phase II ‐ Voluntary Additional CO from Test Report (2) CO

SN‐24 ICR Phase II ‐ Voluntary Additional CO from Test Report (2) CO

SN‐24 ICR Phase II ‐ Voluntary Additional CO from Test Report (2) CO

SN‐24 ICR Phase II ‐ Voluntary Additional CO from Test Report (3) CO

SN‐24 ICR Phase II ‐ Voluntary Additional CO from Test Report (3) CO

SN‐24 ICR Phase II ‐ Voluntary Additional CO from Test Report (3) CO

SN‐24 ICR Phase II ‐ Voluntary Additional CO from Test Report (3) CO

SN‐24 ICR Phase II ‐ Voluntary Additional CO from Test Report (3) CO

SN‐24 ICR Phase II ‐ Voluntary Additional CO from Test Report (3) CO

SN‐24 ICR Phase II ‐ Voluntary Additional CO from Test Report (3) CO

SN‐24 ICR Phase II ‐ Voluntary Additional CO from Test Report (3) CO

SN‐24 ICR Phase II ‐ Voluntary Additional CO from Test Report (3) CO

P17B ICR Phase I Organic HAP and CO CO

P17B ICR Phase I Organic HAP and CO CO

P17B ICR Phase I Organic HAP and CO CO

P17C ICR Phase I Organic HAP and CO CO

P17C ICR Phase I Organic HAP and CO CO

P17C ICR Phase I Organic HAP and CO CO
K3 Line 2 Konus ICR Phase I Organic HAP and CO (3) CO

K3 Line 2 Konus ICR Phase I Organic HAP and CO (3) CO

K3 Line 2 Konus ICR Phase I Organic HAP and CO (3) CO

AA‐015 Power Boiler ICR Phase I Organic HAP and CO CO

AA‐015 Power Boiler ICR Phase I Organic HAP and CO CO

AA‐015 Power Boiler ICR Phase I Organic HAP and CO CO

AA‐015 Power Boiler ICR Phase II ‐ Voluntary Additional CO Data from Test Report ‐ ConditioCO

AA‐015 Power Boiler ICR Phase II ‐ Voluntary Additional CO Data from Test Report ‐ ConditioCO

AA‐015 Power Boiler ICR Phase II ‐ Voluntary Additional CO Data from Test Report ‐ ConditioCO

AA‐015 Power Boiler ICR Phase II ‐ Voluntary Additional CO Data from Test Report ‐ ConditioCO

AA‐015 Power Boiler ICR Phase II ‐ Voluntary Additional CO Data from Test Report ‐ ConditioCO

AA‐015 Power Boiler ICR Phase II ‐ Voluntary Additional CO Data from Test Report ‐ ConditioCO

Boiler 4 (AA‐108) ICR Phase I Organic HAP and CO B4 CO

AA‐030 (Wood‐Fired Boile ICR Phase I Organic HAP and CO CO

AA‐030 (Wood‐Fired Boile ICR Phase I Organic HAP and CO CO

AA‐030 (Wood‐Fired Boile ICR Phase I Organic HAP and CO CO

AA‐030 (Wood‐Fired Boile ICR Phase I Organic HAP and CO (2) CO

AA‐030 (Wood‐Fired Boile ICR Phase I Organic HAP and CO (2) CO

AA‐030 (Wood‐Fired Boile ICR Phase I Organic HAP and CO (2) CO

Unit #2 (B004) ICR Phase I Organic HAP and CO (2) CO

Unit #2 (B004) ICR Phase I Organic HAP and CO (2) CO

Unit #2 (B004) ICR Phase I Organic HAP and CO (2) CO
Data

Type Run Number Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

ET Sample #1 3/12/2008 51.80513113 3.947489201 0

ET Sample #2 3/12/2008 56.11860876 4.027467465 0

ET Sample #3 3/12/2008 95.95195355 4.563847582 0

ET Sample #1 3/30/2011 42.12676056 3.740683182 0

ET Sample #2 3/30/2011 93.46401407 4.537576486 0

ET Sample #3 3/30/2011 39.19155574 3.668461309 0

ET Sample #1 3/2/2005 644.9133708 6.469115999 0

ET Sample #2 3/2/2005 742.5140302 6.610041766 0

ET Sample #3 3/3/2005 318.5481495 5.763773639 0

ET Sample #4 3/3/2005 143.7443206 4.96803617 0

ET Sample #5 3/3/2005 204.3521758 5.319844857 0

ET Sample #6 3/3/2005 105.6446791 4.66008138 0

ET Sample #1 5/8/2002 54.08936968 3.990637673 0

ET Sample #2 5/8/2002 116.5354764 4.758195745 0

ET Sample #3 5/8/2002 283.1612823 5.646016637 0

ET Sample #1 4/4/2000 80.44889784 4.387622173 0

ET Sample #2 4/4/2000 197.1537619 5.283983941 0

ET Sample #3 4/4/2000 125.245675 4.830277208 0

ET Sample #1 8/23/2005 77.72934714 4.353232884 0

ET Sample #2 8/23/2005 69.90176705 4.247090929 0

ET Sample #3 8/23/2005 76.59650219 4.338551412 0

ET Sample #1 8/24/2010 216.9913981 5.379857713 0

ET Sample #2 8/24/2010 293.7481603 5.682722803 0

ET Sample #3 8/24/2010 202.4709885 5.31059661 0

ET Sample #1 3/1/2005 72.08162736 4.27779919 0

ET Sample #2 3/1/2005 80.18535601 4.384340905 0

ET Sample #3 3/1/2005 73.26827341 4.294127683 0

ET Sample #1 8/6/2009 1001.902862 6.909656333 0

ET Sample #2 8/6/2009 1131.903052 7.031655612 0

ET Sample #3 8/6/2009 1006.681182 6.914414241 0

ET Sample #1 3/18/2010 94.40595687 4.547604174 0

ET Sample #2 3/18/2010 76.76606888 4.340762731 0

ET Sample #3 3/18/2010 107.9924157 4.682060999 0

ET Sample #1 11/2/2011 1276.708327 7.152040425 0

ET Sample #2 11/2/2011 1348.791751 7.206964471 0

ET Sample #3 11/2/2011 1632.966785 7.398153753 0

ET Sample #4 11/2/2011 1358.495288 7.214132961 0

ET Sample #5 11/2/2011 1649.601422 7.408288975 0

ET Sample #6 11/2/2011 1530.386529 7.333275616 0

ET Sample #7 11/2/2011 1365.426387 7.21922203 0

ET Sample #8 11/2/2011 1246.211494 7.127863423 0

ET Sample #9 11/2/2011 1135.31392 7.034664473 0

ET Sample #1 3/5/2008 71.43542029 4.268793829 0

ET Sample #2 3/5/2008 110.980028 4.709350257 0

ET Sample #3 3/5/2008 79.08921533 4.370576523 0

ET Sample #1 3/5/2008 71.43542029 4.268793829 0

ET Sample #2 3/5/2008 110.980028 4.709350257 0

ET Sample #3 3/5/2008 79.08921533 4.370576523 0
ET Sample #1 11/9/2004 93 4.532599493 0

ET Sample #2 11/9/2004 93 4.532599493 0

ET Sample #3 11/9/2004 105.8850635 4.662354199 0

ET Sample #1 9/12/2007 54.6052031 4.000129173 0

ET Sample #2 9/12/2007 49.66866994 3.905374351 0

ET Sample #3 9/12/2007 210.1924924 5.348023741 0

ET Sample #1 9/22/2010 228 5.429345629 0

ET Sample #2 9/23/2010 452 6.11368218 0

ET Sample #3 9/23/2010 477 6.167516491 0

ET Sample #1 9/28/2010 402 5.996452089 0

ET Sample #2 9/29/2010 497 6.208590026 0

ET Sample #3 9/30/2010 284 5.648974238 0

ET Sample #2 10/20/2006 122.2479564 4.806051412 0

ET Sample #1 5/21/2008 327.8294288 5.792493439 0

ET Sample #2 5/21/2008 459.2114518 6.129510783 0

ET Sample #3 5/21/2008 484.236599 6.182573628 0

ET Sample #1 6/22/2006 108.8593905 4.690057054 0

ET Sample #2 6/22/2006 128.8795083 4.858877923 0

ET Sample #3 6/22/2006 147.6483687 4.99483356 0

ET Sample #1 5/3/2007 149.7592561 5.009029046 0

ET Sample #2 5/3/2007 123.3409069 4.814952123 0

ET Sample #3 5/3/2007 112.6255939 4.724068989 0
Appendix C‐2f (ii): W

In top

12%?

Min Test

Avg?

YES Yes

YES

YES

YES

YES

Number of sources with

test data 10 YES Yes

n 70 YES

n‐1 60 YES Yes

YES

YES

YES

YES Yes

YES Yes

YES Yes

YES Yes

Average of natural log of

test run values (μ) 5.288682329 YES

YES

Variance of natural log of

test runs (σ2

) 1.193399629 YES Yes

YES Yes

m (test runs in test

condition) 3 YES

YES Yes

Numerator for calculation

of flatness of z distribution

(β2z) 219.7415488

Denominator for

calculation of flatness of z

distribution (β2z) 15.84620504

Flatness of z distribution

(β2z) 15.86714032

Skewness of z distribution

(√β1z) 4.637403435
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990103301 0.999282968 0.995860596

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 359.7402142

exp (2μ + σ2

) 129413.0217

exp (σ2

) ‐ 1 2.298275081

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.027368875

Square root term 961.3309359

Confidence Level 99% 99.9% 99.5%

UPL 1.48E+03 1.74E+03 1.57E+03

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 1.60E+00 6.22E‐01

SE Skewness 0.29 0.29

Skewness Test non‐normal non‐normal

Kurtosis = 1.21E+00 ‐8.73E‐01

SE Kurtosis 0.59 0.59

Kurtosis Test non‐normal normal

Number of test runs = 70 70
Wet Biomass Stoker/Sloped Grate/Other CO Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

Stoker/SlopeWet Biom 1 MILPCSagola TOH‐Wood ICR Phase II ‐ Test Repor Additional CO from Te

Stoker/SlopeWet Biom 1 MILPCSagola TOH‐Wood ICR Phase I Organic HAP and CO‐T

Stoker/SlopeWet Biom 1 MILPCSagola TOH‐Wood ICR Phase II ‐ Test Repor Additional CO from Te

Stoker/SlopeWet Biom 1 MILPCSagola TOH‐Wood ICR Phase II ‐ Test Repor Additional CO from Te

Stoker/SlopeWet Biom 1 MILPCSagola TOH‐Wood ICR Phase II ‐ Test Repor Additional CO from Te

Stoker/SlopeWet Biom 2 WVWeyerhaeuserBuc 001‐01 ICR Phase I Organic HAP and CO

Stoker/SlopeWet Biom 2 WVWeyerhaeuserBuc 001‐01 ICR Phase II ‐ Voluntary Additional CO from Te

Stoker/SlopeWet Biom 3 ARWestFraserHuttig SN‐24 ICR Phase I Organic HAP and CO (2

Stoker/SlopeWet Biom 3 ARWestFraserHuttig SN‐24 ICR Phase II ‐ Voluntary Additional CO from Te

Stoker/SlopeWet Biom 3 ARWestFraserHuttig SN‐24 ICR Phase II ‐ Voluntary Additional CO from Te

Stoker/SlopeWet Biom 3 ARWestFraserHuttig SN‐24 ICR Phase II ‐ Voluntary Additional CO from Te

Stoker/SlopeWet Biom 4 INConsolidatedGraina P17B ICR Phase I Organic HAP and CO

Stoker/SlopeWet Biom 5 INConsolidatedGraina P17C ICR Phase I Organic HAP and CO

Stoker/SlopeWet Biom 6 WILPHayward K3 Line 2 Konus ICR Phase I Organic HAP and CO (3

Stoker/SlopeWet Biom 7 MSGPNewAugusta AA‐015 Power Boiler ICR Phase I Organic HAP and CO

Stoker/SlopeWet Biom 7 MSGPNewAugusta AA‐015 Power Boiler ICR Phase II ‐ Voluntary Additional CO Data fro

Stoker/SlopeWet Biom 7 MSGPNewAugusta AA‐015 Power Boiler ICR Phase II ‐ Voluntary Additional CO Data fro

Stoker/SlopeWet Biom 8 MSShuqualakLumber Boiler 4 (AA‐108) ICR Phase I Organic HAP and CO B

Stoker/SlopeWet Biom 9 MSHoodBeaumont AA‐030 (Wood‐Fired BICR Phase I Organic HAP and CO (2

Stoker/SlopeWet Biom 9 MSHoodBeaumont AA‐030 (Wood‐Fired BICR Phase I Organic HAP and CO

Stoker/SlopeWet Biom 10 OHAkronThermalEner Unit #2 (B004) ICR Phase I Organic HAP and CO (2

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

CO 58.26077679 4.064929085 3 2 ET /Wood: Bark/

CO 67.95856448 4.218898174 3 2 ET /Wood: Bark/

CO 134.2827782 4.899947862 3 2 ET /Wood: Bark/

CO 151.2620428 5.019013715 3 2 ET /Wood: Bark/

CO 359.9527877 5.885972877 6 5 ET /Wood: Bark/

CO 74.74253879 4.314049392 3 2 ET /Hog Fuel/

CO 237.736849 5.471164385 3 2 ET /Hog Fuel/

CO 75.17841893 4.319864207 3 2 ET /Wood: Bark/

CO 93.0548138 4.533188715 3 2 ET /Wood: Bark/

CO 1046.829032 6.953520904 3 2 ET /Wood: Bark/

CO 1393.766878 7.239765345 9 8 ET /Wood: Bark/

CO 87.16822119 4.467839829 3 2 ET /Wood: Unadulterated Lumber/

CO 87.16822119 4.467839829 3 2 ET /Wood: Unadulterated Lumber/

CO 97.29502116 4.577747818 3 2 ET /Wood: Bark/

CO 104.8221218 4.652264835 3 2 ET /Hog Fuel/

CO 385.6666667 5.954973439 3 2 ET /Wood: Bark/

CO 394.3333333 5.977196575 3 2 ET /Wood: Bark/

CO 122.2479564 4.806051412 1 0 ET /Wood: Unadulterated Lumber/

CO 128.4624225 4.85563643 3 2 ET /Hog Fuel/Wood: Bark/Wood: Plywood, Part

CO 423.7591599 6.049165275 3 2 ET /Hog Fuel/Wood: Bark/Wood: Plywood, Part

CO 128.5752523 4.856514354 3 2 ET /Wood: Unadulterated Timber/

icleboard (containing glues or resins)/

icleboard (containing glues or resins)/
Appendix C‐2f (iii): Wet Biomass Stoker/Sloped Grate/Other CO Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 15.86714 4.6374034

6.15176E‐06 ‐5 =f(a) 172.25148

2.43687E‐05 1 ‐4.899 154.70545

5.09696E‐05 2 ‐4.798 138.43724

8.9266E‐05 3 ‐4.697 123.38738

0.000143604 4 ‐4.596 109.49769

0.00021956 5 ‐4.495 96.711361

0.000324107 6 ‐4.394 84.972904

0.000465728 7 ‐4.293 74.228178

0.000654396 8 ‐4.192 64.424379

0.000901387 9 ‐4.091 55.510042

0.001218812 10 ‐3.99 47.435041

0.001618789 11 ‐3.889 40.15059

0.002112159 12 ‐3.788 33.609239

0.002706657 13 ‐3.687 27.76488

0.003404487 14 ‐3.586 22.572742

0.004199295 15 ‐3.485 17.989395

0.005072623 16 ‐3.384 13.972746

0.005990028 17 ‐3.283 10.482041

0.006897185 18 ‐3.182 7.4778663

0.007716439 19 ‐3.081 4.9221465

0.008344422 20 ‐2.98 2.778145

0.008651475 21 ‐2.879 1.0104644

0.008819263 22 ‐2.778 ‐0.414954

0.009634579 23 ‐2.677 ‐1.53083

0.011279285 24 ‐2.576 ‐2.368543

0.013930245 25 ‐2.475 ‐2.958136

0.017740523 26 ‐2.374 ‐3.328312

0.022816453 27 ‐2.273 ‐3.506433

0.029191713 28 ‐2.172 ‐3.518525

0.036800244 29 ‐2.071 ‐3.389274

0.045450535 30 ‐1.97 ‐3.142026

0.054804325 31 ‐1.869 ‐2.79879

0.064363121 32 ‐1.768 ‐2.380234

0.073465847 33 ‐1.667 ‐1.905689

0.081300528 34 ‐1.566 ‐1.393144

0.086932001 35 ‐1.465 ‐0.859253

0.089346263 36 ‐1.364 ‐0.319329

0.091182108 37 ‐1.263 0.2126547

0.098247267 38 ‐1.162 0.7240626

0.111386862 39 ‐1.061 1.2035985

0.131230165 40 ‐0.96 1.641305

0.158115004 41 ‐0.859 2.0285639

0.192026271 42 ‐0.758 2.3580958

0.232555977 43 ‐0.657 2.6239604

0.278890878 44 ‐0.556 2.8215561

   1 3 1 3

6

z z z

      

 2z

1z
0.329831501 45 ‐0.455 2.9476207

0.383843489 46 ‐0.354 3.0002305

0.439138974 47 ‐0.253 2.9788009

0.493782521 48 ‐0.152 2.8840865

0.545813389 49 ‐0.051 2.7181806

0.593373888 50 0.05 2.4845155

0.634832658 51 0.151 2.1878624

0.66889196 52 0.252 1.8343318

0.694669521 53 0.353 1.4313727

0.711747929 54 0.454 0.9877734

0.72018783 55 0.555 0.513661

0.720504704 56 0.656 0.0205015

0.72739688 57 0.757 ‐0.4789

0.740268763 58 0.858 ‐0.970399

0.757677024 59 0.959 ‐1.438514

0.778074226 60 1.06 ‐1.866421

0.799917334 61 1.161 ‐2.235961

0.821765918 62 1.262 ‐2.527633

0.842362852 63 1.363 ‐2.720598

0.860692657 64 1.464 ‐2.792679

0.876015222 65 1.565 ‐2.72036

0.887875143 66 1.666 ‐2.478783

0.896089146 67 1.767 ‐2.041755

0.900715682 68 1.868 ‐1.381743

0.902011835 69 1.969 ‐0.469873

0.903640651 70 2.07 0.7240667

0.907692951 71 2.171 2.2316255

0.913620876 72 2.272 4.0856932

0.920873828 73 2.373 6.3204983

0.928933734 74 2.474 8.9716082

0.937340833 75 2.575 12.075929

0.945709912 76 2.676 15.671706

0.953737771 77 2.777 19.798524

0.961203298 78 2.878 24.497306

0.967961852 79 2.979 29.810314

0.973935728 80 3.08 35.781149

0.979102424 81 3.181 42.454751

0.983482126 82 3.282 49.877399

0.987125607 83 3.383 58.096711

0.990103301 84 3.484 67.161645

0.992496085 85 3.585 77.122496

0.994387953 86 3.686 88.030899

0.995860596 87 3.787 99.939828

0.996989715 88 3.888 112.9036

0.997842819 89 3.989 126.97785

0.998478218 90 4.09 142.21959

0.998944889 91 4.191 158.68714

0.999282968 92 4.292 176.44017

0.999524613 93 4.393 195.53969

0.999695058 94 4.494 216.04804

0.999813724 95 4.595 238.02891

0.999895283 96 4.696 261.54732
0.999950632 97 4.797 286.66964

0.999987725 98 4.898 313.46357

1 99 4.999 341.99815
distribution of Z

Normal

distribution

1.48672E‐06 0.00025609

2.45094E‐06 0.000379174

3.9995E‐06 0.00055368

6.46025E‐06 0.000797113

1.03291E‐05 0.001131011

1.63472E‐05 0.001580965

2.56093E‐05 0.002176093

3.97118E‐05 0.002947732

6.09553E‐05 0.003927004

9.26132E‐05 0.005140962

0.000139285 0.006606989

0.000207351 0.008325253

0.000305546 0.010269165

0.000445674 0.012374082

0.000643469 0.014524862

0.000919619 0.016543391

0.001300942 0.018177734

0.001821704 0.019095174

0.002525035 0.018881871

0.003464389 0.01705223

0.004704958 0.013071054

0.006324913 0.006391099

0.008416337 ‐0.003492392

0.011085658 ‐0.016970254

0.014453386 ‐0.034233469

0.018652949 ‐0.055177964

0.023828414 ‐0.079308389

0.030130931 ‐0.105652092

0.03771375 ‐0.132696783

0.046725789 ‐0.158366509

0.057303789 ‐0.180050022

0.069563239 ‐0.19469291

0.083588399 ‐0.19895997

0.099421884 ‐0.189467151

0.117054396 ‐0.163073665

0.136415346 ‐0.117215352

0.157365126 ‐0.050251252

0.179689839 0.038211891

0.203099244 0.14705657

0.227228529 0.273491908

0.251644341 0.413025112

0.275855243 0.559589983

0.299326439 0.70584042

0.321498297 0.84359879

0.341807853 0.964430049

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 1.060295096

0.37471238 1.124223494

0.386376486 1.150938632

0.394360216 1.137368977

0.398423793 1.082987814

0.398443914 0.989940062

0.394419966 0.862936634

0.386474058 0.708921658

0.374844865 0.536542721

0.359875719 0.35547567

0.34199778 0.175670916

0.32170943 0.006595531

0.299553264 ‐0.143456036

0.276092166 ‐0.267919655

0.25188591 ‐0.362341342

0.227469632 ‐0.424554146

0.203335281 ‐0.454649726

0.17991684 ‐0.454763708

0.157579839 ‐0.42871144

0.136615273 ‐0.381522671

0.117237788 ‐0.318928956

0.099587708 ‐0.246856346

0.083736272 ‐0.170968995

0.069693339 ‐0.096298268

0.05741676 ‐0.02697856

0.046822635 0.03390271

0.037795734 0.084345923

0.030199481 0.123385815

0.023885038 0.150965344

0.018699163 0.167761561

0.014490659 0.174988173

0.011115369 0.1741968

0.008439746 0.167094522

0.006343145 0.155389971

0.004718997 0.140674777

0.003475077 0.12434226

0.002533081 0.107541311

0.001827693 0.091160594

0.001305351 0.075836621

0.000922829 0.061978718

0.00064578 0.049804197

0.00044732 0.039377974

0.000306705 0.03065208

0.000208159 0.023501848

0.000139842 0.017756807

9.29928E‐05 0.013225397

6.12113E‐05 0.009713443

3.98826E‐05 0.007036892

2.5722E‐05 0.005029676

1.64209E‐05 0.0035477

1.03767E‐05 0.002469946

6.49066E‐06 0.001697614
4.01874E‐06 0.00115205

2.46298E‐06 0.000772053

1.49417E‐06 0.000511004
Absolute values

0.00025609 1.29325E‐05

0.000379174 3.82965E‐05

0.00055368 5.59217E‐05

0.000797113 8.05084E‐05

0.001131011 0.000114232

0.001580965 0.000159677

0.002176093 0.000219785

0.002947732 0.000297721

0.003927004 0.000396627

0.005140962 0.000519237

0.006606989 0.000667306

0.008325253 0.000840851

0.010269165 0.001037186

0.012374082 0.001249782

0.014524862 0.001467011

0.016543391 0.001670882

0.018177734 0.001835951

0.019095174 0.001928613

0.018881871 0.001907069

0.01705223 0.001722275

0.013071054 0.001320176

0.006391099 0.000645501

0.003492392 0.000352732

0.016970254 0.001713996

0.034233469 0.00345758

0.055177964 0.005572974

0.079308389 0.008010147

0.105652092 0.010670861

0.132696783 0.013402375

0.158366509 0.015995017

0.180050022 0.018185052

0.19469291 0.019663984

0.19895997 0.020094957

0.189467151 0.019136182

0.163073665 0.01647044

0.117215352 0.011838751

0.050251252 0.005075376

0.038211891 0.003859401

0.14705657 0.014852714

0.273491908 0.027622683

0.413025112 0.041715536

0.559589983 0.056518588

0.70584042 0.071289882

0.84359879 0.085203478

0.964430049 0.097407435

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
1.060295096 0.107089805

1.124223494 0.113546573

1.150938632 0.116244802

1.137368977 0.114874267

1.082987814 0.109381769

0.989940062 0.099983946

0.862936634 0.0871566

0.708921658 0.071601087

0.536542721 0.054190815

0.35547567 0.035903043

0.175670916 0.017742763

0.006595531 0.000666149

0.143456036 0.01448906

0.267919655 0.027059885

0.362341342 0.036596476

0.424554146 0.042879969

0.454649726 0.045919622

0.454763708 0.045931135

0.42871144 0.043299855

0.381522671 0.03853379

0.318928956 0.032211825

0.246856346 0.024932491

0.170968995 0.017267868

0.096298268 0.009726125

0.02697856 0.002724835

0.03390271 0.003424174

0.084345923 0.008518938

0.123385815 0.012461967

0.150965344 0.0152475

0.167761561 0.016943918

0.174988173 0.017673805

0.1741968 0.017593877

0.167094522 0.016876547

0.155389971 0.015694387

0.140674777 0.014208152

0.12434226 0.012558568

0.107541311 0.010861672

0.091160594 0.00920722

0.075836621 0.007659499

0.061978718 0.006259851

0.049804197 0.005030224

0.039377974 0.003977175

0.03065208 0.00309586

0.023501848 0.002373687

0.017756807 0.001793437

0.013225397 0.001335765

0.009713443 0.000981058

0.007036892 0.000710726

0.005029676 0.000507997

0.0035477 0.000358318

0.002469946 0.000249465

0.001697614 0.000171459
0.00115205 0.000116357

0.000772053 7.79774E‐05

0.000511004 2.58057E‐05
Cumulative normalization

1.29325E‐05 6.15176E‐06

5.12291E‐05 2.43687E‐05

0.000107151 5.09696E‐05

0.000187659 8.9266E‐05

0.000301891 0.000143604

0.000461569 0.00021956

0.000681354 0.000324107

0.000979075 0.000465728

0.001375703 0.000654396

0.00189494 0.000901387

0.002562246 0.001218812

0.003403096 0.001618789

0.004440282 0.002112159

0.005690064 0.002706657

0.007157075 0.003404487

0.008827958 0.004199295

0.010663909 0.005072623

0.012592521 0.005990028

0.01449959 0.006897185

0.016221865 0.007716439

0.017542042 0.008344422

0.018187543 0.008651475

0.018540275 0.008819263

0.02025427 0.009634579

0.023711851 0.011279285

0.029284825 0.013930245

0.037294972 0.017740523

0.047965834 0.022816453

0.061368209 0.029191713

0.077363226 0.036800244

0.095548278 0.045450535

0.115212262 0.054804325

0.135307219 0.064363121

0.154443401 0.073465847

0.170913842 0.081300528

0.182752592 0.086932001

0.187827969 0.089346263

0.19168737 0.091182108

0.206540083 0.098247267

0.234162766 0.111386862

0.275878302 0.131230165

0.332396891 0.158115004

0.403686773 0.192026271

0.488890251 0.232555977

0.586297686 0.278890878

) () f b  


0.69338749 0.329831501

0.806934063 0.383843489

0.923178865 0.439138974

1.038053132 0.493782521

1.147434901 0.545813389

1.247418847 0.593373888

1.334575447 0.634832658

1.406176535 0.66889196

1.46036735 0.694669521

1.496270392 0.711747929

1.514013155 0.72018783

1.514679303 0.720504704

1.529168363 0.72739688

1.556228248 0.740268763

1.592824724 0.757677024

1.635704693 0.778074226

1.681624315 0.799917334

1.727555449 0.821765918

1.770855305 0.842362852

1.809389095 0.860692657

1.841600919 0.876015222

1.86653341 0.887875143

1.883801279 0.896089146

1.893527404 0.900715682

1.896252238 0.902011835

1.899676412 0.903640651

1.90819535 0.907692951

1.920657318 0.913620876

1.935904817 0.920873828

1.952848735 0.928933734

1.97052254 0.937340833

1.988116417 0.945709912

2.004992964 0.953737771

2.020687351 0.961203298

2.034895504 0.967961852

2.047454072 0.973935728

2.058315744 0.979102424

2.067522964 0.983482126

2.075182463 0.987125607

2.081442314 0.990103301

2.086472537 0.992496085

2.090449713 0.994387953

2.093545573 0.995860596

2.09591926 0.996989715

2.097712697 0.997842819

2.099048462 0.998478218

2.10002952 0.998944889

2.100740246 0.999282968

2.101248243 0.999524613

2.101606561 0.999695058

2.101856026 0.999813724

2.102027485 0.999895283
2.102143842 0.999950632

2.102221819 0.999987725

2.102247625 1

102.9164103
Appendix C‐2g (i): Dry Biomass Stoker/Sloped Grate/Other CO Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Yes Dry Biomas Stoker/Slopno 1 WVAmericanWoodmark

YES Yes Dry Biomas Stoker/Slopno 1 WVAmericanWoodmark

YES Yes Dry Biomas Stoker/Slopno 1 WVAmericanWoodmark
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

B1 ICR Phase II ‐ Voluntary Additional CO from Test ReCO ET Sample #1

B1 ICR Phase II ‐ Voluntary Additional CO from Test ReCO ET Sample #2

B1 ICR Phase II ‐ Voluntary Additional CO from Test ReCO ET Sample #3
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

3/23/2005 292.6973983 5.679139305 0

3/23/2005 200.7246099 5.301933869 0

3/23/2005 311.3516053 5.740922837 0
Appendix C‐2g (ii): D

In top

12%?

Min Test

Avg?

YES Yes

Number of sources with

test data 1

n 3

n‐1 2

Average of natural log of

test run values (μ) 5.57399867

Variance of natural log of

test runs (σ2

) 0.056468743

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 3.981307299

Denominator for

calculation of flatness of z

distribution (β2z) 0.010124579

Flatness of z distribution

(β2z) 395.2318932

Skewness of z distribution

(√β1z) 0.425553401
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990813287 0.999274895 0.99600586

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 271.0309557

exp (2μ + σ2

) 73457.77894

exp (σ2

) ‐ 1 0.058093542

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.019620094

Square root term 160.5412862

Confidence Level 99% 99.9% 99.5%

UPL 4.57E+02 5.01E+02 4.74E+02

Analysis of Data

Distribution

Normal Log‐normal

Skewness = ‐1.54E+00 ‐1.60E+00

SE Skewness 1.41 1.41

Skewness Test normal normal

Kurtosis = #DIV/0! #DIV/0!

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3
Dry Biomass Stoker/Sloped Grate/Other CO Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

Stoker/SlopeDry Bioma 1 WVAmericanWoodmaB1 ICR Phase II ‐ Voluntary Additional CO from Te

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

CO 2.68E+02 5.59E+00 3.00E+00 ####### ET /Biomass/
Appendix C‐2g (iii): Dry Biomass Stoker/Sloped Grate/Other CO Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 395.23189 0.4255534

1.27852E‐05 ‐5 =f(a) 7805.1501

5.11473E‐05 1 ‐4.899 7103.0442

0.000107965 2 ‐4.798 6446.9342

0.000191028 3 ‐4.697 5834.8611

0.000310862 4 ‐4.596 5264.9069

0.000481434 5 ‐4.495 4735.1942

0.000720924 6 ‐4.394 4243.8865

0.001052506 7 ‐4.293 3789.1882

0.001505073 8 ‐4.192 3369.3445

0.002113768 9 ‐4.091 2982.6413

0.002920181 10 ‐3.99 2627.4054

0.003971992 11 ‐3.889 2302.0044

0.005321836 12 ‐3.788 2004.8468

0.007025124 13 ‐3.687 1734.3817

0.009136558 14 ‐3.586 1489.0992

0.011705133 15 ‐3.485 1267.5303

0.014767489 16 ‐3.384 1068.2465

0.018339606 17 ‐3.283 889.86038

0.022407089 18 ‐3.182 731.02525

0.026914478 19 ‐3.081 590.43525

0.031754376 20 ‐2.98 466.8253

0.036757488 21 ‐2.879 358.97118

0.041684953 22 ‐2.778 265.68947

0.046224589 23 ‐2.677 185.83755

0.049992759 24 ‐2.576 118.31364

0.052543479 25 ‐2.475 62.056764

0.053386054 26 ‐2.374 16.046761

0.054760156 27 ‐2.273 ‐20.69571

0.058841362 28 ‐2.172 ‐49.10918

0.066058204 29 ‐2.071 ‐70.09136

0.076728138 30 ‐1.97 ‐84.49914

0.091006626 31 ‐1.869 ‐93.1486

0.108839232 32 ‐1.768 ‐96.81501

0.129922178 33 ‐1.667 ‐96.23282

0.153677064 34 ‐1.566 ‐92.09565

0.179245017 35 ‐1.465 ‐85.05633

0.2055044 36 ‐1.364 ‐75.72686

0.231114362 37 ‐1.263 ‐64.67841

0.254584105 38 ‐1.162 ‐52.44136

0.274364909 39 ‐1.061 ‐39.50527

0.28895911 40 ‐0.96 ‐26.31886

0.297037678 41 ‐0.859 ‐13.29006

0.297556105 42 ‐0.758 ‐0.785988

0.30525481 43 ‐0.657 10.867082

0.321360909 44 ‐0.556 21.38367

   1 3 1 3

6

z z z

      

 2z

1z
0.345551875 45 ‐0.455 30.519117

0.376986063 46 ‐0.354 38.069582

0.414338985 47 ‐0.253 43.872037

0.455880841 48 ‐0.152 47.804272

0.499589644 49 ‐0.051 49.784891

0.543290489 50 0.05 49.773314

0.58480866 51 0.151 47.769778

0.622122726 52 0.252 43.815336

0.653503825 53 0.353 37.991855

0.677628788 54 0.454 30.422018

0.693657666 55 0.555 21.269327

0.701269988 56 0.656 10.738096

0.701881586 57 0.757 ‐0.926544

0.710057488 58 0.858 ‐13.43865

0.724750392 59 0.959 ‐26.47145

0.744628424 60 1.06 ‐39.65737

0.768191153 61 1.161 ‐52.58801

0.793887293 62 1.262 ‐64.81417

0.820223815 63 1.363 ‐75.84582

0.845858077 64 1.464 ‐85.15212

0.869667168 65 1.565 ‐92.16141

0.890791509 66 1.666 ‐96.26121

0.908652567 67 1.767 ‐96.79824

0.922946978 68 1.868 ‐93.0784

0.933621196 69 1.969 ‐84.36675

0.94083197 70 2.07 ‐69.88757

0.944898321 71 2.171 ‐48.8243

0.946250518 72 2.272 ‐20.31957

0.947120256 73 2.373 16.524803

0.949701649 74 2.474 62.647813

0.953502388 75 2.575 119.02928

0.958075066 76 2.676 186.68984

0.963034861 77 2.777 266.69093

0.96806866 78 2.878 360.13482

0.972936926 79 2.979 468.16459

0.977469929 80 3.08 591.96413

0.981560046 81 3.181 732.75815

0.985151769 82 3.282 891.81219

0.988230792 83 3.383 1070.4326

0.990813287 84 3.484 1269.9665

0.992936151 85 3.585 1491.8019

0.994648672 86 3.686 1737.3675

0.99600586 87 3.787 2008.133

0.997063423 88 3.888 2305.6089

0.997874273 89 3.989 2631.3463

0.998486344 90 4.09 2986.9372

0.998941442 91 4.191 3374.0146

0.999274895 92 4.292 3794.2522

0.99951575 93 4.393 4249.3644

0.999687305 94 4.494 4741.1066

0.999807836 95 4.595 5271.2748

0.999891387 96 4.696 5841.7062
0.999948544 97 4.797 6454.2783

0.999987137 98 4.898 7110.9097

1 99 4.999 7813.56
distribution of Z

Normal

distribution

1.48672E‐06 0.011604069

2.45094E‐06 0.017409133

3.9995E‐06 0.025784531

6.46025E‐06 0.037694643

1.03291E‐05 0.054381688

1.63472E‐05 0.07740739

2.56093E‐05 0.108682794

3.97118E‐05 0.150475356

6.09553E‐05 0.205379242

9.26132E‐05 0.276231909

0.000139285 0.365958095

0.000207351 0.477322204

0.000305546 0.612572713

0.000445674 0.772968653

0.000643469 0.95818936

0.000919619 1.165645008

0.001300942 1.389726906

0.001821704 1.621062081

0.002525035 1.845864023

0.003464389 2.045497296

0.004704958 2.196393216

0.006324913 2.270461425

0.008416337 2.23613221

0.011085658 2.06013163

0.014453386 1.710032787

0.018652949 1.157541645

0.023828414 0.38236886

0.030130931 ‐0.623581073

0.03771375 ‐1.852091389

0.046725789 ‐3.275074059

0.057303789 ‐4.842120843

0.069563239 ‐6.479718498

0.083588399 ‐8.092612055

0.099421884 ‐9.567648266

0.117054396 ‐10.78020116

0.136415346 ‐11.60298904

0.157365126 ‐11.91676617

0.179689839 ‐11.62205284

0.203099244 ‐10.65080074

0.227228529 ‐8.97672328

0.251644341 ‐6.622991997

0.275855243 ‐3.666134068

0.299326439 ‐0.235266934

0.321498297 3.493748281

0.341807853 7.309106215

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 10.97809862

0.37471238 14.26514379

0.386376486 16.95112367

0.394360216 18.85210305

0.398423793 19.83548497

0.398443914 19.831874

0.394419966 18.8413543

0.386474058 16.93349062

0.374844865 14.24105157

0.359875719 10.94814574

0.34199778 7.274062608

0.32170943 3.454546626

0.299553264 ‐0.277549378

0.276092166 ‐3.71030486

0.25188591 ‐6.667784314

0.227469632 ‐9.020846611

0.203335281 ‐10.69299831

0.17991684 ‐11.66116139

0.157579839 ‐11.95177285

0.136615273 ‐11.63308043

0.117237788 ‐10.80479983

0.099587708 ‐9.586433682

0.083736272 ‐8.105524164

0.069693339 ‐6.486944248

0.05741676 ‐4.844065413

0.046822635 ‐3.272320045

0.037795734 ‐1.845350085

0.030199481 ‐0.613640374

0.023885038 0.394695545

0.018699163 1.171461651

0.014490659 1.724812735

0.011115369 2.075126421

0.008439746 2.250803766

0.006343145 2.284387473

0.004718997 2.209267214

0.003475077 2.057121152

0.002533081 1.856135567

0.001827693 1.62995927

0.001305351 1.397290619

0.000922829 1.171961976

0.00064578 0.963376415

0.00044732 0.777159081

0.000306705 0.615905154

0.000208159 0.47993219

0.000139842 0.367972101

9.29928E‐05 0.277763642

6.12113E‐05 0.206527763

3.98826E‐05 0.151324626

2.5722E‐05 0.109302246

1.64209E‐05 0.077853168

1.03767E‐05 0.054698253

6.49066E‐06 0.037916521
4.01874E‐06 0.025938043

2.46298E‐06 0.017513994

1.49417E‐06 0.011674795
Absolute values

0.011604069 0.000586005

0.017409133 0.001758322

0.025784531 0.002604238

0.037694643 0.003807159

0.054381688 0.005492551

0.07740739 0.007818146

0.108682794 0.010976962

0.150475356 0.015198011

0.205379242 0.020743303

0.276231909 0.027899423

0.365958095 0.036961768

0.477322204 0.048209543

0.612572713 0.061869844

0.772968653 0.078069834

0.95818936 0.096777125

1.165645008 0.117730146

1.389726906 0.140362417

1.621062081 0.16372727

1.845864023 0.186432266

2.045497296 0.206595227

2.196393216 0.221835715

2.270461425 0.229316604

2.23613221 0.225849353

2.06013163 0.208073295

1.710032787 0.172713311

1.157541645 0.116911706

0.38236886 0.038619255

0.623581073 0.062981688

1.852091389 0.18706123

3.275074059 0.33078248

4.842120843 0.489054205

6.479718498 0.654451568

8.092612055 0.817353818

9.567648266 0.966332475

10.78020116 1.088800317

11.60298904 1.171901893

11.91676617 1.203593383

11.62205284 1.173827337

10.65080074 1.075730874

8.97672328 0.906649051

6.622991997 0.668922192

3.666134068 0.370279541

0.235266934 0.02376196

3.493748281 0.352868576

7.309106215 0.738219728

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
10.97809862 1.10878796

14.26514379 1.440779522

16.95112367 1.71206349

18.85210305 1.904062408

19.83548497 2.003383982

19.831874 2.003019274

18.8413543 1.902976785

16.93349062 1.710282552

14.24105157 1.438346209

10.94814574 1.10576272

7.274062608 0.734680323

3.454546626 0.348909209

0.277549378 0.028032487

3.71030486 0.374740791

6.667784314 0.673446216

9.020846611 0.911105508

10.69299831 1.07999283

11.66116139 1.1777773

11.95177285 1.207129058

11.63308043 1.174941123

10.80479983 1.091284783

9.586433682 0.968229802

8.105524164 0.818657941

6.486944248 0.655181369

4.844065413 0.489250607

3.272320045 0.330504325

1.845350085 0.186380359

0.613640374 0.061977678

0.394695545 0.03986425

1.171461651 0.118317627

1.724812735 0.174206086

2.075126421 0.209587769

2.250803766 0.22733118

2.284387473 0.230723135

2.209267214 0.223135989

2.057121152 0.207769236

1.856135567 0.187469692

1.62995927 0.164625886

1.397290619 0.141126352

1.171961976 0.11836816

0.963376415 0.097301018

0.777159081 0.078493067

0.615905154 0.062206421

0.47993219 0.048473151

0.367972101 0.037165182

0.277763642 0.028054128

0.206527763 0.020859304

0.151324626 0.015283787

0.109302246 0.011039527

0.077853168 0.00786317

0.054698253 0.005524524

0.037916521 0.003829569
0.025938043 0.002619742

0.017513994 0.001768913

0.011674795 0.000589577
Cumulative normalization

0.000586005 1.27852E‐05

0.002344328 5.11473E‐05

0.004948566 0.000107965

0.008755725 0.000191028

0.014248275 0.000310862

0.022066421 0.000481434

0.033043384 0.000720924

0.048241395 0.001052506

0.068984698 0.001505073

0.096884121 0.002113768

0.133845889 0.002920181

0.182055431 0.003971992

0.243925275 0.005321836

0.321995109 0.007025124

0.418772234 0.009136558

0.53650238 0.011705133

0.676864798 0.014767489

0.840592068 0.018339606

1.027024334 0.022407089

1.233619561 0.026914478

1.455455276 0.031754376

1.68477188 0.036757488

1.910621233 0.041684953

2.118694528 0.046224589

2.291407839 0.049992759

2.408319545 0.052543479

2.4469388 0.053386054

2.509920488 0.054760156

2.696981719 0.058841362

3.027764199 0.066058204

3.516818404 0.076728138

4.171269972 0.091006626

4.98862379 0.108839232

5.954956265 0.129922178

7.043756582 0.153677064

8.215658474 0.179245017

9.419251858 0.2055044

10.59307919 0.231114362

11.66881007 0.254584105

12.57545912 0.274364909

13.24438131 0.28895911

13.61466085 0.297037678

13.63842281 0.297556105

13.99129139 0.30525481

14.72951112 0.321360909

) () f b  


15.83829908 0.345551875

17.2790786 0.376986063

18.99114209 0.414338985

20.8952045 0.455880841

22.89858848 0.499589644

24.90160775 0.543290489

26.80458454 0.58480866

28.51486709 0.622122726

29.9532133 0.653503825

31.05897602 0.677628788

31.79365634 0.693657666

32.14256555 0.701269988

32.17059804 0.701881586

32.54533883 0.710057488

33.21878505 0.724750392

34.12989055 0.744628424

35.20988338 0.768191153

36.38766068 0.793887293

37.59478974 0.820223815

38.76973087 0.845858077

39.86101565 0.869667168

40.82924545 0.890791509

41.64790339 0.908652567

42.30308476 0.922946978

42.79233537 0.933621196

43.12283969 0.94083197

43.30922005 0.944898321

43.37119773 0.946250518

43.41106198 0.947120256

43.5293796 0.949701649

43.70358569 0.953502388

43.91317346 0.958075066

44.14050464 0.963034861

44.37122777 0.96806866

44.59436376 0.972936926

44.802133 0.977469929

44.98960269 0.981560046

45.15422858 0.985151769

45.29535493 0.988230792

45.41372309 0.990813287

45.51102411 0.992936151

45.58951717 0.994648672

45.6517236 0.99600586

45.70019675 0.997063423

45.73736193 0.997874273

45.76541606 0.998486344

45.78627536 0.998941442

45.80155915 0.999274895

45.81259867 0.99951575

45.82046184 0.999687305

45.82598637 0.999807836

45.82981594 0.999891387
45.83243568 0.999948544

45.83420459 0.999987137

45.83479417 1

2313.81914
Appendix C‐3a (i): Coal Fluidized Bed CO Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Yes Coal FB no 1 IAADMCornProcessingCR

YES Yes Coal FB no 1 IAADMCornProcessingCR

YES Yes Coal FB no 1 IAADMCornProcessingCR

YES Yes Coal FB no 2 IAADMCornProcessingCR

YES Yes Coal FB no 2 IAADMCornProcessingCR

YES Yes Coal FB no 2 IAADMCornProcessingCR
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

EU‐530 ICR Phase I Organic HAP and CO CO ET Sample #1

EU‐530 ICR Phase I Organic HAP and CO CO ET Sample #2

EU‐530 ICR Phase I Organic HAP and CO CO ET Sample #3

EU‐502A ICR Phase I Organic HAP and CO (2) CO ET Sample #1

EU‐502A ICR Phase I Organic HAP and CO (2) CO ET Sample #2

EU‐502A ICR Phase I Organic HAP and CO (2) CO ET Sample #3
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

11/20/2002 5.080334675 1.62537714 0

11/20/2002 7.384818806 1.99942638 0

11/20/2002 14.20435018 2.653548268 0

5/19/1989 22.85204517 3.129040617 0

5/19/1989 23.33005922 3.149742625 0

5/19/1989 22.99786416 3.135401349 0
Appendix C‐3a (ii): C

In top

12%?

Min Test

Avg?

YES Yes

YES Yes

Number of sources with

test data 2

n 6

n‐1 4

Average of natural log of

test run values (μ) 2.61542273

Variance of natural log of

test runs (σ2

) 0.436154835

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 17.30198743

Denominator for

calculation of flatness of z

distribution (β2z) 0.896801004

Flatness of z distribution

(β2z) 21.29300631

Skewness of z distribution

(√β1z) 1.514130981
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990785538 0.999293424 0.99604741

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 17.00487636

exp (2μ + σ2

) 289.1658201

exp (σ2

) ‐ 1 0.546748268

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.091715577

Square root term 26.70190673

Confidence Level 99% 99.9% 99.5%

UPL 4.80E+01 5.52E+01 5.07E+01

Analysis of Data

Distribution

Normal Log‐normal

Skewness = ‐4.49E‐01 ‐8.08E‐01

SE Skewness 1.00 1.00

Skewness Test normal normal

Kurtosis = ‐2.29E+00 ‐1.36E+00

SE Kurtosis 2.00 2.00

Kurtosis Test normal normal

Number of test runs = 6 6
Coal Fluidized Bed CO Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

FB Coal 1 IAADMCornProcessingEU‐530 ICR Phase I Organic HAP and CO

FB Coal 2 IAADMCornProcessingEU‐502A ICR Phase I Organic HAP and CO (2

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

CO 8.889834554 2.184908439 3 2 ET /Coal: Bituminous/Coal: Sub‐bituminous/

CO 23.05998952 3.13809906 3 2 ET /Coal: Bituminous/Coal: Sub‐bituminous/
Appendix C‐3a (iii): Coal Fluidized Bed CO Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 21.293006 1.514131

1.06021E‐05 ‐5 =f(a) 337.57664

4.23512E‐05 1 ‐4.899 306.60488

8.92766E‐05 2 ‐4.798 277.70361

0.000157726 3 ‐4.697 250.783

0.000256245 4 ‐4.596 225.75515

0.000396127 5 ‐4.495 202.53403

0.000592003 6 ‐4.394 181.03553

0.000862426 7 ‐4.293 161.17746

0.001230386 8 ‐4.192 142.8795

0.001723653 9 ‐4.091 126.06326

0.002374808 10 ‐3.99 110.65224

0.003220819 11 ‐3.889 96.571851

0.00430195 12 ‐3.788 83.749397

0.005659818 13 ‐3.687 72.114097

0.007334406 14 ‐3.586 61.597068

0.009359881 15 ‐3.485 52.131332

0.011759158 16 ‐3.384 43.651816

0.014537266 17 ‐3.283 36.095347

0.01767376 18 ‐3.182 29.400658

0.021114641 19 ‐3.081 23.508386

0.024764481 20 ‐2.98 18.36107

0.02847973 21 ‐2.879 13.903153

0.032064375 22 ‐2.778 10.080982

0.035269286 23 ‐2.677 6.8428084

0.03779662 24 ‐2.576 4.1387849

0.039310488 25 ‐2.475 1.9209696

0.039454777 26 ‐2.374 0.1433235

0.041031134 27 ‐2.273 ‐1.238289

0.044641893 28 ‐2.172 ‐2.266098

0.050525671 29 ‐2.071 ‐2.980434

0.058804978 30 ‐1.97 ‐3.41972

0.069445567 31 ‐1.869 ‐3.620477

0.082220346 32 ‐1.768 ‐3.617323

0.096682583 33 ‐1.667 ‐3.442971

0.112153171 34 ‐1.566 ‐3.128232

0.127726116 35 ‐1.465 ‐2.702013

0.142295244 36 ‐1.364 ‐2.191316

0.154603346 37 ‐1.263 ‐1.621241

0.163312728 38 ‐1.162 ‐1.014983

0.16709366 39 ‐1.061 ‐0.393836

0.169462551 40 ‐0.96 0.2228116

0.178989986 41 ‐0.859 0.8174753

0.196373322 42 ‐0.758 1.3745733

0.22191535 43 ‐0.657 1.8804274

0.255465974 44 ‐0.556 2.3232633

   1 3 1 3

6

z z z

      

 2z

1z
0.296396328 45 ‐0.455 2.69321

0.343610191 46 ‐0.354 2.9823002

0.39559399 47 ‐0.253 3.1844703

0.450502852 48 ‐0.152 3.29556

0.506276343 49 ‐0.051 3.3133128

0.560774325 50 0.05 3.2373757

0.611921101 51 0.151 3.0692993

0.657845009 52 0.252 2.8125378

0.69700107 53 0.353 2.4724488

0.728266028 54 0.454 2.0562938

0.750998032 55 0.555 1.5732376

0.765056918 56 0.656 1.0343487

0.770784983 57 0.757 0.4525991

0.772617923 58 0.858 ‐0.157135

0.78089822 59 0.959 ‐0.778076

0.794271534 60 1.06 ‐1.391539

0.811254995 61 1.161 ‐1.976939

0.830348015 62 1.262 ‐2.511786

0.850132454 63 1.363 ‐2.971686

0.869354883 64 1.464 ‐3.330342

0.886986142 65 1.565 ‐3.559554

0.902256133 66 1.666 ‐3.629217

0.914664354 67 1.767 ‐3.507323

0.923968856 68 1.868 ‐3.159961

0.930157893 69 1.969 ‐2.551316

0.933409444 70 2.07 ‐1.64367

0.934044029 71 2.171 ‐0.397399

0.935612147 72 2.272 1.2290202

0.938921095 73 2.373 3.2790186

0.943501619 74 2.474 5.7979286

0.948909359 75 2.575 8.8329866

0.954748266 76 2.676 12.433333

0.960685225 77 2.777 16.650011

0.966456731 78 2.878 21.535967

0.971868965 79 2.979 27.146054

0.976792863 80 3.08 33.537024

0.981155848 81 3.181 40.767536

0.984931708 82 3.282 48.898151

0.988129945 83 3.383 57.991335

0.990785538 84 3.484 68.111456

0.992949821 85 3.585 79.324787

0.994682848 86 3.686 91.699502

0.99604741 87 3.787 105.30568

0.997104651 88 3.888 120.21531

0.997911137 89 3.989 136.50227

0.998517138 90 4.09 154.24236

0.998965867 91 4.191 173.51326

0.999293424 92 4.292 194.39458

0.999529212 93 4.393 216.96781

0.99969663 94 4.494 241.31637

0.999813916 95 4.595 267.52555

0.999894999 96 4.696 295.68257
0.99995033 97 4.797 325.87655

0.999987604 98 4.898 358.1985

1 99 4.999 392.74135
distribution of Z

Normal

distribution

1.48672E‐06 0.000501882

2.45094E‐06 0.00075147

3.9995E‐06 0.001110676

6.46025E‐06 0.00162012

1.03291E‐05 0.002331845

1.63472E‐05 0.003310874

2.56093E‐05 0.004636186

3.97118E‐05 0.006400642

6.09553E‐05 0.008709256

9.26132E‐05 0.01167512

0.000139285 0.015412195

0.000207351 0.02002424

0.000305546 0.025589285

0.000445674 0.032139371

0.000643469 0.03963581

0.000919619 0.047940967

0.001300942 0.056788488

0.001821704 0.065755032

0.002525035 0.074237678

0.003464389 0.081442191

0.004704958 0.086388054

0.006324913 0.087936231

0.008416337 0.08484495

0.011085658 0.075857037

0.014453386 0.059819458

0.018652949 0.035831747

0.023828414 0.003415173

0.030130931 ‐0.037310785

0.03771375 ‐0.085463062

0.046725789 ‐0.13926312

0.057303789 ‐0.195962891

0.069563239 ‐0.251852091

0.083588399 ‐0.302366211

0.099421884 ‐0.342306666

0.117054396 ‐0.366173323

0.136415346 ‐0.368595989

0.157365126 ‐0.344836656

0.179689839 ‐0.291320451

0.203099244 ‐0.206142352

0.227228529 ‐0.089490866

0.251644341 0.056069268

0.275855243 0.225504855

0.299326439 0.411446132

0.321498297 0.604554222

0.341807853 0.794109643

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 0.968780474

0.37471238 1.117504819

0.386376486 1.230404433

0.394360216 1.299637745

0.398423793 1.320102647

0.398443914 1.289912642

0.394419966 1.210592925

0.386474058 1.086972882

0.374844865 0.926784745

0.359875719 0.740010212

0.34199778 0.538043771

0.32170943 0.332759733

0.299553264 0.135577552

0.276092166 ‐0.043383863

0.25188591 ‐0.195986341

0.227469632 ‐0.316532927

0.203335281 ‐0.401981523

0.17991684 ‐0.451912639

0.157579839 ‐0.468277842

0.136615273 ‐0.454975637

0.117237788 ‐0.417314238

0.099587708 ‐0.361425385

0.083736272 ‐0.293690152

0.069693339 ‐0.220228239

0.05741676 ‐0.146488309

0.046822635 ‐0.076960946

0.037795734 ‐0.015020005

0.030199481 0.037115772

0.023885038 0.078319484

0.018699163 0.10841641

0.014490659 0.127995799

0.011115369 0.138201082

0.008439746 0.140521865

0.006343145 0.136605769

0.004718997 0.128102141

0.003475077 0.116543753

0.002533081 0.10326746

0.001827693 0.08937083

0.001305351 0.075699069

0.000922829 0.062855232

0.00064578 0.051226393

0.00044732 0.041019013

0.000306705 0.032297816

0.000208159 0.025023844

0.000139842 0.019088718

9.29928E‐05 0.014343428

6.12113E‐05 0.010620969

3.98826E‐05 0.00775296

2.5722E‐05 0.005580851

1.64209E‐05 0.003962628

1.03767E‐05 0.002776023

6.49066E‐06 0.001919175
4.01874E‐06 0.001309612

2.46298E‐06 0.000882234

1.49417E‐06 0.000586823
Absolute values

0.000501882 2.5345E‐05

0.00075147 7.58985E‐05

0.001110676 0.000112178

0.00162012 0.000163632

0.002331845 0.000235516

0.003310874 0.000334398

0.004636186 0.000468255

0.006400642 0.000646465

0.008709256 0.000879635

0.01167512 0.001179187

0.015412195 0.001556632

0.02002424 0.002022448

0.025589285 0.002584518

0.032139371 0.003246076

0.03963581 0.004003217

0.047940967 0.004842038

0.056788488 0.005735637

0.065755032 0.006641258

0.074237678 0.007498005

0.081442191 0.008225661

0.086388054 0.008725193

0.087936231 0.008881559

0.08484495 0.00856934

0.075857037 0.007661561

0.059819458 0.006041765

0.035831747 0.003619006

0.003415173 0.000344932

0.037310785 0.003768389

0.085463062 0.008631769

0.13926312 0.014065575

0.195962891 0.019792252

0.251852091 0.025437061

0.302366211 0.030538987

0.342306666 0.034572973

0.366173323 0.036983506

0.368595989 0.037228195

0.344836656 0.034828502

0.291320451 0.029423366

0.206142352 0.020820378

0.089490866 0.009038577

0.056069268 0.005662996

0.225504855 0.02277599

0.411446132 0.041556059

0.604554222 0.061059976

0.794109643 0.080205074

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
0.968780474 0.097846828

1.117504819 0.112867987

1.230404433 0.124270848

1.299637745 0.131263412

1.320102647 0.133330367

1.289912642 0.130281177

1.210592925 0.122269885

1.086972882 0.109784261

0.926784745 0.093605259

0.740010212 0.074741031

0.538043771 0.054342421

0.332759733 0.033608733

0.135577552 0.013693333

0.043383863 0.00438177

0.195986341 0.01979462

0.316532927 0.031969826

0.401981523 0.040600134

0.451912639 0.045643176

0.468277842 0.047296062

0.454975637 0.045952539

0.417314238 0.042148738

0.361425385 0.036503964

0.293690152 0.029662705

0.220228239 0.022243052

0.146488309 0.014795319

0.076960946 0.007773056

0.015020005 0.00151702

0.037115772 0.003748693

0.078319484 0.007910268

0.10841641 0.010950057

0.127995799 0.012927576

0.138201082 0.013958309

0.140521865 0.014192708

0.136605769 0.013797183

0.128102141 0.012938316

0.116543753 0.011770919

0.10326746 0.010430013

0.08937083 0.009026454

0.075699069 0.007645606

0.062855232 0.006348378

0.051226393 0.005173866

0.041019013 0.00414292

0.032297816 0.003262079

0.025023844 0.002527408

0.019088718 0.001927961

0.014343428 0.001448686

0.010620969 0.001072718

0.00775296 0.000783049

0.005580851 0.000563666

0.003962628 0.000400225

0.002776023 0.000280378

0.001919175 0.000193837
0.001309612 0.000132271

0.000882234 8.91056E‐05

0.000586823 2.96345E‐05
Cumulative normalization

2.5345E‐05 1.06021E‐05

0.000101244 4.23512E‐05

0.000213422 8.92766E‐05

0.000377054 0.000157726

0.00061257 0.000256245

0.000946969 0.000396127

0.001415223 0.000592003

0.002061688 0.000862426

0.002941323 0.001230386

0.00412051 0.001723653

0.005677142 0.002374808

0.00769959 0.003220819

0.010284108 0.00430195

0.013530184 0.005659818

0.017533401 0.007334406

0.022375439 0.009359881

0.028111076 0.011759158

0.034752334 0.014537266

0.04225034 0.01767376

0.050476001 0.021114641

0.059201195 0.024764481

0.068082754 0.02847973

0.076652094 0.032064375

0.084313655 0.035269286

0.09035542 0.03779662

0.093974427 0.039310488

0.094319359 0.039454777

0.098087748 0.041031134

0.106719518 0.044641893

0.120785093 0.050525671

0.140577345 0.058804978

0.166014406 0.069445567

0.196553393 0.082220346

0.231126366 0.096682583

0.268109872 0.112153171

0.305338067 0.127726116

0.340166569 0.142295244

0.369589935 0.154603346

0.390410312 0.163312728

0.39944889 0.16709366

0.405111886 0.169462551

0.427887876 0.178989986

0.469443935 0.196373322

0.530503912 0.22191535

0.610708986 0.255465974

) () f b  


0.708555814 0.296396328

0.8214238 0.343610191

0.945694648 0.39559399

1.07695806 0.450502852

1.210288428 0.506276343

1.340569605 0.560774325

1.46283949 0.611921101

1.572623751 0.657845009

1.66622901 0.69700107

1.740970042 0.728266028

1.795312463 0.750998032

1.828921196 0.765056918

1.842614528 0.770784983

1.846996299 0.772617923

1.866790919 0.78089822

1.898760745 0.794271534

1.939360878 0.811254995

1.985004055 0.830348015

2.032300117 0.850132454

2.078252656 0.869354883

2.120401394 0.886986142

2.156905358 0.902256133

2.186568064 0.914664354

2.208811116 0.923968856

2.223606435 0.930157893

2.231379491 0.933409444

2.232896511 0.934044029

2.236645204 0.935612147

2.244555472 0.938921095

2.255505529 0.943501619

2.268433105 0.948909359

2.282391414 0.954748266

2.296584122 0.960685225

2.310381305 0.966456731

2.323319621 0.971868965

2.33509054 0.976792863

2.345520554 0.981155848

2.354547008 0.984931708

2.362192614 0.988129945

2.368540992 0.990785538

2.373714858 0.992949821

2.377857778 0.994682848

2.381119858 0.99604741

2.383647266 0.997104651

2.385575226 0.997911137

2.387023913 0.998517138

2.388096631 0.998965867

2.388879679 0.999293424

2.389443345 0.999529212

2.389843571 0.99969663

2.390123949 0.999813916

2.390317786 0.999894999
2.390450057 0.99995033

2.390539162 0.999987604

2.390568797 1

119.1909322
Appendix C‐3b (i): Coal Fluidized Bed with Integrated Heat Exchanger CO Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Yes Coal FB no 16 PAKimberlyClarkChester

YES Yes Coal FB no 16 PAKimberlyClarkChester

YES Yes Coal FB no 16 PAKimberlyClarkChester
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

Boiler #10 (ID 035) ICR Phase I CO CO ET PAKimberlyCl

Boiler #10 (ID 035) ICR Phase I CO CO ET PAKimberlyCl

Boiler #10 (ID 035) ICR Phase I CO CO ET PAKimberlyCl
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

9/17/2003 114.0857343 4.736950221 0

9/17/2003 104.6658113 4.650772525 0

9/17/2003 94.14769976 4.544864823 0
Appendix C‐3b (ii): C

In top

12%?

Min Test

Avg?

YES Yes

Number of sources with

test data 1

n 3

n‐1 2

Average of natural log of

test run values (μ) 4.644195856

Variance of natural log of

test runs (σ2

) 0.009256639

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 3.150095909

Denominator for

calculation of flatness of z

distribution (β2z) 0.000259448

Flatness of z distribution

(β2z) 12143.50769

Skewness of z distribution

(√β1z) 0.16754724
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990815221 0.999274601 0.996005504

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 104.4620843

exp (2μ + σ2

) 10912.32706

exp (σ2

) ‐ 1 0.009299615

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.003106968

Square root term 24.68966483

Confidence Level 99% 99.9% 99.5%

UPL 1.33E+02 1.40E+02 1.36E+02

Analysis of Data

Distribution

Normal Log‐normal

Skewness = ‐1.65E‐01 ‐3.06E‐01

SE Skewness 1.41 1.41

Skewness Test normal normal

Kurtosis = #DIV/0! #DIV/0!

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3
Coal Fluidized Bed with Integrated Heat Exchanger CO Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

FB Coal 16 PAKimberlyClarkChestBoiler #10 (ID 035) ICR Phase I CO

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

CO 104.2997484 4.64726895 3 2 ET /Anthracite Culm/
Appendix C‐3b (iii): Coal Fluidized Bed with Integrated Heat Exchanger CO Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 12143.508 0.1675472

1.28183E‐05 ‐5 =f(a) 241796.37

5.12804E‐05 1 ‐4.899 220049.1

0.000108247 2 ‐4.798 199726.16

0.000191529 3 ‐4.697 180766.9

0.00031168 4 ‐4.596 163111.94

0.000482707 5 ‐4.495 146703.16

0.000722839 6 ‐4.394 131483.71

0.001055316 7 ‐4.293 117397.98

0.001509109 8 ‐4.192 104391.66

0.002119461 9 ‐4.091 92411.668

0.002928078 10 ‐3.99 81406.209

0.003982772 11 ‐3.889 71324.741

0.005336323 12 ‐3.788 62117.987

0.007044289 13 ‐3.687 53737.934

0.009161508 14 ‐3.586 46137.832

0.011737082 15 ‐3.485 39272.194

0.014807694 16 ‐3.384 33096.798

0.018389275 17 ‐3.283 27568.683

0.022467232 18 ‐3.182 22646.153

0.02698571 19 ‐3.081 18288.775

0.031836653 20 ‐2.98 14457.379

0.036849774 21 ‐2.879 11114.058

0.041784812 22 ‐2.778 8222.1698

0.046327713 23 ‐2.677 5746.3342

0.050092436 24 ‐2.576 3652.4348

0.052630017 25 ‐2.475 1907.6185

0.053446195 26 ‐2.374 480.29553

0.054864095 27 ‐2.273 ‐659.8604

0.059011155 28 ‐2.172 ‐1541.912

0.066320979 29 ‐2.071 ‐2193.66

0.077116358 30 ‐1.97 ‐2641.64

0.091558166 31 ‐1.869 ‐2911.125

0.109597219 32 ‐1.768 ‐3026.125

0.130934581 33 ‐1.667 ‐3009.385

0.154996011 34 ‐1.566 ‐2882.39

0.180925849 35 ‐1.465 ‐2665.359

0.207604491 36 ‐1.364 ‐2377.247

0.233691753 37 ‐1.263 ‐2035.748

0.257696008 38 ‐1.162 ‐1657.292

0.278066162 39 ‐1.061 ‐1257.044

0.293300681 40 ‐0.96 ‐848.908

0.302065285 41 ‐0.859 ‐445.523

0.303309042 42 ‐0.758 ‐58.26526

0.310250443 43 ‐0.657 302.75232

0.325575171 44 ‐0.556 628.68026

   1 3 1 3

6

z z z

      

 2z

1z
0.348968861 45 ‐0.455 911.93239

0.379597947 46 ‐0.354 1146.1859

0.416145644 47 ‐0.253 1326.3813

0.45688923 48 ‐0.152 1448.7225

0.499812989 49 ‐0.051 1510.6768

0.542747379 50 0.05 1510.9746

0.583522099 51 0.151 1449.61

0.620119231 52 0.252 1327.8401

0.650812602 53 0.353 1148.1856

0.674281038 54 0.454 914.43044

0.689686028 55 0.555 631.62194

0.69670812 56 0.656 306.07073

0.697875571 57 0.757 ‐54.64918

0.706572439 58 0.858 ‐441.7005

0.721751066 59 0.959 ‐844.9824

0.742079356 60 1.06 ‐1253.131

0.766056798 61 1.161 ‐1653.519

0.792132201 62 1.262 ‐2032.255

0.818812849 63 1.363 ‐2374.186

0.844756679 64 1.464 ‐2662.894

0.868841662 65 1.565 ‐2880.698

0.890209424 66 1.666 ‐3008.655

0.908282966 67 1.767 ‐3026.556

0.922760761 68 1.868 ‐2912.931

0.933591369 69 1.969 ‐2645.046

0.940933851 70 2.07 ‐2198.903

0.945109681 71 2.171 ‐1549.242

0.946551648 72 2.272 ‐669.5375

0.947348816 73 2.373 467.99701

0.949872407 74 2.474 1892.4126

0.953627812 75 2.575 3634.0236

0.958165508 76 2.676 5724.4076

0.963098765 77 2.777 8196.4054

0.968112795 78 2.878 11084.121

0.972966617 79 2.979 14422.923

0.977489288 80 3.08 18249.442

0.981572187 81 3.181 22601.571

0.985158998 82 3.282 27518.469

0.988234781 83 3.383 33040.557

0.990815221 84 3.484 39209.518

0.992936843 85 3.585 46068.302

0.994648666 86 3.686 53661.118

0.996005504 87 3.787 62033.441

0.997062931 88 3.888 71232.009

0.997873769 89 3.989 81304.823

0.99848589 90 4.09 92301.147

0.998941065 91 4.191 104271.51

0.999274601 92 4.292 117267.7

0.999515532 93 4.393 131342.78

0.999687151 94 4.494 146551.05

0.999807735 95 4.595 162948.11

0.999891327 96 4.696 180590.8
0.999948514 97 4.797 199537.22

0.999987129 98 4.898 219846.74

1 99 4.999 241580.01
distribution of Z

Normal

distribution

1.48672E‐06 0.359483386

2.45094E‐06 0.539327086

3.9995E‐06 0.798805298

6.46025E‐06 1.167798771

1.03291E‐05 1.684797616

1.63472E‐05 2.398192837

2.56093E‐05 3.367200458

3.97118E‐05 4.662081193

6.09553E‐05 6.363219819

9.26132E‐05 8.558538964

0.000139285 11.33866192

0.000207351 14.7892344

0.000305546 18.97989644

0.000445674 23.94959467

0.000643469 29.68826955

0.000919619 36.11545842

0.001300942 43.05701983

0.001821704 50.2219759

0.002525035 57.18231879

0.003464389 63.35942823

0.004704958 68.02135291

0.006324913 70.29544816

0.008416337 69.20055563

0.011085658 63.70189882

0.014453386 52.79005163

0.018652949 35.58270968

0.023828414 11.44468097

0.030130931 ‐19.8822084

0.03771375 ‐58.15129883

0.046725789 ‐102.5005019

0.057303789 ‐151.37598

0.069563239 ‐202.5072771

0.083588399 ‐252.948912

0.099421884 ‐299.1987614

0.117054396 ‐337.3964374

0.136415346 ‐363.5958151

0.157365126 ‐374.0957671

0.179689839 ‐365.8032624

0.203099244 ‐336.5947183

0.227228529 ‐285.6362931

0.251644341 ‐213.6229006

0.275855243 ‐122.8998547

0.299326439 ‐17.44033415

0.321498297 97.33435617

0.341807853 214.8878502

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 328.0331997

0.37471238 429.4900477

0.386376486 512.482556

0.394360216 571.3185367

0.398423793 601.8895757

0.398443914 602.0386418

0.394419966 571.7551134

0.386474058 513.1757465

0.374844865 430.3914731

0.359875719 329.0813131

0.34199778 216.0133016

0.32170943 98.46584095

0.299553264 ‐16.37034167

0.276092166 ‐121.9500399

0.25188591 ‐212.8391704

0.227469632 ‐285.0492605

0.203335281 ‐336.2187379

0.17991684 ‐365.6369645

0.157579839 ‐374.1238905

0.136615273 ‐363.7920198

0.117237788 ‐337.7267151

0.099587708 ‐299.6250453

0.083736272 ‐253.4325208

0.069693339 ‐203.011895

0.05741676 ‐151.8699684

0.046822635 ‐102.9584367

0.037795734 ‐58.5547252

0.030199481 ‐20.21968371

0.023885038 11.17812652

0.018699163 35.38653172

0.014490659 52.65939798

0.011115369 63.62890286

0.008439746 69.17558224

0.006343145 70.30819233

0.004718997 68.06172878

0.003475077 63.4182214

0.002533081 57.25160403

0.001827693 50.29532471

0.001305351 43.12953561

0.000922829 36.18368327

0.00064578 29.75000681

0.00044732 24.00368646

0.000306705 19.02598839

0.000208159 14.82755131

0.000139842 11.3698098

9.29928E‐05 8.583341679

6.12113E‐05 6.382592768

3.98826E‐05 4.676940244

2.5722E‐05 3.378401791

1.64209E‐05 2.406498019

1.03767E‐05 1.690857934

6.49066E‐06 1.172153227
4.01874E‐06 0.801887477

2.46298E‐06 0.541477064

1.49417E‐06 0.360961842
Absolute values

0.359483386 0.018153911

0.539327086 0.054472036

0.798805298 0.080679335

1.167798771 0.117947676

1.684797616 0.170164559

2.398192837 0.242217477

3.367200458 0.340087246

4.662081193 0.4708702

6.363219819 0.642685202

8.558538964 0.864412435

11.33866192 1.145204854

14.7892344 1.493712674

18.97989644 1.91696954

23.94959467 2.418909061

29.68826955 2.998515225

36.11545842 3.6476613

43.05701983 4.348759003

50.2219759 5.072419566

57.18231879 5.775414197

63.35942823 6.399302251

68.02135291 6.870156644

70.29544816 7.099840265

69.20055563 6.989256119

63.70189882 6.43389178

52.79005163 5.331795215

35.58270968 3.593853678

11.44468097 1.155912778

19.8822084 2.008103049

58.15129883 5.873281182

102.5005019 10.35255069

151.37598 15.28897398

202.5072771 20.45323498

252.948912 25.54784011

299.1987614 30.2190749

337.3964374 34.07704018

363.5958151 36.72317733

374.0957671 37.78367247

365.8032624 36.9461295

336.5947183 33.99606655

285.6362931 28.84926561

213.6229006 21.57591297

122.8998547 12.41288532

17.44033415 1.761473749

97.33435617 9.830769973

214.8878502 21.70367287

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
328.0331997 33.13135317

429.4900477 43.37849481

512.482556 51.76073815

571.3185367 57.7031722

601.8895757 60.79084715

602.0386418 60.80590282

571.7551134 57.74726646

513.1757465 51.83075039

430.3914731 43.46953878

329.0813131 33.23721263

216.0133016 21.81734346

98.46584095 9.945049936

16.37034167 1.653404509

121.9500399 12.31695403

212.8391704 21.49675621

285.0492605 28.78997532

336.2187379 33.95809252

365.6369645 36.92933342

374.1238905 37.78651294

363.7920198 36.742994

337.7267151 34.11039822

299.6250453 30.26212957

253.4325208 25.5966846

203.011895 20.50420139

151.8699684 15.33886681

102.9584367 10.3988021

58.5547252 5.914027245

20.21968371 2.042188054

11.17812652 1.128990779

35.38653172 3.574039704

52.65939798 5.318599196

63.62890286 6.426519189

69.17558224 6.986733807

70.30819233 7.101127425

68.06172878 6.874234607

63.4182214 6.405240361

57.25160403 5.782412007

50.29532471 5.079827796

43.12953561 4.356083096

36.18368327 3.65455201

29.75000681 3.004750688

24.00368646 2.424372333

19.02598839 1.921624827

14.82755131 1.497582682

11.3698098 1.14835079

8.583341679 0.86691751

6.382592768 0.64464187

4.676940244 0.472370965

3.378401791 0.341218581

2.406498019 0.2430563

1.690857934 0.170776651

1.172153227 0.118387476
0.801887477 0.080990635

0.541477064 0.054689183

0.360961842 0.018228573
Cumulative normalization

0.018153911 1.28183E‐05

0.072625947 5.12804E‐05

0.153305282 0.000108247

0.271252958 0.000191529

0.441417517 0.00031168

0.683634994 0.000482707

1.02372224 0.000722839

1.49459244 0.001055316

2.137277642 0.001509109

3.001690077 0.002119461

4.146894931 0.002928078

5.640607606 0.003982772

7.557577146 0.005336323

9.976486207 0.007044289

12.97500143 0.009161508

16.62266273 0.011737082

20.97142173 0.014807694

26.0438413 0.018389275

31.8192555 0.022467232

38.21855775 0.02698571

45.08871439 0.031836653

52.18855466 0.036849774

59.17781078 0.041784812

65.61170256 0.046327713

70.94349777 0.050092436

74.53735145 0.052630017

75.69326423 0.053446195

77.70136728 0.054864095

83.57464846 0.059011155

93.92719915 0.066320979

109.2161731 0.077116358

129.6694081 0.091558166

155.2172482 0.109597219

185.4363231 0.130934581

219.5133633 0.154996011

256.2365406 0.180925849

294.0202131 0.207604491

330.9663426 0.233691753

364.9624092 0.257696008

393.8116748 0.278066162

415.3875877 0.293300681

427.8004731 0.302065285

429.5619468 0.303309042

439.3927168 0.310250443

461.0963896 0.325575171

) () f b  


494.2277428 0.348968861

537.6062376 0.379597947

589.3669758 0.416145644

647.070148 0.45688923

707.8609951 0.499812989

768.666898 0.542747379

826.4141644 0.583522099

878.2449148 0.620119231

921.7144536 0.650812602

954.9516662 0.674281038

976.7690097 0.689686028

986.7140596 0.69670812

988.3674641 0.697875571

1000.684418 0.706572439

1022.181174 0.721751066

1050.97115 0.742079356

1084.929242 0.766056798

1121.858576 0.792132201

1159.645089 0.818812849

1196.388083 0.844756679

1230.498481 0.868841662

1260.76061 0.890209424

1286.357295 0.908282966

1306.861496 0.922760761

1322.200363 0.933591369

1332.599165 0.940933851

1338.513193 0.945109681

1340.555381 0.946551648

1341.684371 0.947348816

1345.258411 0.949872407

1350.57701 0.953627812

1357.003529 0.958165508

1363.990263 0.963098765

1371.091391 0.968112795

1377.965625 0.972966617

1384.370866 0.977489288

1390.153278 0.981572187

1395.233105 0.985158998

1399.589189 0.988234781

1403.243741 0.990815221

1406.248491 0.992936843

1408.672864 0.994648666

1410.594488 0.996005504

1412.092071 0.997062931

1413.240422 0.997873769

1414.107339 0.99848589

1414.751981 0.998941065

1415.224352 0.999274601

1415.565571 0.999515532

1415.808627 0.999687151

1415.979404 0.999807735

1416.097791 0.999891327
1416.178782 0.999948514

1416.233471 0.999987129

1416.2517 1

71514.18948
Appendix C‐3c (i): Pulverized Coal CO Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Yes Coal PC no 1 AZCatalystPaperSnowflake

YES Yes Coal PC no 1 AZCatalystPaperSnowflake

YES Yes Coal PC no 1 AZCatalystPaperSnowflake

YES Coal PC no 2 IAUofNorthernIowa

YES Coal PC no 2 IAUofNorthernIowa

YES Coal PC no 2 IAUofNorthernIowa

YES Yes Coal PC no 2 IAUofNorthernIowa

YES Yes Coal PC no 2 IAUofNorthernIowa

YES Yes Coal PC no 2 IAUofNorthernIowa

YES Yes Coal PC no 3 OKGPMuskogeeMill

YES Yes Coal PC no 3 OKGPMuskogeeMill

YES Yes Coal PC no 3 OKGPMuskogeeMill

YES Coal PC no 3 OKGPMuskogeeMill

YES Coal PC no 3 OKGPMuskogeeMill

YES Coal PC no 3 OKGPMuskogeeMill

YES Yes Coal PC no 4 FLSmurfit‐Stone

YES Yes Coal PC no 4 FLSmurfit‐Stone

YES Yes Coal PC no 4 FLSmurfit‐Stone

YES Yes Coal PC no 5 TNEastman_NO_CBIDATA

YES Yes Coal PC no 5 TNEastman_NO_CBIDATA

YES Yes Coal PC no 5 TNEastman_NO_CBIDATA
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

Power Boiler #2 Coal ICR Phase I Organic HAP and CO CO ET Sample #1

Power Boiler #2 Coal ICR Phase I Organic HAP and CO CO ET Sample #2

Power Boiler #2 Coal ICR Phase I Organic HAP and CO CO ET Sample #3

Boiler #3 ICR Phase I Organic HAP and CO B3 CO ET Sample #1

Boiler #3 ICR Phase I Organic HAP and CO B3 CO ET Sample #2

Boiler #3 ICR Phase I Organic HAP and CO B3 CO ET Sample #3

Boiler #3 ICR Phase II ‐ Templates CO CO ET Sample  #1

Boiler #3 ICR Phase II ‐ Templates CO CO ET Sample  #2

Boiler #3 ICR Phase II ‐ Templates CO CO ET Sample  #3

B‐4 ICR Phase I Organic HAP and CO (B‐4) CO ET Sample #1

B‐4 ICR Phase I Organic HAP and CO (B‐4) CO ET Sample #2

B‐4 ICR Phase I Organic HAP and CO (B‐4) CO ET Sample #3

B‐4 ICR Phase II ‐ Voluntary Additional CO from Recon CCO ET Sample #1

B‐4 ICR Phase II ‐ Voluntary Additional CO from Recon CCO ET Sample #2

B‐4 ICR Phase II ‐ Voluntary Additional CO from Recon CCO ET Sample #3

7PB ICR Phase I Organic HAP and CO (2) CO ET Sample #1

7PB ICR Phase I Organic HAP and CO (2) CO ET Sample #2

7PB ICR Phase I Organic HAP and CO (2) CO ET Sample #3

Boiler 30 ICR Phase II ‐ ERT ERT CO ET 1

Boiler 30 ICR Phase II ‐ ERT ERT CO ET 2

Boiler 30 ICR Phase II ‐ ERT ERT CO ET 3
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

3/24/2006 5.721664275 1.74425972 0

3/24/2006 5.419296391 1.68996599 0

3/24/2006 5.338688086 1.674979946 0

8/3/2007 26.51437379 3.277686993 0

8/3/2007 36.15596426 3.587841921 0

8/3/2007 33.74556664 3.51884905 0

10/6/2009 9.715495485 2.273722084 0

10/6/2009 10.60340169 2.361174864 0

10/6/2009 10.69347914 2.369634129 0

4/16/2003 8.208232932 2.105137667 0

4/16/2003 30.98250312 3.433422629 0

4/16/2003 2.713633079 0.998288357 0

10/5/2010 73.41884259 4.296180614 0

10/5/2010 25.73166735 3.247722426 0

10/6/2010 26.08791361 3.261472127 0

6/20/2008 26.62431809 3.281825012 0

6/20/2008 10.12727807 2.315232583 0

6/20/2008 9.020612364 2.199512221 0

8/25/2009 15.81826404 2.761165224 0

8/25/2009 20.80710116 3.03529433 0

8/26/2009 16.90670728 2.827710424 0
Appendix C‐3c (ii): P

In top

12%?

Min Test

Avg?

YES Yes

YES Yes

YES

YES Yes

YES

Number of sources with

test data 5 YES Yes

n 21 YES Yes

n‐1 16

Average of natural log of

test run values (μ) 2.679098967

Variance of natural log of

test runs (σ2

) 0.64967101

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 35.49018917

Denominator for

calculation of flatness of z

distribution (β2z) 2.511184981

Flatness of z distribution

(β2z) 16.13284542

Skewness of z distribution

(√β1z) 2.161974662
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990683826 0.999300673 0.996042151

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 20.16471858

exp (2μ + σ2

) 406.6158753

exp (σ2

) ‐ 1 0.914910739

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.041488525

Square root term 35.60731288

Confidence Level 99% 99.9% 99.5%

UPL 6.15E+01 7.11E+01 6.51E+01

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 1.96E+00 ‐1.22E‐01

SE Skewness 0.53 0.53

Skewness Test non‐normal normal

Kurtosis = 5.41E+00 ‐3.43E‐01

SE Kurtosis 1.07 1.07

Kurtosis Test non‐normal normal

Number of test runs = 21 21
Pulverized Coal CO Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

PC Coal 1 AZCatalystPaperSnowfPower Boiler #2 Coal ICR Phase I Organic HAP and CO

PC Coal 2 IAUofNorthernIowa Boiler #3 ICR Phase II ‐ Templates CO

PC Coal 2 IAUofNorthernIowa Boiler #3 ICR Phase I Organic HAP and CO B

PC Coal 3 OKGPMuskogeeMill B‐4 ICR Phase I Organic HAP and CO (B

PC Coal 3 OKGPMuskogeeMill B‐4 ICR Phase II ‐ Voluntary Additional CO from Re

PC Coal 4 FLSmurfit‐Stone 7PB ICR Phase I Organic HAP and CO (2

PC Coal 5 TNEastman_NO_CBIDABoiler 30 ICR Phase II ‐ ERT ERT

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

CO 5.493216251 1.703513922 3 2 ET /Coal: Sub‐bituminous/

CO 10.33745877 2.335774072 3 2 ET Coal: Bituminous

CO 32.1386349 3.470058886 3 2 ET /Coal: Bituminous/

CO 13.96812304 2.636777808 3 2 ET /Coal: Sub‐bituminous/

CO 41.74614118 3.73160702 3 2 ET /Coal: Sub‐bituminous/

CO 15.25740284 2.725064818 3 2 ET /Coal: Bituminous/

CO 17.84402416 2.881668671 3 2 ET Coal: Bituminous
Appendix C‐3c (iii): Pulverized Coal CO Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 16.132845 2.1619747

8.93489E‐06 ‐5 =f(a) 222.9263

3.56245E‐05 1 ‐4.899 201.96679

7.49663E‐05 2 ‐4.798 182.43999

0.000132189 3 ‐4.697 164.28254

0.000214297 4 ‐4.596 147.43241

0.000330491 5 ‐4.495 131.82898

0.000492613 6 ‐4.394 117.41295

0.000715564 7 ‐4.293 104.12642

0.00101764 8 ‐4.192 91.912854

0.001420697 9 ‐4.091 80.717066

0.001950033 10 ‐3.99 70.485247

0.002633846 11 ‐3.889 61.164955

0.003502122 12 ‐3.788 52.705112

0.004584799 13 ‐3.687 45.056008

0.005909051 14 ‐3.586 38.169298

0.007495623 15 ‐3.485 31.998007

0.00935418 16 ‐3.384 26.496523

0.011477788 17 ‐3.283 21.620603

0.013836793 18 ‐3.182 17.327368

0.016372536 19 ‐3.081 13.575308

0.018991589 20 ‐2.98 10.32428

0.021561368 21 ‐2.879 7.5355042

0.02390816 22 ‐2.778 5.1715713

0.025818701 23 ‐2.677 3.1964366

0.02704641 24 ‐2.576 1.5754222

0.027323201 25 ‐2.475 0.275217

0.028268947 26 ‐2.374 ‐0.736123

0.030688236 27 ‐2.273 ‐1.489177

0.03478184 28 ‐2.172 ‐2.013155

0.040666754 29 ‐2.071 ‐2.335902

0.048341177 30 ‐1.97 ‐2.483896

0.057651271 31 ‐1.869 ‐2.482249

0.068263621 32 ‐1.768 ‐2.354706

0.079647562 33 ‐1.667 ‐2.123644

0.091071435 34 ‐1.566 ‐1.810076

0.10161613 35 ‐1.465 ‐1.433646

0.110208033 36 ‐1.364 ‐1.012633

0.115671796 37 ‐1.263 ‐0.563948

0.116801217 38 ‐1.162 ‐0.103138

0.121158122 39 ‐1.061 0.3556202

0.132005931 40 ‐0.96 0.7995138

0.150108306 41 ‐0.859 1.2170977

0.175902999 42 ‐0.758 1.598293

0.209434351 43 ‐0.657 1.9343876

0.250311397 44 ‐0.556 2.218036

   1 3 1 3

6

z z z

      

 2z

1z
0.29769778 45 ‐0.455 2.4432591

0.35033692 46 ‐0.354 2.6054447

0.406612497 47 ‐0.253 2.7013471

0.464640734 48 ‐0.152 2.7290871

0.522387546 49 ‐0.051 2.6881523

0.577800873 50 0.05 2.5793967

0.628946709 51 0.151 2.4050412

0.674136807 52 0.252 2.1686729

0.712036759 53 0.353 1.8752459

0.741745175 54 0.454 1.5310807

0.762837609 55 0.555 1.1438644

0.775372518 56 0.656 0.7226508

0.779860276 57 0.757 0.2778603

0.782520733 58 0.858 ‐0.17872

0.791130249 59 0.959 ‐0.633937

0.804293439 60 1.06 ‐1.07327

0.820528255 61 1.161 ‐1.480832

0.838371333 62 1.262 ‐1.83937

0.856470681 63 1.363 ‐2.130264

0.8736593 64 1.464 ‐2.333527

0.889005842 65 1.565 ‐2.427806

0.901841019 66 1.666 ‐2.390382

0.911760877 67 1.767 ‐2.197167

0.918610037 68 1.868 ‐1.822708

0.922449359 69 1.969 ‐1.240187

0.923513246 70 2.07 ‐0.421416

0.92486466 71 2.171 0.6631575

0.928193596 72 2.272 2.0444525

0.933029041 73 2.373 3.7547554

0.938904606 74 2.474 5.827719

0.945388105 75 2.575 8.2983626

0.952102237 76 2.676 11.203072

0.958736671 77 2.777 14.5796

0.965052516 78 2.878 18.467066

0.970880615 79 2.979 22.905955

0.9761153 80 3.08 27.93812

0.980705217 81 3.181 33.60678

0.984642711 82 3.282 39.95652

0.987952967 83 3.383 47.033293

0.990683826 84 3.484 54.884417

0.992896859 85 3.585 63.558578

0.994660049 86 3.686 73.105828

0.996042151 87 3.787 83.577586

0.99710867 88 3.888 95.026636

0.997919263 89 3.989 107.50713

0.998526322 90 4.09 121.07459

0.998974464 91 4.191 135.7859

0.999300673 92 4.292 151.6993

0.999534879 93 4.393 168.87443

0.999700773 94 4.494 187.37226

0.999816728 95 4.595 207.25514

0.999896724 96 4.696 228.58679
0.999951205 97 4.797 251.43231

0.999987838 98 4.898 275.85813

1 99 4.999 301.93208
distribution of Z

Normal

distribution

1.48672E‐06 0.000331429

2.45094E‐06 0.000495008

3.9995E‐06 0.000729669

6.46025E‐06 0.001061306

1.03291E‐05 0.001522842

1.63472E‐05 0.002155041

2.56093E‐05 0.003006859

3.97118E‐05 0.004135044

6.09553E‐05 0.005602571

9.26132E‐05 0.007475465

0.000139285 0.009817536

0.000207351 0.012682596

0.000305546 0.016103831

0.000445674 0.020080287

0.000643469 0.024560765

0.000919619 0.029425978

0.001300942 0.034470445

0.001821704 0.039386335

0.002525035 0.043752203

0.003464389 0.047030147

0.004704958 0.048575297

0.006324913 0.047661407

0.008416337 0.043525689

0.011085658 0.035434604

0.014453386 0.022770185

0.018652949 0.005133609

0.023828414 ‐0.017540653

0.030130931 ‐0.044870288

0.03771375 ‐0.075923622

0.046725789 ‐0.109146869

0.057303789 ‐0.142336675

0.069563239 ‐0.172673307

0.083588399 ‐0.196826097

0.099421884 ‐0.211136704

0.117054396 ‐0.211877334

0.136415346 ‐0.195571307

0.157365126 ‐0.159353101

0.179689839 ‐0.101335812

0.203099244 ‐0.020947237

0.227228529 0.080807047

0.251644341 0.201193133

0.275855243 0.335742786

0.299326439 0.47841136

0.321498297 0.621902327

0.341807853 0.758142111

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 0.878870089

0.37471238 0.976292393

0.386376486 1.043736998

0.394360216 1.076243388

0.398423793 1.071023837

0.398443914 1.027744935

0.394419966 0.948596256

0.386474058 0.838135816

0.374844865 0.702926287

0.359875719 0.55099875

0.34199778 0.391199077

0.32170943 0.232483582

0.299553264 0.083233973

0.276092166 ‐0.049343207

0.25188591 ‐0.159679745

0.227469632 ‐0.244136254

0.203335281 ‐0.301105359

0.17991684 ‐0.330933627

0.157579839 ‐0.335686643

0.136615273 ‐0.31879544

0.117237788 ‐0.284630637

0.099587708 ‐0.238052625

0.083736272 ‐0.183982539

0.069693339 ‐0.127030617

0.05741676 ‐0.071207497

0.046822635 ‐0.019731794

0.037795734 0.025064525

0.030199481 0.061741405

0.023885038 0.089682477

0.018699163 0.108973466

0.014490659 0.120248744

0.011115369 0.12452628

0.008439746 0.123048126

0.006343145 0.117139281

0.004718997 0.108093129

0.003475077 0.097087128

0.002533081 0.085128686

0.001827693 0.073028268

0.001305351 0.061394972

0.000922829 0.050648935

0.00064578 0.041044885

0.00044732 0.032701693

0.000306705 0.025633693

0.000208159 0.019780606

0.000139842 0.015033987

9.29928E‐05 0.011259065

6.12113E‐05 0.008311629

3.98826E‐05 0.006050162

2.5722E‐05 0.004343792

1.64209E‐05 0.003076818

1.03767E‐05 0.002150617

6.49066E‐06 0.001483679
4.01874E‐06 0.00101044

2.46298E‐06 0.000679432

1.49417E‐06 0.000451138
Absolute values

0.000331429 1.67372E‐05

0.000495008 4.99959E‐05

0.000729669 7.36966E‐05

0.001061306 0.000107192

0.001522842 0.000153807

0.002155041 0.000217659

0.003006859 0.000303693

0.004135044 0.000417639

0.005602571 0.00056586

0.007475465 0.000755022

0.009817536 0.000991571

0.012682596 0.001280942

0.016103831 0.001626487

0.020080287 0.002028109

0.024560765 0.002480637

0.029425978 0.002972024

0.034470445 0.003481515

0.039386335 0.00397802

0.043752203 0.004418972

0.047030147 0.004750045

0.048575297 0.004906105

0.047661407 0.004813802

0.043525689 0.004396095

0.035434604 0.003578895

0.022770185 0.002299789

0.005133609 0.000518494

0.017540653 0.001771606

0.044870288 0.004531899

0.075923622 0.007668286

0.109146869 0.011023834

0.142336675 0.014376004

0.172673307 0.017440004

0.196826097 0.019879436

0.211136704 0.021324807

0.211877334 0.021399611

0.195571307 0.019752702

0.159353101 0.016094663

0.101335812 0.010234917

0.020947237 0.002115671

0.080807047 0.008161512

0.201193133 0.020320506

0.335742786 0.033910021

0.47841136 0.048319547

0.621902327 0.062812135

0.758142111 0.076572353

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
0.878870089 0.088765879

0.976292393 0.098605532

1.043736998 0.105417437

1.076243388 0.108700582

1.071023837 0.108173408

1.027744935 0.103802238

0.948596256 0.095808222

0.838135816 0.084651717

0.702926287 0.070995555

0.55099875 0.055650874

0.391199077 0.039511107

0.232483582 0.023480842

0.083233973 0.008406631

0.049343207 0.004983664

0.159679745 0.016127654

0.244136254 0.024657762

0.301105359 0.030411641

0.330933627 0.033424296

0.335686643 0.033904351

0.31879544 0.032198339

0.284630637 0.028747694

0.238052625 0.024043315

0.183982539 0.018582236

0.127030617 0.012830092

0.071207497 0.007191957

0.019731794 0.001992911

0.025064525 0.002531517

0.061741405 0.006235882

0.089682477 0.00905793

0.108973466 0.01100632

0.120248744 0.012145123

0.12452628 0.012577154

0.123048126 0.012427861

0.117139281 0.011831067

0.108093129 0.010917406

0.097087128 0.0098058

0.085128686 0.008597997

0.073028268 0.007375855

0.061394972 0.006200892

0.050648935 0.005115542

0.041044885 0.004145533

0.032701693 0.003302871

0.025633693 0.002589003

0.019780606 0.001997841

0.015033987 0.001518433

0.011259065 0.001137166

0.008311629 0.000839475

0.006050162 0.000611066

0.004343792 0.000438723

0.003076818 0.000310759

0.002150617 0.000217212

0.001483679 0.000149852
0.00101044 0.000102054

0.000679432 6.86226E‐05

0.000451138 2.27825E‐05
Cumulative normalization

1.67372E‐05 8.93489E‐06

6.6733E‐05 3.56245E‐05

0.00014043 7.49663E‐05

0.000247621 0.000132189

0.000401429 0.000214297

0.000619088 0.000330491

0.00092278 0.000492613

0.00134042 0.000715564

0.00190628 0.00101764

0.002661302 0.001420697

0.003652873 0.001950033

0.004933815 0.002633846

0.006560302 0.003502122

0.008588411 0.004584799

0.011069048 0.005909051

0.014041072 0.007495623

0.017522587 0.00935418

0.021500606 0.011477788

0.025919579 0.013836793

0.030669624 0.016372536

0.035575729 0.018991589

0.040389531 0.021561368

0.044785625 0.02390816

0.04836452 0.025818701

0.050664309 0.02704641

0.051182804 0.027323201

0.05295441 0.028268947

0.057486309 0.030688236

0.065154595 0.03478184

0.076178428 0.040666754

0.090554433 0.048341177

0.107994437 0.057651271

0.127873872 0.068263621

0.149198679 0.079647562

0.17059829 0.091071435

0.190350992 0.10161613

0.206445655 0.110208033

0.216680572 0.115671796

0.218796243 0.116801217

0.226957755 0.121158122

0.247278262 0.132005931

0.281188283 0.150108306

0.32950783 0.175902999

0.392319965 0.209434351

0.468892319 0.250311397

) () f b  


0.557658198 0.29769778

0.656263729 0.35033692

0.761681166 0.406612497

0.870381748 0.464640734

0.978555156 0.522387546

1.082357394 0.577800873

1.178165616 0.628946709

1.262817333 0.674136807

1.333812889 0.712036759

1.389463762 0.741745175

1.428974869 0.762837609

1.452455711 0.775372518

1.460862342 0.779860276

1.465846006 0.782520733

1.48197366 0.791130249

1.506631422 0.804293439

1.537043063 0.820528255

1.570467359 0.838371333

1.60437171 0.856470681

1.63657005 0.8736593

1.665317744 0.889005842

1.689361059 0.901841019

1.707943296 0.911760877

1.720773388 0.918610037

1.727965345 0.922449359

1.729958256 0.923513246

1.732489773 0.92486466

1.738725655 0.928193596

1.747783585 0.933029041

1.758789905 0.938904606

1.770935029 0.945388105

1.783512183 0.952102237

1.795940044 0.958736671

1.807771111 0.965052516

1.818688517 0.970880615

1.828494317 0.9761153

1.837092314 0.980705217

1.844468169 0.984642711

1.850669062 0.987952967

1.855784604 0.990683826

1.859930137 0.992896859

1.863233008 0.994660049

1.865822011 0.996042151

1.867819853 0.99710867

1.869338285 0.997919263

1.870475451 0.998526322

1.871314925 0.998974464

1.871925992 0.999300673

1.872364715 0.999534879

1.872675473 0.999700773

1.872892686 0.999816728

1.873042537 0.999896724
1.873144592 0.999951205

1.873213214 0.999987838

1.873235997 1

92.7794
Appendix C‐3d (i): Coal Stoker/Sloped Grate/Other CO Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Yes Coal Stoker/Slopno 1 INNotreDame

YES Yes Coal Stoker/Slopno 1 INNotreDame

YES Yes Coal Stoker/Slopno 1 INNotreDame

YES Yes Coal Stoker/Slopno 2 WVDuPontWashingtonWo

YES Yes Coal Stoker/Slopno 2 WVDuPontWashingtonWo

YES Yes Coal Stoker/Slopno 2 WVDuPontWashingtonWo

YES Yes Coal Stoker/Slopno 3 OHMortonSaltRittman

YES Yes Coal Stoker/Slopno 3 OHMortonSaltRittman

YES Yes Coal Stoker/Slopno 3 OHMortonSaltRittman

YES Yes Coal Stoker/Slopno 4 OHAkronThermalEnergy

YES Yes Coal Stoker/Slopno 4 OHAkronThermalEnergy

YES Yes Coal Stoker/Slopno 4 OHAkronThermalEnergy

YES Yes Coal Stoker/Slopno 5 SCInternationalPaperEasto

YES Yes Coal Stoker/Slopno 5 SCInternationalPaperEasto

YES Yes Coal Stoker/Slopno 5 SCInternationalPaperEasto

YES Yes Coal Stoker/Slopno 6 IAMuscatinePowerandWat

YES Yes Coal Stoker/Slopno 6 IAMuscatinePowerandWat

YES Yes Coal Stoker/Slopno 6 IAMuscatinePowerandWat

YES Coal Stoker/Slopno 6 IAMuscatinePowerandWat

YES Coal Stoker/Slopno 6 IAMuscatinePowerandWat

YES Coal Stoker/Slopno 6 IAMuscatinePowerandWat

YES Coal Stoker/Slopno 6 IAMuscatinePowerandWat

YES Coal Stoker/Slopno 6 IAMuscatinePowerandWat

YES Coal Stoker/Slopno 6 IAMuscatinePowerandWat

YES Yes Coal Stoker/Slopno 7 VAUniversityofVirginia

YES Yes Coal Stoker/Slopno 7 VAUniversityofVirginia

YES Yes Coal Stoker/Slopno 7 VAUniversityofVirginia

YES Coal Stoker/Slopno 7 VAUniversityofVirginia

YES Coal Stoker/Slopno 7 VAUniversityofVirginia

YES Coal Stoker/Slopno 7 VAUniversityofVirginia

YES Yes Coal Stoker/Slopno 8 OHAppletonIdeas

YES Yes Coal Stoker/Slopno 8 OHAppletonIdeas

YES Yes Coal Stoker/Slopno 8 OHAppletonIdeas
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

B‐4 ICR Phase II ‐ Templates CO CO ET Sample #1

B‐4 ICR Phase II ‐ Templates CO CO ET Sample #2

B‐4 ICR Phase II ‐ Templates CO CO ET Sample #3

P05 ICR Phase I Organic HAP and CO P05 11CO ET Sample #1

P05 ICR Phase I Organic HAP and CO P05 11CO ET Sample #2

P05 ICR Phase I Organic HAP and CO P05 11CO ET Sample #3

B002 ‐ Coal‐Fired Boiler #2ICR Phase II ‐ ERT ERT CO ET 1

B002 ‐ Coal‐Fired Boiler #2ICR Phase II ‐ ERT ERT CO ET 2

B002 ‐ Coal‐Fired Boiler #2ICR Phase II ‐ ERT ERT CO ET 3

Boiler #32 (B001) ICR Phase I Organic HAP and CO CO ET Sample #1

Boiler #32 (B001) ICR Phase I Organic HAP and CO CO ET Sample #2

Boiler #32 (B001) ICR Phase I Organic HAP and CO CO ET Sample #3

No. 1 Power Boiler ICR Phase I Organic HAP and CO (PB1‐2CO ET Sample #1

No. 1 Power Boiler ICR Phase I Organic HAP and CO (PB1‐2CO ET Sample #2

No. 1 Power Boiler ICR Phase I Organic HAP and CO (PB1‐2CO ET Sample #3

Unit 7 ICR Phase I Organic HAP and CO CO ET Sample #1

Unit 7 ICR Phase I Organic HAP and CO CO ET Sample #2

Unit 7 ICR Phase I Organic HAP and CO CO ET Sample #3

Unit 7 ICR Phase I Organic HAP and CO (2) CO ET Sample #1

Unit 7 ICR Phase I Organic HAP and CO (2) CO ET Sample #2

Unit 7 ICR Phase I Organic HAP and CO (2) CO ET Sample #3

Unit 7 ICR Phase I Organic HAP and CO (3) CO ET Sample #1

Unit 7 ICR Phase I Organic HAP and CO (3) CO ET Sample #2

Unit 7 ICR Phase I Organic HAP and CO (3) CO ET Sample #3

7103‐1‐01R ICR Phase I Organic HAP and CO (2) CO ET Sample #1

7103‐1‐01R ICR Phase I Organic HAP and CO (2) CO ET Sample #2

7103‐1‐01R ICR Phase I Organic HAP and CO (2) CO ET Sample #3

7103‐1‐01R ICR Phase II ‐ ERT ERT CO ET 1

7103‐1‐01R ICR Phase II ‐ ERT ERT CO ET 2

7103‐1‐01R ICR Phase II ‐ ERT ERT CO ET 3

Boiler 4 (B003) ICR Phase I Organic HAP and CO CO ET Sample #1

Boiler 4 (B003) ICR Phase I Organic HAP and CO CO ET Sample #2

Boiler 4 (B003) ICR Phase I Organic HAP and CO CO ET Sample #3
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

8/25/2009 3.886198194 1.357431352 0

8/25/2009 4.671158756 1.541407169 0

8/25/2009 4.323717196 1.464115494 0

11/2/2005 15.54706463 2.743871851 0

11/2/2005 17.11382308 2.839886504 0

11/3/2005 16.27018392 2.789334225 0

8/25/2009 27.99396839 3.331989072 0

8/26/2009 28.86949527 3.362785511 0

8/27/2009 28.49702263 3.349799613 0

3/1/2007 37 3.610917913 0

3/1/2007 37 3.610917913 0

3/1/2007 37 3.610917913 0

12/8/2005 37 3.610917913 0

12/8/2005 37 3.610917913 0

12/8/2005 37 3.610917913 0

4/22/2004 37.2089791 3.616550106 0

4/22/2004 38.40926875 3.648298804 0

4/22/2004 51.61245489 3.943763017 0

12/12/2006 87.62114434 4.473022343 0

12/12/2006 73.21766856 4.293436766 0

12/12/2006 86.42085469 4.45922902 0

3/15/2005 105.6254891 4.659899716 0

3/15/2005 106.8257787 4.671199271 0

3/15/2005 100.8243305 4.6133797 0

12/6/2007 44.85856591 3.80351456 0

12/6/2007 42.11763804 3.740466609 0

12/6/2007 44.96151155 3.805806825 0

9/15/2009 63.76373882 4.155184672 0

9/16/2009 59.27829655 4.082243245 0

9/16/2009 50.11950807 3.914410315 0

1/29/2003 43.71903145 3.77778351 0

1/29/2003 44.37419452 3.792658096 0

1/29/2003 45.04929256 3.807757281 0
Appendix C‐3d (ii): C

In top

12%?

Min Test

Avg?

YES Yes

YES Yes

YES Yes

YES Yes

YES Yes

Number of sources with

test data 8 YES Yes

n 33 YES

n‐1 25 YES

YES Yes

YES

YES Yes

Average of natural log of

test run values (μ) 3.566810064

Variance of natural log of

test runs (σ2

) 0.693962433

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 41.11102336

Denominator for

calculation of flatness of z

distribution (β2z) 3.009795001

Flatness of z distribution

(β2z) 15.65907756

Skewness of z distribution

(√β1z) 2.312226346
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990641106 0.999300312 0.996031221

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 50.08849199

exp (2μ + σ2

) 2508.857029

exp (σ2

) ‐ 1 1.00163117

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.028553912

Square root term 90.46318234

Confidence Level 99% 99.9% 99.5%

UPL 1.55E+02 1.80E+02 1.64E+02

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 7.95E‐01 ‐1.36E+00

SE Skewness 0.43 0.43

Skewness Test normal normal

Kurtosis = 2.70E‐01 1.96E+00

SE Kurtosis 0.85 0.85

Kurtosis Test normal non‐normal

Number of test runs = 33 33
Coal Stoker/Sloped Grate/Other CO Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source

Stoker/SlopeCoal 1 INNotreDame B‐4 ICR Phase II ‐ Templates

Stoker/SlopeCoal 2 WVDuPontWashingto P05 ICR Phase I

Stoker/SlopeCoal 3 OHMortonSaltRittmanB002 ‐ Coal‐Fired BoileICR Phase II ‐ ERT

Stoker/SlopeCoal 4 OHAkronThermalEner Boiler #32 (B001) ICR Phase I

Stoker/SlopeCoal 5 SCInternationalPaperENo. 1 Power Boiler ICR Phase I

Stoker/SlopeCoal 6 IAMuscatinePowerandUnit 7 ICR Phase I

Stoker/SlopeCoal 6 IAMuscatinePowerandUnit 7 ICR Phase I

Stoker/SlopeCoal 6 IAMuscatinePowerandUnit 7 ICR Phase I

Stoker/SlopeCoal 7 VAUniversityofVirginia7103‐1‐01R ICR Phase I

Stoker/SlopeCoal 7 VAUniversityofVirginia7103‐1‐01R ICR Phase II ‐ ERT

Stoker/SlopeCoal 8 OHAppletonIdeas Boiler 4 (B003) ICR Phase I

Source Tab Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type

CO CO 4.293691382 1.457146825 3 2 ET

Organic HAP and CO P05 11.02.05 CO 16.31035721 2.791800318 3 2 ET

ERT CO 28.45349543 3.348271015 3 2 ET

Organic HAP and CO CO 37 3.610917913 3 2 ET

Organic HAP and CO (PB1‐2) CO 37 3.610917913 3 2 ET

Organic HAP and CO CO 42.41023425 3.747389707 3 2 ET

Organic HAP and CO (2) CO 82.4198892 4.411826782 3 2 ET

Organic HAP and CO (3) CO 104.4251994 4.64847102 3 2 ET

Organic HAP and CO (2) CO 43.9792385 3.78371767 3 2 ET

ERT CO 57.72051448 4.055612647 3 2 ET

Organic HAP and CO CO 44.38083951 3.792807834 3 2 ET

Fuel

Coal: Bituminous

/Coal: Bituminous/

Coal: Bituminous

/Coal: Bituminous/

/Coal: Bituminous/

/Coal: Sub‐bituminous/

/Coal: Sub‐bituminous/

/Coal: Sub‐bituminous/

/Coal: Bituminous/

Coal: Bituminous

/Coal: Bituminous/
Appendix C‐3d (iii): Coal Stoker/Sloped Grate/Other CO Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 15.659078 2.3122263

8.62678E‐06 ‐5 =f(a) 210.73581

3.43799E‐05 1 ‐4.899 190.80327

7.23159E‐05 2 ‐4.798 172.24034

0.000127454 3 ‐4.697 154.98619

0.000206509 4 ‐4.596 138.98127

0.000318289 5 ‐4.495 124.16737

0.000474108 6 ‐4.394 110.48757

0.000688177 7 ‐4.293 97.886296

0.000977897 8 ‐4.192 86.309276

0.001363998 9 ‐4.091 75.70356

0.001870376 10 ‐3.99 66.017514

0.002523534 11 ‐3.889 57.20082

0.003351462 12 ‐3.788 49.20448

0.004381798 13 ‐3.687 41.980812

0.005639173 14 ‐3.586 35.483451

0.007141615 15 ‐3.485 29.66735

0.008896046 16 ‐3.384 24.488778

0.010892955 17 ‐3.283 19.905323

0.013100535 18 ‐3.182 15.87589

0.015458736 19 ‐3.081 12.360701

0.01787388 20 ‐2.98 9.3212938

0.020214705 21 ‐2.879 6.7205261

0.022310842 22 ‐2.778 4.5225713

0.023954821 23 ‐2.677 2.6929206

0.024908662 24 ‐2.576 1.1983825

0.024915937 25 ‐2.475 0.0070827

0.026112072 26 ‐2.374 ‐0.911536

0.028744897 27 ‐2.273 ‐1.586713

0.032994956 28 ‐2.172 ‐2.04637

0.038957273 29 ‐2.071 ‐2.317113

0.046607393 30 ‐1.97 ‐2.42423

0.055769509 31 ‐1.869 ‐2.39169

0.066090496 32 ‐1.768 ‐2.242147

0.077023953 33 ‐1.667 ‐1.996937

0.087828164 34 ‐1.566 ‐1.676078

0.0975812 35 ‐1.465 ‐1.298271

0.105215103 36 ‐1.364 ‐0.880901

0.109569419 37 ‐1.263 ‐0.440033

0.109676598 38 ‐1.162 0.0095827

0.115364103 39 ‐1.061 0.4545146

0.127595773 40 ‐0.96 0.8826479

0.147088911 41 ‐0.859 1.2831853

0.174231838 42 ‐0.758 1.6466469

0.209019368 43 ‐0.657 1.9648699

0.251014067 44 ‐0.556 2.2310089

   1 3 1 3

6

z z z

      

 2z

1z
0.299339248 45 ‐0.455 2.4395359

0.352706887 46 ‐0.354 2.58624

0.409480264 47 ‐0.253 2.6682279

0.467767614 48 ‐0.152 2.6839233

0.52553974 49 ‐0.051 2.6330674

0.580761846 50 0.05 2.5167186

0.631528167 51 0.151 2.3372527

0.676187482 52 0.252 2.0983629

0.713448454 53 0.353 1.8050594

0.742455723 54 0.454 1.46367

0.762830709 55 0.555 1.0818397

0.774674652 56 0.656 0.6685308

0.778535152 57 0.757 0.2340229

0.78172937 58 0.858 ‐0.210087

0.790757945 59 0.959 ‐0.650885

0.804213295 60 1.06 ‐1.074139

0.820609905 61 1.161 ‐1.4643

0.838488797 62 1.262 ‐1.804503

0.856508891 63 1.363 ‐2.076564

0.87351901 64 1.464 ‐2.260981

0.888606809 65 1.565 ‐2.336938

0.90112349 66 1.666 ‐2.282298

0.910685552 67 1.767 ‐2.073609

0.917156766 68 1.868 ‐1.6861

0.920614903 69 1.969 ‐1.093685

0.921308414 70 2.07 ‐0.268959

0.923008495 71 2.171 0.8167999

0.926656658 72 2.272 2.1936315

0.931777123 73 2.373 3.8928919

0.93790133 74 2.474 5.9472551

0.944597062 75 2.575 8.3907123

0.951488635 76 2.676 11.258572

0.958268486 77 2.777 14.58746

0.964701212 78 2.878 18.415319

0.97062148 79 2.979 22.78141

0.975927485 80 3.08 27.72631

0.980571557 81 3.181 33.291915

0.984549396 82 3.282 39.521437

0.987889132 83 3.383 46.459405

0.990641106 84 3.484 54.151667

0.992868951 85 3.585 62.645386

0.994642306 86 3.686 71.989045

0.996031221 87 3.787 82.232441

0.997102189 88 3.888 93.426692

0.997915603 89 3.989 105.62423

0.998524389 90 4.09 118.87881

0.998973543 91 4.191 133.24549

0.999300312 92 4.292 148.78067

0.999534802 93 4.393 165.54204

0.99970082 94 4.494 183.58863

0.999816811 95 4.595 202.98077

0.999896798 96 4.696 223.78011
0.999951251 97 4.797 246.04964

0.999987853 98 4.898 269.85363

1 99 4.999 295.2577
distribution of Z

Normal

distribution

1.48672E‐06 0.000313305

2.45094E‐06 0.000467647

3.9995E‐06 0.000688876

6.46025E‐06 0.001001249

1.03291E‐05 0.00143555

1.63472E‐05 0.002029795

2.56093E‐05 0.002829505

3.97118E‐05 0.003887238

6.09553E‐05 0.005261004

9.26132E‐05 0.007011148

0.000139285 0.009195248

0.000207351 0.01186063

0.000305546 0.015034227

0.000445674 0.018709752

0.000643469 0.022832505

0.000919619 0.02728266

0.001300942 0.031858484

0.001821704 0.036261604

0.002525035 0.040087172

0.003464389 0.042822274

0.004704958 0.043856292

0.006324913 0.042506741

0.008416337 0.038063486

0.011085658 0.029852798

0.014453386 0.017320686

0.018652949 0.000132113

0.023828414 ‐0.021720454

0.030130931 ‐0.04780913

0.03771375 ‐0.077176291

0.046725789 ‐0.108268946

0.057303789 ‐0.13891755

0.069563239 ‐0.166373705

0.083588399 ‐0.187417496

0.099421884 ‐0.198539243

0.117054396 ‐0.196192302

0.136415346 ‐0.177104136

0.157365126 ‐0.138623072

0.179689839 ‐0.079069473

0.203099244 0.00194624

0.227228529 0.103278677

0.251644341 0.222113346

0.275855243 0.353973404

0.299326439 0.492884957

0.321498297 0.63170233

0.341807853 0.762576375

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 0.87753081

0.37471238 0.969096164

0.386376486 1.030940515

0.394360216 1.058432562

0.398423793 1.049076681

0.398443914 1.002771202

0.394419966 0.921859144

0.386474058 0.810962818

0.374844865 0.676617251

0.359875719 0.5267393

0.34199778 0.369986778

0.32170943 0.215072656

0.299553264 0.070102314

0.276092166 ‐0.058003405

0.25188591 ‐0.163948737

0.227469632 ‐0.244334

0.203335281 ‐0.297743951

0.17991684 ‐0.324660523

0.157579839 ‐0.32722459

0.136615273 ‐0.308884584

0.117237788 ‐0.273977422

0.099587708 ‐0.22728881

0.083736272 ‐0.173636258

0.069693339 ‐0.117509956

0.05741676 ‐0.062795868

0.046822635 ‐0.012593381

0.037795734 0.030871553

0.030199481 0.066246532

0.023885038 0.092981872

0.018699163 0.111208691

0.014490659 0.121586952

0.011115369 0.125143181

0.008439746 0.123114459

0.006343145 0.116811043

0.004718997 0.107505401

0.003475077 0.096351073

0.002533081 0.084331109

0.001827693 0.07223307

0.001305351 0.060645848

0.000922829 0.049972732

0.00064578 0.040455163

0.00044732 0.032202133

0.000306705 0.02522113

0.000208159 0.019447564

0.000139842 0.014770679

9.29928E‐05 0.011054873

6.12113E‐05 0.008156127

3.98826E‐05 0.005933759

2.5722E‐05 0.004258076

1.64209E‐05 0.003014688

1.03767E‐05 0.002106263

6.49066E‐06 0.00145248
4.01874E‐06 0.000988809

2.46298E‐06 0.000664643

1.49417E‐06 0.000441165
Absolute values

0.000313305 1.58219E‐05

0.000467647 4.72324E‐05

0.000688876 6.95764E‐05

0.001001249 0.000101126

0.00143555 0.000144991

0.002029795 0.000205009

0.002829505 0.00028578

0.003887238 0.000392611

0.005261004 0.000531361

0.007011148 0.000708126

0.009195248 0.00092872

0.01186063 0.001197924

0.015034227 0.001518457

0.018709752 0.001889685

0.022832505 0.002306083

0.02728266 0.002755549

0.031858484 0.003217707

0.036261604 0.003662422

0.040087172 0.004048804

0.042822274 0.00432505

0.043856292 0.004429485

0.042506741 0.004293181

0.038063486 0.003844412

0.029852798 0.003015133

0.017320686 0.001749389

0.000132113 1.33434E‐05

0.021720454 0.002193766

0.04780913 0.004828722

0.077176291 0.007794805

0.108268946 0.010935164

0.13891755 0.014030673

0.166373705 0.016803744

0.187417496 0.018929167

0.198539243 0.020052464

0.196192302 0.019815422

0.177104136 0.017887518

0.138623072 0.01400093

0.079069473 0.007986017

0.00194624 0.00019657

0.103278677 0.010431146

0.222113346 0.022433448

0.353973404 0.035751314

0.492884957 0.049781381

0.63170233 0.063801935

0.762576375 0.077020214

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
0.87753081 0.088630612

0.969096164 0.097878713

1.030940515 0.104124992

1.058432562 0.106901689

1.049076681 0.105956745

1.002771202 0.101279891

0.921859144 0.093107774

0.810962818 0.081907245

0.676617251 0.068338342

0.5267393 0.053200669

0.369986778 0.037368665

0.215072656 0.021722338

0.070102314 0.007080334

0.058003405 0.005858344

0.163948737 0.016558822

0.244334 0.024677734

0.297743951 0.030072139

0.324660523 0.032790713

0.32722459 0.033049684

0.308884584 0.031197343

0.273977422 0.02767172

0.22728881 0.02295617

0.173636258 0.017537262

0.117509956 0.011868506

0.062795868 0.006342383

0.012593381 0.001271931

0.030871553 0.003118027

0.066246532 0.0066909

0.092981872 0.009391169

0.111208691 0.011232078

0.121586952 0.012280282

0.125143181 0.012639461

0.123114459 0.01243456

0.116811043 0.011797915

0.107505401 0.010858046

0.096351073 0.009731458

0.084331109 0.008517442

0.07223307 0.00729554

0.060645848 0.006125231

0.049972732 0.005047246

0.040455163 0.004085971

0.032202133 0.003252415

0.02522113 0.002547334

0.019447564 0.001964204

0.014770679 0.001491839

0.011054873 0.001116542

0.008156127 0.000823769

0.005933759 0.00059931

0.004258076 0.000430066

0.003014688 0.000304483

0.002106263 0.000212733

0.00145248 0.000146701
0.000988809 9.98697E‐05

0.000664643 6.71289E‐05

0.000441165 2.22789E‐05
Cumulative normalization

1.58219E‐05 8.62678E‐06

6.30543E‐05 3.43799E‐05

0.000132631 7.23159E‐05

0.000233757 0.000127454

0.000378747 0.000206509

0.000583757 0.000318289

0.000869537 0.000474108

0.001262148 0.000688177

0.001793509 0.000977897

0.002501635 0.001363998

0.003430355 0.001870376

0.004628279 0.002523534

0.006146736 0.003351462

0.008036421 0.004381798

0.010342504 0.005639173

0.013098052 0.007141615

0.016315759 0.008896046

0.019978181 0.010892955

0.024026985 0.013100535

0.028352035 0.015458736

0.032781521 0.01787388

0.037074701 0.020214705

0.040919114 0.022310842

0.043934246 0.023954821

0.045683635 0.024908662

0.045696979 0.024915937

0.047890745 0.026112072

0.052719467 0.028744897

0.060514272 0.032994956

0.071449436 0.038957273

0.085480108 0.046607393

0.102283852 0.055769509

0.12121302 0.066090496

0.141265483 0.077023953

0.161080906 0.087828164

0.178968423 0.0975812

0.192969354 0.105215103

0.20095537 0.109569419

0.201151941 0.109676598

0.211583087 0.115364103

0.234016535 0.127595773

0.269767849 0.147088911

0.319549229 0.174231838

0.383351165 0.209019368

0.460371379 0.251014067

) () f b  


0.549001991 0.299339248

0.646880703 0.352706887

0.751005695 0.409480264

0.857907384 0.467767614

0.963864129 0.52553974

1.06514402 0.580761846

1.158251794 0.631528167

1.240159038 0.676187482

1.308497381 0.713448454

1.36169805 0.742455723

1.399066714 0.762830709

1.420789053 0.774674652

1.427869386 0.778535152

1.43372773 0.78172937

1.450286553 0.790757945

1.474964287 0.804213295

1.505036426 0.820609905

1.537827139 0.838488797

1.570876822 0.856508891

1.602074165 0.87351901

1.629745885 0.888606809

1.652702055 0.90112349

1.670239317 0.910685552

1.682107822 0.917156766

1.688450205 0.920614903

1.689722136 0.921308414

1.692840163 0.923008495

1.699531063 0.926656658

1.708922232 0.931777123

1.72015431 0.93790133

1.732434592 0.944597062

1.745074053 0.951488635

1.757508614 0.958268486

1.769306529 0.964701212

1.780164575 0.97062148

1.789896033 0.975927485

1.798413475 0.980571557

1.805709015 0.984549396

1.811834246 0.987889132

1.816881492 0.990641106

1.820967463 0.992868951

1.824219879 0.994642306

1.826767213 0.996031221

1.828731417 0.997102189

1.830223255 0.997915603

1.831339797 0.998524389

1.832163566 0.998973543

1.832762876 0.999300312

1.833192942 0.999534802

1.833497425 0.99970082

1.833710158 0.999816811

1.833856858 0.999896798
1.833956728 0.999951251

1.834023857 0.999987853

1.834046136 1

90.71488756
Appendix C‐4a (i): Biomass Dutch Oven/Pile Burner Filterable PM Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Yes Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Yes Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Yes Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Yes Wet Bioma Dutch Ovenno 2 ARPotlatchForestWarren

YES Yes Wet Bioma Dutch Ovenno 2 ARPotlatchForestWarren

YES Yes Wet Bioma Dutch Ovenno 2 ARPotlatchForestWarren

YES Wet Bioma Dutch Ovenno 2 ARPotlatchForestWarren

YES Wet Bioma Dutch Ovenno 2 ARPotlatchForestWarren

YES Wet Bioma Dutch Ovenno 2 ARPotlatchForestWarren

YES Yes Wet Bioma Dutch Ovenno 3 NCWeyerhaeuserGrifton

YES Yes Wet Bioma Dutch Ovenno 3 NCWeyerhaeuserGrifton

YES Yes Wet Bioma Dutch Ovenno 3 NCWeyerhaeuserGrifton

YES Wet Bioma Dutch Ovenno 3 NCWeyerhaeuserGrifton

YES Wet Bioma Dutch Ovenno 3 NCWeyerhaeuserGrifton

YES Wet Bioma Dutch Ovenno 3 NCWeyerhaeuserGrifton

YES Wet Bioma Dutch Ovenno 4 NCWeyerhaeuserGrifton

YES Wet Bioma Dutch Ovenno 4 NCWeyerhaeuserGrifton

YES Wet Bioma Dutch Ovenno 4 NCWeyerhaeuserGrifton

YES Yes Wet Bioma Dutch Ovenno 4 NCWeyerhaeuserGrifton

YES Yes Wet Bioma Dutch Ovenno 4 NCWeyerhaeuserGrifton

YES Yes Wet Bioma Dutch Ovenno 4 NCWeyerhaeuserGrifton

YES Yes Wet Bioma Dutch Ovenno 5 ORRosboroSpringfield

YES Yes Wet Bioma Dutch Ovenno 5 ORRosboroSpringfield

YES Yes Wet Bioma Dutch Ovenno 5 ORRosboroSpringfield
UnitID Data Source Source Tab Pollutant

Data

Type

Hog Fuel Boiler EU1 ICR Phase I PM and Metals Particulate MattET

Hog Fuel Boiler EU1 ICR Phase I PM and Metals Particulate MattET

Hog Fuel Boiler EU1 ICR Phase I PM and Metals Particulate MattET

Hog Fuel Boiler EU1 ICR Phase I PM and Metals (2) Particulate MattET

Hog Fuel Boiler EU1 ICR Phase I PM and Metals (2) Particulate MattET

Hog Fuel Boiler EU1 ICR Phase I PM and Metals (2) Particulate MattET

Hog Fuel Boiler EU1 ICR Phase II ‐ Templates PM (filter) Particulate MattET

Hog Fuel Boiler EU1 ICR Phase II ‐ Templates PM (filter) Particulate MattET

Hog Fuel Boiler EU1 ICR Phase II ‐ Templates PM (filter) Particulate MattET

Wellons Boiler ICR Phase I PM and Metals Particulate MattET

Wellons Boiler ICR Phase I PM and Metals Particulate MattET

Wellons Boiler ICR Phase I PM and Metals Particulate MattET

Wellons Boiler ICR Phase II ‐ Test Report Phase II PM From Test Report Particulate MattET

Wellons Boiler ICR Phase II ‐ Test Report Phase II PM From Test Report Particulate MattET

Wellons Boiler ICR Phase II ‐ Test Report Phase II PM From Test Report Particulate MattET

ES‐SEH‐3901 ICR Phase I PM and Metals Particulate MattET

ES‐SEH‐3901 ICR Phase I PM and Metals Particulate MattET

ES‐SEH‐3901 ICR Phase I PM and Metals Particulate MattET

ES‐SEH‐3901 ICR Phase I PM and Metals (2) Particulate MattET

ES‐SEH‐3901 ICR Phase I PM and Metals (2) Particulate MattET

ES‐SEH‐3901 ICR Phase I PM and Metals (2) Particulate MattET

ES‐SEH‐2901 ICR Phase I PM and Metal(3) Particulate MattET

ES‐SEH‐2901 ICR Phase I PM and Metal(3) Particulate MattET

ES‐SEH‐2901 ICR Phase I PM and Metal(3) Particulate MattET

ES‐SEH‐2901 ICR Phase I PM and Metal(5) Particulate MattET

ES‐SEH‐2901 ICR Phase I PM and Metal(5) Particulate MattET

ES‐SEH‐2901 ICR Phase I PM and Metal(5) Particulate MattET

DV 01.1 ICR Phase II ‐ Test Report Phase II PM From Test Report Particulate MattET

DV 01.1 ICR Phase II ‐ Test Report Phase II PM From Test Report Particulate MattET

DV 01.1 ICR Phase II ‐ Test Report Phase II PM From Test Report Particulate MattET
Run Number Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

Sample #1 11/10/2004 0.001235997 ‐6.695877569 0

Sample #2 11/10/2004 0.001214066 ‐6.713780079 0

Sample #3 11/10/2004 0.00167599 ‐6.391351528 0

Sample #1 9/18/1996 0.002 ‐6.214608098 0

Sample #2 9/18/1996 0.002 ‐6.214608098 0

Sample #3 9/18/1996 0.002 ‐6.214608098 0

Sample #1 8/11/2009 ND 0.0015 ‐6.502290171 1

Sample #2 8/11/2009 0.0018 ‐6.319968614 0

Sample #3 8/12/2009 ND 0.0006 ‐7.418580903 1

Sample #1 8/8/2006 0.0011 ‐6.812445099 0

Sample #2 8/8/2006 0.003451532 ‐5.668937226 0

Sample #3 8/8/2006 0.003673122 ‐5.606713338 0

1 9/9/2009 0.0048 ‐5.339139361 0

2 9/9/2009 0.0033 ‐5.713832811 0

3 9/9/2009 0.0355 ‐3.338222583 0

Sample #1 3/14/2008 0.023 ‐3.772261063 0

Sample #2 3/14/2008 0.018 ‐4.017383521 0

Sample #3 3/14/2008 0.01 ‐4.605170186 0

Sample #1 2/23/2001 0.025 ‐3.688879454 0

Sample #2 2/23/2001 0.022 ‐3.816712826 0

Sample #3 2/23/2001 0.023 ‐3.772261063 0

Sample #1 2/23/2001 0.025 ‐3.688879454 0

Sample #2 2/23/2001 0.022 ‐3.816712826 0

Sample #3 2/23/2001 0.023 ‐3.772261063 0

Sample #1 3/14/2008 0.023 ‐3.772261063 0

Sample #2 3/14/2008 0.018 ‐4.017383521 0

Sample #3 3/14/2008 0.01 ‐4.605170186 0

M5‐1 7/21/2009 0.058 ‐2.847312268 0

M5‐2 7/22/2009 0.23 ‐1.46967597 0

M5‐3 7/21/2009 0.072 ‐2.63108916 0
Appendix C‐4a (ii): B

In top

12%?

Min Test

Avg?

YES Yes

YES

YES

YES Yes

YES

Number of sources with

test data 5 YES Yes

n 30 YES

n‐1 25 YES Yes

YES

YES Yes

Average of natural log of

test run values (μ) ‐4.848612573

Variance of natural log of

test runs (σ2

) 2.277315163

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 11174.80959

Denominator for

calculation of flatness of z

distribution (β2z) 229.7120089

Flatness of z distribution

(β2z) 50.64704131

Skewness of z distribution

(√β1z) 20.06827782
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.991850845 0.999224754 0.995510516

z‐value 3.585 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 0.024478625

exp (2μ + σ2

) 0.000599203

exp (σ2

) ‐ 1 8.750466824

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.165327132

Square root term 0.1289244

Confidence Level 99% 99.9% 99.5%

UPL 1.79E‐01 2.09E‐01 1.87E‐01

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 4.25E+00 1.54E‐01

SE Skewness 0.45 0.45

Skewness Test non‐normal normal

Kurtosis = 2.03E+01 ‐8.84E‐01

SE Kurtosis 0.89 0.89

Kurtosis Test non‐normal normal

Number of test runs = 30 30
Biomass Dutch Oven/Pile Burner Filterable PM Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

Dutch Oven/Wet Biom 1 WAWeyerhaeuser_Ra Hog Fuel Boiler EU1 ICR Phase II ‐ Templates PM (filter)

Dutch Oven/Wet Biom 1 WAWeyerhaeuser_Ra Hog Fuel Boiler EU1 ICR Phase I PM and Metals

Dutch Oven/Wet Biom 1 WAWeyerhaeuser_Ra Hog Fuel Boiler EU1 ICR Phase I PM and Metals (2)

Dutch Oven/Wet Biom 2 ARPotlatchForestWarrWellons Boiler ICR Phase I PM and Metals

Dutch Oven/Wet Biom 2 ARPotlatchForestWarrWellons Boiler ICR Phase II ‐ Test Repor Phase II PM From Test

Dutch Oven/Wet Biom 3 NCWeyerhaeuserGrift ES‐SEH‐3901 ICR Phase I PM and Metals

Dutch Oven/Wet Biom 3 NCWeyerhaeuserGrift ES‐SEH‐3901 ICR Phase I PM and Metals (2)

Dutch Oven/Wet Biom 4 NCWeyerhaeuserGrift ES‐SEH‐2901 ICR Phase I PM and Metal(5)

Dutch Oven/Wet Biom 4 NCWeyerhaeuserGrift ES‐SEH‐2901 ICR Phase I PM and Metal(3)

Dutch Oven/Wet Biom 5 ORRosboroSpringfield DV 01.1 ICR Phase II ‐ Test Repor Phase II PM From Test

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

Particulate M 0.0013 ‐6.645391015 3 2 ET Hog Fuel

Particulate M 0.001375351 ‐6.589046447 3 2 ET /Hog Fuel/

Particulate M 0.002 ‐6.214608098 3 2 ET /Hog Fuel/

Particulate M 0.002741551 ‐5.899231415 3 2 ET /Hog Fuel/

Particulate M 0.014533333 ‐4.231310417 3 2 ET Hog Fuel

Particulate M 0.017 ‐4.074541935 3 2 ET Hog Fuel

Particulate M 0.023333333 ‐3.757872326 3 2 ET Hog Fuel

Particulate M 0.017 ‐4.074541935 3 2 ET Hog Fuel

Particulate M 0.023333333 ‐3.757872326 3 2 ET Hog Fuel

Particulate M 0.12 ‐2.120263536 3 2 ET Hog Fuel
Appendix C‐4a (iii): Biomass Dutch Oven/Pile Burner Filterable PM Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 50.647041 20.068278

5.82007E‐06 ‐5 =f(a) 582.05181

2.29807E‐05 1 ‐4.899 520.51536

4.792E‐05 2 ‐4.798 463.56602

8.36345E‐05 3 ‐4.697 410.98643

0.000134009 4 ‐4.596 362.56423

0.000203956 5 ‐4.495 318.09198

0.000299503 6 ‐4.394 277.36722

0.000427809 7 ‐4.293 240.19244

0.000597022 8 ‐4.192 206.37509

0.00081594 9 ‐4.091 175.72758

0.001093355 10 ‐3.99 148.06728

0.001437025 11 ‐3.889 123.21652

0.001852147 12 ‐3.788 101.00257

0.002339282 13 ‐3.687 81.257676

0.002891671 14 ‐3.586 63.81904

0.00349198 15 ‐3.485 48.528819

0.004108559 16 ‐3.384 35.234128

0.004691447 17 ‐3.283 23.787041

0.005168475 18 ‐3.182 14.044591

0.005441965 19 ‐3.081 5.8687685

0.005497245 20 ‐2.98 ‐0.873479

0.006034114 21 ‐2.879 ‐6.310244

0.007230154 22 ‐2.778 ‐10.56466

0.009281253 23 ‐2.677 ‐13.75491

0.012390816 24 ‐2.576 ‐15.99421

0.016754312 25 ‐2.475 ‐17.39081

0.022539162 26 ‐2.374 ‐18.04803

0.029860636 27 ‐2.273 ‐18.0642

0.038755025 28 ‐2.172 ‐17.53272

0.049152118 29 ‐2.071 ‐16.542

0.060849651 30 ‐1.97 ‐15.17553

0.073492947 31 ‐1.869 ‐13.5118

0.086563174 32 ‐1.768 ‐11.62438

0.099377601 33 ‐1.667 ‐9.581865

0.111104622 34 ‐1.566 ‐7.447882

0.120795343 35 ‐1.465 ‐5.281116

0.127432052 36 ‐1.364 ‐3.135286

0.129992112 37 ‐1.263 ‐1.059155

0.132460369 38 ‐1.162 0.9034723

0.140755053 39 ‐1.061 2.7137498

0.155438323 40 ‐0.96 4.3377893

0.176762094 41 ‐0.859 5.7466612

0.204609963 42 ‐0.758 6.9163936

0.238462808 43 ‐0.657 7.8279731

0.277393886 44 ‐0.556 8.4673442

   1 3 1 3

6

z z z

      

 2z

1z
0.32009677 45 ‐0.455 8.8254097

0.364946427 46 ‐0.354 8.8980307

0.410090319 47 ‐0.253 8.6860263

0.453563202 48 ‐0.152 8.1951737

0.493416475 49 ‐0.051 7.4362085

0.527851122 50 0.05 6.4248243

0.555342472 51 0.151 5.181673

0.574745592 52 0.252 3.7323644

0.585371829 53 0.353 2.1074668

0.587029845 54 0.454 0.3425066

0.594031717 55 0.555 ‐1.522032

0.608921162 56 0.656 ‐3.440706

0.630531337 57 0.757 ‐5.363114

0.65739676 58 0.858 ‐7.233899

0.687866107 59 0.959 ‐8.992741

0.720221374 60 1.06 ‐10.57437

0.752792932 61 1.161 ‐11.90854

0.784061217 62 1.262 ‐12.92008

0.812737817 63 1.363 ‐13.52882

0.837821322 64 1.464 ‐13.64966

0.858626096 65 1.565 ‐13.19253

0.874784829 66 1.666 ‐12.06242

0.886227986 67 1.767 ‐10.15933

0.893144964 68 1.868 ‐7.378328

0.895932718 69 1.969 ‐3.609512

0.896727545 70 2.07 1.2619725

0.900467345 71 2.171 7.3559423

0.906478325 72 2.272 14.797171

0.914097771 73 2.373 23.715389

0.922711479 74 2.474 34.245287

0.931780404 75 2.575 46.526512

0.940856645 76 2.676 60.703672

0.949589808 77 2.777 76.926329

0.957725379 78 2.878 95.349006

0.965097046 79 2.979 116.13118

0.97161499 80 3.08 139.4373

0.977251992 81 3.181 165.43676

0.982028957 82 3.282 194.3039

0.986001073 83 3.383 226.21806

0.989245465 84 3.484 261.36348

0.991850845 85 3.585 299.92942

0.993909347 86 3.686 342.11005

0.995510516 87 3.787 388.10451

0.996737253 88 3.888 438.11692

0.997663408 89 3.989 492.35634

0.99835269 90 4.09 551.03679

0.998858554 91 4.191 614.37724

0.999224754 92 4.292 682.60163

0.999486306 93 4.393 755.93886

0.999670661 94 4.494 834.62278

0.99979892 95 4.595 918.8922

0.999887014 96 4.696 1008.9909
0.999946756 97 4.797 1105.1676

0.999986767 98 4.898 1207.676

1 99 4.999 1316.7747
distribution of Z

Normal

distribution

1.48672E‐06 0.000865348

2.45094E‐06 0.001275752

3.9995E‐06 0.001854034

6.46025E‐06 0.002655074

1.03291E‐05 0.003744958

1.63472E‐05 0.005199928

2.56093E‐05 0.007103169

3.97118E‐05 0.009538466

6.09553E‐05 0.012579646

9.26132E‐05 0.016274691

0.000139285 0.020623548

0.000207351 0.02554903

0.000305546 0.030860921

0.000445674 0.036214425

0.000643469 0.041065581

0.000919619 0.044628027

0.001300942 0.045837563

0.001821704 0.043332945

0.002525035 0.035463079

0.003464389 0.020331696

0.004704958 ‐0.004109681

0.006324913 ‐0.039911743

0.008416337 ‐0.088915761

0.011085658 ‐0.152482234

0.014453386 ‐0.231170446

0.018652949 ‐0.324389925

0.023828414 ‐0.430055918

0.030130931 ‐0.544291233

0.03771375 ‐0.661224525

0.046725789 ‐0.772938131

0.057303789 ‐0.869615219

0.069563239 ‐0.939924802

0.083588399 ‐0.971663655

0.099421884 ‐0.952647028

0.117054396 ‐0.871807345

0.136415346 ‐0.720425212

0.157365126 ‐0.49338462

0.179689839 ‐0.190319368

0.203099244 0.183494548

0.227228529 0.616641364

0.251644341 1.091580139

0.275855243 1.585246618

0.299326439 2.070259468

0.321498297 2.516680007

0.341807853 2.894204731

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 3.174607483

0.37471238 3.334202272

0.386376486 3.35607631

0.394360216 3.231850478

0.398423793 2.962762402

0.398443914 2.559932148

0.394419966 2.04375527

0.386474058 1.442462019

0.374844865 0.789973126

0.359875719 0.123259812

0.34199778 ‐0.520531502

0.32170943 ‐1.106907484

0.299553264 ‐1.606538409

0.276092166 ‐1.997222735

0.25188591 ‐2.265144828

0.227469632 ‐2.405347411

0.203335281 ‐2.421426851

0.17991684 ‐2.324539237

0.157579839 ‐2.131868855

0.136615273 ‐1.864751839

0.117237788 ‐1.54666348

0.099587708 ‐1.201268606

0.083736272 ‐0.850704415

0.069693339 ‐0.51422028

0.05741676 ‐0.207246508

0.046822635 0.059088876

0.037795734 0.278023241

0.030199481 0.446866876

0.023885038 0.566442968

0.018699163 0.640358189

0.014490659 0.674199832

0.011115369 0.67474371

0.008439746 0.649238697

0.006343145 0.604812599

0.004718997 0.548022695

0.003475077 0.484555417

0.002533081 0.419064665

0.001827693 0.355127967

0.001305351 0.295294047

0.000922829 0.24119382

0.00064578 0.193688543

0.00044732 0.153032635

0.000306705 0.119033732

0.000208159 0.091197782

0.000139842 0.068851979

9.29928E‐05 0.051242451

6.12113E‐05 0.037606818

3.98826E‐05 0.027223925

2.5722E‐05 0.019444276

1.64209E‐05 0.013705245

1.03767E‐05 0.009535036

6.49066E‐06 0.006549016
4.01874E‐06 0.004441377

2.46298E‐06 0.002974476

1.49417E‐06 0.001967486
Absolute values

0.000865348 4.37001E‐05

0.001275752 0.000128851

0.001854034 0.000187257

0.002655074 0.000268162

0.003744958 0.000378241

0.005199928 0.000525193

0.007103169 0.00071742

0.009538466 0.000963385

0.012579646 0.001270544

0.016274691 0.001643744

0.020623548 0.002082978

0.02554903 0.002580452

0.030860921 0.003116953

0.036214425 0.003657657

0.041065581 0.004147624

0.044628027 0.004507431

0.045837563 0.004629594

0.043332945 0.004376627

0.035463079 0.003581771

0.020331696 0.002053501

0.004109681 0.000415078

0.039911743 0.004031086

0.088915761 0.008980492

0.152482234 0.015400706

0.231170446 0.023348215

0.324389925 0.032763382

0.430055918 0.043435648

0.544291233 0.054973415

0.661224525 0.066783677

0.772938131 0.078066751

0.869615219 0.087831137

0.939924802 0.094932405

0.971663655 0.098138029

0.952647028 0.09621735

0.871807345 0.088052542

0.720425212 0.072762946

0.49338462 0.049831847

0.190319368 0.019222256

0.183494548 0.018532949

0.616641364 0.062280778

1.091580139 0.110249594

1.585246618 0.160109908

2.070259468 0.209096206

2.516680007 0.254184681

2.894204731 0.292314678

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
3.174607483 0.320635356

3.334202272 0.33675443

3.35607631 0.338963707

3.231850478 0.326416898

2.962762402 0.299239003

2.559932148 0.258553147

2.04375527 0.206419282

1.442462019 0.145688664

0.789973126 0.079787286

0.123259812 0.012449241

0.520531502 0.052573682

1.106907484 0.111797656

1.606538409 0.162260379

1.997222735 0.201719496

2.265144828 0.228779628

2.405347411 0.242940089

2.421426851 0.244564112

2.324539237 0.234778463

2.131868855 0.215318754

1.864751839 0.188339936

1.54666348 0.156213012

1.201268606 0.121328129

0.850704415 0.085921146

0.51422028 0.051936248

0.207246508 0.020931897

0.059088876 0.005967976

0.278023241 0.028080347

0.446866876 0.045133554

0.566442968 0.05721074

0.640358189 0.064676177

0.674199832 0.068094183

0.67474371 0.068149115

0.649238697 0.065573108

0.604812599 0.061086072

0.548022695 0.055350292

0.484555417 0.048940097

0.419064665 0.042325531

0.355127967 0.035867925

0.295294047 0.029824699

0.24119382 0.024360576

0.193688543 0.019562543

0.153032635 0.015456296

0.119033732 0.012022407

0.091197782 0.009210976

0.068851979 0.00695405

0.051242451 0.005175488

0.037606818 0.003798289

0.027223925 0.002749616

0.019444276 0.001963872

0.013705245 0.00138423

0.009535036 0.000963039

0.006549016 0.000661451
0.004441377 0.000448579

0.002974476 0.000300422

0.001967486 9.93581E‐05
Cumulative normalization

4.37001E‐05 5.82007E‐06

0.000172551 2.29807E‐05

0.000359808 4.792E‐05

0.000627971 8.36345E‐05

0.001006212 0.000134009

0.001531404 0.000203956

0.002248824 0.000299503

0.003212209 0.000427809

0.004482754 0.000597022

0.006126498 0.00081594

0.008209476 0.001093355

0.010789928 0.001437025

0.013906881 0.001852147

0.017564538 0.002339282

0.021712162 0.002891671

0.026219592 0.00349198

0.030849186 0.004108559

0.035225814 0.004691447

0.038807584 0.005168475

0.040861086 0.005441965

0.041276164 0.005497245

0.04530725 0.006034114

0.054287741 0.007230154

0.069688447 0.009281253

0.093036662 0.012390816

0.125800045 0.016754312

0.169235692 0.022539162

0.224209107 0.029860636

0.290992784 0.038755025

0.369059535 0.049152118

0.456890672 0.060849651

0.551823077 0.073492947

0.649961106 0.086563174

0.746178456 0.099377601

0.834230998 0.111104622

0.906993945 0.120795343

0.956825791 0.127432052

0.976048047 0.129992112

0.994580997 0.132460369

1.056861774 0.140755053

1.167111368 0.155438323

1.327221277 0.176762094

1.536317483 0.204609963

1.790502164 0.238462808

2.082816842 0.277393886

) () f b  


2.403452197 0.32009677

2.740206627 0.364946427

3.079170334 0.410090319

3.405587233 0.453563202

3.704826235 0.493416475

3.963379382 0.527851122

4.169798664 0.555342472

4.315487328 0.574745592

4.395274614 0.585371829

4.407723855 0.587029845

4.460297537 0.594031717

4.572095192 0.608921162

4.734355572 0.630531337

4.936075068 0.65739676

5.164854696 0.687866107

5.407794784 0.720221374

5.652358896 0.752792932

5.887137359 0.784061217

6.102456113 0.812737817

6.290796049 0.837821322

6.447009061 0.858626096

6.56833719 0.874784829

6.654258336 0.886227986

6.706194584 0.893144964

6.727126481 0.895932718

6.733094458 0.896727545

6.761174805 0.900467345

6.80630836 0.906478325

6.863519099 0.914097771

6.928195277 0.922711479

6.99628946 0.931780404

7.064438574 0.940856645

7.130011683 0.949589808

7.191097755 0.957725379

7.246448047 0.965097046

7.295388145 0.97161499

7.337713676 0.977251992

7.3735816 0.982028957

7.403406299 0.986001073

7.427766875 0.989245465

7.447329418 0.991850845

7.462785714 0.993909347

7.474808121 0.995510516

7.484019097 0.996737253

7.490973147 0.997663408

7.496148634 0.99835269

7.499946923 0.998858554

7.502696539 0.999224754

7.504660411 0.999486306

7.506044641 0.999670661

7.50700768 0.99979892

7.50766913 0.999887014
7.508117709 0.999946756

7.508418131 0.999986767

7.508517489 1

359.6448459
Appendix C‐4b (i): Biomass Dutch Oven/Pile Burner TSM Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Yes Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Yes Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Yes Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Wet Bioma Dutch Ovenno 1 WAWeyerhaeuser_Raymo

YES Yes Wet Bioma Dutch Ovenno 2 ARPotlatchForestWarren

YES Yes Wet Bioma Dutch Ovenno 2 ARPotlatchForestWarren

YES Yes Wet Bioma Dutch Ovenno 2 ARPotlatchForestWarren

YES Wet Bioma Dutch Ovenno 2 ARPotlatchForestWarren

YES Wet Bioma Dutch Ovenno 2 ARPotlatchForestWarren

YES Wet Bioma Dutch Ovenno 2 ARPotlatchForestWarren

YES Wet Bioma Dutch Ovenno 3 NCWeyerhaeuserGrifton

YES Wet Bioma Dutch Ovenno 3 NCWeyerhaeuserGrifton

YES Wet Bioma Dutch Ovenno 3 NCWeyerhaeuserGrifton

YES Yes Wet Bioma Dutch Ovenno 3 NCWeyerhaeuserGrifton

YES Yes Wet Bioma Dutch Ovenno 3 NCWeyerhaeuserGrifton

YES Yes Wet Bioma Dutch Ovenno 3 NCWeyerhaeuserGrifton

YES Yes Wet Bioma Dutch Ovenno 4 NCWeyerhaeuserGrifton

YES Yes Wet Bioma Dutch Ovenno 4 NCWeyerhaeuserGrifton

YES Yes Wet Bioma Dutch Ovenno 4 NCWeyerhaeuserGrifton

YES Wet Bioma Dutch Ovenno 4 NCWeyerhaeuserGrifton

YES Wet Bioma Dutch Ovenno 4 NCWeyerhaeuserGrifton

YES Wet Bioma Dutch Ovenno 4 NCWeyerhaeuserGrifton

YES Yes Wet Bioma Dutch Ovenno 5 ORRosboroSpringfield

YES Yes Wet Bioma Dutch Ovenno 5 ORRosboroSpringfield

YES Yes Wet Bioma Dutch Ovenno 5 ORRosboroSpringfield
UnitID Data Source Source Tab Pollutant

Data

Type

Hog Fuel Boiler EU1 ICR Phase I PM and Metals Particulate MattET

Hog Fuel Boiler EU1 ICR Phase I PM and Metals Particulate MattET

Hog Fuel Boiler EU1 ICR Phase I PM and Metals Particulate MattET

Hog Fuel Boiler EU1 ICR Phase I PM and Metals (2) Particulate MattET

Hog Fuel Boiler EU1 ICR Phase I PM and Metals (2) Particulate MattET

Hog Fuel Boiler EU1 ICR Phase I PM and Metals (2) Particulate MattET

Hog Fuel Boiler EU1 ICR Phase II ‐ Templates PM (filter) Particulate MattET

Hog Fuel Boiler EU1 ICR Phase II ‐ Templates PM (filter) Particulate MattET

Hog Fuel Boiler EU1 ICR Phase II ‐ Templates PM (filter) Particulate MattET

Wellons Boiler ICR Phase I PM and Metals Particulate MattET

Wellons Boiler ICR Phase I PM and Metals Particulate MattET

Wellons Boiler ICR Phase I PM and Metals Particulate MattET

Wellons Boiler ICR Phase II ‐ Test Report Phase II PM From Test Report Particulate MattET

Wellons Boiler ICR Phase II ‐ Test Report Phase II PM From Test Report Particulate MattET

Wellons Boiler ICR Phase II ‐ Test Report Phase II PM From Test Report Particulate MattET

ES‐SEH‐2901 ICR Phase I PM and Metal(3) Particulate MattET

ES‐SEH‐2901 ICR Phase I PM and Metal(3) Particulate MattET

ES‐SEH‐2901 ICR Phase I PM and Metal(3) Particulate MattET

ES‐SEH‐2901 ICR Phase I PM and Metal(5) Particulate MattET

ES‐SEH‐2901 ICR Phase I PM and Metal(5) Particulate MattET

ES‐SEH‐2901 ICR Phase I PM and Metal(5) Particulate MattET

ES‐SEH‐3901 ICR Phase I PM and Metals Particulate MattET

ES‐SEH‐3901 ICR Phase I PM and Metals Particulate MattET

ES‐SEH‐3901 ICR Phase I PM and Metals Particulate MattET

ES‐SEH‐3901 ICR Phase I PM and Metals (2) Particulate MattET

ES‐SEH‐3901 ICR Phase I PM and Metals (2) Particulate MattET

ES‐SEH‐3901 ICR Phase I PM and Metals (2) Particulate MattET

DV 01.1 ICR Phase II ‐ Test Report Phase II PM From Test Report Particulate MattET

DV 01.1 ICR Phase II ‐ Test Report Phase II PM From Test Report Particulate MattET

DV 01.1 ICR Phase II ‐ Test Report Phase II PM From Test Report Particulate MattET
Run Number Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

Sample #1 11/10/2004 0.0007 ‐7.264430223 0

Sample #2 11/10/2004 0.0007 ‐7.264430223 0

Sample #3 11/10/2004 0.000837995 ‐7.084498708 0

Sample #1 9/18/1996 0.002 ‐6.214608098 0

Sample #2 9/18/1996 0.002 ‐6.214608098 0

Sample #3 9/18/1996 0.002 ‐6.214608098 0

Sample #1 8/11/2009 ND 0.0015 ‐6.502290171 1

Sample #2 8/11/2009 0.0018 ‐6.319968614 0

Sample #3 8/12/2009 ND 0.0006 ‐7.418580903 1

Sample #1 8/8/2006 0.0011 ‐6.812445099 0

Sample #2 8/8/2006 0.0007 ‐7.264430223 0

Sample #3 8/8/2006 0.0006 ‐7.418580903 0

1 9/9/2009 0.0048 ‐5.339139361 0

2 9/9/2009 0.0033 ‐5.713832811 0

3 9/9/2009 0.0355 ‐3.338222583 0

Sample #1 2/23/2001 0.025 ‐3.688879454 0

Sample #2 2/23/2001 0.022 ‐3.816712826 0

Sample #3 2/23/2001 0.023 ‐3.772261063 0

Sample #1 3/14/2008 0.023 ‐3.772261063 0

Sample #2 3/14/2008 0.018 ‐4.017383521 0

Sample #3 3/14/2008 0.01 ‐4.605170186 0

Sample #1 3/14/2008 0.023 ‐3.772261063 0

Sample #2 3/14/2008 0.018 ‐4.017383521 0

Sample #3 3/14/2008 0.01 ‐4.605170186 0

Sample #1 2/23/2001 0.025 ‐3.688879454 0

Sample #2 2/23/2001 0.022 ‐3.816712826 0

Sample #3 2/23/2001 0.023 ‐3.772261063 0

M5‐1 7/21/2009 0.058 ‐2.847312268 0

M5‐2 7/22/2009 0.23 ‐1.46967597 0

M5‐3 7/21/2009 0.072 ‐2.63108916 0
Appendix C‐4b (ii): B

In top

12%?

Min Test

Avg?

YES Yes

YES

YES

YES Yes

YES

Number of sources with

test data 5 YES Yes

n 30 YES

n‐1 25 YES Yes

YES

YES Yes

Average of natural log of

test run values (μ) ‐5.022602925

Variance of natural log of

test runs (σ2

) 2.887154437

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 116148.4164

Denominator for

calculation of flatness of z

distribution (β2z) 861.1125192

Flatness of z distribution

(β2z) 136.8818114

Skewness of z distribution

(√β1z) 47.39108966
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.991662983 0.999199571 0.995392755

z‐value 3.585 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 0.027902871

exp (2μ + σ2

) 0.00077857

exp (σ2

) ‐ 1 16.94218128

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.23995677

Square root term 0.20310943

Confidence Level 99% 99.9% 99.5%

UPL 2.71E‐01 3.18E‐01 2.84E‐01

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 4.23E+00 3.89E‐02

SE Skewness 0.45 0.45

Skewness Test non‐normal normal

Kurtosis = 2.02E+01 ‐1.15E+00

SE Kurtosis 0.89 0.89

Kurtosis Test non‐normal normal

Number of test runs = 30 30
Biomass Dutch Oven/Pile Burner TSM Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

Dutch Oven/Wet Biom 1 WAWeyerhaeuser_Ra Hog Fuel Boiler EU1 ICR Phase I PM and Metals

Dutch Oven/Wet Biom 1 WAWeyerhaeuser_Ra Hog Fuel Boiler EU1 ICR Phase II ‐ Templates PM (filter)

Dutch Oven/Wet Biom 1 WAWeyerhaeuser_Ra Hog Fuel Boiler EU1 ICR Phase I PM and Metals (2)

Dutch Oven/Wet Biom 2 ARPotlatchForestWarrWellons Boiler ICR Phase I PM and Metals

Dutch Oven/Wet Biom 2 ARPotlatchForestWarrWellons Boiler ICR Phase II ‐ Test Repor Phase II PM From Test

Dutch Oven/Wet Biom 3 NCWeyerhaeuserGrift ES‐SEH‐2901 ICR Phase I PM and Metal(5)

Dutch Oven/Wet Biom 3 NCWeyerhaeuserGrift ES‐SEH‐2901 ICR Phase I PM and Metal(3)

Dutch Oven/Wet Biom 4 NCWeyerhaeuserGrift ES‐SEH‐3901 ICR Phase I PM and Metals

Dutch Oven/Wet Biom 4 NCWeyerhaeuserGrift ES‐SEH‐3901 ICR Phase I PM and Metals (2)

Dutch Oven/Wet Biom 5 ORRosboroSpringfield DV 01.1 ICR Phase II ‐ Test Repor Phase II PM From Test

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

Particulate M 0.000745998 ‐7.200787298 3 2 ET /Hog Fuel/

Particulate M 0.0013 ‐6.645391015 3 2 ET Hog Fuel

Particulate M 0.002 ‐6.214608098 3 2 ET /Hog Fuel/

Particulate M 0.0008 ‐7.13089883 3 2 ET /Hog Fuel/

Particulate M 0.014533333 ‐4.231310417 3 2 ET Hog Fuel

Particulate M 0.017 ‐4.074541935 3 2 ET /Cleaning Water/Hog Fuel/Used Petroleum‐b

Particulate M 0.023333333 ‐3.757872326 3 2 ET /Cleaning Water/Hog Fuel/Used Petroleum‐b

Particulate M 0.017 ‐4.074541935 3 2 ET /Cleaning Water/Hog Fuel/Used Petroleum‐b

Particulate M 0.023333333 ‐3.757872326 3 2 ET /Cleaning Water/Hog Fuel/Used Petroleum‐b

Particulate M 0.12 ‐2.120263536 3 2 ET Hog Fuel

based Oils/

based Oils/

based Oils/

based Oils/
Appendix C‐4b (iii): Biomass Dutch Oven/Pile Burner Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 136.88181 47.39109

6.95348E‐06 ‐5 =f(a) 1798.6428

2.75398E‐05 1 ‐4.899 1615.0558

5.75919E‐05 2 ‐4.798 1444.8077

0.000100841 3 ‐4.697 1287.2784

0.00016218 4 ‐4.596 1141.862

0.000247874 5 ‐4.495 1007.9662

0.000365744 6 ‐4.394 885.01304

0.000525274 7 ‐4.293 772.43813

0.000737571 8 ‐4.192 669.6912

0.001015115 9 ‐4.091 576.23589

0.001371181 10 ‐3.99 491.54975

0.001818834 11 ‐3.889 415.12425

0.002369381 12 ‐3.788 346.46482

0.003030164 13 ‐3.687 285.09082

0.003801643 14 ‐3.586 230.53551

0.004673736 15 ‐3.485 182.34612

0.00562151 16 ‐3.384 140.08379

0.006600404 17 ‐3.283 103.32359

0.00754136 18 ‐3.182 71.654541

0.008346357 19 ‐3.081 44.679578

0.008885054 20 ‐2.98 22.015573

0.008993384 21 ‐2.879 3.2933315

0.009511732 22 ‐2.778 ‐11.84241

0.010880004 23 ‐2.677 ‐23.73299

0.013338406 24 ‐2.576 ‐32.7058

0.017128913 25 ‐2.475 ‐39.07431

0.022474731 26 ‐2.374 ‐43.13806

0.029554886 27 ‐2.273 ‐45.18265

0.038475123 28 ‐2.172 ‐45.47976

0.049237115 29 ‐2.071 ‐44.28713

0.061708721 30 ‐1.97 ‐41.84856

0.075598682 31 ‐1.869 ‐38.39394

0.090439508 32 ‐1.768 ‐34.13922

0.105582316 33 ‐1.667 ‐29.28639

0.120206904 34 ‐1.566 ‐24.02356

0.133349368 35 ‐1.465 ‐18.52487

0.143948115 36 ‐1.364 ‐12.95053

0.150907227 37 ‐1.263 ‐7.446836

0.153174091 38 ‐1.162 ‐2.146143

0.156522106 39 ‐1.061 2.8331268

0.166188919 40 ‐0.96 7.3864819

0.182577212 41 ‐0.859 11.423362

0.205720819 42 ‐0.758 14.86714

0.235240241 43 ‐0.657 17.655119

0.270327986 44 ‐0.556 19.738535

   1 3 1 3

6

z z z

      

 2z

1z
0.309767986 45 ‐0.455 21.082554

0.351990185 46 ‐0.354 21.666277

0.39515787 47 ‐0.253 21.482734

0.437281766 48 ‐0.152 20.538888

0.476351899 49 ‐0.051 18.855633

0.510475997 50 0.05 16.467795

0.538012176 51 0.151 13.424134

0.557683946 52 0.252 9.7873379

0.568667154 53 0.353 5.6340294

0.570641237 54 0.454 1.0547619

0.577481752 55 0.555 ‐3.845979

0.592455638 56 0.656 ‐8.949777

0.614459504 57 0.757 ‐14.12428

0.642061383 58 0.858 ‐19.22322

0.673613873 59 0.959 ‐24.08636

0.70737598 60 1.06 ‐28.53958

0.741632756 61 1.161 ‐32.39479

0.774802833 62 1.262 ‐35.44999

0.805525986 63 1.363 ‐37.48924

0.83272542 64 1.464 ‐38.28266

0.855642404 65 1.565 ‐37.58645

0.873843672 66 1.666 ‐35.14288

0.887204442 67 1.767 ‐30.68028

0.895871762 68 1.868 ‐23.91305

0.900213977 69 1.969 ‐14.54167

0.900762519 70 2.07 ‐2.252659

0.903373141 71 2.171 13.281365

0.908462068 72 2.272 32.401729

0.915351655 73 2.373 55.463692

0.923407334 74 2.474 82.836442

0.932066547 75 2.575 114.9031

0.940856761 76 2.676 152.06072

0.949403474 77 2.777 194.72029

0.957429809 78 2.878 243.30672

0.964749649 79 2.979 298.25887

0.971256353 80 3.08 360.0295

0.976908992 81 3.181 429.08534

0.981717746 82 3.282 505.90703

0.985729788 83 3.383 590.98914

0.989016556 84 3.484 684.84019

0.991662983 85 3.585 787.9826

0.993758923 86 3.686 900.95275

0.995392755 87 3.787 1024.3009

0.996647002 88 3.888 1158.5914

0.997595654 89 3.989 1304.4023

0.99830287 90 4.09 1462.3258

0.998822708 91 4.191 1632.9678

0.999199571 92 4.292 1816.9484

0.999469108 93 4.393 2014.9014

0.999659333 94 4.494 2227.4746

0.999791836 95 4.595 2455.3299

0.999882948 96 4.696 2699.1429
0.999944804 97 4.797 2959.6031

0.999986272 98 4.898 3237.4143

1 99 4.999 3533.2938
distribution of Z

Normal

distribution

1.48672E‐06 0.002674077

2.45094E‐06 0.003958405

3.9995E‐06 0.005778512

6.46025E‐06 0.008316136

1.03291E‐05 0.011794393

1.63472E‐05 0.016477473

2.56093E‐05 0.022664529

3.97118E‐05 0.030674882

6.09553E‐05 0.040821196

9.26132E‐05 0.053367042

0.000139285 0.068465495

0.000207351 0.086076301

0.000305546 0.105860908

0.000445674 0.127057537

0.000643469 0.14834248

0.000919619 0.167688967

0.001300942 0.182240905

0.001821704 0.188224984

0.002525035 0.180930192

0.003464389 0.154787432

0.004704958 0.103582336

0.006324913 0.020830034

0.008416337 ‐0.099669727

0.011085658 ‐0.263095783

0.014453386 ‐0.4727095

0.018652949 ‐0.728851029

0.023828414 ‐1.027911456

0.030130931 ‐1.361395254

0.03771375 ‐1.715212226

0.046725789 ‐2.069350928

0.057303789 ‐2.398081158

0.069563239 ‐2.670807025

0.083588399 ‐2.853642407

0.099421884 ‐2.911708484

0.117054396 ‐2.812063392

0.136415346 ‐2.527076012

0.157365126 ‐2.037961589

0.179689839 ‐1.338120766

0.203099244 ‐0.435880024

0.227228529 0.643767246

0.251644341 1.858766379

0.275855243 3.151194409

0.299326439 4.450128134

0.321498297 5.676090733

0.341807853 6.746786177

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 7.583651833

0.37471238 8.118622251

0.386376486 8.300423227

0.394360216 8.099720133

0.398423793 7.512532644

0.398443914 6.561492786

0.394419966 5.294746357

0.386474058 3.78255218

0.374844865 2.111887

0.359875719 0.379583205

0.34199778 ‐1.315316408

0.32170943 ‐2.879227774

0.299553264 ‐4.230975131

0.276092166 ‐5.307379378

0.25188591 ‐6.067015629

0.227469632 ‐6.491888147

0.203335281 ‐6.587004513

0.17991684 ‐6.378050661

0.157579839 ‐5.907548117

0.136615273 ‐5.229995887

0.117237788 ‐4.406552466

0.099587708 ‐3.499799065

0.083736272 ‐2.569052454

0.069693339 ‐1.666580563

0.05741676 ‐0.834935386

0.046822635 ‐0.105475408

0.037795734 0.501978932

0.030199481 0.978515403

0.023885038 1.324752391

0.018699163 1.548972107

0.014490659 1.665021685

0.011115369 1.690211055

0.008439746 1.643389862

0.006343145 1.5433299

0.004718997 1.407482662

0.003475077 1.251130386

0.002533081 1.086907822

0.001827693 0.924642954

0.001305351 0.771448482

0.000922829 0.631990429

0.00064578 0.508863725

0.00044732 0.403014104

0.000306705 0.314158583

0.000208159 0.241170704

0.000139842 0.182409923

9.29928E‐05 0.135985764

6.12113E‐05 0.099956055

3.98826E‐05 0.072464618

2.5722E‐05 0.051827339

1.64209E‐05 0.036577106

1.03767E‐05 0.025478136

6.49066E‐06 0.017519215
4.01874E‐06 0.011893865

2.46298E‐06 0.007973671

1.49417E‐06 0.005279345
Absolute values

0.002674077 0.000135041

0.003958405 0.000399799

0.005778512 0.00058363

0.008316136 0.00083993

0.011794393 0.001191234

0.016477473 0.001664225

0.022664529 0.002289117

0.030674882 0.003098163

0.040821196 0.004122941

0.053367042 0.005390071

0.068465495 0.006915015

0.086076301 0.008693706

0.105860908 0.010691952

0.127057537 0.012832811

0.14834248 0.01498259

0.167688967 0.016936586

0.182240905 0.018406331

0.188224984 0.019010723

0.180930192 0.018273949

0.154787432 0.015633531

0.103582336 0.010461816

0.020830034 0.002103833

0.099669727 0.010066642

0.263095783 0.026572674

0.4727095 0.047743659

0.728851029 0.073613954

1.027911456 0.103819057

1.361395254 0.137500921

1.715212226 0.173236435

2.069350928 0.209004444

2.398081158 0.242206197

2.670807025 0.26975151

2.853642407 0.288217883

2.911708484 0.294082557

2.812063392 0.284018403

2.527076012 0.255234677

2.037961589 0.205834121

1.338120766 0.135150197

0.435880024 0.044023882

0.643767246 0.065020492

1.858766379 0.187735404

3.151194409 0.318270635

4.450128134 0.449462942

5.676090733 0.573285164

6.746786177 0.681425404

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
7.583651833 0.765948835

8.118622251 0.819980847

8.300423227 0.838342746

8.099720133 0.818071733

7.512532644 0.758765797

6.561492786 0.662710771

5.294746357 0.534769382

3.78255218 0.38203777

2.111887 0.213300587

0.379583205 0.038337904

1.315316408 0.132846957

2.879227774 0.290802005

4.230975131 0.427328488

5.307379378 0.536045317

6.067015629 0.612768579

6.491888147 0.655680703

6.587004513 0.665287456

6.378050661 0.644183117

5.907548117 0.59666236

5.229995887 0.528229585

4.406552466 0.445061799

3.499799065 0.353479706

2.569052454 0.259474298

1.666580563 0.168324637

0.834935386 0.084328474

0.105475408 0.010653016

0.501978932 0.050699872

0.978515403 0.098830056

1.324752391 0.133799992

1.548972107 0.156446183

1.665021685 0.16816719

1.690211055 0.170711317

1.643389862 0.165982376

1.5433299 0.15587632

1.407482662 0.142155749

1.251130386 0.126364169

1.086907822 0.10977769

0.924642954 0.093388938

0.771448482 0.077916297

0.631990429 0.063831033

0.508863725 0.051395236

0.403014104 0.040704425

0.314158583 0.031730017

0.241170704 0.024358241

0.182409923 0.018423402

0.135985764 0.013734562

0.099956055 0.010095562

0.072464618 0.007318926

0.051827339 0.005234561

0.036577106 0.003694288

0.025478136 0.002573292

0.017519215 0.001769441
0.011893865 0.00120128

0.007973671 0.000805341

0.005279345 0.000266607
Cumulative normalization

0.000135041 6.95348E‐06

0.00053484 2.75398E‐05

0.00111847 5.75919E‐05

0.001958399 0.000100841

0.003149633 0.00016218

0.004813858 0.000247874

0.007102975 0.000365744

0.010201138 0.000525274

0.014324079 0.000737571

0.01971415 0.001015115

0.026629165 0.001371181

0.035322872 0.001818834

0.046014823 0.002369381

0.058847635 0.003030164

0.073830225 0.003801643

0.090766811 0.004673736

0.109173142 0.00562151

0.128183866 0.006600404

0.146457815 0.00754136

0.162091346 0.008346357

0.172553162 0.008885054

0.174656995 0.008993384

0.184723638 0.009511732

0.211296312 0.010880004

0.259039971 0.013338406

0.332653925 0.017128913

0.436472982 0.022474731

0.573973903 0.029554886

0.747210337 0.038475123

0.956214781 0.049237115

1.198420978 0.061708721

1.468172488 0.075598682

1.756390371 0.090439508

2.050472928 0.105582316

2.33449133 0.120206904

2.589726008 0.133349368

2.795560128 0.143948115

2.930710325 0.150907227

2.974734208 0.153174091

3.0397547 0.156522106

3.227490104 0.166188919

3.545760739 0.182577212

3.995223681 0.205720819

4.568508845 0.235240241

5.249934249 0.270327986

) () f b  


6.015883084 0.309767986

6.835863931 0.351990185

7.674206677 0.39515787

8.492278411 0.437281766

9.251044208 0.476351899

9.913754979 0.510475997

10.44852436 0.538012176

10.83056213 0.557683946

11.04386272 0.568667154

11.08220062 0.570641237

11.21504758 0.577481752

11.50584958 0.592455638

11.93317807 0.614459504

12.46922339 0.642061383

13.08199197 0.673613873

13.73767267 0.70737598

14.40296013 0.741632756

15.04714324 0.774802833

15.6438056 0.805525986

16.17203519 0.83272542

16.61709699 0.855642404

16.97057669 0.873843672

17.23005099 0.887204442

17.39837563 0.895871762

17.4827041 0.900213977

17.49335712 0.900762519

17.54405699 0.903373141

17.64288705 0.908462068

17.77668704 0.915351655

17.93313322 0.923407334

18.10130041 0.932066547

18.27201173 0.940856761

18.4379941 0.949403474

18.59387042 0.957429809

18.73602617 0.964749649

18.86239034 0.971256353

18.97216803 0.976908992

19.06555697 0.981717746

19.14347327 0.985729788

19.2073043 0.989016556

19.25869953 0.991662983

19.29940396 0.993758923

19.33113398 0.995392755

19.35549222 0.996647002

19.37391562 0.997595654

19.38765018 0.99830287

19.39774574 0.998822708

19.40506467 0.999199571

19.41029923 0.999469108

19.41399352 0.999659333

19.41656681 0.999791836

19.41833625 0.999882948
19.41953753 0.999944804

19.42034287 0.999986272

19.42060948 1

927.7214191
Appendix C‐4c (i): Biomass Fluidized Bed Filterable PM Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Wet Bioma FB no 1 WIGPGreenBay2818

YES Wet Bioma FB no 1 WIGPGreenBay2818

YES Wet Bioma FB no 1 WIGPGreenBay2818

YES Yes Wet Bioma FB no 1 WIGPGreenBay2818

YES Yes Wet Bioma FB no 1 WIGPGreenBay2818

YES Yes Wet Bioma FB no 1 WIGPGreenBay2818

YES Yes Wet Bioma FB no 2 ALIPCourtland

YES Yes Wet Bioma FB no 2 ALIPCourtland

YES Yes Wet Bioma FB no 2 ALIPCourtland

YES Yes Wet Bioma FB no 3 GATempleInlandRome

YES Yes Wet Bioma FB no 3 GATempleInlandRome

YES Yes Wet Bioma FB no 3 GATempleInlandRome

YES Yes Wet Bioma FB no 4 ORGeorgiaPacificWaunaM

YES Yes Wet Bioma FB no 4 ORGeorgiaPacificWaunaM

YES Yes Wet Bioma FB no 4 ORGeorgiaPacificWaunaM

YES Wet Bioma FB no 5 TNBowaterNewsprint

YES Wet Bioma FB no 5 TNBowaterNewsprint

YES Wet Bioma FB no 5 TNBowaterNewsprint

YES Yes Wet Bioma FB no 5 TNBowaterNewsprint

YES Yes Wet Bioma FB no 5 TNBowaterNewsprint

YES Yes Wet Bioma FB no 5 TNBowaterNewsprint

YES Wet Bioma FB no 5 TNBowaterNewsprint

YES Wet Bioma FB no 5 TNBowaterNewsprint

YES Wet Bioma FB no 5 TNBowaterNewsprint
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

B10 ‐ Wastepaper Sludge‐ ICR Phase I PM and Metals B10 2007 Particulate MattET Sample #1

B10 ‐ Wastepaper Sludge‐ ICR Phase I PM and Metals B10 2007 Particulate MattET Sample #2

B10 ‐ Wastepaper Sludge‐ ICR Phase I PM and Metals B10 2007 Particulate MattET Sample #3

B10 ‐ Wastepaper Sludge‐ ICR Phase II ‐ Test Report Phase II PM From Test Rep Particulate MattET Sample #1

B10 ‐ Wastepaper Sludge‐ ICR Phase II ‐ Test Report Phase II PM From Test Rep Particulate MattET Sample #2

B10 ‐ Wastepaper Sludge‐ ICR Phase II ‐ Test Report Phase II PM From Test Rep Particulate MattET Sample #3

No. 3 Combination Boier /ICR Phase II ‐ Templates PM (filter) Particulate MattET Sample #1

No. 3 Combination Boier /ICR Phase II ‐ Templates PM (filter) Particulate MattET Sample #2

No. 3 Combination Boier /ICR Phase II ‐ Templates PM (filter) Particulate MattET Sample #3

WF ICR Phase II ‐ ERT ERT Particulate MattET 1

WF ICR Phase II ‐ ERT ERT Particulate MattET 2

WF ICR Phase II ‐ ERT ERT Particulate MattET 3

EU35 ‐ Fluidized Bed Boile ICR Phase I PM FBB EU‐35 Particulate MattET Sample #1

EU35 ‐ Fluidized Bed Boile ICR Phase I PM FBB EU‐35 Particulate MattET Sample #2

EU35 ‐ Fluidized Bed Boile ICR Phase I PM FBB EU‐35 Particulate MattET Sample #3

Bubbling Fluidized Bed Bo ICR Phase I BFB PM and Metals Particulate MattET Sample #1

Bubbling Fluidized Bed Bo ICR Phase I BFB PM and Metals Particulate MattET Sample #2

Bubbling Fluidized Bed Bo ICR Phase I BFB PM and Metals Particulate MattET Sample #3

Bubbling Fluidized Bed Bo ICR Phase I BFB PM and Metals (2) Particulate MattET Sample #1

Bubbling Fluidized Bed Bo ICR Phase I BFB PM and Metals (2) Particulate MattET Sample #2

Bubbling Fluidized Bed Bo ICR Phase I BFB PM and Metals (2) Particulate MattET Sample #3

Bubbling Fluidized Bed Bo ICR Phase II ‐ ERT ERT Particulate MattET 1

Bubbling Fluidized Bed Bo ICR Phase II ‐ ERT ERT Particulate MattET 2

Bubbling Fluidized Bed Bo ICR Phase II ‐ ERT ERT Particulate MattET 3
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

9/19/2007 2.90E‐03 ‐5.843044542 0

9/19/2007 2.60E‐03 ‐5.952243834 0

9/19/2007 2.90E‐03 ‐5.843044542 0

8/20/2009 1.05E‐03 ‐6.858965115 0

8/20/2009 1.54E‐03 ‐6.475972863 0

8/21/2009 1.42E‐03 ‐6.557098407 0

7/7/2009 3.63E‐03 ‐5.618522631 0

7/7/2009 5.99E‐03 ‐5.117663867 0

7/8/2009 5.13E‐03 ‐5.27264962 0

7/27/2009 7.56E‐03 ‐4.884382042 0

7/28/2009 6.85E‐03 ‐4.983863293 0

7/28/2009 5.54E‐03 ‐5.195883139 0

3/22/2006 6.29E‐03 ‐5.069051093 0

3/22/2006 8.21E‐03 ‐4.80242243 0

3/22/2006 6.81E‐03 ‐4.989008386 0

10/6/2005 7.20E‐02 ‐2.63108916 0

10/6/2005 2.70E‐02 ‐3.611918413 0

10/6/2005 2.40E‐02 ‐3.729701449 0

10/7/2005 2.50E‐02 ‐3.688879454 0

10/7/2005 3.60E‐02 ‐3.324236341 0

10/7/2005 4.10E‐02 ‐3.194183212 0

8/4/2009 4.63E‐02 ‐3.072398854 0

8/4/2009 5.28E‐02 ‐2.941978008 0

8/5/2009 3.17E‐02 ‐3.450230006 0
Appendix C‐4c (ii): B

In top

12%?

Min Test

Avg?

YES Yes

YES

YES Yes

YES Yes

YES Yes

Number of sources with

test data 5 YES Yes

n 24 YES

n‐1 19 YES

Average of natural log of

test run values (μ) ‐4.712851279

Variance of natural log of

test runs (σ2

) 1.576871347

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 842.6645431

Denominator for

calculation of flatness of z

distribution (β2z) 44.23196343

Flatness of z distribution

(β2z) 21.05103183

Skewness of z distribution

(√β1z) 7.738127585
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.992208253 0.99926073 0.995711642

z‐value 3.585 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 0.019753677

exp (2μ + σ2

) 0.000390208

exp (σ2

) ‐ 1 3.839790074

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.119757826

Square root term 0.070110782

Confidence Level 99% 99.9% 99.5%

UPL 1.04E‐01 1.20E‐01 1.08E‐01

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 1.32E+00 7.00E‐02

SE Skewness 0.50 0.50

Skewness Test non‐normal normal

Kurtosis = 1.03E+00 ‐1.17E+00

SE Kurtosis 1.00 1.00

Kurtosis Test normal normal

Number of test runs = 24 24
Biomass Fluidized Bed Filterable PM Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

FB Wet Biom 1 WIGPGreenBay2818 B10 ‐ Wastepaper SludICR Phase II ‐ Test Repor Phase II PM From Test

FB Wet Biom 1 WIGPGreenBay2818 B10 ‐ Wastepaper SludICR Phase I PM and Metals B10 20

FB Wet Biom 2 ALIPCourtland No. 3 Combination Bo ICR Phase II ‐ Templates PM (filter)

FB Wet Biom 3 GATempleInlandRomeWF ICR Phase II ‐ ERT ERT

FB Wet Biom 4 ORGeorgiaPacificWau EU35 ‐ Fluidized Bed BICR Phase I PM FBB EU‐35

FB Wet Biom 5 TNBowaterNewsprint Bubbling Fluidized BedICR Phase I BFB PM and Metals (2

FB Wet Biom 5 TNBowaterNewsprint Bubbling Fluidized BedICR Phase I BFB PM and Metals

FB Wet Biom 5 TNBowaterNewsprint Bubbling Fluidized BedICR Phase II ‐ ERT ERT

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

Particulate M 0.001336667 ‐6.617576326 3 2 ET Deinking residuals

Particulate M 0.0028 ‐5.878135862 3 2 ET /Deinking Residuals/

Particulate M 0.004916667 ‐5.315124485 3 2 ET Industrial Sludge/Natural gas/Tire Derived Fu

Particulate M 0.006650225 ‐5.013104547 3 2 ET Wood: Bark

Particulate M 0.007103545 ‐4.947161276 3 2 ET /Hog Fuel/Industrial Sludge/Natural gas/

Particulate M 0.034 ‐3.381394754 3 2 ET /Industrial Sludge/Tire Derived Fuel (TDF)/Wo

Particulate M 0.041 ‐3.194183212 3 2 ET /Industrial Sludge/Wood: Bark/

Particulate M 0.043603177 ‐3.132625276 3 2 ET Biomass/Tire Derived Fuel (TDF)/Wood: Bark

uel (TDF)/Wood: Bark

ood: Bark/

k
Appendix C‐4c (iii): Biomass Fluidized Bed Filterable PM Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 21.051032 7.7381276

5.46313E‐06 ‐5 =f(a) 218.65071

2.15684E‐05 1 ‐4.899 195.49823

4.49696E‐05 2 ‐4.798 174.0768

7.84753E‐05 3 ‐4.697 154.30423

0.000125726 4 ‐4.596 136.1002

0.000191324 5 ‐4.495 119.38626

0.000280919 6 ‐4.394 104.08585

0.000401215 7 ‐4.293 90.124289

0.000559852 8 ‐4.192 77.428759

0.00076508 9 ‐4.091 65.928335

0.001025162 10 ‐3.99 55.553966

0.001347418 11 ‐3.889 46.23848

0.001736819 12 ‐3.788 37.916581

0.002194078 13 ‐3.687 30.524855

0.002713192 14 ‐3.586 24.001764

0.003278464 15 ‐3.485 18.287648

0.003861114 16 ‐3.384 13.324728

0.004415687 17 ‐3.283 9.0571008

0.004876599 18 ‐3.182 5.4307429

0.005155309 19 ‐3.081 2.3935088

0.005171893 20 ‐2.98 ‐0.104868

0.005621052 21 ‐2.879 ‐2.112778

0.006661155 22 ‐2.778 ‐3.676729

0.008465085 23 ‐2.677 ‐4.841354

0.01120959 24 ‐2.576 ‐5.649406

0.015060221 25 ‐2.475 ‐6.141761

0.020151973 26 ‐2.374 ‐6.357415

0.026566238 27 ‐2.273 ‐6.333486

0.034305367 28 ‐2.172 ‐6.105214

0.04326679 29 ‐2.071 ‐5.705961

0.05321926 30 ‐1.97 ‐5.167209

0.063784313 31 ‐1.869 ‐4.518563

0.074426206 32 ‐1.768 ‐3.78775

0.08445351 33 ‐1.667 ‐3.000618

0.093034982 34 ‐1.566 ‐2.181135

0.099231338 35 ‐1.465 ‐1.351393

0.102043165 36 ‐1.364 ‐0.531604

0.10361286 37 ‐1.263 0.2598964

0.110484806 38 ‐1.162 1.0066534

0.123423508 39 ‐1.061 1.6940893

0.142957797 40 ‐0.96 2.3095051

0.169309522 41 ‐0.859 2.8420799

0.202338147 42 ‐0.758 3.2828716

0.241508384 43 ‐0.657 3.6248163

0.285886385 44 ‐0.556 3.8627284

   1 3 1 3

6

z z z

      

 2z

1z
0.334167659 45 ‐0.455 3.993301

0.384736908 46 ‐0.354 4.0151053

0.435756741 47 ‐0.253 3.928591

0.485279121 48 ‐0.152 3.7360863

0.531370756 49 ‐0.051 3.4417976

0.572241842 50 0.05 3.0518098

0.60636691 51 0.151 2.5740863

0.632586983 52 0.252 2.0184688

0.650184004 53 0.353 1.3966772

0.658921115 54 0.454 0.7223103

0.659045777 55 0.555 0.0108447

0.666835237 56 0.656 ‐0.720364

0.681455556 57 0.757 ‐1.452082

0.701529927 58 0.858 ‐2.163198

0.725495759 59 0.959 ‐2.830721

0.751718707 60 1.06 ‐3.429782

0.778602977 61 1.161 ‐3.933634

0.80468903 62 1.262 ‐4.313651

0.828731767 63 1.363 ‐4.53933

0.849754721 64 1.464 ‐4.578287

0.8670785 65 1.565 ‐4.396261

0.880324229 66 1.666 ‐3.957114

0.889394961 67 1.767 ‐3.222828

0.894439589 68 1.868 ‐2.153507

0.89580474 69 1.969 ‐0.707376

0.897629107 70 2.07 1.159217

0.902065032 71 2.171 3.4918042

0.908498263 72 2.272 6.3377947

0.916322917 73 2.373 9.7464768

0.924976911 74 2.474 13.769017

0.93396723 75 2.575 18.45846

0.942885136 76 2.676 23.869728

0.951412297 77 2.777 30.059625

0.959319373 78 2.878 37.086829

0.966458885 79 2.979 45.011899

0.972754277 80 3.08 53.897272

0.978186914 81 3.181 63.807264

0.982782526 82 3.282 74.808067

0.986598252 83 3.383 86.967754

0.989711095 84 3.484 100.35628

0.992208253 85 3.585 115.04546

0.994179505 86 3.686 131.10901

0.995711642 87 3.787 148.62253

0.996884713 88 3.888 167.66346

0.997769837 89 3.989 188.31115

0.998428246 90 4.09 210.64682

0.998911233 91 4.191 234.75358

0.99926073 92 4.292 260.7164

0.999510262 93 4.393 288.62214

0.999686086 94 4.494 318.55952

0.999808375 95 4.595 350.61917

0.999892344 96 4.696 384.89357
0.999949276 97 4.797 421.4771

0.999987395 98 4.898 460.46599

1 99 4.999 501.95839
distribution of Z

Normal

distribution

1.48672E‐06 0.000325072

2.45094E‐06 0.000479154

3.9995E‐06 0.000696221

6.46025E‐06 0.000996843

1.03291E‐05 0.001405791

1.63472E‐05 0.001951637

2.56093E‐05 0.002665562

3.97118E‐05 0.003578995

6.09553E‐05 0.00471969

9.26132E‐05 0.006105833

0.000139285 0.007737833

0.000207351 0.009587581

0.000305546 0.011585256

0.000445674 0.013604131

0.000643469 0.015444393

0.000919619 0.01681767

0.001300942 0.0173347

0.001821704 0.016499355

0.002525035 0.013712813

0.003464389 0.008292045

0.004704958 ‐0.000493402

0.006324913 ‐0.013363134

0.008416337 ‐0.03094459

0.011085658 ‐0.053669596

0.014453386 ‐0.081653053

0.018652949 ‐0.114561955

0.023828414 ‐0.151487116

0.030130931 ‐0.190833826

0.03771375 ‐0.230250516

0.046725789 ‐0.266615518

0.057303789 ‐0.296100652

0.069563239 ‐0.314325907

0.083588399 ‐0.316611995

0.099421884 ‐0.298327068

0.117054396 ‐0.255311423

0.136415346 ‐0.184350722

0.157365126 ‐0.083655985

0.179689839 0.046700734

0.203099244 0.204450546

0.227228529 0.384945426

0.251644341 0.581173877

0.275855243 0.784002642

0.299326439 0.982650266

0.321498297 1.165372259

0.341807853 1.320310914

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 1.436439059

0.37471238 1.504509661

0.386376486 1.517915187

0.394360216 1.473363785

0.398423793 1.371294039

0.398443914 1.215975044

0.394419966 1.015271033

0.386474058 0.780085809

0.374844865 0.523537293

0.359875719 0.259941931

0.34199778 0.00370888

0.32170943 ‐0.231747911

0.299553264 ‐0.434976041

0.276092166 ‐0.597242123

0.25188591 ‐0.713018808

0.227469632 ‐0.780171334

0.203335281 ‐0.799846634

0.17991684 ‐0.776098534

0.157579839 ‐0.715306839

0.136615273 ‐0.625463865

0.117237788 ‐0.51540794

0.099587708 ‐0.394079954

0.083736272 ‐0.269867639

0.069693339 ‐0.15008511

0.05741676 ‐0.04061526

0.046822635 0.054277594

0.037795734 0.131975302

0.030199481 0.191398113

0.023885038 0.232794971

0.018699163 0.257469085

0.014490659 0.267475247

0.011115369 0.265320839

0.008439746 0.253695607

0.006343145 0.235247144

0.004718997 0.212411011

0.003475077 0.187297192

0.002533081 0.161628951

0.001827693 0.136726212

0.001305351 0.113523476

0.000922829 0.092611688

0.00064578 0.074294104

0.00044732 0.058647673

0.000306705 0.045583324

0.000208159 0.034900581

0.000139842 0.026333763

9.29928E‐05 0.019588637

6.12113E‐05 0.014369568

3.98826E‐05 0.010398047

2.5722E‐05 0.007423945

1.64209E‐05 0.005231029

1.03767E‐05 0.003638258

6.49066E‐06 0.002498213
4.01874E‐06 0.001693805

2.46298E‐06 0.001134116

1.49417E‐06 0.000750012
Absolute values

0.000325072 1.64162E‐05

0.000479154 4.83946E‐05

0.000696221 7.03183E‐05

0.000996843 0.000100681

0.001405791 0.000141985

0.001951637 0.000197115

0.002665562 0.000269222

0.003578995 0.000361478

0.00471969 0.000476689

0.006105833 0.000616689

0.007737833 0.000781521

0.009587581 0.000968346

0.011585256 0.001170111

0.013604131 0.001374017

0.015444393 0.001559884

0.01681767 0.001698585

0.0173347 0.001750805

0.016499355 0.001666435

0.013712813 0.001384994

0.008292045 0.000837497

0.000493402 4.98336E‐05

0.013363134 0.001349677

0.03094459 0.003125404

0.053669596 0.005420629

0.081653053 0.008246958

0.114561955 0.011570757

0.151487116 0.015300199

0.190833826 0.019274216

0.230250516 0.023255302

0.266615518 0.026928167

0.296100652 0.029906166

0.314325907 0.031746917

0.316611995 0.031977811

0.298327068 0.030131034

0.255311423 0.025786454

0.184350722 0.018619423

0.083655985 0.008449254

0.046700734 0.004716774

0.204450546 0.020649505

0.384945426 0.038879488

0.581173877 0.058698562

0.784002642 0.079184267

0.982650266 0.099247677

1.165372259 0.117702598

1.320310914 0.133351402

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
1.436439059 0.145080345

1.504509661 0.151955476

1.517915187 0.153309434

1.473363785 0.148809742

1.371294039 0.138500698

1.215975044 0.122813479

1.015271033 0.102542374

0.780085809 0.078788667

0.523537293 0.052877267

0.259941931 0.026254135

0.00370888 0.000374597

0.231747911 0.023406539

0.434976041 0.04393258

0.597242123 0.060321454

0.713018808 0.0720149

0.780171334 0.078797305

0.799846634 0.08078451

0.776098534 0.078385952

0.715306839 0.072245991

0.625463865 0.06317185

0.51540794 0.052056202

0.394079954 0.039802075

0.269867639 0.027256632

0.15008511 0.015158596

0.04061526 0.004102141

0.054277594 0.005482037

0.131975302 0.013329505

0.191398113 0.019331209

0.232794971 0.023512292

0.257469085 0.026004378

0.267475247 0.027015

0.265320839 0.026797405

0.253695607 0.025623256

0.235247144 0.023759962

0.212411011 0.021453512

0.187297192 0.018917016

0.161628951 0.016324524

0.136726212 0.013809347

0.113523476 0.011465871

0.092611688 0.00935378

0.074294104 0.007503705

0.058647673 0.005923415

0.045583324 0.004603916

0.034900581 0.003524959

0.026333763 0.00265971

0.019588637 0.001978452

0.014369568 0.001451326

0.010398047 0.001050203

0.007423945 0.000749818

0.005231029 0.000528334

0.003638258 0.000367464

0.002498213 0.000252319
0.001693805 0.000171074

0.001134116 0.000114546

0.000750012 3.78756E‐05
Cumulative normalization

1.64162E‐05 5.46313E‐06

6.48107E‐05 2.15684E‐05

0.000135129 4.49696E‐05

0.00023581 7.84753E‐05

0.000377795 0.000125726

0.00057491 0.000191324

0.000844132 0.000280919

0.001205611 0.000401215

0.001682299 0.000559852

0.002298988 0.00076508

0.00308051 0.001025162

0.004048855 0.001347418

0.005218966 0.001736819

0.006592983 0.002194078

0.008152867 0.002713192

0.009851452 0.003278464

0.011602256 0.003861114

0.013268691 0.004415687

0.014653685 0.004876599

0.015491182 0.005155309

0.015541016 0.005171893

0.016890692 0.005621052

0.020016096 0.006661155

0.025436725 0.008465085

0.033683683 0.01120959

0.045254441 0.015060221

0.060554639 0.020151973

0.079828856 0.026566238

0.103084158 0.034305367

0.130012325 0.04326679

0.159918491 0.05321926

0.191665408 0.063784313

0.223643219 0.074426206

0.253774253 0.08445351

0.279560707 0.093034982

0.29818013 0.099231338

0.306629384 0.102043165

0.311346158 0.10361286

0.331995664 0.110484806

0.370875152 0.123423508

0.429573713 0.142957797

0.50875798 0.169309522

0.608005657 0.202338147

0.725708255 0.241508384

0.859059657 0.285886385

) () f b  


1.004140002 0.334167659

1.156095478 0.384736908

1.309404912 0.435756741

1.458214654 0.485279121

1.596715352 0.531370756

1.719528832 0.572241842

1.822071206 0.60636691

1.900859873 0.632586983

1.953737139 0.650184004

1.979991274 0.658921115

1.980365871 0.659045777

2.00377241 0.666835237

2.04770499 0.681455556

2.108026445 0.701529927

2.180041344 0.725495759

2.258838649 0.751718707

2.339623159 0.778602977

2.418009111 0.80468903

2.490255102 0.828731767

2.553426952 0.849754721

2.605483154 0.8670785

2.64528523 0.880324229

2.672541861 0.889394961

2.687700457 0.894439589

2.691802599 0.89580474

2.697284636 0.897629107

2.710614141 0.902065032

2.729945351 0.908498263

2.753457643 0.916322917

2.77946202 0.924976911

2.80647702 0.93396723

2.833274425 0.942885136

2.858897681 0.951412297

2.882657643 0.959319373

2.904111155 0.966458885

2.923028171 0.972754277

2.939352695 0.978186914

2.953162043 0.982782526

2.964627914 0.986598252

2.973981694 0.989711095

2.981485399 0.992208253

2.987408814 0.994179505

2.992012729 0.995711642

2.995537688 0.996884713

2.998197398 0.997769837

3.000175851 0.998428246

3.001627177 0.998911233

3.00267738 0.99926073

3.003427198 0.999510262

3.003955532 0.999686086

3.004322996 0.999808375

3.004575316 0.999892344
3.00474639 0.999949276

3.004860936 0.999987395

3.004898811 1

145.7722737
Appendix C‐4d (i): Biomass Fluidized Bed TSM Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Yes Wet Bioma FB No 1 ALIPCourtland

YES Yes Wet Bioma FB No 1 ALIPCourtland

YES Yes Wet Bioma FB No 1 ALIPCourtland

YES Wet Bioma FB No 2 WIGPGreenBay2818

YES Wet Bioma FB No 2 WIGPGreenBay2818

YES Wet Bioma FB No 2 WIGPGreenBay2818

YES Yes Wet Bioma FB No 2 WIGPGreenBay2818

YES Yes Wet Bioma FB No 2 WIGPGreenBay2818

YES Yes Wet Bioma FB No 2 WIGPGreenBay2818

YES Yes Dry Biomas FB No 3 NDCargillWestFargo

YES Yes Dry Biomas FB No 3 NDCargillWestFargo

YES Yes Dry Biomas FB No 3 NDCargillWestFargo

YES Yes Wet Bioma FB No 4 GATempleInlandRome

YES Yes Wet Bioma FB No 4 GATempleInlandRome

YES Yes Wet Bioma FB No 4 GATempleInlandRome

YES Wet Bioma FB No 5 TNBowaterNewsprint

YES Wet Bioma FB No 5 TNBowaterNewsprint

YES Wet Bioma FB No 5 TNBowaterNewsprint

YES Yes Wet Bioma FB No 5 TNBowaterNewsprint

YES Yes Wet Bioma FB No 5 TNBowaterNewsprint

YES Yes Wet Bioma FB No 5 TNBowaterNewsprint

YES Wet Bioma FB No 5 TNBowaterNewsprint

YES Wet Bioma FB No 5 TNBowaterNewsprint

YES Wet Bioma FB No 5 TNBowaterNewsprint
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

No. 3 Combination Boier /ICR Phase II ‐ Templates Metals TSM8 ET Sample #1

No. 3 Combination Boier /ICR Phase II ‐ Templates Metals TSM8 ET Sample #2

No. 3 Combination Boier /ICR Phase II ‐ Templates Metals TSM8 ET Sample #3

B10 ‐ Wastepaper Sludge‐ ICR Phase I PM and Metals B10 2005 TSM8 ET Sample #1

B10 ‐ Wastepaper Sludge‐ ICR Phase I PM and Metals B10 2005 TSM8 ET Sample #2

B10 ‐ Wastepaper Sludge‐ ICR Phase I PM and Metals B10 2005 TSM8 ET Sample #3

B10 ‐ Wastepaper Sludge‐ ICR Phase II ‐ Test Report Phase II Metals From Test RTSM8 ET Sample #1

B10 ‐ Wastepaper Sludge‐ ICR Phase II ‐ Test Report Phase II Metals From Test RTSM8 ET Sample #2

B10 ‐ Wastepaper Sludge‐ ICR Phase II ‐ Test Report Phase II Metals From Test RTSM8 ET Sample #3

Foster Wheeler Boiler (EU ICR Phase II ‐ ERT ERT TSM8 ET 1

Foster Wheeler Boiler (EU ICR Phase II ‐ ERT ERT TSM8 ET 2

Foster Wheeler Boiler (EU ICR Phase II ‐ ERT ERT TSM8 ET 3

WF ICR Phase II ‐ Test Report Phase II Metals From Test RTSM8 ET 1

WF ICR Phase II ‐ Test Report Phase II Metals From Test RTSM8 ET 2

WF ICR Phase II ‐ Test Report Phase II Metals From Test RTSM8 ET 3

Bubbling Fluidized Bed Bo ICR Phase I BFB PM and Metals TSM8 ET Sample #1

Bubbling Fluidized Bed Bo ICR Phase I BFB PM and Metals TSM8 ET Sample #2

Bubbling Fluidized Bed Bo ICR Phase I BFB PM and Metals TSM8 ET Sample #3

Bubbling Fluidized Bed Bo ICR Phase I BFB PM and Metals (2) TSM8 ET Sample #1

Bubbling Fluidized Bed Bo ICR Phase I BFB PM and Metals (2) TSM8 ET Sample #2

Bubbling Fluidized Bed Bo ICR Phase I BFB PM and Metals (2) TSM8 ET Sample #3

Bubbling Fluidized Bed Bo ICR Phase II ‐ ERT ERT TSM8 ET 1

Bubbling Fluidized Bed Bo ICR Phase II ‐ ERT ERT TSM8 ET 2

Bubbling Fluidized Bed Bo ICR Phase II ‐ ERT ERT TSM8 ET 3
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

7/7/2009 2.51E‐06 ‐12.89706716 0

7/7/2009 2.85E‐06 ‐12.76868407 0

7/8/2009 2.35E‐06 ‐12.96168114 0

7/21/2005 4.88E‐05 ‐9.928227681 0

7/21/2005 5.77E‐05 ‐9.7603884 0

7/22/2005 7.10E‐05 ‐9.552132039 0

8/20/2009 7.37E‐06 ‐11.81822235 0

8/20/2009 4.92E‐06 ‐12.22194895 0

8/21/2009 9.81E‐06 ‐11.5322844 0

8/26/2009 1.35E‐05 ‐11.21441848 0

8/26/2009 1.65E‐05 ‐11.00962248 0

8/27/2009 1.20E‐05 ‐11.33233869 0

7/27/2009 7.55E‐05 ‐9.491458307 0

7/28/2009 8.06E‐05 ‐9.426016719 0

7/28/2009 6.68E‐05 ‐9.613521498 0

10/6/2005 9.86E‐05 ‐9.224536273 0

10/6/2005 1.15E‐04 ‐9.072361234 0

10/6/2005 9.87E‐05 ‐9.223304354 0

10/7/2005 1.04E‐04 ‐9.167280883 0

10/7/2005 1.00E‐04 ‐9.209340872 0

10/7/2005 1.03E‐04 ‐9.18078157 0

8/4/2009 4.81E‐04 ‐7.6402208 0

8/4/2009 5.56E‐04 ‐7.494772821 0

8/5/2009 2.94E‐04 ‐8.132770607 0
Appendix C‐4d (ii): B

In top

12%?

Min Test

Avg?

YES Yes

YES Yes

YES

YES Yes

YES Yes

Number of sources with

test data 5 YES Yes

n 24 YES

n‐1 19 YES

Average of natural log of

test run values (μ) ‐10.16139091

Variance of natural log of

test runs (σ2

) 2.584862937

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 36118.16868

Denominator for

calculation of flatness of z

distribution (β2z) 451.0310362

Flatness of z distribution

(β2z) 82.07912046

Skewness of z distribution

(√β1z) 30.85368707
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.991724212 0.999209375 0.995434225

z‐value 3.585 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 0.000140689

exp (2μ + σ2

) 1.97934E‐08

exp (σ2

) ‐ 1 12.26147131

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.252952979

Square root term 0.000879289

Confidence Level 99% 99.9% 99.5%

UPL 1.19E‐03 1.40E‐03 1.25E‐03

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 2.38E+00 ‐3.33E‐01

SE Skewness 0.50 0.50

Skewness Test non‐normal normal

Kurtosis = 5.29E+00 ‐8.09E‐01

SE Kurtosis 1.00 1.00

Kurtosis Test non‐normal normal

Number of test runs = 24 24
Biomass Fluidized Bed TSM Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

FB Wet Biom 1 ALIPCourtland No. 3 Combination Bo ICR Phase II ‐ Templates Metals

FB Wet Biom 2 WIGPGreenBay2818 B10 ‐ Wastepaper SludICR Phase II ‐ Test Repor Phase II Metals From T

FB Wet Biom 2 WIGPGreenBay2818 B10 ‐ Wastepaper SludICR Phase I PM and Metals B10 20

FB Dry Bioma 3 NDCargillWestFargo Foster Wheeler Boiler ICR Phase II ‐ ERT ERT

FB Wet Biom 4 GATempleInlandRomeWF ICR Phase II ‐ Test Repor Phase II Metals From T

FB Wet Biom 5 TNBowaterNewsprint Bubbling Fluidized BedICR Phase I BFB PM and Metals (2

FB Wet Biom 5 TNBowaterNewsprint Bubbling Fluidized BedICR Phase I BFB PM and Metals

FB Wet Biom 5 TNBowaterNewsprint Bubbling Fluidized BedICR Phase II ‐ ERT ERT

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

TSM8 2.56754E‐06 ‐12.87256391 3 2 ET Industrial Sludge/Natural gas/Tire Derived Fu

TSM8 7.36619E‐06 ‐11.81861024 3 2 ET Deinking residuals/Natural gas

TSM8 5.91733E‐05 ‐9.735039562 3 2 ET /Deinking Residuals/

TSM8 1.39998E‐05 ‐11.17646728 3 2 ET Biomass

TSM8 7.43042E‐05 ‐9.507342864 3 2 ET Wood: Bark

TSM8 0.0001025 ‐9.185647759 3 2 ET /Industrial Sludge/Tire Derived Fuel (TDF)/Wo

TSM8 0.000104033 ‐9.170806991 3 2 ET /Industrial Sludge/Wood: Bark/

TSM8 0.000443486 ‐7.720843944 3 2 ET Biomass/Tire Derived Fuel (TDF)/Wood: Bark

uel (TDF)/Wood: Bark

ood: Bark/

k
Appendix C‐4d (iii): Biomass Fluidized Bed Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 82.07912 30.853687

6.35404E‐06 ‐5 =f(a) 1010.3416

2.51259E‐05 1 ‐4.899 905.29907

5.24657E‐05 2 ‐4.798 807.99233

9.17113E‐05 3 ‐4.697 718.05811

0.000147214 4 ‐4.596 635.14138

0.00022451 5 ‐4.495 558.89535

0.000330453 6 ‐4.394 488.98148

0.000473264 7 ‐4.293 425.06942

0.00066244 8 ‐4.192 366.83709

0.000908446 9 ‐4.091 313.97061

0.001222089 10 ‐3.99 266.16434

0.001613496 11 ‐3.889 223.12087

0.002090559 12 ‐3.788 184.55102

0.00265679 13 ‐3.687 150.17382

0.003308515 14 ‐3.586 119.71656

0.004031409 15 ‐3.485 92.914738

0.004796479 16 ‐3.384 69.512086

0.005555685 17 ‐3.283 49.260568

0.00623758 18 ‐3.182 31.920374

0.006743461 19 ‐3.081 17.259923

0.006944709 20 ‐2.98 5.0558635

0.00720728 21 ‐2.879 ‐4.906926

0.00812121 22 ‐2.778 ‐12.83534

0.00989642 23 ‐2.677 ‐18.92804

0.012754749 24 ‐2.576 ‐23.37546

0.016914548 25 ‐2.475 ‐26.35982

0.022570283 26 ‐2.374 ‐28.05508

0.029867726 27 ‐2.273 ‐28.62699

0.038875976 28 ‐2.172 ‐28.23308

0.049558326 29 ‐2.071 ‐27.02263

0.061744694 30 ‐1.97 ‐25.13671

0.075108927 31 ‐1.869 ‐22.70815

0.089154569 32 ‐1.768 ‐19.86155

0.103212657 33 ‐1.667 ‐16.71329

0.116454557 34 ‐1.566 ‐13.3715

0.127921883 35 ‐1.465 ‐9.936112

0.136574046 36 ‐1.364 ‐6.498809

0.141352164 37 ‐1.263 ‐3.143047

0.141448288 38 ‐1.162 0.0559424

0.147275411 39 ‐1.061 3.0311602

0.159461286 40 ‐0.96 5.723835

0.178326385 41 ‐0.859 8.0834245

0.203821334 42 ‐0.758 10.067616

0.235487887 43 ‐0.657 11.642324

0.27244967 44 ‐0.556 12.781694

   1 3 1 3

6

z z z

      

 2z

1z
0.313436465 45 ‐0.455 13.468101

0.35684269 46 ‐0.354 13.692146

0.400817236 47 ‐0.253 13.452662

0.443378469 48 ‐0.152 12.756709

0.482545267 49 ‐0.051 11.619578

0.516472952 50 0.05 10.064787

0.54358209 51 0.151 8.1240836

0.56266856 52 0.252 5.8374451

0.572984965 53 0.353 3.2530774

0.574286288 54 0.454 0.4274152

0.581736391 55 0.555 ‐2.574878

0.597198332 56 0.656 ‐5.680908

0.619524307 57 0.757 ‐8.809554

0.647253733 58 0.858 ‐11.87147

0.678726812 59 0.959 ‐14.76906

0.712205514 60 1.06 ‐17.39653

0.745991239 61 1.161 ‐19.63985

0.778529586 62 1.262 ‐21.37673

0.80849466 63 1.363 ‐22.47669

0.834847988 64 1.464 ‐22.80099

0.856869941 65 1.565 ‐22.2027

0.874164343 66 1.666 ‐20.52662

0.8866393 67 1.767 ‐17.60934

0.89446902 68 1.868 ‐13.27922

0.898042456 69 1.969 ‐7.356391

0.89818001 70 2.07 0.3472453

0.901386577 71 2.171 10.028017

0.906979479 72 2.272 21.890482

0.9142839 73 2.373 36.147426

0.922671606 74 2.474 53.019863

0.931588758 75 2.575 72.737038

0.940572874 76 2.676 95.536424

0.949259936 77 2.777 121.66372

0.957383285 78 2.878 151.37287

0.964766239 79 2.979 184.92601

0.971310483 80 3.08 222.59355

0.976982142 81 3.181 264.6541

0.981797147 82 3.282 311.39451

0.98580718 83 3.383 363.10985

0.989087075 84 3.484 420.10343

0.991724212 85 3.585 482.68678

0.993810114 86 3.686 551.17967

0.995434225 87 3.787 625.91009

0.996679679 88 3.888 707.21425

0.997620755 89 3.989 795.43661

0.998321686 90 4.09 890.92986

0.998836469 91 4.191 994.05488

0.999209375 92 4.292 1105.1808

0.999475884 93 4.393 1224.6851

0.999663843 94 4.494 1352.9532

0.999794682 95 4.595 1490.379

0.999884593 96 4.696 1637.3646
0.999945599 97 4.797 1794.3203

0.999986475 98 4.898 1961.6645

1 99 4.999 2139.8239
distribution of Z

Normal

distribution

1.48672E‐06 0.001502095

2.45094E‐06 0.002218833

3.9995E‐06 0.003231568

6.46025E‐06 0.004638833

1.03291E‐05 0.006560431

1.63472E‐05 0.009136401

2.56093E‐05 0.012522454

3.97118E‐05 0.016880258

6.09553E‐05 0.022360647

9.26132E‐05 0.029077819

0.000139285 0.037072694

0.000207351 0.046264268

0.000305546 0.056388807

0.000445674 0.066928553

0.000643469 0.077033908

0.000919619 0.085446164

0.001300942 0.090431204

0.001821704 0.089738167

0.002525035 0.080600047

0.003464389 0.059795084

0.004704958 0.023787623

0.006324913 ‐0.031035878

0.008416337 ‐0.108026542

0.011085658 ‐0.209829783

0.014453386 ‐0.337854608

0.018652949 ‐0.491688314

0.023828414 ‐0.668507995

0.030130931 ‐0.862557913

0.03771375 ‐1.064775362

0.046725789 ‐1.262653949

0.057303789 ‐1.440428983

0.069563239 ‐1.579652599

0.083588399 ‐1.660195246

0.099421884 ‐1.661666297

0.117054396 ‐1.565192883

0.136415346 ‐1.355438201

0.157365126 ‐1.022685828

0.179689839 ‐0.564773654

0.203099244 0.011361865

0.227228529 0.688766084

0.251644341 1.440370689

0.275855243 2.229855027

0.299326439 3.013503498

0.321498297 3.742987297

0.341807853 4.368883519

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 4.844640094

0.37471238 5.130616679

0.386376486 5.19779229

0.394360216 5.030738679

0.398423793 4.629516359

0.398443914 4.010253051

0.394419966 3.204300761

0.386474058 2.256021107

0.374844865 1.219399352

0.359875719 0.15381635

0.34199778 ‐0.880602417

0.32170943 ‐1.827601696

0.299553264 ‐2.638930777

0.276092166 ‐3.277618677

0.25188591 ‐3.720118625

0.227469632 ‐3.957183321

0.203335281 ‐3.993473468

0.17991684 ‐3.846033274

0.157579839 ‐3.541872438

0.136615273 ‐3.114963926

0.117237788 ‐2.602995222

0.099587708 ‐2.044198725

0.083736272 ‐1.474540254

0.069693339 ‐0.925473068

0.05741676 ‐0.422380109

0.046822635 0.016258942

0.037795734 0.379016272

0.030199481 0.661081198

0.023885038 0.86338264

0.018699163 0.991427043

0.014490659 1.05400763

0.011115369 1.06192261

0.008439746 1.026810954

0.006343145 0.960180077

0.004718997 0.872665268

0.003475077 0.773529813

0.002533081 0.670390205

0.001827693 0.569133693

0.001305351 0.473985935

0.000922829 0.387683655

0.00064578 0.311709668

0.00044732 0.246553641

0.000306705 0.191969974

0.000208159 0.147212689

0.000139842 0.111235259

9.29928E‐05 0.082850058

6.12113E‐05 0.060847374

3.98826E‐05 0.04407748

2.5722E‐05 0.031501377

1.64209E‐05 0.022216689

1.03767E‐05 0.015465164

6.49066E‐06 0.010627575
4.01874E‐06 0.0072109

2.46298E‐06 0.004831531

1.49417E‐06 0.003197263
Absolute values

0.001502095 7.58558E‐05

0.002218833 0.000224102

0.003231568 0.000326388

0.004638833 0.000468522

0.006560431 0.000662604

0.009136401 0.000922776

0.012522454 0.001264768

0.016880258 0.001704906

0.022360647 0.002258425

0.029077819 0.00293686

0.037072694 0.003744342

0.046264268 0.004672691

0.056388807 0.00569527

0.066928553 0.006759784

0.077033908 0.007780425

0.085446164 0.008630063

0.090431204 0.009133552

0.089738167 0.009063555

0.080600047 0.008140605

0.059795084 0.006039303

0.023787623 0.00240255

0.031035878 0.003134624

0.108026542 0.010910681

0.209829783 0.021192808

0.337854608 0.034123315

0.491688314 0.04966052

0.668507995 0.067519307

0.862557913 0.087118349

1.064775362 0.107542312

1.262653949 0.127528049

1.440428983 0.145483327

1.579652599 0.159544913

1.660195246 0.16767972

1.661666297 0.167828296

1.565192883 0.158084481

1.355438201 0.136899258

1.022685828 0.103291269

0.564773654 0.057042139

0.011361865 0.001147548

0.688766084 0.069565374

1.440370689 0.14547744

2.229855027 0.225215358

3.013503498 0.304363853

3.742987297 0.378041717

4.368883519 0.441257235

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
4.844640094 0.489308649

5.130616679 0.518192285

5.19779229 0.524977021

5.030738679 0.508104607

4.629516359 0.467581152

4.010253051 0.405035558

3.204300761 0.323634377

2.256021107 0.227858132

1.219399352 0.123159335

0.15381635 0.015535451

0.880602417 0.088940844

1.827601696 0.184587771

2.638930777 0.266532009

3.277618677 0.331039486

3.720118625 0.375731981

3.957183321 0.399675515

3.993473468 0.40334082

3.846033274 0.388449361

3.541872438 0.357729116

3.114963926 0.314611357

2.602995222 0.262902517

2.044198725 0.206464071

1.474540254 0.148928566

0.925473068 0.09347278

0.422380109 0.042660391

0.016258942 0.001642153

0.379016272 0.038280644

0.661081198 0.066769201

0.86338264 0.087201647

0.991427043 0.100134131

1.05400763 0.106454771

1.06192261 0.107254184

1.026810954 0.103707906

0.960180077 0.096978188

0.872665268 0.088139192

0.773529813 0.078126511

0.670390205 0.067709411

0.569133693 0.057482503

0.473985935 0.047872579

0.387683655 0.039156049

0.311709668 0.031482676

0.246553641 0.024901918

0.191969974 0.019388967

0.147212689 0.014868482

0.111235259 0.011234761

0.082850058 0.008367856

0.060847374 0.006145585

0.04407748 0.004451825

0.031501377 0.003181639

0.022216689 0.002243886

0.015465164 0.001561982

0.010627575 0.001073385
0.0072109 0.000728301

0.004831531 0.000487985

0.003197263 0.000161462
Cumulative normalization

7.58558E‐05 6.35404E‐06

0.000299958 2.51259E‐05

0.000626346 5.24657E‐05

0.001094868 9.17113E‐05

0.001757472 0.000147214

0.002680248 0.00022451

0.003945016 0.000330453

0.005649922 0.000473264

0.007908348 0.00066244

0.010845207 0.000908446

0.014589549 0.001222089

0.019262241 0.001613496

0.02495751 0.002090559

0.031717294 0.00265679

0.039497719 0.003308515

0.048127781 0.004031409

0.057261333 0.004796479

0.066324888 0.005555685

0.074465492 0.00623758

0.080504796 0.006743461

0.082907346 0.006944709

0.08604197 0.00720728

0.09695265 0.00812121

0.118145458 0.00989642

0.152268774 0.012754749

0.201929293 0.016914548

0.269448601 0.022570283

0.35656695 0.029867726

0.464109262 0.038875976

0.591637311 0.049558326

0.737120638 0.061744694

0.89666555 0.075108927

1.06434527 0.089154569

1.232173566 0.103212657

1.390258047 0.116454557

1.527157306 0.127921883

1.630448574 0.136574046

1.687490713 0.141352164

1.688638262 0.141448288

1.758203636 0.147275411

1.903681076 0.159461286

2.128896433 0.178326385

2.433260287 0.203821334

2.811302004 0.235487887

3.252559239 0.27244967

) () f b  


3.741867889 0.313436465

4.260060173 0.35684269

4.785037195 0.400817236

5.293141801 0.443378469

5.760722953 0.482545267

6.165758511 0.516472952

6.489392888 0.54358209

6.71725102 0.56266856

6.840410355 0.572984965

6.855945806 0.574286288

6.94488665 0.581736391

7.129474422 0.597198332

7.39600643 0.619524307

7.727045916 0.647253733

8.102777898 0.678726812

8.502453413 0.712205514

8.905794233 0.745991239

9.294243594 0.778529586

9.65197271 0.80849466

9.966584067 0.834847988

10.22948658 0.856869941

10.43595066 0.874164343

10.58487922 0.8866393

10.678352 0.89446902

10.72101239 0.898042456

10.72265454 0.89818001

10.76093519 0.901386577

10.82770439 0.906979479

10.91490604 0.9142839

11.01504017 0.922671606

11.12149494 0.931588758

11.22874912 0.940572874

11.33245703 0.949259936

11.42943522 0.957383285

11.51757441 0.964766239

11.59570092 0.971310483

11.66341033 0.976982142

11.72089283 0.981797147

11.76876541 0.98580718

11.80792146 0.989087075

11.83940414 0.991724212

11.86430606 0.993810114

11.88369502 0.995434225

11.8985635 0.996679679

11.90979827 0.997620755

11.91816612 0.998321686

11.92431171 0.998836469

11.92876353 0.999209375

11.93194517 0.999475884

11.93418906 0.999663843

11.93575104 0.999794682

11.93682442 0.999884593
11.93755272 0.999945599

11.93804071 0.999986475

11.93820217 1

570.3814645
Appendix C‐4e (i): Biomass Fuel Cell Filterable PM Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Yes Wet Bioma Fuel Cell no 1 ARWeyerhaeuserDierksMi

YES Yes Wet Bioma Fuel Cell no 1 ARWeyerhaeuserDierksMi

YES Yes Wet Bioma Fuel Cell no 1 ARWeyerhaeuserDierksMi

YES Wet Bioma Fuel Cell no 1 ARWeyerhaeuserDierksMi

YES Wet Bioma Fuel Cell no 1 ARWeyerhaeuserDierksMi

YES Wet Bioma Fuel Cell no 1 ARWeyerhaeuserDierksMi

YES Wet Bioma Fuel Cell no 1 ARWeyerhaeuserDierksMi

YES Wet Bioma Fuel Cell no 1 ARWeyerhaeuserDierksMi

YES Wet Bioma Fuel Cell no 1 ARWeyerhaeuserDierksMi

YES Wet Bioma Fuel Cell no 2 IDPotlatch

YES Wet Bioma Fuel Cell no 2 IDPotlatch

YES Wet Bioma Fuel Cell no 2 IDPotlatch

YES Yes Wet Bioma Fuel Cell no 2 IDPotlatch

YES Yes Wet Bioma Fuel Cell no 2 IDPotlatch

YES Yes Wet Bioma Fuel Cell no 2 IDPotlatch

YES Wet Bioma Fuel Cell no 3 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 3 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 3 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 3 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 3 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 3 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 3 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 3 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 3 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 3 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 3 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 3 MSWeyerhaeuserBruce

YES Yes Wet Bioma Fuel Cell no 3 MSWeyerhaeuserBruce

YES Yes Wet Bioma Fuel Cell no 3 MSWeyerhaeuserBruce

YES Yes Wet Bioma Fuel Cell no 3 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 3 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 3 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 3 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 3 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 3 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell no 3 MSWeyerhaeuserBruce

YES Yes Wet Bioma Fuel Cell no 4 MSNorbordMS

YES Yes Wet Bioma Fuel Cell no 4 MSNorbordMS

YES Yes Wet Bioma Fuel Cell no 4 MSNorbordMS

YES Yes Wet Bioma Fuel Cell no 5 MSNorbordMS

YES Yes Wet Bioma Fuel Cell no 5 MSNorbordMS

YES Yes Wet Bioma Fuel Cell no 5 MSNorbordMS

YES Yes Wet Bioma Fuel Cell no 6 MSNorbordMS

YES Yes Wet Bioma Fuel Cell no 6 MSNorbordMS

YES Yes Wet Bioma Fuel Cell no 6 MSNorbordMS
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

SN‐45 ICR Phase I PM and Metals SN‐45 (3) Particulate MattET Sample #1

SN‐45 ICR Phase I PM and Metals SN‐45 (3) Particulate MattET Sample #2

SN‐45 ICR Phase I PM and Metals SN‐45 (3) Particulate MattET Sample #3

SN‐45 ICR Phase I PM and Metals SN‐45 (4) Particulate MattET Sample #1

SN‐45 ICR Phase I PM and Metals SN‐45 (4) Particulate MattET Sample #2

SN‐45 ICR Phase I PM and Metals SN‐45 (4) Particulate MattET Sample #3

SN‐45 ICR Phase II ‐ Templates PM (filter) Particulate MattET Sample #1

SN‐45 ICR Phase II ‐ Templates PM (filter) Particulate MattET Sample #2

SN‐45 ICR Phase II ‐ Templates PM (filter) Particulate MattET Sample #3

PB‐1 CE ICR Phase I PM and Metals Particulate MattET Sample #1

PB‐1 CE ICR Phase I PM and Metals Particulate MattET Sample #2

PB‐1 CE ICR Phase I PM and Metals Particulate MattET Sample #3

PB‐1 CE ICR Phase II ‐ Test Report Phase II PM From Test Rep Particulate MattET Sample #1

PB‐1 CE ICR Phase II ‐ Test Report Phase II PM From Test Rep Particulate MattET Sample #2

PB‐1 CE ICR Phase II ‐ Test Report Phase II PM From Test Rep Particulate MattET Sample #3

AA‐002  No. 2 Boiler ICR Phase I PM and Metals (2) Particulate MattET Sample #1

AA‐002  No. 2 Boiler ICR Phase I PM and Metals (2) Particulate MattET Sample #2

AA‐002  No. 2 Boiler ICR Phase I PM and Metals (2) Particulate MattET Sample #3

AA‐002  No. 2 Boiler ICR Phase I PM and Metals (3) Particulate MattET Sample #1

AA‐002  No. 2 Boiler ICR Phase I PM and Metals (3) Particulate MattET Sample #2

AA‐002  No. 2 Boiler ICR Phase I PM and Metals (3) Particulate MattET Sample #3

AA‐002  No. 2 Boiler ICR Phase I PM and Metals (5) Particulate MattET Sample #1

AA‐002  No. 2 Boiler ICR Phase I PM and Metals (5) Particulate MattET Sample #2

AA‐002  No. 2 Boiler ICR Phase I PM and Metals (5) Particulate MattET Sample #3

AA‐002  No. 2 Boiler ICR Phase I PM and Metals (7) Particulate MattET Sample #1

AA‐002  No. 2 Boiler ICR Phase I PM and Metals (7) Particulate MattET Sample #2

AA‐002  No. 2 Boiler ICR Phase I PM and Metals (7) Particulate MattET Sample #3

AA‐002  No. 2 Boiler ICR Phase I PM and Metals (8) Particulate MattET Sample #1

AA‐002  No. 2 Boiler ICR Phase I PM and Metals (8) Particulate MattET Sample #2

AA‐002  No. 2 Boiler ICR Phase I PM and Metals (8) Particulate MattET Sample #3

AA‐002  No. 2 Boiler ICR Phase I PM and Metals (9) Particulate MattET Sample #1

AA‐002  No. 2 Boiler ICR Phase I PM and Metals (9) Particulate MattET Sample #2

AA‐002  No. 2 Boiler ICR Phase I PM and Metals (9) Particulate MattET Sample #3

AA‐002  No. 2 Boiler ICR Phase II ‐ Templates PM (filter) Particulate MattET Sample #1

AA‐002  No. 2 Boiler ICR Phase II ‐ Templates PM (filter) Particulate MattET Sample #2

AA‐002  No. 2 Boiler ICR Phase II ‐ Templates PM (filter) Particulate MattET Sample #3

Wellons No. 1 ICR Phase I PM and Metals Particulate MattET Sample #1

Wellons No. 1 ICR Phase I PM and Metals Particulate MattET Sample #2

Wellons No. 1 ICR Phase I PM and Metals Particulate MattET Sample #3

Wellons No. 2 ICR Phase I PM and Metals (2) Particulate MattET Sample #1

Wellons No. 2 ICR Phase I PM and Metals (2) Particulate MattET Sample #2

Wellons No. 2 ICR Phase I PM and Metals (2) Particulate MattET Sample #3

Wellons No. 3 ICR Phase I PM and Metals (3) Particulate MattET Sample #1

Wellons No. 3 ICR Phase I PM and Metals (3) Particulate MattET Sample #2

Wellons No. 3 ICR Phase I PM and Metals (3) Particulate MattET Sample #3
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

12/5/2002 0.00139 ‐6.578451532 0

12/5/2002 0.00153 ‐6.482487544 0

12/5/2002 0.00134 ‐6.615085665 0

8/7/1997 0.0243 ‐3.717278929 0

8/7/1997 0.0128 ‐4.358310108 0

8/7/1997 0.0097 ‐4.635629393 0

7/22/2009 0.003189643 ‐5.747846306 0

7/23/2009 0.00387498 ‐5.553214774 0

7/23/2009 0.004168983 ‐5.480083188 0

4/30/2008 0.0089 ‐4.721704002 0

4/30/2008 0.0057 ‐5.167289104 0

4/30/2008 0.003 ‐5.80914299 0

7/28/2009 0.0028 ‐5.878135862 0

7/28/2009 0.0021 ‐6.165817934 0

7/29/2009 0.0023 ‐6.074846156 0

8/31/2007 0.0078 ‐4.853631545 0

8/31/2007 0.0004 ‐7.824046011 0

8/31/2007 0.0037 ‐5.599422459 0

7/11/2003 0.0038 ‐5.572754212 0

7/11/2003 0.0039 ‐5.546778726 0

7/11/2003 0.0029 ‐5.843044542 0

2/22/2006 0.008 ‐4.828313737 0

2/22/2006 0.0064 ‐5.051457289 0

2/22/2006 0.0086 ‐4.755993076 0

6/28/2005 0.004 ‐5.521460918 0

6/28/2005 0.004 ‐5.521460918 0

6/28/2005 0.005 ‐5.298317367 0

2/26/1993 0.0013 ‐6.645391015 0

2/26/1993 0.0038 ‐5.572754212 0

2/26/1993 0.0049 ‐5.318520074 0

8/23/1999 0.0094 ‐4.66704559 0

8/23/1999 0.013 ‐4.342805922 0

8/23/1999 0.008 ‐4.828313737 0

8/5/2009 0.0074 ‐4.906275279 0

8/5/2009 0.0084 ‐4.779523573 0

8/5/2009 0.0044 ‐5.426150738 0

8/1/2007 0.007587349 ‐4.881273033 0

8/1/2007 0.010171446 ‐4.588170893 0

8/1/2007 0.00907183 ‐4.702581245 0

8/1/2007 0.007587349 ‐4.881273033 0

8/1/2007 0.010171446 ‐4.588170893 0

8/1/2007 0.00907183 ‐4.702581245 0

8/1/2007 0.007587349 ‐4.881273033 0

8/1/2007 0.010171446 ‐4.588170893 0

8/1/2007 0.00907183 ‐4.702581245 0
Appendix C‐4e (ii): B

In top

12%?

Min Test

Avg?

YES Yes

YES

YES

YES Yes

YES

Number of sources with

test data 6 YES Yes

n 45 YES

n‐1 39 YES

YES

YES

YES

YES

YES Yes

YES Yes

YES Yes

Average of natural log of

test run values (μ) ‐5.293441332

Variance of natural log of

test runs (σ2

) 0.589478579

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 29.04518558

Denominator for

calculation of flatness of z

distribution (β2z) 1.934658382

Flatness of z distribution

(β2z) 17.01308233

Skewness of z distribution

(√β1z) 1.967623228
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990724386 0.999299684 0.996049132

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 0.006746698

exp (2μ + σ2

) 4.55179E‐05

exp (σ2

) ‐ 1 0.803048023

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.017048217

Square root term 0.010800151

Confidence Level 99% 99.9% 99.5%

UPL 1.93E‐02 2.22E‐02 2.04E‐02

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 1.71E+00 ‐9.37E‐01

SE Skewness 0.37 0.37

Skewness Test non‐normal normal

Kurtosis = 5.85E+00 1.52E+00

SE Kurtosis 0.73 0.73

Kurtosis Test non‐normal non‐normal

Number of test runs = 45 45
Biomass Fuel Cell Filterable PM Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

Fuel Cell Wet Biom 1 ARWeyerhaeuserDierkSN‐45 ICR Phase I PM and Metals SN‐45

Fuel Cell Wet Biom 1 ARWeyerhaeuserDierkSN‐45 ICR Phase II ‐ Templates PM (filter)

Fuel Cell Wet Biom 1 ARWeyerhaeuserDierkSN‐45 ICR Phase I PM and Metals SN‐45

Fuel Cell Wet Biom 2 IDPotlatch PB‐1 CE ICR Phase II ‐ Test Repor Phase II PM From Test

Fuel Cell Wet Biom 2 IDPotlatch PB‐1 CE ICR Phase I PM and Metals

Fuel Cell Wet Biom 3 MSWeyerhaeuserBrucAA‐002  No. 2 Boiler ICR Phase I PM and Metals (8)

Fuel Cell Wet Biom 3 MSWeyerhaeuserBrucAA‐002  No. 2 Boiler ICR Phase I PM and Metals (3)

Fuel Cell Wet Biom 3 MSWeyerhaeuserBrucAA‐002  No. 2 Boiler ICR Phase I PM and Metals (2)

Fuel Cell Wet Biom 3 MSWeyerhaeuserBrucAA‐002  No. 2 Boiler ICR Phase I PM and Metals (7)

Fuel Cell Wet Biom 3 MSWeyerhaeuserBrucAA‐002  No. 2 Boiler ICR Phase II ‐ Templates PM (filter)

Fuel Cell Wet Biom 3 MSWeyerhaeuserBrucAA‐002  No. 2 Boiler ICR Phase I PM and Metals (5)

Fuel Cell Wet Biom 3 MSWeyerhaeuserBrucAA‐002  No. 2 Boiler ICR Phase I PM and Metals (9)

Fuel Cell Wet Biom 4 MSNorbordMS Wellons No. 1 ICR Phase I PM and Metals

Fuel Cell Wet Biom 5 MSNorbordMS Wellons No. 2 ICR Phase I PM and Metals (2)

Fuel Cell Wet Biom 6 MSNorbordMS Wellons No. 3 ICR Phase I PM and Metals (3)

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

Particulate M 0.00142 ‐6.557098407 3 2 ET /Hog Fuel/

Particulate M 0.003744535 ‐5.587457764 3 2 ET Hog Fuel

Particulate M 0.0156 ‐4.160484365 3 2 ET /Hog Fuel/

Particulate M 0.0024 ‐6.032286542 3 2 ET Hog Fuel

Particulate M 0.005866667 ‐5.138468666 3 2 ET /Hog Fuel/

Particulate M 0.003333333 ‐5.703782475 3 2 ET /Hog Fuel/

Particulate M 0.003533333 ‐5.645513567 3 2 ET /Hog Fuel/

Particulate M 0.003966667 ‐5.529829168 3 2 ET /Hog Fuel/

Particulate M 0.004333333 ‐5.44141821 3 2 ET /Hog Fuel/

Particulate M 0.006733333 ‐5.000684963 3 2 ET Hog Fuel

Particulate M 0.007666667 ‐4.870873352 3 2 ET /Hog Fuel/

Particulate M 0.010133333 ‐4.591924959 3 2 ET /Hog Fuel/

Particulate M 0.008943542 ‐4.716823601 3 2 ET /Wood: Bark/

Particulate M 0.008943542 ‐4.716823601 3 2 ET /Wood: Bark/

Particulate M 0.008943542 ‐4.716823601 3 2 ET /Wood: Bark/
Appendix C‐4e (iii): Biomass Fuel Cell Filterable PM Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 17.013082 1.9676232

9.38426E‐06 ‐5 =f(a) 244.0208

3.74384E‐05 1 ‐4.899 221.25387

7.8827E‐05 2 ‐4.798 200.03265

0.000139082 3 ‐4.697 180.28915

0.000225626 4 ‐4.596 161.95686

0.000348228 5 ‐4.495 144.97072

0.000519489 6 ‐4.394 129.26714

0.000755306 7 ‐4.293 114.78397

0.001075256 8 ‐4.192 101.46054

0.001502814 9 ‐4.091 89.237601

0.002065275 10 ‐3.99 78.057407

0.00279325 11 ‐3.889 67.863642

0.003719565 12 ‐3.788 58.601458

0.004877398 13 ‐3.687 50.217463

0.006297501 14 ‐3.586 42.659722

0.008004397 15 ‐3.485 35.877761

0.010011534 16 ‐3.384 29.822563

0.012315466 17 ‐3.283 24.446568

0.014889347 18 ‐3.182 19.703675

0.017676173 19 ‐3.081 15.549242

0.02058245 20 ‐2.98 11.940085

0.023473192 21 ‐2.879 8.8344767

0.026169308 22 ‐2.778 6.1921501

0.028448577 23 ‐2.677 3.974295

0.030051377 24 ‐2.576 2.14356

0.030692178 25 ‐2.475 0.6640516

0.031306899 26 ‐2.374 ‐0.498665

0.033454232 27 ‐2.273 ‐1.377567

0.037364523 28 ‐2.172 ‐2.004174

0.0431867 29 ‐2.071 ‐2.408545

0.050951669 30 ‐1.97 ‐2.619283

0.060537102 31 ‐1.869 ‐2.663532

0.071637594 32 ‐1.768 ‐2.566979

0.083744542 33 ‐1.667 ‐2.35385

0.096139969 34 ‐1.566 ‐2.046915

0.107907878 35 ‐1.465 ‐1.667486

0.1179655 36 ‐1.364 ‐1.235415

0.125115055 37 ‐1.263 ‐0.769098

0.128114519 38 ‐1.162 ‐0.285471

0.130465453 39 ‐1.061 0.1999879

0.13923026 40 ‐0.96 0.6732576

0.15523916 41 ‐0.859 1.1217764

0.179000399 42 ‐0.758 1.5344404

0.210628474 43 ‐0.657 1.9016042

0.249797741 44 ‐0.556 2.2150802

   1 3 1 3

6

z z z

      

 2z

1z
0.295727986 45 ‐0.455 2.4681391

0.347205784 46 ‐0.354 2.6555101

0.402642064 47 ‐0.253 2.7733803

0.46016261 48 ‐0.152 2.8193951

0.517724759 49 ‐0.051 2.7926581

0.573250634 50 0.05 2.6937312

0.624765352 51 0.151 2.5246343

0.670527966 52 0.252 2.2888457

0.709143551 53 0.353 1.9913018

0.739646775 54 0.454 1.6383973

0.761550232 55 0.555 1.2379851

0.774854437 56 0.656 0.7993761

0.780020208 57 0.757 0.3333397

0.782132657 58 0.858 ‐0.147897

0.790350623 59 0.959 ‐0.630647

0.80329254 60 1.06 ‐1.099768

0.819478136 61 1.161 ‐1.538658

0.837435204 62 1.262 ‐1.929255

0.855794291 63 1.363 ‐2.252042

0.873364688 64 1.464 ‐2.486041

0.889187567 65 1.565 ‐2.608819

0.902564757 66 1.666 ‐2.596481

0.913064103 67 1.767 ‐2.423677

0.920504394 68 1.868 ‐2.063596

0.924924242 69 1.969 ‐1.487972

0.92654011 70 2.07 ‐0.667077

0.927381426 71 2.171 0.4302711

0.930250987 72 2.272 1.8367159

0.934682515 73 2.373 3.5863577

0.940210842 74 2.474 5.7147552

0.946402196 75 2.575 8.2589255

0.952875616 76 2.676 11.257344

0.959315732 77 2.777 14.749943

0.965477859 78 2.878 18.778116

0.971186802 79 2.979 23.384711

0.976330999 80 3.08 28.614038

0.980853632 81 3.181 34.511861

0.98474218 82 3.282 41.125406

0.988017647 83 3.383 48.503355

0.990724386 84 3.484 56.695849

0.992921154 85 3.585 65.754487

0.994673717 86 3.686 75.732326

0.996049132 87 3.787 86.683882

0.997111639 88 3.888 98.665129

0.997919979 89 3.989 111.7335

0.998525898 90 4.09 125.94788

0.998973568 91 4.191 141.36862

0.999299684 92 4.292 158.05753

0.999533991 93 4.393 176.07787

0.999700066 94 4.494 195.49437

0.99981622 95 4.595 216.3732

0.9998964 96 4.696 238.78201
0.999951035 97 4.797 262.78989

0.999987791 98 4.898 288.4674

1 99 4.999 315.88655
distribution of Z

Normal

distribution

1.48672E‐06 0.00036279

2.45094E‐06 0.00054228

3.9995E‐06 0.000800031

6.46025E‐06 0.001164712

1.03291E‐05 0.001672867

1.63472E‐05 0.002369872

2.56093E‐05 0.003310436

3.97118E‐05 0.004558274

6.09553E‐05 0.006184553

9.26132E‐05 0.008264579

0.000139285 0.010872224

0.000207351 0.014071573

0.000305546 0.017905435

0.000445674 0.022380613

0.000643469 0.027450214

0.000919619 0.032993873

0.001300942 0.03879743

0.001821704 0.044534406

0.002525035 0.04975246

0.003464389 0.053868621

0.004704958 0.056177591

0.006324913 0.055877295

0.008416337 0.052115224

0.011085658 0.044057677

0.014453386 0.030981701

0.018652949 0.012386521

0.023828414 ‐0.011882402

0.030130931 ‐0.041507391

0.03771375 ‐0.075584914

0.046725789 ‐0.112541168

0.057303789 ‐0.150094849

0.069563239 ‐0.18528394

0.083588399 ‐0.214569639

0.099421884 ‐0.234024169

0.117054396 ‐0.239600387

0.136415346 ‐0.22747063

0.157365126 ‐0.19441123

0.179689839 ‐0.138199048

0.203099244 ‐0.057978871

0.227228529 0.045442951

0.251644341 0.169421454

0.275855243 0.30944789

0.299326439 0.459298594

0.321498297 0.611362506

0.341807853 0.757131792

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 0.88781974

0.37471238 0.99505252

0.386376486 1.07156894

0.394360216 1.111857266

0.398423793 1.112661444

0.398443914 1.073300793

0.394419966 0.99576617

0.386474058 0.884579483

0.374844865 0.746429265

0.359875719 0.589619422

0.34199778 0.423388154

0.32170943 0.257166841

0.299553264 0.099853007

0.276092166 ‐0.0408331

0.25188591 ‐0.158851163

0.227469632 ‐0.250163896

0.203335281 ‐0.31286339

0.17991684 ‐0.347105468

0.157579839 ‐0.354876395

0.136615273 ‐0.339631234

0.117237788 ‐0.305852162

0.099587708 ‐0.258577606

0.083736272 ‐0.202949654

0.069693339 ‐0.143818905

0.05741676 ‐0.085434511

0.046822635 ‐0.031234317

0.037795734 0.016262412

0.030199481 0.055467867

0.023885038 0.08566029

0.018699163 0.106861137

0.014490659 0.119677274

0.011115369 0.12512953

0.008439746 0.12448578

0.006343145 0.119112318

0.004718997 0.110352379

0.003475077 0.099435995

0.002533081 0.08742133

0.001827693 0.075164633

0.001305351 0.06331392

0.000922829 0.052320577

0.00064578 0.042462959

0.00044732 0.033876577

0.000306705 0.026586411

0.000208159 0.02053799

0.000139842 0.015625009

9.29928E‐05 0.011712245

6.12113E‐05 0.008653355

3.98826E‐05 0.006303745

2.5722E‐05 0.004529079

1.64209E‐05 0.003210191

1.03767E‐05 0.002245232

6.49066E‐06 0.001549853
4.01874E‐06 0.001056083

2.46298E‐06 0.000710488

1.49417E‐06 0.000471989
Absolute values

0.00036279 1.83209E‐05

0.00054228 5.47703E‐05

0.000800031 8.08031E‐05

0.001164712 0.000117636

0.001672867 0.00016896

0.002369872 0.000239357

0.003310436 0.000334354

0.004558274 0.000460386

0.006184553 0.00062464

0.008264579 0.000834722

0.010872224 0.001098095

0.014071573 0.001421229

0.017905435 0.001808449

0.022380613 0.002260442

0.027450214 0.002772472

0.032993873 0.003332381

0.03879743 0.00391854

0.044534406 0.004497975

0.04975246 0.005024998

0.053868621 0.005440731

0.056177591 0.005673937

0.055877295 0.005643607

0.052115224 0.005263638

0.044057677 0.004449825

0.030981701 0.003129152

0.012386521 0.001251039

0.011882402 0.001200123

0.041507391 0.004192246

0.075584914 0.007634076

0.112541168 0.011366658

0.150094849 0.01515958

0.18528394 0.018713678

0.214569639 0.021671534

0.234024169 0.023636441

0.239600387 0.024199639

0.22747063 0.022974534

0.19441123 0.019635534

0.138199048 0.013958104

0.057978871 0.005855866

0.045442951 0.004589738

0.169421454 0.017111567

0.30944789 0.031254237

0.459298594 0.046389158

0.611362506 0.061747613

0.757131792 0.076470311

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
0.88781974 0.089669794

0.99505252 0.100500305

1.07156894 0.108228463

1.111857266 0.112297584

1.112661444 0.112378806

1.073300793 0.10840338

0.99576617 0.100572383

0.884579483 0.089342528

0.746429265 0.075389356

0.589619422 0.059551562

0.423388154 0.042762204

0.257166841 0.025973851

0.099853007 0.010085154

0.0408331 0.004124143

0.158851163 0.016043967

0.250163896 0.025266554

0.31286339 0.031599202

0.347105468 0.035057652

0.354876395 0.035842516

0.339631234 0.034302755

0.305852162 0.030891068

0.258577606 0.026116338

0.202949654 0.020497915

0.143818905 0.014525709

0.085434511 0.008628886

0.031234317 0.003154666

0.016262412 0.001642504

0.055467867 0.005602255

0.08566029 0.008651689

0.106861137 0.010792975

0.119677274 0.012087405

0.12512953 0.012638083

0.12448578 0.012573064

0.119112318 0.012030344

0.110352379 0.01114559

0.099435995 0.010043035

0.08742133 0.008829554

0.075164633 0.007591628

0.06331392 0.006394706

0.052320577 0.005284378

0.042462959 0.004288759

0.033876577 0.003421534

0.026586411 0.002685227

0.02053799 0.002074337

0.015625009 0.001578126

0.011712245 0.001182937

0.008653355 0.000873989

0.006303745 0.000636678

0.004529079 0.000457437

0.003210191 0.000324229

0.002245232 0.000226768

0.001549853 0.000156535
0.001056083 0.000106664

0.000710488 7.17593E‐05

0.000471989 2.38354E‐05
Cumulative normalization

1.83209E‐05 9.38426E‐06

7.30912E‐05 3.74384E‐05

0.000153894 7.8827E‐05

0.00027153 0.000139082

0.00044049 0.000225626

0.000679847 0.000348228

0.001014201 0.000519489

0.001474587 0.000755306

0.002099226 0.001075256

0.002933949 0.001502814

0.004032044 0.002065275

0.005453272 0.00279325

0.007261721 0.003719565

0.009522163 0.004877398

0.012294635 0.006297501

0.015627016 0.008004397

0.019545556 0.010011534

0.024043531 0.012315466

0.02906853 0.014889347

0.034509261 0.017676173

0.040183197 0.02058245

0.045826804 0.023473192

0.051090442 0.026169308

0.055540267 0.028448577

0.058669419 0.030051377

0.059920458 0.030692178

0.06112058 0.031306899

0.065312827 0.033454232

0.072946903 0.037364523

0.084313561 0.0431867

0.099473141 0.050951669

0.118186819 0.060537102

0.139858352 0.071637594

0.163494793 0.083744542

0.187694432 0.096139969

0.210668966 0.107907878

0.2303045 0.1179655

0.244262604 0.125115055

0.25011847 0.128114519

0.254708208 0.130465453

0.271819775 0.13923026

0.303074012 0.15523916

0.34946317 0.179000399

0.411210783 0.210628474

0.487681094 0.249797741

) () f b  


0.577350888 0.295727986

0.677851192 0.347205784

0.786079655 0.402642064

0.898377239 0.46016261

1.010756045 0.517724759

1.119159425 0.573250634

1.219731808 0.624765352

1.309074336 0.670527966

1.384463691 0.709143551

1.444015253 0.739646775

1.486777457 0.761550232

1.512751308 0.774854437

1.522836461 0.780020208

1.526960604 0.782132657

1.543004572 0.790350623

1.568271125 0.80329254

1.599870328 0.819478136

1.63492798 0.837435204

1.670770496 0.855794291

1.70507325 0.873364688

1.735964319 0.889187567

1.762080657 0.902564757

1.782578572 0.913064103

1.797104281 0.920504394

1.805733167 0.924924242

1.808887833 0.92654011

1.810530337 0.927381426

1.816132591 0.930250987

1.82478428 0.934682515

1.835577255 0.940210842

1.84766466 0.946402196

1.860302742 0.952875616

1.872875806 0.959315732

1.88490615 0.965477859

1.896051741 0.971186802

1.906094776 0.976330999

1.91492433 0.980853632

1.922515958 0.98474218

1.928910664 0.988017647

1.934195043 0.990724386

1.938483801 0.992921154

1.941905336 0.994673717

1.944590563 0.996049132

1.9466649 0.997111639

1.948243026 0.997919979

1.949425963 0.998525898

1.950299952 0.998973568

1.95093663 0.999299684

1.951394067 0.999533991

1.951718296 0.999700066

1.951945065 0.99981622

1.9521016 0.9998964
1.952208264 0.999951035

1.952280023 0.999987791

1.952303859 1

96.86788006
Appendix C‐4f (i): Biomass Fuel Cell TSM Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Wet Bioma Fuel Cell No 1 IDPotlatch

YES Wet Bioma Fuel Cell No 1 IDPotlatch

YES Wet Bioma Fuel Cell No 1 IDPotlatch

YES Yes Wet Bioma Fuel Cell No 1 IDPotlatch

YES Yes Wet Bioma Fuel Cell No 1 IDPotlatch

YES Yes Wet Bioma Fuel Cell No 1 IDPotlatch

YES Wet Bioma Fuel Cell No 2 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell No 2 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell No 2 MSWeyerhaeuserBruce

YES Yes Wet Bioma Fuel Cell No 2 MSWeyerhaeuserBruce

YES Yes Wet Bioma Fuel Cell No 2 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell No 2 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell No 2 MSWeyerhaeuserBruce

YES Wet Bioma Fuel Cell No 2 MSWeyerhaeuserBruce

YES Yes Wet Bioma Fuel Cell No 3 ARAnthonyForestProducts

YES Yes Wet Bioma Fuel Cell No 3 ARAnthonyForestProducts

YES Yes Wet Bioma Fuel Cell No 3 ARAnthonyForestProducts
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

PB‐1 CE ICR Phase I PM and Metals (2) TSM8 ET Sample #1

PB‐1 CE ICR Phase I PM and Metals (2) TSM8 ET Sample #2

PB‐1 CE ICR Phase I PM and Metals (2) TSM8 ET Sample #3

PB‐1 CE ICR Phase II ‐ ERT ERT TSM8 ET M29‐R1

PB‐1 CE ICR Phase II ‐ ERT ERT TSM8 ET M29‐R2

PB‐1 CE ICR Phase II ‐ ERT ERT TSM8 ET M29‐R3

AA‐002  No. 2 Boiler ICR Phase I PM and Metals (5) TSM8 ET Sample #1

AA‐002  No. 2 Boiler ICR Phase I PM and Metals (5) TSM8 ET Sample #2

AA‐002  No. 2 Boiler ICR Phase I PM and Metals (5) TSM8 ET Sample #3

AA‐002  No. 2 Boiler ICR Phase I PM and Metals (7) TSM8 ET Sample #1

AA‐002  No. 2 Boiler ICR Phase I PM and Metals (7) TSM8 ET Sample #2

AA‐002  No. 2 Boiler ICR Phase II ‐ Templates Metals TSM8 ET Sample #1

AA‐002  No. 2 Boiler ICR Phase II ‐ Templates Metals TSM8 ET Sample #2

AA‐002  No. 2 Boiler ICR Phase II ‐ Templates Metals TSM8 ET Sample #3

SN‐12 ICR Phase II ‐ ERT ERT TSM8 ET 1

SN‐12 ICR Phase II ‐ ERT ERT TSM8 ET 2

SN‐12 ICR Phase II ‐ ERT ERT TSM8 ET 3
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

7/20/2006 0.000022364 ‐10.70805803 0

7/20/2006 0.000020763 ‐10.782338 0

7/20/2006 0.000011361 ‐11.38532412 0

7/28/2009 1.66719E‐05 ‐11.00178789 0

7/28/2009 1.52867E‐05 ‐11.08852592 0

7/29/2009 1.10504E‐05 ‐11.41304158 0

2/22/2006 8.51678E‐05 ‐9.37088713 0

2/22/2006 5.91834E‐05 ‐9.734869461 0

2/22/2006 6.45423E‐05 ‐9.648189735 0

6/28/2005 2.07937E‐05 ‐10.78085986 0

6/28/2005 2.64915E‐05 ‐10.53868757 0

8/5/2009 5.03803E‐05 ‐9.895911057 0

8/5/2009 6.70166E‐05 ‐9.610570811 0

8/5/2009 2.92688E‐05 ‐10.43898879 0

9/1/2009 0.002619053 ‐5.944942628 0

9/1/2009 0.003120745 ‐5.769683574 0

9/2/2009 0.002942395 ‐5.828531481 0
Appendix C‐4f (ii): B

In top

12%?

Min Test

Avg?

YES Yes

YES

YES Yes

YES

YES

Number of sources with

test data 3 YES Yes

n 17

n‐1 14

Average of natural log of

test run values (μ) ‐9.643599861

Variance of natural log of

test runs (σ2

) 3.665219363

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 2452636.722

Denominator for

calculation of flatness of z

distribution (β2z) 4346.765205

Flatness of z distribution

(β2z) 566.2441233

Skewness of z distribution

(√β1z) 146.2747307
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.991632939 0.999185394 0.995354303

z‐value 3.585 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 0.000405257

exp (2μ + σ2

) 1.64233E‐07

exp (σ2

) ‐ 1 38.06470458

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.63540842

Square root term 0.00443775

Confidence Level 99% 99.9% 99.5%

UPL 5.71E‐03 6.75E‐03 6.01E‐03

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 1.89E+00 1.44E+00

SE Skewness 0.59 0.59

Skewness Test non‐normal non‐normal

Kurtosis = 1.83E+00 7.95E‐01

SE Kurtosis 1.19 1.19

Kurtosis Test normal normal

Number of test runs = 17 17
Biomass Fuel Cell TSM Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

Fuel Cell Wet Biom 1 IDPotlatch PB‐1 CE ICR Phase II ‐ ERT ERT

Fuel Cell Wet Biom 1 IDPotlatch PB‐1 CE ICR Phase I PM and Metals (2)

Fuel Cell Wet Biom 2 MSWeyerhaeuserBrucAA‐002  No. 2 Boiler ICR Phase I PM and Metals (7)

Fuel Cell Wet Biom 2 MSWeyerhaeuserBrucAA‐002  No. 2 Boiler ICR Phase II ‐ Templates Metals

Fuel Cell Wet Biom 2 MSWeyerhaeuserBrucAA‐002  No. 2 Boiler ICR Phase I PM and Metals (5)

Fuel Cell Wet Biom 3 ARAnthonyForestProdSN‐12 ICR Phase II ‐ ERT ERT

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

TSM8 1.43363E‐05 ‐11.1527131 3 2 ET Hog Fuel

TSM8 1.81627E‐05 ‐10.91614235 3 2 ET /Hog Fuel/

TSM8 2.36426E‐05 ‐10.65246063 2 1 ET /Hog Fuel/

TSM8 4.88885E‐05 ‐9.92596759 3 2 ET Hog Fuel

TSM8 6.96312E‐05 ‐9.572298294 3 2 ET /Hog Fuel/

TSM8 0.002894064 ‐5.845093511 3 2 ET Wood: Bark/Wood: Unadulterated Lumber/W

Wood: Unadulterated Timber
Appendix C‐4f (iii): Biomass Fuel Cell Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 566.24412 146.27473

8.60766E‐06 ‐5 =f(a) 8537.2421

3.42111E‐05 1 ‐4.899 7701.8742

7.17785E‐05 2 ‐4.798 6925.2767

0.000126147 3 ‐4.697 6204.7868

0.00020373 4 ‐4.596 5537.8001

0.000312857 5 ‐4.495 4921.7708

0.0004641 6 ‐4.394 4354.2119

0.00067054 7 ‐4.293 3832.6949

0.000947905 8 ‐4.192 3354.85

0.001314496 9 ‐4.091 2918.3658

0.001790756 10 ‐3.99 2520.9897

0.002398378 11 ‐3.889 2160.5277

0.003158782 12 ‐3.788 1834.8444

0.004090816 13 ‐3.687 1541.8628

0.005207572 14 ‐3.586 1279.5649

0.006512254 15 ‐3.485 1045.991

0.00799311 16 ‐3.384 839.2402

0.00961762 17 ‐3.283 657.47004

0.011326244 18 ‐3.182 498.8968

0.01302628 19 ‐3.081 361.79532

0.014586557 20 ‐2.98 244.49907

0.015833905 21 ‐2.879 145.40013

0.016552496 22 ‐2.778 62.949173

0.01661782 23 ‐2.677 ‐4.344491

0.017753129 24 ‐2.576 ‐57.91296

0.020261085 25 ‐2.475 ‐99.12971

0.024440298 26 ‐2.374 ‐129.3096

0.03055857 27 ‐2.273 ‐149.7089

0.03882102 28 ‐2.172 ‐161.5253

0.049334964 29 ‐2.071 ‐165.8977

0.062074354 30 ‐1.97 ‐163.9067

0.076847329 31 ‐1.869 ‐156.574

0.093271046 32 ‐1.768 ‐144.8628

0.110758069 33 ‐1.667 ‐129.6777

0.128518332 34 ‐1.566 ‐111.8647

0.145579758 35 ‐1.465 ‐92.21117

0.160829201 36 ‐1.364 ‐71.44583

0.173073439 37 ‐1.263 ‐50.23885

0.181117691 38 ‐1.162 ‐29.20174

0.183856793 39 ‐1.061 ‐8.887442

0.187341536 40 ‐0.96 10.209748

0.197688426 41 ‐0.859 27.65413

0.215173787 42 ‐0.758 43.068618

0.239651957 43 ‐0.657 56.134738

0.270524811 44 ‐0.556 66.592627

   1 3 1 3

6

z z z

      

 2z

1z
0.306746421 45 ‐0.455 74.241033

0.346865318 46 ‐0.354 78.937316

0.389103047 47 ‐0.253 80.597447

0.431463928 48 ‐0.152 79.196009

0.471867442 49 ‐0.051 74.766196

0.508292016 50 0.05 67.399814

0.538917455 51 0.151 57.247278

0.562253155 52 0.252 44.517618

0.577240515 53 0.353 29.478473

0.583320507 54 0.454 12.456093

0.586180077 55 0.555 ‐6.164657

0.597499061 56 0.656 ‐25.94031

0.61633851 57 0.757 ‐46.36877

0.641386886 58 0.858 ‐66.88934

0.671069756 59 0.959 ‐86.88272

0.703672024 60 1.06 ‐105.671

0.737461378 61 1.161 ‐122.5176

0.770802362 62 1.262 ‐136.6275

0.802252313 63 1.363 ‐147.1468

0.830632952 64 1.464 ‐153.1632

0.855074355 65 1.565 ‐153.7057

0.875030945 66 1.666 ‐147.7447

0.890271796 67 1.767 ‐134.1921

0.90084956 68 1.868 ‐111.901

0.907053682 69 1.969 ‐79.66602

0.909354117 70 2.07 ‐36.22308

0.9103666 71 2.171 19.750434

0.914038151 72 2.272 89.635785

0.919703372 73 2.373 174.87284

0.926727751 74 2.474 276.96008

0.934539428 75 2.575 397.45459

0.942650013 76 2.676 537.97208

0.950665168 77 2.777 700.18686

0.958286389 78 2.878 885.83186

0.965305879 79 2.979 1096.6986

0.97159654 80 3.08 1334.6372

0.977099038 81 3.181 1601.5565

0.98180766 82 3.282 1899.4239

0.985756346 83 3.383 2230.2652

0.989005888 84 3.484 2596.1652

0.991632939 85 3.585 2999.2669

0.993721124 86 3.686 3441.7723

0.995354303 87 3.787 3925.9417

0.996611844 88 3.888 4454.0942

0.997565635 89 3.989 5028.6075

0.998278511 90 4.09 5651.9178

0.99880376 91 4.191 6326.5199

0.999185394 92 4.292 7054.9674

0.99945891 93 4.393 7839.8724

0.99965232 94 4.494 8683.9055

0.99978729 95 4.595 9589.7961

0.999880258 96 4.696 10560.332
0.999943478 97 4.797 11598.36

0.999985927 98 4.898 12706.785

1 99 4.999 13888.571
distribution of Z

Normal

distribution

1.48672E‐06 0.012692484

2.45094E‐06 0.01887683

3.9995E‐06 0.027697663

6.46025E‐06 0.040084454

1.03291E‐05 0.057200426

1.63472E‐05 0.080457405

2.56093E‐05 0.111508148

3.97118E‐05 0.152203086

6.09553E‐05 0.204495728

9.26132E‐05 0.270279154

0.000139285 0.351135995

0.000207351 0.447986919

0.000305546 0.560629179

0.000445674 0.687168025

0.000643469 0.823360502

0.000919619 0.961913301

0.001300942 1.091802967

0.001821704 1.197715707

0.002525035 1.259731646

0.003464389 1.253399672

0.004704958 1.150357736

0.006324913 0.919643115

0.008416337 0.529801482

0.011085658 ‐0.048161545

0.014453386 ‐0.837038373

0.018652949 ‐1.849061383

0.023828414 ‐3.081242966

0.030130931 ‐4.510869113

0.03771375 ‐6.091724141

0.046725789 ‐7.75170261

0.057303789 ‐9.39247477

0.069563239 ‐10.8917932

0.083588399 ‐12.1088485

0.099421884 ‐12.89280156

0.117054396 ‐13.09425575

0.136415346 ‐12.579018

0.157365126 ‐11.24308204

0.179689839 ‐9.027410059

0.203099244 ‐5.930851922

0.227228529 ‐2.019480456

0.251644341 2.5692252

0.275855243 7.628536638

0.299326439 12.89157601

0.321498297 18.04722265

0.341807853 22.76188282

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 26.70540473

0.37471238 29.5787896

0.386376486 31.14095847

0.394360216 31.23175541

0.398423793 29.78863158

0.398443914 26.85504556

0.394419966 22.57946945

0.386474058 17.20490438

0.374844865 11.04985403

0.359875719 4.482645564

0.34199778 ‐2.108299042

0.32170943 ‐8.345240759

0.299553264 ‐13.88991501

0.276092166 ‐18.46762306

0.25188591 ‐21.88453399

0.227469632 ‐24.03694239

0.203335281 ‐24.91215522

0.17991684 ‐24.58158183

0.157579839 ‐23.1873641

0.136615273 ‐20.92442782

0.117237788 ‐18.02011446

0.099587708 ‐14.71355945

0.083736272 ‐11.23674745

0.069693339 ‐7.798755427

0.05741676 ‐4.574164514

0.046822635 ‐1.696060114

0.037795734 0.746482147

0.030199481 2.706954209

0.023885038 4.17684448

0.018699163 5.178921587

0.014490659 5.759379043

0.011115369 5.979758218

0.008439746 5.909399464

0.006343145 5.618960158

0.004718997 5.175317251

0.003475077 4.637967701

0.002533081 4.056872045

0.001827693 3.471564524

0.001305351 2.911279735

0.000922829 2.395816675

0.00064578 1.936867821

0.00044732 1.539573278

0.000306705 1.204107342

0.000208159 0.927157777

0.000139842 0.703209343

9.29928E‐05 0.525587635

6.12113E‐05 0.387254397

3.98826E‐05 0.281370411

2.5722E‐05 0.201657372

1.64209E‐05 0.142597417

1.03767E‐05 0.099510101

6.49066E‐06 0.068543512
4.01874E‐06 0.046610752

2.46298E‐06 0.031296496

1.49417E‐06 0.0207519
Absolute values

0.012692484 0.00064097

0.01887683 0.00190656

0.027697663 0.002797464

0.040084454 0.00404853

0.057200426 0.005777243

0.080457405 0.008126198

0.111508148 0.011262323

0.152203086 0.015372512

0.204495728 0.020654068

0.270279154 0.027298195

0.351135995 0.035464736

0.447986919 0.045246679

0.560629179 0.056623547

0.687168025 0.069403971

0.823360502 0.083159411

0.961913301 0.097153243

1.091802967 0.1102721

1.197715707 0.120969286

1.259731646 0.127232896

1.253399672 0.126593367

1.150357736 0.116186131

0.919643115 0.092883955

0.529801482 0.05350995

0.048161545 0.004864316

0.837038373 0.084540876

1.849061383 0.1867552

3.081242966 0.31120554

4.510869113 0.45559778

6.091724141 0.615264138

7.75170261 0.782921964

9.39247477 0.948639952

10.8917932 1.100071113

12.1088485 1.222993698

12.89280156 1.302172957

13.09425575 1.322519831

12.579018 1.270480818

11.24308204 1.135551286

9.027410059 0.911768416

5.930851922 0.599016044

2.019480456 0.203967526

2.5692252 0.259491745

7.628536638 0.7704822

12.89157601 1.302049177

18.04722265 1.822769488

22.76188282 2.298950165

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
26.70540473 2.697245878

29.5787896 2.98745775

31.14095847 3.145236806

31.23175541 3.154407296

29.78863158 3.008651789

26.85504556 2.712359601

22.57946945 2.280526415

17.20490438 1.737695342

11.04985403 1.116035257

4.482645564 0.452747202

2.108299042 0.212938203

8.345240759 0.842869317

13.88991501 1.402881416

18.46762306 1.865229929

21.88453399 2.210337933

24.03694239 2.427731181

24.91215522 2.516127678

24.58158183 2.482739765

23.1873641 2.341923774

20.92442782 2.11336721

18.02011446 1.82003156

14.71355945 1.486069504

11.23674745 1.134911492

7.798755427 0.787674298

4.574164514 0.461990616

1.696060114 0.171302071

0.746482147 0.075394697

2.706954209 0.273402375

4.17684448 0.421861292

5.178921587 0.52307108

5.759379043 0.581697283

5.979758218 0.60395558

5.909399464 0.596849346

5.618960158 0.567514976

5.175317251 0.522707042

4.637967701 0.468434738

4.056872045 0.409744077

3.471564524 0.350628017

2.911279735 0.294039253

2.395816675 0.241977484

1.936867821 0.19562365

1.539573278 0.155496901

1.204107342 0.121614842

0.927157777 0.093642935

0.703209343 0.071024144

0.525587635 0.053084351

0.387254397 0.039112694

0.281370411 0.028418412

0.201657372 0.020367395

0.142597417 0.014402339

0.099510101 0.01005052

0.068543512 0.006922895
0.046610752 0.004707686

0.031296496 0.003160946

0.0207519 0.001047971
Cumulative normalization

0.00064097 8.60766E‐06

0.00254753 3.42111E‐05

0.005344994 7.17785E‐05

0.009393524 0.000126147

0.015170767 0.00020373

0.023296965 0.000312857

0.034559288 0.0004641

0.0499318 0.00067054

0.070585868 0.000947905

0.097884063 0.001314496

0.133348798 0.001790756

0.178595477 0.002398378

0.235219024 0.003158782

0.304622995 0.004090816

0.387782405 0.005207572

0.484935649 0.006512254

0.595207748 0.00799311

0.716177035 0.00961762

0.843409931 0.011326244

0.970003298 0.01302628

1.086189429 0.014586557

1.179073384 0.015833905

1.232583334 0.016552496

1.23744765 0.01661782

1.321988525 0.017753129

1.508743725 0.020261085

1.819949265 0.024440298

2.275547045 0.03055857

2.890811183 0.03882102

3.673733147 0.049334964

4.622373099 0.062074354

5.722444212 0.076847329

6.94543791 0.093271046

8.247610867 0.110758069

9.570130698 0.128518332

10.84061152 0.145579758

11.9761628 0.160829201

12.88793122 0.173073439

13.48694726 0.181117691

13.69091479 0.183856793

13.95040653 0.187341536

14.72088873 0.197688426

16.02293791 0.215173787

17.8457074 0.239651957

20.14465756 0.270524811

) () f b  


22.84190344 0.306746421

25.82936119 0.346865318

28.974598 0.389103047

32.12900529 0.431463928

35.13765708 0.471867442

37.85001668 0.508292016

40.1305431 0.538917455

41.86823844 0.562253155

42.9842737 0.577240515

43.4370209 0.583320507

43.6499591 0.586180077

44.49282842 0.597499061

45.89570984 0.61633851

47.76093976 0.641386886

49.9712777 0.671069756

52.39900888 0.703672024

54.91513656 0.737461378

57.39787632 0.770802362

59.73980009 0.802252313

61.8531673 0.830632952

63.67319886 0.855074355

65.15926837 0.875030945

66.29417986 0.890271796

67.08185416 0.90084956

67.54384478 0.907053682

67.71514685 0.909354117

67.79054154 0.9103666

68.06394392 0.914038151

68.48580521 0.919703372

69.00887629 0.926727751

69.59057357 0.934539428

70.19452915 0.942650013

70.7913785 0.950665168

71.35889348 0.958286389

71.88160052 0.965305879

72.35003526 0.97159654

72.75977933 0.977099038

73.11040735 0.98180766

73.4044466 0.985756346

73.64642409 0.989005888

73.84204774 0.991632939

73.99754464 0.993721124

74.11915948 0.995354303

74.21280242 0.996611844

74.28382656 0.997565635

74.33691091 0.998278511

74.3760236 0.99880376

74.40444202 0.999185394

74.42480941 0.99945891

74.43921175 0.99965232

74.44926227 0.99978729

74.45618516 0.999880258
74.46089285 0.999943478

74.4640538 0.999985927

74.46510177 1

3577.955211
Appendix C‐4g (i): Biomass Suspension Burner Filterable PM Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Yes Dry Biomas Suspension no 3 OHSauderWoodArchbold

YES Yes Dry Biomas Suspension no 3 OHSauderWoodArchbold

YES Yes Dry Biomas Suspension no 3 OHSauderWoodArchbold
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

B009 ICR Phase I PM and Metals B009 Particulate MattET Sample #1

B009 ICR Phase I PM and Metals B009 Particulate MattET Sample #2

B009 ICR Phase I PM and Metals B009 Particulate MattET Sample #3
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

6/18/2008 0.033 ‐3.411247718 0

6/18/2008 0.015 ‐4.199705078 0

6/18/2008 0.019 ‐3.9633163 0
Appendix C‐4g (ii): B

In top

12%?

Min Test

Avg?

YES Yes

Number of sources with

test data 1

n 3

n‐1 2

Average of natural log of

test run values (μ) ‐3.858089698

Variance of natural log of

test runs (σ2

) 0.163720731

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 6.355587406

Denominator for

calculation of flatness of z

distribution (β2z) 0.094929563

Flatness of z distribution

(β2z) 68.95055999

Skewness of z distribution

(√β1z) 0.77383372
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990837181 0.999280199 0.99602522

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 0.022908911

exp (2μ + σ2

) 0.000524818

exp (σ2

) ‐ 1 0.177885322

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.061274696

Square root term 0.023864095

Confidence Level 99% 99.9% 99.5%

UPL 5.06E‐02 5.71E‐02 5.30E‐02

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 1.39E+00 1.09E+00

SE Skewness 1.41 1.41

Skewness Test normal normal

Kurtosis = #DIV/0! #DIV/0!

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3
Biomass Suspension Burner Filterable PM Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

Suspension BDry Bioma 3 OHSauderWoodArchb B009 ICR Phase I PM and Metals B009

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

Particulate M 0.022333333 ‐3.801674948 3 2 ET /Wood: Plywood, Particleboard (containing g

glues or resins)/
Appendix C‐4g (iii): Biomass Suspension Burner Filterable PM Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 68.95056 0.7738337

1.24241E‐05 ‐5 =f(a) 1300.3284

4.96952E‐05 1 ‐4.899 1183.1084

0.000104885 2 ‐4.798 1073.5872

0.000185548 3 ‐4.697 971.43608

0.000301893 4 ‐4.596 876.33323

0.000467457 5 ‐4.495 787.96373

0.000699852 6 ‐4.394 706.01952

0.001021523 7 ‐4.293 630.19941

0.001460433 8 ‐4.192 560.20904

0.002050579 9 ‐4.091 495.76095

0.002832165 10 ‐3.99 436.57452

0.00385125 11 ‐3.889 382.376

0.005158632 12 ‐3.788 332.8985

0.006807728 13 ‐3.687 287.882

0.008851196 14 ‐3.586 247.07334

0.011336097 15 ‐3.485 210.22622

0.014297474 16 ‐3.384 177.1012

0.017750367 17 ‐3.283 147.4657

0.021680473 18 ‐3.182 121.09403

0.026033934 19 ‐3.081 97.767325

0.030706991 20 ‐2.98 77.273606

0.035536599 21 ‐2.879 59.407751

0.040293331 22 ‐2.778 43.9715

0.044678154 23 ‐2.677 30.773458

0.048324719 24 ‐2.576 19.62909

0.050808722 25 ‐2.475 10.360727

0.05166554 26 ‐2.374 2.7975607

0.052914273 27 ‐2.273 ‐3.224354

0.056725392 28 ‐2.172 ‐7.8621

0.063491463 29 ‐2.071 ‐11.26589

0.073493039 30 ‐1.97 ‐13.5791

0.086849524 31 ‐1.869 ‐14.9382

0.103473309 32 ‐1.768 ‐15.47283

0.123032504 33 ‐1.667 ‐15.30575

0.144927815 34 ‐1.566 ‐14.55289

0.168288635 35 ‐1.465 ‐13.32326

0.19199231 36 ‐1.364 ‐11.71906

0.21470868 37 ‐1.263 ‐9.835607

0.234969614 38 ‐1.162 ‐7.761344

0.251260519 39 ‐1.061 ‐5.577866

0.262127978 40 ‐0.96 ‐3.359902

0.266295233 41 ‐0.859 ‐1.175316

0.269815112 42 ‐0.758 0.914889

0.281619362 43 ‐0.657 2.8565739

0.301839611 44 ‐0.556 4.6024621

   1 3 1 3

6

z z z

      

 2z

1z
0.330098994 45 ‐0.455 6.1121397

0.3655086 46 ‐0.354 7.3520559

0.406705894 47 ‐0.253 8.2955227

0.451933578 48 ‐0.152 8.9227148

0.499153144 49 ‐0.051 9.2206699

0.546183651 50 0.05 9.1832884

0.59085353 51 0.151 8.8113335

0.63115173 52 0.252 8.1124316

0.665364615 53 0.353 7.1010715

0.692186563 54 0.454 5.7986051

0.710795054 55 0.555 4.233247

0.720884822 56 0.656 2.4400749

0.722659896 57 0.757 0.461029

0.728533292 58 0.858 ‐1.655088

0.741006352 59 0.959 ‐3.852609

0.758750501 60 1.06 ‐6.069005

0.780272597 61 1.161 ‐8.234886

0.804031448 62 1.262 ‐10.274

0.828545536 63 1.363 ‐12.10322

0.852483724 64 1.464 ‐13.63257

0.874733292 65 1.565 ‐14.76521

0.894442467 66 1.666 ‐15.39744

0.91103738 67 1.767 ‐15.41868

0.924215771 68 1.868 ‐14.7115

0.93392158 69 1.969 ‐13.15161

0.940305645 70 2.07 ‐10.60785

0.94367816 71 2.171 ‐6.942196

0.944458278 72 2.272 ‐2.009773

0.945791023 73 2.373 4.3411687

0.948739881 74 2.474 12.269237

0.952826246 75 2.575 21.939904

0.957616003 76 2.676 33.525504

0.962736755 77 2.777 47.205234

0.967886628 78 2.878 63.165155

0.972835935 79 2.979 81.598188

0.977423335 80 3.08 102.70412

0.981548148 81 3.181 126.6896

0.985160449 82 3.282 153.76814

0.988250298 83 3.383 184.16011

0.990837181 84 3.484 218.09275

0.992960425 85 3.585 255.80016

0.994671044 86 3.686 297.52331

0.99602522 87 3.787 343.51001

0.997079416 88 3.888 394.01496

0.997886999 89 3.989 449.2997

0.998496144 90 4.09 509.63266

0.998948762 91 4.191 575.28911

0.999280199 92 4.292 646.55119

0.999519466 93 4.393 723.7079

0.999689805 94 4.494 807.05511

0.999809427 95 4.595 896.89554

0.999892315 96 4.696 993.53879
0.999948995 97 4.797 1097.3013

0.999987253 98 4.898 1208.5064

1 99 4.999 1327.4843
distribution of Z

Normal

distribution

1.48672E‐06 0.001933224

2.45094E‐06 0.002899727

3.9995E‐06 0.004293815

6.46025E‐06 0.006275717

1.03291E‐05 0.009051723

1.63472E‐05 0.012881038

2.56093E‐05 0.018080638

3.97118E‐05 0.025026332

6.09553E‐05 0.034147683

9.26132E‐05 0.045914001

0.000139285 0.060808271

0.000207351 0.079285927

0.000305546 0.101715773

0.000445674 0.128301495

0.000643469 0.158984063

0.000919619 0.193328038

0.001300942 0.230398414

0.001821704 0.26863884

0.002525035 0.305766607

0.003464389 0.338704031

0.004704958 0.363569033

0.006324913 0.375748842

0.008416337 0.370078981

0.011085658 0.341144044

0.014453386 0.283706829

0.018652949 0.193258115

0.023828414 0.066661435

0.030130931 ‐0.097152794

0.03771375 ‐0.296509255

0.046725789 ‐0.52640781

0.057303789 ‐0.778133612

0.069563239 ‐1.039149271

0.083588399 ‐1.293348779

0.099421884 ‐1.521726976

0.117054396 ‐1.703479329

0.136415346 ‐1.817497569

0.157365126 ‐1.844172072

0.179689839 ‐1.767358617

0.203099244 ‐1.576323063

0.227228529 ‐1.267450323

0.251644341 ‐0.845500294

0.275855243 ‐0.324217097

0.299326439 0.27385047

0.321498297 0.918383647

0.341807853 1.573157674

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 2.198611171

0.37471238 2.754906384

0.386376486 3.20519492

0.394360216 3.518763752

0.398423793 3.673734273

0.398443914 3.659025355

0.394419966 3.475365874

0.386474058 3.135244354

0.374844865 2.661800179

0.359875719 2.086777171

0.34199778 1.447761091

0.32170943 0.784995099

0.299553264 0.13810273

0.276092166 ‐0.4569567

0.25188591 ‐0.970417805

0.227469632 ‐1.380514378

0.203335281 ‐1.674442804

0.17991684 ‐1.848464836

0.157579839 ‐1.90722307

0.136615273 ‐1.86241741

0.117237788 ‐1.73104093

0.099587708 ‐1.533395565

0.083736272 ‐1.291102514

0.069693339 ‐1.025293396

0.05741676 ‐0.755122634

0.046822635 ‐0.496687296

0.037795734 ‐0.262385377

0.030199481 ‐0.06069409

0.023885038 0.103688981

0.018699163 0.229424461

0.014490659 0.317923674

0.011115369 0.37264835

0.008439746 0.398400201

0.006343145 0.400665753

0.004718997 0.385061593

0.003475077 0.356904765

0.002533081 0.320914985

0.001827693 0.281041014

0.001305351 0.240393649

0.000922829 0.201262329

0.00064578 0.165190734

0.00044732 0.133088099

0.000306705 0.105356358

0.000208159 0.08201758

0.000139842 0.062830863

9.29928E‐05 0.047392166

6.12113E‐05 0.035214184

3.98826E‐05 0.02578614

2.5722E‐05 0.018615231

1.64209E‐05 0.013252559

1.03767E‐05 0.009306784

6.49066E‐06 0.006448721
4.01874E‐06 0.004409765

2.46298E‐06 0.002976521

1.49417E‐06 0.001983489
Absolute values

0.001933224 9.76278E‐05

0.002899727 0.000292872

0.004293815 0.000433675

0.006275717 0.000633847

0.009051723 0.000914224

0.012881038 0.001300985

0.018080638 0.001826144

0.025026332 0.002527659

0.034147683 0.003448916

0.045914001 0.004637314

0.060808271 0.006141635

0.079285927 0.008007879

0.101715773 0.010273293

0.128301495 0.012958451

0.158984063 0.01605739

0.193328038 0.019526132

0.230398414 0.02327024

0.26863884 0.027132523

0.305766607 0.030882427

0.338704031 0.034209107

0.363569033 0.036720472

0.375748842 0.037950633

0.370078981 0.037377977

0.341144044 0.034455548

0.283706829 0.02865439

0.193258115 0.01951907

0.066661435 0.006732805

0.097152794 0.009812432

0.296509255 0.029947435

0.52640781 0.053167189

0.778133612 0.078591495

1.039149271 0.104954076

1.293348779 0.130628227

1.521726976 0.153694425

1.703479329 0.172051412

1.817497569 0.183567254

1.844172072 0.186261379

1.767358617 0.17850322

1.576323063 0.159208629

1.267450323 0.128012483

0.845500294 0.08539553

0.324217097 0.032745927

0.27385047 0.027658897

0.918383647 0.092756748

1.573157674 0.158888925

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
2.198611171 0.222059728

2.754906384 0.278245545

3.20519492 0.323724687

3.518763752 0.355395139

3.673734273 0.371047162

3.659025355 0.369561561

3.475365874 0.351011953

3.135244354 0.31665968

2.661800179 0.268841818

2.086777171 0.210764494

1.447761091 0.14622387

0.784995099 0.079284505

0.13810273 0.013948376

0.4569567 0.046152627

0.970417805 0.098012198

1.380514378 0.139431952

1.674442804 0.169118723

1.848464836 0.186694948

1.90722307 0.19262953

1.86241741 0.188104158

1.73104093 0.174835134

1.533395565 0.154872952

1.291102514 0.130401354

1.025293396 0.103554633

0.755122634 0.076267386

0.496687296 0.050165417

0.262385377 0.026500923

0.06069409 0.006130103

0.103688981 0.010472587

0.229424461 0.023171871

0.317923674 0.032110291

0.37264835 0.037637483

0.398400201 0.04023842

0.400665753 0.040467241

0.385061593 0.038891221

0.356904765 0.036047381

0.320914985 0.032412413

0.281041014 0.028385142

0.240393649 0.024279759

0.201262329 0.020327495

0.165190734 0.016684264

0.133088099 0.013441898

0.105356358 0.010640992

0.08201758 0.008283776

0.062830863 0.006345917

0.047392166 0.004786609

0.035214184 0.003556633

0.02578614 0.0026044

0.018615231 0.001880138

0.013252559 0.001338509

0.009306784 0.000939985

0.006448721 0.000651321
0.004409765 0.000445386

0.002976521 0.000300629

0.001983489 0.000100166
Cumulative normalization

9.76278E‐05 1.24241E‐05

0.0003905 4.96952E‐05

0.000824176 0.000104885

0.001458023 0.000185548

0.002372247 0.000301893

0.003673232 0.000467457

0.005499376 0.000699852

0.008027036 0.001021523

0.011475952 0.001460433

0.016113266 0.002050579

0.022254901 0.002832165

0.03026278 0.00385125

0.040536073 0.005158632

0.053494524 0.006807728

0.069551914 0.008851196

0.089078046 0.011336097

0.112348286 0.014297474

0.139480809 0.017750367

0.170363236 0.021680473

0.204572343 0.026033934

0.241292816 0.030706991

0.279243449 0.035536599

0.316621426 0.040293331

0.351076974 0.044678154

0.379731364 0.048324719

0.399250433 0.050808722

0.405983238 0.05166554

0.415795671 0.052914273

0.445743105 0.056725392

0.498910294 0.063491463

0.577501789 0.073493039

0.682455865 0.086849524

0.813084092 0.103473309

0.966778517 0.123032504

1.138829929 0.144927815

1.322397183 0.168288635

1.508658562 0.19199231

1.687161783 0.21470868

1.846370412 0.234969614

1.974382895 0.251260519

2.059778424 0.262127978

2.092524351 0.266295233

2.120183249 0.269815112

2.212939997 0.281619362

2.371828922 0.301839611

) () f b  


2.59388865 0.330098994

2.872134195 0.3655086

3.195858882 0.406705894

3.551254021 0.451933578

3.922301183 0.499153144

4.291862743 0.546183651

4.642874697 0.59085353

4.959534377 0.63115173

5.228376195 0.665364615

5.439140689 0.692186563

5.585364559 0.710795054

5.664649064 0.720884822

5.67859744 0.722659896

5.724750067 0.728533292

5.822762265 0.741006352

5.962194217 0.758750501

6.13131294 0.780272597

6.318007889 0.804031448

6.510637419 0.828545536

6.698741577 0.852483724

6.873576711 0.874733292

7.028449663 0.894442467

7.158851017 0.91103738

7.26240565 0.924215771

7.338673036 0.93392158

7.388838453 0.940305645

7.415339376 0.94367816

7.421469479 0.944458278

7.431942066 0.945791023

7.455113937 0.948739881

7.487224228 0.952826246

7.524861711 0.957616003

7.565100132 0.962736755

7.605567373 0.967886628

7.644458593 0.972835935

7.680505975 0.977423335

7.712918388 0.981548148

7.741303531 0.985160449

7.765583289 0.988250298

7.785910784 0.990837181

7.802595049 0.992960425

7.816036947 0.994671044

7.826677939 0.99602522

7.834961714 0.997079416

7.841307632 0.997886999

7.84609424 0.998496144

7.849650873 0.998948762

7.852255273 0.999280199

7.854135411 0.999519466

7.85547392 0.999689805

7.856413905 0.999809427

7.857065226 0.999892315
7.857510612 0.999948995

7.857811241 0.999987253

7.857911407 1

395.8386369
Appendix C‐4h (i): Biomass Suspension Burner TSM Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Yes Dry Biomas Suspension No 2 VAATCPanels

YES Yes Dry Biomas Suspension No 2 VAATCPanels

YES Yes Dry Biomas Suspension No 2 VAATCPanels
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

Babcock & Wilcox Boiler ICR Phase I PM and Metals (2) TSM8 ET Sample #1

Babcock & Wilcox Boiler ICR Phase I PM and Metals (2) TSM8 ET Sample #2

Babcock & Wilcox Boiler ICR Phase I PM and Metals (2) TSM8 ET Sample #3
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

8/1/2006 0.004122437 ‐5.491310786 0

8/1/2006 0.004843251 ‐5.33016909 0

8/1/2006 0.005248208 ‐5.249868594 0
Appendix C‐4h (ii): B

In top

12%?

Min Test

Avg?

YES Yes

Number of sources with

test data 1

n 3

n‐1 2

Average of natural log of

test run values (μ) ‐5.357116156

Variance of natural log of

test runs (σ2

) 0.015118191

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 3.247230737

Denominator for

calculation of flatness of z

distribution (β2z) 0.000696137

Flatness of z distribution

(β2z) 4666.640766

Skewness of z distribution

(√β1z) 0.214859064
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990815433 0.999274636 0.996005646

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 0.004750255

exp (2μ + σ2

) 2.25649E‐05

exp (σ2

) ‐ 1 0.015233049

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.005096537

Square root term 0.001437437

Confidence Level 99% 99.9% 99.5%

UPL 6.42E‐03 6.81E‐03 6.56E‐03

Analysis of Data

Distribution

Normal Log‐normal

Skewness = ‐8.03E‐01 ‐9.39E‐01

SE Skewness 1.41 1.41

Skewness Test normal normal

Kurtosis = #DIV/0! #DIV/0!

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3
Biomass Suspension Burner TSM Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

Suspension BDry Bioma 2 VAATCPanels Babcock & Wilcox Boi ICR Phase I PM and Metals (2)

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

TSM8 0.004737965 ‐5.35214749 3 2 ET /Wood: Plywood, Particleboard (containing g

glues or resins)/
Appendix C‐4h (iii): Biomass Suspension Burner Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 4666.6408 0.2148591

1.28168E‐05 ‐5 =f(a) 92881.24

5.12745E‐05 1 ‐4.899 84527.445

0.000108235 2 ‐4.798 76720.784

0.000191507 3 ‐4.697 69437.96

0.000311644 4 ‐4.596 62656.16

0.000482651 5 ‐4.495 56353.06

0.000722756 6 ‐4.394 50506.819

0.001055193 7 ‐4.293 45096.081

0.001508934 8 ‐4.192 40099.976

0.002119217 9 ‐4.091 35498.119

0.002927741 10 ‐3.99 31270.611

0.003982316 11 ‐3.889 27398.038

0.005335717 12 ‐3.788 23861.47

0.007043494 13 ‐3.687 20642.465

0.009160486 14 ‐3.586 17723.063

0.011735791 15 ‐3.485 15085.792

0.014806095 16 ‐3.384 12713.665

0.018387336 17 ‐3.283 10590.178

0.022464939 18 ‐3.182 8699.3145

0.026983074 19 ‐3.081 7025.5432

0.031833723 20 ‐2.98 5553.8173

0.036846656 21 ‐2.879 4269.5755

0.041781687 22 ‐2.778 3158.7421

0.04632486 23 ‐2.677 2207.7264

0.050090258 24 ‐2.576 1403.4231

0.052629065 25 ‐2.475 733.2122

0.053447197 26 ‐2.374 184.95908

0.054862213 27 ‐2.273 ‐252.9857

0.059005234 28 ‐2.172 ‐591.7862

0.066309622 29 ‐2.071 ‐842.1212

0.077097916 30 ‐1.97 ‐1014.184

0.091530737 31 ‐1.869 ‐1117.683

0.109558656 32 ‐1.768 ‐1161.842

0.130882511 33 ‐1.667 ‐1155.397

0.15492787 34 ‐1.566 ‐1106.601

0.180838925 35 ‐1.465 ‐1023.221

0.207495975 36 ‐1.364 ‐912.5381

0.233558802 37 ‐1.263 ‐781.3496

0.257535809 38 ‐1.162 ‐635.9662

0.277876001 39 ‐1.061 ‐482.2138

0.293078007 40 ‐0.96 ‐325.4327

0.301807769 41 ‐0.859 ‐170.4781

0.30301463 42 ‐0.758 ‐21.71998

0.30999467 43 ‐0.657 116.95712

0.325359442 44 ‐0.556 242.15391

   1 3 1 3

6

z z z

      

 2z

1z
0.348794224 45 ‐0.455 350.9564

0.379465097 46 ‐0.354 440.93593

0.416054929 47 ‐0.253 510.1491

0.456840669 48 ‐0.152 557.13784

0.499806299 49 ‐0.051 580.92935

0.542781999 50 0.05 581.03617

0.583597221 51 0.151 557.4561

0.620233826 52 0.252 510.67227

0.650965446 53 0.353 441.6531

0.674470733 54 0.454 351.85231

0.68991102 55 0.555 243.20892

0.696966718 56 0.656 118.14724

0.698102378 57 0.757 ‐20.4231

0.706769376 58 0.858 ‐169.1072

0.721920145 59 0.959 ‐324.0248

0.74222266 60 1.06 ‐480.8104

0.766176459 61 1.161 ‐634.6131

0.792230374 62 1.262 ‐780.0969

0.818891686 63 1.363 ‐911.4404

0.844818301 64 1.464 ‐1022.337

0.868888128 65 1.565 ‐1105.994

0.890242706 66 1.666 ‐1155.135

0.908304923 67 1.767 ‐1161.997

0.922773117 68 1.868 ‐1118.331

0.933595699 69 1.969 ‐1015.406

0.94093157 70 2.07 ‐844.0015

0.94510204 71 2.171 ‐594.4148

0.946539731 72 2.272 ‐256.4563

0.94734025 73 2.373 180.54831

0.949866418 74 2.474 727.75875

0.953623764 75 2.575 1396.8201

0.958162888 76 2.676 2199.8626

0.963097169 77 2.777 3149.5019

0.968111909 78 2.878 4258.839

0.972966208 79 2.979 5541.46

0.977489182 80 3.08 7011.4366

0.98157226 81 3.181 8683.3255

0.985159167 82 3.282 10572.169

0.988234989 83 3.383 12693.494

0.990815433 84 3.484 15063.314

0.992937039 85 3.585 17698.127

0.994648836 86 3.686 20614.915

0.996005646 87 3.787 23831.148

0.997063045 88 3.888 27364.78

0.997873857 89 3.989 31234.25

0.998485957 90 4.09 35458.481

0.998941114 91 4.191 40056.885

0.999274636 92 4.292 45049.357

0.999515556 93 4.393 50456.275

0.999687167 94 4.494 56298.508

0.999807745 95 4.595 62597.405

0.999891333 96 4.696 69374.802
0.999948516 97 4.797 76653.022

0.99998713 98 4.898 84454.872

1 99 4.999 92803.643
distribution of Z

Normal

distribution

1.48672E‐06 0.138088351

2.45094E‐06 0.207171676

3.9995E‐06 0.306844982

6.46025E‐06 0.448586358

1.03291E‐05 0.647181014

1.63472E‐05 0.921217416

2.56093E‐05 1.293442285

3.97118E‐05 1.790845024

6.09553E‐05 2.444304136

9.26132E‐05 3.287593884

0.000139285 4.355526325

0.000207351 5.681002087

0.000305546 7.290774453

0.000445674 9.199807788

0.000643469 11.40424362

0.000919619 13.87318217

0.001300942 16.5397424

0.001821704 19.2921676

0.002525035 21.96606979

0.003464389 24.33921377

0.004704958 26.13047443

0.006324913 27.00469292

0.008416337 26.58503928

0.011085658 24.47410064

0.014453386 20.28421606

0.018652949 13.6765697

0.023828414 4.407281611

0.030130931 ‐7.622694189

0.03771375 ‐22.31847616

0.046725789 ‐39.34877803

0.057303789 ‐58.11659934

0.069563239 ‐77.74968123

0.083588399 ‐97.1164939

0.099421884 ‐114.8717214

0.117054396 ‐129.5324751

0.136415346 ‐139.5829887

0.157365126 ‐143.6016709

0.179689839 ‐140.4005866

0.203099244 ‐129.164264

0.227228529 ‐109.5727242

0.251644341 ‐81.89328518

0.275855243 ‐47.02727613

0.299326439 ‐6.501363242

0.321498297 37.60151424

0.341807853 82.77010674

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 126.2432977

0.37471238 165.2241521

0.386376486 197.1096172

0.394360216 219.7129976

0.398423793 231.456076

0.398443914 231.5103249

0.394419966 219.871817

0.386474058 197.3615864

0.374844865 165.5513982

0.359875719 126.6231037

0.34199778 83.17690985

0.32170943 38.00908147

0.299553264 ‐6.117805292

0.276092166 ‐46.68916602

0.25188591 ‐81.61727387

0.227469632 ‐109.3697562

0.203335281 ‐129.0392385

0.17991684 ‐140.3525776

0.157579839 ‐143.6246305

0.136615273 ‐139.666813

0.117237788 ‐129.6642874

0.099587708 ‐115.0372247

0.083736272 ‐97.30125548

0.069693339 ‐77.94023799

0.05741676 ‐58.30130875

0.046822635 ‐39.51837636

0.037795734 ‐22.46634224

0.030199481 ‐7.744846711

0.023885038 4.312403255

0.018699163 13.60847916

0.014490659 20.24084328

0.011115369 24.45228408

0.008439746 26.58099681

0.006343145 27.01443429

0.004718997 26.15013246

0.003475077 24.36528474

0.002533081 21.99556463

0.001827693 19.32268353

0.001305351 16.56946988

0.000922829 13.90086408

0.00064578 11.42910349

0.00044732 9.221462038

0.000306705 7.309140767

0.000208159 5.696212799

0.000139842 4.367852547

9.29928E‐05 3.297383313

6.12113E‐05 2.451933316

3.98826E‐05 1.796685262

2.5722E‐05 1.297837444

1.64209E‐05 0.924471345

1.03767E‐05 0.649552291

6.49066E‐06 0.450288166
4.01874E‐06 0.308048291

2.46298E‐06 0.20801025

1.49417E‐06 0.13866451
Absolute values

0.138088351 0.006973462

0.207171676 0.020924339

0.306844982 0.030991343

0.448586358 0.045307222

0.647181014 0.065365282

0.921217416 0.093042959

1.293442285 0.130637671

1.790845024 0.180875347

2.444304136 0.246874718

3.287593884 0.332046982

4.355526325 0.439908159

5.681002087 0.573781211

7.290774453 0.73636822

9.199807788 0.929180587

11.40424362 1.151828606

13.87318217 1.401191399

16.5397424 1.670513982

19.2921676 1.948508928

21.96606979 2.218573049

24.33921377 2.458260591

26.13047443 2.639177918

27.00469292 2.727473985

26.58503928 2.685088967

24.47410064 2.471884164

20.28421606 2.048705822

13.6765697 1.381333539

4.407281611 0.445135443

7.622694189 0.769892113

22.31847616 2.254166092

39.34877803 3.974226581

58.11659934 5.869776533

77.74968123 7.852717804

97.1164939 9.808765884

114.8717214 11.60204386

129.5324751 13.08277998

139.5829887 14.09788186

143.6016709 14.50376876

140.4005866 14.18045925

129.164264 13.04559067

109.5727242 11.06684514

81.89328518 8.271221803

47.02727613 4.749754889

6.501363242 0.656637687

37.60151424 3.797752938

82.77010674 8.359780781

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
126.2432977 12.75057307

165.2241521 16.68763937

197.1096172 19.90807134

219.7129976 22.19101275

231.456076 23.37706368

231.5103249 23.38254282

219.871817 22.20705352

197.3615864 19.93352022

165.5513982 16.72069122

126.6231037 12.78893348

83.17690985 8.400867895

38.00908147 3.838917228

6.117805292 0.617898334

46.68916602 4.715605768

81.61727387 8.243344661

109.3697562 11.04634538

129.0392385 13.03296309

140.3525776 14.17561034

143.6246305 14.50608768

139.666813 14.10634812

129.6642874 13.09609303

115.0372247 11.6187597

97.30125548 9.827426804

77.94023799 7.871964037

58.30130875 5.888432183

39.51837636 3.991356013

22.46634224 2.269100566

7.744846711 0.782229518

4.312403255 0.435552729

13.60847916 1.374456395

20.24084328 2.044325171

24.45228408 2.469680692

26.58099681 2.684680678

27.01443429 2.728457864

26.15013246 2.641163378

24.36528474 2.460893759

21.99556463 2.221552028

19.32268353 1.951591037

16.56946988 1.673516458

13.90086408 1.403987272

11.42910349 1.154339452

9.221462038 0.931367666

7.309140767 0.738223217

5.696212799 0.575317493

4.367852547 0.441153107

3.297383313 0.333035715

2.451933316 0.247645265

1.796685262 0.181465211

1.297837444 0.131081582

0.924471345 0.093371606

0.649552291 0.065604781

0.450288166 0.045479105
0.308048291 0.031112877

0.20801025 0.021009035

0.13866451 0.007002558
Cumulative normalization

0.006973462 1.28168E‐05

0.027897801 5.12745E‐05

0.058889144 0.000108235

0.104196366 0.000191507

0.169561649 0.000311644

0.262604608 0.000482651

0.393242279 0.000722756

0.574117626 0.001055193

0.820992344 0.001508934

1.153039326 0.002119217

1.592947485 0.002927741

2.166728695 0.003982316

2.903096915 0.005335717

3.832277502 0.007043494

4.984106107 0.009160486

6.385297506 0.011735791

8.055811489 0.014806095

10.00432042 0.018387336

12.22289347 0.022464939

14.68115406 0.026983074

17.32033197 0.031833723

20.04780596 0.036846656

22.73289493 0.041781687

25.20477909 0.04632486

27.25348491 0.050090258

28.63481845 0.052629065

29.07995389 0.053447197

29.84984601 0.054862213

32.1040121 0.059005234

36.07823868 0.066309622

41.94801521 0.077097916

49.80073302 0.091530737

59.6094989 0.109558656

71.21154276 0.130882511

84.29432275 0.15492787

98.39220461 0.180838925

112.8959734 0.207495975

127.0764326 0.233558802

140.1220233 0.257535809

151.1888684 0.277876001

159.4600902 0.293078007

164.2098451 0.301807769

164.8664828 0.30301463

168.6642357 0.30999467

177.0240165 0.325359442

) () f b  


189.7745896 0.348794224

206.462229 0.379465097

226.3703003 0.416054929

248.561313 0.456840669

271.9383767 0.499806299

295.3209195 0.542781999

317.5279731 0.583597221

337.4614933 0.620233826

354.1821845 0.650965446

366.971118 0.674470733

375.3719859 0.68991102

379.2109031 0.696966718

379.8288014 0.698102378

384.5444072 0.706769376

392.7877519 0.721920145

403.8340972 0.74222266

416.8670603 0.766176459

431.0426707 0.792230374

445.5487584 0.818891686

459.6551065 0.844818301

472.7511995 0.868888128

484.3699592 0.890242706

494.197386 0.908304923

502.06935 0.922773117

507.9577822 0.933595699

511.9491382 0.94093157

514.2182388 0.94510204

515.0004683 0.946539731

515.436021 0.94734025

516.8104774 0.949866418

518.8548026 0.953623764

521.3244833 0.958162888

524.009164 0.963097169

526.7376218 0.968111909

529.3787852 0.972966208

531.839679 0.977489182

534.061231 0.98157226

536.0128221 0.985159167

537.6863385 0.988234989

539.0903258 0.990815433

540.2446652 0.992937039

541.1760329 0.994648836

541.9142561 0.996005646

542.4895736 0.997063045

542.9307267 0.997873857

543.2637624 0.998485957

543.5114077 0.998941114

543.6928729 0.999274636

543.8239545 0.999515556

543.9173261 0.999687167

543.9829309 0.999807745

544.02841 0.999891333
544.0595229 0.999948516

544.0805319 0.99998713

544.0875345 1

27473.69142
Appendix C‐4i (i): Biomass Suspension/Grate Filterable PM Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Yes Wet Bioma Suspension no 1 FLUSSugarCorp

YES Yes Wet Bioma Suspension no 1 FLUSSugarCorp

YES Yes Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Wet Bioma Suspension no 1 FLUSSugarCorp

YES Yes Wet Bioma Suspension no 2 TXRGVSG

YES Yes Wet Bioma Suspension no 2 TXRGVSG

YES Yes Wet Bioma Suspension no 2 TXRGVSG

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Yes Wet Bioma Suspension no 3 FLUSSugarCorp

YES Yes Wet Bioma Suspension no 3 FLUSSugarCorp

YES Yes Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp
YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 3 FLUSSugarCorp

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Yes Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Yes Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Yes Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill
YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 4 HIPuuneneSugarMill

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Yes Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Yes Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Yes Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop
YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop

YES Wet Bioma Suspension no 5 FLSugarCaneGrowersCoop
UnitID Data Source Source Tab Pollutant

Data

Type

Boiler No. 8 ICR Phase I PM and Metals 010507 Particulate MattET

Boiler No. 8 ICR Phase I PM and Metals 010507 Particulate MattET

Boiler No. 8 ICR Phase I PM and Metals 010507 Particulate MattET

Boiler No. 8 ICR Phase I PM and Metals 011006 Particulate MattET

Boiler No. 8 ICR Phase I PM and Metals 011006 Particulate MattET

Boiler No. 8 ICR Phase I PM and Metals 011006 Particulate MattET

Boiler No. 8 ICR Phase I PM and Metals 032405 Particulate MattET

Boiler No. 8 ICR Phase I PM and Metals 032405 Particulate MattET

Boiler No. 8 ICR Phase I PM and Metals 032405 Particulate MattET

Boiler No. 8 ICR Phase I PM and Metals 032605 Particulate MattET

Boiler No. 8 ICR Phase I PM and Metals 032605 Particulate MattET

Boiler No. 8 ICR Phase I PM and Metals 032605 Particulate MattET

Boiler No. 8 ICR Phase I PM and Metals 060206 Particulate MattET

Boiler No. 8 ICR Phase I PM and Metals 060206 Particulate MattET

Boiler No. 8 ICR Phase I PM and Metals 060206 Particulate MattET

Boiler No. 8 ICR Phase I PM and Metals 082206 Particulate MattET

Boiler No. 8 ICR Phase I PM and Metals 082206 Particulate MattET

Boiler No. 8 ICR Phase I PM and Metals 082206 Particulate MattET

Boiler No. 8 ICR Phase I PM and Metals 113007 Particulate MattET

Boiler No. 8 ICR Phase I PM and Metals 113007 Particulate MattET

Boiler No. 8 ICR Phase I PM and Metals 113007 Particulate MattET

Boiler No. 8 ICR Phase II ‐ Comments Additional PM Data from Comments Particulate MattET

Boiler No. 8 ICR Phase II ‐ Comments Additional PM Data from Comments Particulate MattET

Boiler No. 8 ICR Phase II ‐ Comments Additional PM Data from Comments Particulate MattET

Boiler No. 8 ICR Phase II ‐ Comments Additional PM Data from Comments Particulate MattET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler No. 8 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler No. 6 ICR Phase II ‐ Comments Additional PM data from comments Particulate MattET

Boiler No. 6 ICR Phase II ‐ Comments Additional PM data from comments Particulate MattET

Boiler No. 6 ICR Phase II ‐ Comments Additional PM data from comments Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 010501‐010601 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 010501‐010601 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 010501‐010601 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 010506 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 010506 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 010506 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 010902 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 010902 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 010902 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 012408 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 012408 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 012408 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 012507 Particulate MattET
Boiler No. 7 ICR Phase I PM and Metals 012507 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 012507 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 020405 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 020405 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 020405 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 020899 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 020899 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 020899 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 111502 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 111502 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 111502 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 121799 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 121799 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 121799 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 123003 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 123003 Particulate MattET

Boiler No. 7 ICR Phase I PM and Metals 123003 Particulate MattET

Boiler No. 7 ICR Phase II ‐ Comments Additional PM Data from Comments Particulate MattET

Boiler No. 7 ICR Phase II ‐ Comments Additional PM Data from Comments Particulate MattET

Boiler No. 7 ICR Phase II ‐ Comments Additional PM Data from Comments Particulate MattET

Boiler No. 7 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler No. 7 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler No. 7 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler No. 7 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler No. 7 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler No. 7 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler No. 7 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler No. 7 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler No. 7 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler 3 ICR Phase I PM and Metals (4) B3Bag Particulate MattET

Boiler 3 ICR Phase I PM and Metals (4) B3Bag Particulate MattET

Boiler 3 ICR Phase I PM and Metals (4) B3Bag Particulate MattET

Boiler 3 ICR Phase II ‐ Comments Additional PM Data from Comments Particulate MattET

Boiler 3 ICR Phase II ‐ Comments Additional PM Data from Comments Particulate MattET

Boiler 3 ICR Phase II ‐ Comments Additional PM Data from Comments Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional Filterable PM data (1) Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional Filterable PM data (1) Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional Filterable PM data (1) Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional Filterable PM data (1) Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional Filterable PM data (1) Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional Filterable PM data (1) Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional Filterable PM data (1) Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional Filterable PM data (1) Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET
Boiler 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 011304 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 011304 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 011304 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 011801 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 011801 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 011801 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 011806 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 011806 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 011806 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 012098 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 012098 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 012098 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 012105 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 012105 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 012105 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 112001 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 112001 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 112001 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 112299 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 112299 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 112299 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 112498 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 112498 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 112498 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 120199 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 120199 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 120199 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 120202 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 120202 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 120202 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 120706 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 120706 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 120706 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 121907 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 121907 Particulate MattET

Boiler No. 3 ICR Phase I PM and Metals 121907 Particulate MattET

Boiler No. 3 ICR Phase II ‐ Comments Additional PM Data from Comments Particulate MattET

Boiler No. 3 ICR Phase II ‐ Comments Additional PM Data from Comments Particulate MattET

Boiler No. 3 ICR Phase II ‐ Comments Additional PM Data from Comments Particulate MattET

Boiler No. 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET
Boiler No. 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler No. 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler No. 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler No. 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler No. 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET

Boiler No. 3 ICR Phase II ‐ Voluntary Additional PM Data Particulate MattET
Run Number Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

Sample #1 1/5/2007 0.01 ‐4.605170186 0

Sample #2 1/5/2007 0.008 ‐4.828313737 0

Sample #3 1/5/2007 0.011 ‐4.509860006 0

Sample #1 1/10/2006 0.019 ‐3.9633163 0

Sample #2 1/10/2006 0.02 ‐3.912023005 0

Sample #3 1/10/2006 0.024 ‐3.729701449 0

Sample #1 3/24/2005 0.0043 ‐5.449140256 0

Sample #2 3/24/2005 0.0034 ‐5.683979847 0

Sample #3 3/24/2005 0.0041 ‐5.496768305 0

Sample #1 3/26/2005 0.0034 ‐5.683979847 0

Sample #2 3/26/2005 0.0068 ‐4.990832667 0

Sample #3 3/26/2005 0.0078 ‐4.853631545 0

Sample #1 6/2/2006 0.0019 ‐6.265901393 0

Sample #2 6/2/2006 0.0026 ‐5.952243834 0

Sample #3 6/2/2006 0.0022 ‐6.119297919 0

Sample #1 8/22/2006 0.0101 ‐4.595219855 0

Sample #2 8/22/2006 0.0193 ‐3.947650183 0

Sample #3 8/22/2006 0.0167 ‐4.09234656 0

Sample #1 11/30/2007 0.016 ‐4.135166557 0

Sample #2 11/30/2007 0.011 ‐4.509860006 0

Sample #3 11/30/2007 0.017 ‐4.074541935 0

Sample #1 11/30/2010 0.013 ‐4.342805922 0

Sample #2 11/30/2010 0.006 ‐5.11599581 0

Sample #3 11/30/2010 0.011 ‐4.509860006 0

Sample #4 12/2/2010 0.006 ‐5.11599581 0

Sample #1 12/2/2009 0.01 ‐4.605170186 0

Sample #1 12/11/2008 0.006 ‐5.11599581 0

Sample #2 12/2/2009 0.008 ‐4.828313737 0

Sample #2 12/11/2008 0.005 ‐5.298317367 0

Sample #3 12/11/2008 0.014 ‐4.268697949 0

Sample #3 12/3/2009 0.004 ‐5.521460918 0

Sample #4 12/11/2008 0.006 ‐5.11599581 0

Sample #1 1/13/2009 0.003 ‐5.80914299 0

Sample #2 1/13/2009 0.002 ‐6.214608098 0

Sample #3 1/13/2009 0.002 ‐6.214608098 0

Sample #1 1/5/2001 0.014 ‐4.268697949 0

Sample #2 1/5/2001 0.015 ‐4.199705078 0

Sample #3 1/6/2001 0.015 ‐4.199705078 0

Sample #1 1/5/2006 0.02 ‐3.912023005 0

Sample #2 1/5/2006 0.014 ‐4.268697949 0

Sample #3 1/5/2006 0.012 ‐4.422848629 0

Sample #1 1/9/2002 0.009 ‐4.710530702 0

Sample #2 1/9/2002 0.008 ‐4.828313737 0

Sample #3 1/9/2002 0.01 ‐4.605170186 0

Sample #1 1/24/2008 0.005 ‐5.298317367 0

Sample #2 1/24/2008 0.005 ‐5.298317367 0

Sample #3 1/24/2008 0.006 ‐5.11599581 0

Sample #1 1/25/2007 0.035 ‐3.352407217 0
Sample #2 1/25/2007 0.026 ‐3.649658741 0

Sample #3 1/25/2007 0.024 ‐3.729701449 0

Sample #1 2/4/2005 0.023 ‐3.772261063 0

Sample #2 2/4/2005 0.014 ‐4.268697949 0

Sample #3 2/4/2005 0.027 ‐3.611918413 0

Sample #1 2/8/1999 0.023 ‐3.772261063 0

Sample #2 2/8/1999 0.016 ‐4.135166557 0

Sample #3 2/8/1999 0.018 ‐4.017383521 0

Sample #1 11/15/2002 0.017 ‐4.074541935 0

Sample #2 11/15/2002 0.02 ‐3.912023005 0

Sample #3 11/15/2002 0.022 ‐3.816712826 0

Sample #1 12/17/1999 0.01 ‐4.605170186 0

Sample #2 12/17/1999 0.014 ‐4.268697949 0

Sample #3 12/17/1999 0.012 ‐4.422848629 0

Sample #1 12/30/2003 0.02 ‐3.912023005 0

Sample #2 12/30/2003 0.012 ‐4.422848629 0

Sample #3 12/30/2003 0.012 ‐4.422848629 0

Sample #1 11/4/2010 0.013 ‐4.342805922 0

Sample #2 11/4/2010 0.011 ‐4.509860006 0

Sample #3 11/4/2010 0.014 ‐4.268697949 0

Sample #1 1/31/2000 0.061 ‐2.796881415 0

Sample #1 11/20/2009 0.003 ‐5.80914299 0

Sample #1 12/4/2008 0.014 ‐4.268697949 0

Sample #2 12/4/2008 0.014 ‐4.268697949 0

Sample #2 11/20/2009 0.005 ‐5.298317367 0

Sample #2 1/31/2000 0.174 ‐1.74869998 0

Sample #3 1/31/2000 0.219 ‐1.518683549 0

Sample #3 11/20/2009 0.003 ‐5.80914299 0

Sample #3 12/4/2008 0.013 ‐4.342805922 0

Sample #1 7/16/2007 0.0255 ‐3.669076827 0

Sample #2 7/17/2007 0.0681 ‐2.686778066 0

Sample #3 7/17/2007 0.0816 ‐2.505926017 0

Sample #1 8/23/2010 0.051 ‐2.975929646 0

Sample #2 8/23/2010 0.045 ‐3.101092789 0

Sample #3 8/23/2010 0.052 ‐2.95651156 0

Sample #1 4/12/2005 0.104780882 ‐2.255883946 0

Sample #2 4/12/2005 0.100761622 ‐2.294997735 0

Sample #3 4/12/2005 0.082703052 ‐2.492498774 0

Sample #4 4/12/2005 0.0473 ‐3.051244983 0

Sample #5 4/12/2005 0.0394 ‐3.233989463 0

Sample #6 4/13/2005 0.0917 ‐2.3892329 0

Sample #7 4/13/2005 0.0603 ‐2.808423175 0

Sample #8 4/13/2005 0.0646 ‐2.739540868 0

Sample #1 10/07/2004 0.0806 ‐2.518256629 0

Sample #1 9/25/2003 0.0989 ‐2.31364604 0

Sample #1 9/11/1997 0.067 ‐2.70306266 0

Sample #1 4/18/1994 0.072 ‐2.63108916 0

Sample #1 4/11/2005 0.0572 ‐2.861201381 0

Sample #1 5/22/1995 0.0426 ‐3.155901026 0

Sample #1 7/12/2000 0.0839 ‐2.478129666 0

Sample #2 4/11/2005 0.0767 ‐2.567853571 0

Sample #2 9/25/2003 0.1112 ‐2.196424897 0
Sample #2 10/07/2004 0.0766 ‐2.569158202 0

Sample #2 7/12/2000 0.0717 ‐2.635264531 0

Sample #2 5/22/1995 0.0601 ‐2.811745437 0

Sample #2 4/18/1994 0.085 ‐2.465104022 0

Sample #2 9/11/1997 0.0661 ‐2.716586532 0

Sample #3 9/25/2003 0.0751 ‐2.58893472 0

Sample #3 5/22/1995 0.0576 ‐2.854232711 0

Sample #3 9/11/1997 0.0604 ‐2.806766174 0

Sample #3 4/18/1994 0.08 ‐2.525728644 0

Sample #3 7/12/2000 0.0813 ‐2.509609262 0

Sample #3 4/11/2005 0.0615 ‐2.788718104 0

Sample #3 10/07/2004 0.0894 ‐2.414634597 0

Sample #1 1/13/2004 0.107 ‐2.234926445 0

Sample #2 1/13/2004 0.123 ‐2.095570924 0

Sample #3 1/13/2004 0.11 ‐2.207274913 0

Sample #1 1/18/2001 0.197 ‐1.62455155 0

Sample #2 1/18/2001 0.181 ‐1.709258248 0

Sample #3 1/18/2001 0.18 ‐1.714798428 0

Sample #1 1/18/2006 0.053 ‐2.937463365 0

Sample #2 1/18/2006 0.053 ‐2.937463365 0

Sample #3 1/18/2006 0.062 ‐2.780620894 0

Sample #1 1/20/1998 0.152 ‐1.883874758 0

Sample #2 1/20/1998 0.191 ‐1.655481851 0

Sample #3 1/20/1998 0.259 ‐1.350927217 0

Sample #1 1/21/2005 0.096 ‐2.343407088 0

Sample #2 1/21/2005 0.085 ‐2.465104022 0

Sample #3 1/21/2005 0.089 ‐2.419118909 0

Sample #1 11/20/2001 0.106 ‐2.244316185 0

Sample #2 11/20/2001 0.116 ‐2.154165088 0

Sample #3 11/20/2001 0.118 ‐2.137070655 0

Sample #1 11/22/1999 0.243 ‐1.414693836 0

Sample #2 11/22/1999 0.269 ‐1.313043899 0

Sample #3 11/22/1999 0.216 ‐1.532476871 0

Sample #1 11/24/1998 0.154 ‐1.870802677 0

Sample #2 11/24/1998 0.163 ‐1.814005078 0

Sample #3 11/24/1998 0.166 ‐1.795767491 0

Sample #1 12/1/1999 0.176 ‐1.737271284 0

Sample #2 12/1/1999 0.259 ‐1.350927217 0

Sample #3 12/1/1999 0.183 ‐1.698269126 0

Sample #1 12/2/2002 0.118 ‐2.137070655 0

Sample #2 12/2/2002 0.128 ‐2.055725015 0

Sample #3 12/2/2002 0.127 ‐2.063568193 0

Sample #1 12/7/2006 0.122 ‐2.103734234 0

Sample #2 12/7/2006 0.131 ‐2.032557956 0

Sample #3 12/7/2006 0.15 ‐1.897119985 0

Sample #1 12/19/2007 0.141 ‐1.958995389 0

Sample #2 12/19/2007 0.136 ‐1.995100393 0

Sample #3 12/19/2007 0.101 ‐2.292634762 0

Sample #1 12/7/2010 0.07 ‐2.659260037 0

Sample #2 12/7/2010 0.073 ‐2.617295838 0

Sample #3 12/7/2010 0.088 ‐2.430418465 0

Sample #1 12/22/2009 0.133 ‐2.017406151 0
Sample #1 1/13/2009 0.111 ‐2.198225078 0

Sample #2 12/22/2009 0.134 ‐2.009915479 0

Sample #2 1/13/2009 0.13 ‐2.040220829 0

Sample #3 1/13/2009 0.128 ‐2.055725015 0

Sample #3 12/22/2009 0.113 ‐2.18036746 0

Sample #4 11/22/1999 0.26 ‐1.347073648 0
Appendix C‐4i (ii): B

In top

12%?

Min Test

Avg?

YES Yes

YES Yes

YES

YES

YES

Number of sources with

test data 5 YES

n 158 YES

n‐1 153 YES

YES

YES

YES Yes

YES

YES

YES

YES

Average of natural log of

test run values (μ) ‐3.402165077 YES

YES

Variance of natural log of

test runs (σ2

) 1.736938673 YES

YES

m (test runs in test

condition) 3 YES

YES

YES

YES Yes

YES

YES

YES

Numerator for calculation

of flatness of z distribution

(β2z) 1501.081985 YES Yes

YES

Denominator for

calculation of flatness of z

distribution (β2z) 65.70519676 YES

YES

YES

YES

YES

Flatness of z distribution

(β2z) 24.84571174 YES

YES

Skewness of z distribution

(√β1z) 9.59215471 YES
YES

YES

YES

YES

Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.992119553 0.999252837 0.995663708

z‐value 3.585 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 0.079365165

exp (2μ + σ2

) 0.006298829

exp (σ2

) ‐ 1 4.679928659

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.020601423

Square root term 0.299336098

Confidence Level 99% 99.9% 99.5%

UPL 4.37E‐01 5.08E‐01 4.57E‐01

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 1.18E+00 ‐3.41E‐01

SE Skewness 0.19 0.19

Skewness Test non‐normal normal

Kurtosis = 8.49E‐01 ‐1.01E+00

SE Kurtosis 0.39 0.39

Kurtosis Test non‐normal normal

Number of test runs = 158 158
Biomass Suspension/Grate Filterable PM Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

Suspension/ Wet Biom 2 TXRGVSG Boiler No. 6 ICR Phase II ‐ Comments Additional PM data fro

Suspension/ Wet Biom 1 FLUSSugarCorp Boiler No. 8 ICR Phase I PM and Metals 060206

Suspension/ Wet Biom 1 FLUSSugarCorp Boiler No. 8 ICR Phase I PM and Metals 032405

Suspension/ Wet Biom 1 FLUSSugarCorp Boiler No. 8 ICR Phase I PM and Metals 032605

Suspension/ Wet Biom 1 FLUSSugarCorp Boiler No. 8 ICR Phase II ‐ Voluntary Additional PM Data

Suspension/ Wet Biom 1 FLUSSugarCorp Boiler No. 8 ICR Phase II ‐ Comments Additional PM Data fro

Suspension/ Wet Biom 1 FLUSSugarCorp Boiler No. 8 ICR Phase I PM and Metals 010507

Suspension/ Wet Biom 1 FLUSSugarCorp Boiler No. 8 ICR Phase I PM and Metals 113007

Suspension/ Wet Biom 1 FLUSSugarCorp Boiler No. 8 ICR Phase I PM and Metals 082206

Suspension/ Wet Biom 1 FLUSSugarCorp Boiler No. 8 ICR Phase I PM and Metals 011006

Suspension/ Wet Biom 3 FLUSSugarCorp Boiler No. 7 ICR Phase I PM and Metals 012408

Suspension/ Wet Biom 3 FLUSSugarCorp Boiler No. 7 ICR Phase I PM and Metals 010902

Suspension/ Wet Biom 3 FLUSSugarCorp Boiler No. 7 ICR Phase I PM and Metals 121799

Suspension/ Wet Biom 3 FLUSSugarCorp Boiler No. 7 ICR Phase II ‐ Comments Additional PM Data fro

Suspension/ Wet Biom 3 FLUSSugarCorp Boiler No. 7 ICR Phase I PM and Metals 123003

Suspension/ Wet Biom 3 FLUSSugarCorp Boiler No. 7 ICR Phase I PM and Metals 010501

Suspension/ Wet Biom 3 FLUSSugarCorp Boiler No. 7 ICR Phase I PM and Metals 010506

Suspension/ Wet Biom 3 FLUSSugarCorp Boiler No. 7 ICR Phase I PM and Metals 020899

Suspension/ Wet Biom 3 FLUSSugarCorp Boiler No. 7 ICR Phase I PM and Metals 111502

Suspension/ Wet Biom 3 FLUSSugarCorp Boiler No. 7 ICR Phase I PM and Metals 020405

Suspension/ Wet Biom 3 FLUSSugarCorp Boiler No. 7 ICR Phase I PM and Metals 012507

Suspension/ Wet Biom 3 FLUSSugarCorp Boiler No. 7 ICR Phase II ‐ Voluntary Additional PM Data

Suspension/ Wet Biom 4 HIPuuneneSugarMill Boiler 3 ICR Phase II ‐ Comments Additional PM Data fro

Suspension/ Wet Biom 4 HIPuuneneSugarMill Boiler 3 ICR Phase I PM and Metals (4) B3B

Suspension/ Wet Biom 4 HIPuuneneSugarMill Boiler 3 ICR Phase II ‐ Voluntary Additional Filterable P

Suspension/ Wet Biom 4 HIPuuneneSugarMill Boiler 3 ICR Phase II ‐ Voluntary Additional PM Data

Suspension/ Wet Biom 5 FLSugarCaneGrowersCBoiler No. 3 ICR Phase I PM and Metals 011806

Suspension/ Wet Biom 5 FLSugarCaneGrowersCBoiler No. 3 ICR Phase II ‐ Comments Additional PM Data fro

Suspension/ Wet Biom 5 FLSugarCaneGrowersCBoiler No. 3 ICR Phase I PM and Metals 012105

Suspension/ Wet Biom 5 FLSugarCaneGrowersCBoiler No. 3 ICR Phase I PM and Metals 112001

Suspension/ Wet Biom 5 FLSugarCaneGrowersCBoiler No. 3 ICR Phase I PM and Metals 011304

Suspension/ Wet Biom 5 FLSugarCaneGrowersCBoiler No. 3 ICR Phase I PM and Metals 120202

Suspension/ Wet Biom 5 FLSugarCaneGrowersCBoiler No. 3 ICR Phase I PM and Metals 121907

Suspension/ Wet Biom 5 FLSugarCaneGrowersCBoiler No. 3 ICR Phase I PM and Metals 120706

Suspension/ Wet Biom 5 FLSugarCaneGrowersCBoiler No. 3 ICR Phase II ‐ Voluntary Additional PM Data

Suspension/ Wet Biom 5 FLSugarCaneGrowersCBoiler No. 3 ICR Phase I PM and Metals 112498
Suspension/ Wet Biom 5 FLSugarCaneGrowersCBoiler No. 3 ICR Phase I PM and Metals 011801

Suspension/ Wet Biom 5 FLSugarCaneGrowersCBoiler No. 3 ICR Phase I PM and Metals 012098

Suspension/ Wet Biom 5 FLSugarCaneGrowersCBoiler No. 3 ICR Phase I PM and Metals 120199

Suspension/ Wet Biom 5 FLSugarCaneGrowersCBoiler No. 3 ICR Phase I PM and Metals 112299
Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

Particulate M 0.002333333 ‐6.060457419 3 2 ET /Bagasse/

Particulate M 0.002233333 ‐6.104260041 3 2 ET /Bagasse/

Particulate M 0.003933333 ‐5.538268036 3 2 ET /Bagasse/

Particulate M 0.006 ‐5.11599581 3 2 ET /Bagasse/

Particulate M 0.007571429 ‐4.883373514 7 6 ET /Bagasse/

Particulate M 0.009 ‐4.710530702 4 3 ET /Bagasse/

Particulate M 0.009666667 ‐4.639071738 3 2 ET /Bagasse/

Particulate M 0.014666667 ‐4.222177934 3 2 ET /Bagasse/

Particulate M 0.015366667 ‐4.175554618 3 2 ET /Wood: Unadulterated Timber/

Particulate M 0.021 ‐3.863232841 3 2 ET /Bagasse/

Particulate M 0.005333333 ‐5.233778845 3 2 ET /Bagasse/

Particulate M 0.009 ‐4.710530702 3 2 ET /Bagasse/

Particulate M 0.012 ‐4.422848629 3 2 ET /Bagasse/

Particulate M 0.012666667 ‐4.368781408 3 2 ET /Bagasse/

Particulate M 0.014666667 ‐4.222177934 3 2 ET /Bagasse/

Particulate M 0.014666667 ‐4.222177934 3 2 ET /Bagasse/

Particulate M 0.015333333 ‐4.177726171 3 2 ET /Bagasse/

Particulate M 0.019 ‐3.9633163 3 2 ET /Bagasse/

Particulate M 0.019666667 ‐3.928830124 3 2 ET /Bagasse/

Particulate M 0.021333333 ‐3.847484484 3 2 ET /Bagasse/

Particulate M 0.028333333 ‐3.563716311 3 2 ET /Bagasse/

Particulate M 0.056222222 ‐2.878443187 9 8 ET /Bagasse/

Particulate M 0.049333333 ‐3.009155294 3 2 ET /Bagasse/

Particulate M 0.0584 ‐2.840439389 3 2 ET /Bagasse/

Particulate M 0.073943194 ‐2.604458123 8 7 ET /Bagasse/Coal: Bituminous/

Particulate M 0.074042857 ‐2.603111203 21 20 ET /Bagasse/

Particulate M 0.056 ‐2.882403588 3 2 ET /Bagasse/

Particulate M 0.077 ‐2.563949857 3 2 ET /Bagasse/

Particulate M 0.09 ‐2.407945609 3 2 ET /Bagasse/

Particulate M 0.113333333 ‐2.17742195 3 2 ET /Bagasse/

Particulate M 0.113333333 ‐2.17742195 3 2 ET /Bagasse/

Particulate M 0.124333333 ‐2.084789148 3 2 ET /Bagasse/

Particulate M 0.126 ‐2.071473372 3 2 ET /Bagasse/

Particulate M 0.134333333 ‐2.007431006 3 2 ET /Bagasse/

Particulate M 0.144142857 ‐1.936950408 7 6 ET /Bagasse/

Particulate M 0.161 ‐1.826350914 3 2 ET /Bagasse/
Particulate M 0.186 ‐1.682008605 3 2 ET /Bagasse/

Particulate M 0.200666667 ‐1.606110122 3 2 ET /Bagasse/

Particulate M 0.206 ‐1.57987911 3 2 ET /Bagasse/

Particulate M 0.242666667 ‐1.416066519 3 2 ET /Bagasse/
Appendix C‐4i (iii): Biomass Suspension/Grate Filterable PM Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 24.845712 9.5921547

5.39244E‐06 ‐5 =f(a) 260.23759

2.1276E‐05 1 ‐4.899 232.48775

4.43338E‐05 2 ‐4.798 206.82152

7.73136E‐05 3 ‐4.697 183.13964

0.000123769 4 ‐4.596 161.34514

0.000188176 5 ‐4.495 141.34333

0.000276011 6 ‐4.394 123.04177

0.000393737 7 ‐4.293 106.35032

0.000548666 8 ‐4.192 91.18109

0.000748607 9 ‐4.091 77.448482

0.001001243 10 ‐3.99 65.069162

0.001313139 11 ‐3.889 53.962069

0.001688304 12 ‐3.788 44.048418

0.002126243 13 ‐3.687 35.251696

0.002619461 14 ‐3.586 27.497663

0.003150462 15 ‐3.485 20.714352

0.00368833 16 ‐3.384 14.832072

0.004185133 17 ‐3.283 9.7834014

0.004572478 18 ‐3.182 5.5031945

0.004758721 19 ‐3.081 1.928578

0.004890009 20 ‐2.98 ‐1.001048

0.005479583 21 ‐2.879 ‐3.34401

0.006689296 22 ‐2.778 ‐5.156362

0.008695376 23 ‐2.677 ‐6.491883

0.011677594 24 ‐2.576 ‐7.402081

0.015804033 25 ‐2.475 ‐7.936189

0.021211548 26 ‐2.374 ‐8.141167

0.027982587 27 ‐2.273 ‐8.061703

0.036119663 28 ‐2.172 ‐7.74021

0.04551947 29 ‐2.071 ‐7.216828

0.055949227 30 ‐1.97 ‐6.529425

0.067028344 31 ‐1.869 ‐5.713594

0.078218691 32 ‐1.768 ‐4.802657

0.08882664 33 ‐1.667 ‐3.827661

0.098019465 34 ‐1.566 ‐2.817379

0.104857709 35 ‐1.465 ‐1.798313

0.108343669 36 ‐1.364 ‐0.794691

0.109202865 37 ‐1.263 0.1715349

0.115321043 38 ‐1.162 1.0806819

0.127452844 39 ‐1.061 1.9153427

0.146114376 40 ‐0.96 2.660383

0.17151229 41 ‐0.859 3.3029414

0.20348911 42 ‐0.758 3.8324302

0.241491878 43 ‐0.657 4.2405346

0.284569625 44 ‐0.556 4.5212133

   1 3 1 3

6

z z z

      

 2z

1z
0.331402725 45 ‐0.455 4.6706982

0.38036423 46 ‐0.354 4.6874945

0.42961001 47 ‐0.253 4.5723807

0.477191417 48 ‐0.152 4.3284085

0.521181562 49 ‐0.051 3.9609028

0.559804521 50 0.05 3.4774621

0.591556124 51 0.151 2.8879577

0.615305556 52 0.252 2.2045346

0.630368697 53 0.353 1.4416109

0.636546913 54 0.454 0.6158778

0.638965487 55 0.555 ‐0.2537

0.6492414 56 0.656 ‐1.145884

0.666251858 57 0.757 ‐2.037164

0.68858402 58 0.858 ‐2.901755

0.714644408 59 0.959 ‐3.711599

0.742774212 60 1.06 ‐4.436366

0.771360412 61 1.161 ‐5.04345

0.798933825 62 1.262 ‐5.497975

0.82424716 63 1.363 ‐5.76279

0.846328661 64 1.464 ‐5.79847

0.864509648 65 1.565 ‐5.563318

0.878426816 66 1.666 ‐5.013364

0.888002364 67 1.767 ‐4.102363

0.893406582 68 1.868 ‐2.781798

0.895008486 69 1.969 ‐1.00088

0.896696685 70 2.07 1.2934569

0.901075853 71 2.171 4.1565484

0.907512356 72 2.272 7.6460051

0.915383217 73 2.373 11.821711

0.924111816 74 2.474 16.745822

0.933193239 75 2.575 22.482768

0.9422094 76 2.676 29.099254

0.950834978 77 2.777 36.664256

0.958835712 78 2.878 45.249024

0.96606095 79 2.979 54.92708

0.972432369 80 3.08 65.774222

0.977930649 81 3.181 77.868519

0.982581624 82 3.282 91.290315

0.986443068 83 3.383 106.12222

0.98959294 84 3.484 122.44914

0.992119553 85 3.585 140.35822

0.994113843 86 3.686 159.9389

0.995663708 87 3.787 181.2829

0.996850214 88 3.888 204.48419

0.99774537 89 3.989 229.63903

0.998411161 90 4.09 256.84596

0.998899505 91 4.191 286.20576

0.999252837 92 4.292 317.82153

0.999505078 93 4.393 351.7986

0.99968279 94 4.494 388.2446

0.999806378 95 4.595 427.26943

0.99989123 96 4.696 468.98525
0.999948754 97 4.797 513.50651

0.999987267 98 4.898 560.94992

1 99 4.999 611.43447
distribution of Z

Normal

distribution

1.48672E‐06 0.0003869

2.45094E‐06 0.000569813

3.9995E‐06 0.000827183

6.46025E‐06 0.001183127

1.03291E‐05 0.001666548

1.63472E‐05 0.002310574

2.56093E‐05 0.003151009

3.97118E‐05 0.004223359

6.09553E‐05 0.005557966

9.26132E‐05 0.007172751

0.000139285 0.009063157

0.000207351 0.011189072

0.000305546 0.013458814

0.000445674 0.015710761

0.000643469 0.017693897

0.000919619 0.019049313

0.001300942 0.019295668

0.001821704 0.01782246

0.002525035 0.013895756

0.003464389 0.006681344

0.004704958 ‐0.004709888

0.006324913 ‐0.021150572

0.008416337 ‐0.043397681

0.011085658 ‐0.0719668

0.014453386 ‐0.106985139

0.018652949 ‐0.148033327

0.023828414 ‐0.193991106

0.030130931 ‐0.242906611

0.03771375 ‐0.291912327

0.046725789 ‐0.337211976

0.057303789 ‐0.37416078

0.069563239 ‐0.397456133

0.083588399 ‐0.401446444

0.099421884 ‐0.380553269

0.117054396 ‐0.329786645

0.136415346 ‐0.245317547

0.157365126 ‐0.12505658

0.179689839 0.030823074

0.203099244 0.219485674

0.227228529 0.435220513

0.251644341 0.669470323

0.275855243 0.911133711

0.299326439 1.147147677

0.321498297 1.363324648

0.341807853 1.545386211

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 1.680107096

0.37471238 1.756462236

0.386376486 1.766660391

0.394360216 1.706952101

0.398423793 1.578117929

0.398443914 1.385573592

0.394419966 1.139068182

0.386474058 0.851995438

0.374844865 0.54038043

0.359875719 0.221639483

0.34199778 ‐0.086764768

0.32170943 ‐0.368641738

0.299553264 ‐0.610239134

0.276092166 ‐0.801151808

0.25188591 ‐0.934899532

0.227469632 ‐1.00913847

0.203335281 ‐1.025511361

0.17991684 ‐0.989178317

0.157579839 ‐0.908099477

0.136615273 ‐0.792159529

0.117237788 ‐0.65223109

0.099587708 ‐0.499269391

0.083736272 ‐0.343516566

0.069693339 ‐0.19387281

0.05741676 ‐0.057467265

0.046822635 0.060563062

0.037795734 0.157099798

0.030199481 0.230905387

0.023885038 0.282362008

0.018699163 0.313132843

0.014490659 0.325790135

0.011115369 0.323448951

0.008439746 0.30943702

0.006343145 0.287021132

0.004718997 0.259200719

0.003475077 0.228570512

0.002533081 0.197247247

0.001827693 0.166850708

0.001305351 0.13852679

0.000922829 0.112999624

0.00064578 0.090640589

0.00044732 0.071543856

0.000306705 0.055600436

0.000208159 0.042565132

0.000139842 0.032113128

9.29928E‐05 0.023884824

6.12113E‐05 0.017519022

3.98826E‐05 0.012675547

2.5722E‐05 0.009048971

1.64209E‐05 0.00637532

1.03767E‐05 0.004433632

6.49066E‐06 0.003044023
4.01874E‐06 0.002063647

2.46298E‐06 0.001381606

1.49417E‐06 0.000913588
Absolute values

0.0003869 1.95385E‐05

0.000569813 5.75512E‐05

0.000827183 8.35455E‐05

0.001183127 0.000119496

0.001666548 0.000168321

0.002310574 0.000233368

0.003151009 0.000318252

0.004223359 0.000426559

0.005557966 0.000561355

0.007172751 0.000724448

0.009063157 0.000915379

0.011189072 0.001130096

0.013458814 0.00135934

0.015710761 0.001586787

0.017693897 0.001787084

0.019049313 0.001923981

0.019295668 0.001948862

0.01782246 0.001800068

0.013895756 0.001403471

0.006681344 0.000674816

0.004709888 0.000475699

0.021150572 0.002136208

0.043397681 0.004383166

0.0719668 0.007268647

0.106985139 0.010805499

0.148033327 0.014951366

0.193991106 0.019593102

0.242906611 0.024533568

0.291912327 0.029483145

0.337211976 0.03405841

0.37416078 0.037790239

0.397456133 0.040143069

0.401446444 0.040546091

0.380553269 0.03843588

0.329786645 0.033308451

0.245317547 0.024777072

0.12505658 0.012630715

0.030823074 0.00311313

0.219485674 0.022168053

0.435220513 0.043957272

0.669470323 0.067616503

0.911133711 0.092024505

1.147147677 0.115861915

1.363324648 0.137695789

1.545386211 0.156084007

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
1.680107096 0.169690817

1.756462236 0.177402686

1.766660391 0.1784327

1.706952101 0.172402162

1.578117929 0.159389911

1.385573592 0.139942933

1.139068182 0.115045886

0.851995438 0.086051539

0.54038043 0.054578423

0.221639483 0.022385588

0.086764768 0.008763242

0.368641738 0.037232816

0.610239134 0.061634153

0.801151808 0.080916333

0.934899532 0.094424853

1.00913847 0.101922985

1.025511361 0.103576647

0.989178317 0.09990701

0.908099477 0.091718047

0.792159529 0.080008112

0.65223109 0.06587534

0.499269391 0.050426209

0.343516566 0.034695173

0.19387281 0.019581154

0.057467265 0.005804194

0.060563062 0.006116869

0.157099798 0.01586708

0.230905387 0.023321444

0.282362008 0.028518563

0.313132843 0.031626417

0.325790135 0.032904804

0.323448951 0.032668344

0.30943702 0.031253139

0.287021132 0.028989134

0.259200719 0.026179273

0.228570512 0.023085622

0.197247247 0.019921972

0.166850708 0.016851921

0.13852679 0.013991206

0.112999624 0.011412962

0.090640589 0.009154699

0.071543856 0.007225929

0.055600436 0.005615644

0.042565132 0.004299078

0.032113128 0.003243426

0.023884824 0.002412367

0.017519022 0.001769421

0.012675547 0.00128023

0.009048971 0.000913946

0.00637532 0.000643907

0.004433632 0.000447797

0.003044023 0.000307446
0.002063647 0.000208428

0.001381606 0.000139542

0.000913588 4.61362E‐05
Cumulative normalization

1.95385E‐05 5.39244E‐06

7.70896E‐05 2.1276E‐05

0.000160635 4.43338E‐05

0.000280131 7.73136E‐05

0.000448452 0.000123769

0.00068182 0.000188176

0.001000072 0.000276011

0.001426631 0.000393737

0.001987986 0.000548666

0.002712434 0.000748607

0.003627813 0.001001243

0.004757909 0.001313139

0.006117249 0.001688304

0.007704036 0.002126243

0.00949112 0.002619461

0.0114151 0.003150462

0.013363963 0.00368833

0.015164031 0.004185133

0.016567503 0.004572478

0.017242318 0.004758721

0.017718017 0.004890009

0.019854225 0.005479583

0.024237391 0.006689296

0.031506037 0.008695376

0.042311537 0.011677594

0.057262903 0.015804033

0.076856004 0.021211548

0.101389572 0.027982587

0.130872717 0.036119663

0.164931127 0.04551947

0.202721365 0.055949227

0.242864435 0.067028344

0.283410526 0.078218691

0.321846406 0.08882664

0.355154857 0.098019465

0.379931929 0.104857709

0.392562644 0.108343669

0.395675774 0.109202865

0.417843827 0.115321043

0.461801099 0.127452844

0.529417602 0.146114376

0.621442107 0.17151229

0.737304022 0.20348911

0.874999812 0.241491878

1.031083819 0.284569625

) () f b  


1.200774636 0.331402725

1.378177321 0.38036423

1.556610021 0.42961001

1.729012183 0.477191417

1.888402094 0.521181562

2.028345027 0.559804521

2.143390913 0.591556124

2.229442452 0.615305556

2.284020876 0.630368697

2.306406464 0.636546913

2.315169705 0.638965487

2.352402521 0.6492414

2.414036673 0.666251858

2.494953006 0.68858402

2.589377859 0.714644408

2.691300844 0.742774212

2.794877492 0.771360412

2.894784502 0.798933825

2.986502549 0.82424716

3.066510661 0.846328661

3.132386001 0.864509648

3.18281221 0.878426816

3.217507383 0.888002364

3.237088537 0.893406582

3.242892731 0.895008486

3.2490096 0.896696685

3.26487668 0.901075853

3.288198124 0.907512356

3.316716686 0.915383217

3.348343104 0.924111816

3.381247907 0.933193239

3.413916251 0.9422094

3.44516939 0.950834978

3.474158525 0.958835712

3.500337797 0.96606095

3.523423419 0.972432369

3.543345391 0.977930649

3.560197312 0.982581624

3.574188518 0.986443068

3.58560148 0.98959294

3.59475618 0.992119553

3.601982109 0.994113843

3.607597753 0.995663708

3.611896832 0.996850214

3.615140257 0.99774537

3.617552625 0.998411161

3.619322046 0.998899505

3.620602276 0.999252837

3.621516222 0.999505078

3.62216013 0.99968279

3.622607926 0.999806378

3.622915373 0.99989123
3.623123801 0.999948754

3.623263343 0.999987267

3.623309479 1

175.1029068
Appendix C‐4j (i): Biomass Suspension/Grate TSM Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Wet Bioma Suspension No 1 HIPuuneneSugarMill

YES Wet Bioma Suspension No 1 HIPuuneneSugarMill

YES Wet Bioma Suspension No 1 HIPuuneneSugarMill

YES Yes Wet Bioma Suspension No 1 HIPuuneneSugarMill

YES Yes Wet Bioma Suspension No 1 HIPuuneneSugarMill

YES Yes Wet Bioma Suspension No 1 HIPuuneneSugarMill

YES Wet Bioma Suspension No 2 HIPuuneneSugarMill

YES Wet Bioma Suspension No 2 HIPuuneneSugarMill

YES Wet Bioma Suspension No 2 HIPuuneneSugarMill

YES Yes Wet Bioma Suspension No 2 HIPuuneneSugarMill

YES Yes Wet Bioma Suspension No 2 HIPuuneneSugarMill

YES Yes Wet Bioma Suspension No 2 HIPuuneneSugarMill

YES Wet Bioma Suspension No 3 HIPuuneneSugarMill

YES Wet Bioma Suspension No 3 HIPuuneneSugarMill

YES Wet Bioma Suspension No 3 HIPuuneneSugarMill

YES Yes Wet Bioma Suspension No 3 HIPuuneneSugarMill

YES Yes Wet Bioma Suspension No 3 HIPuuneneSugarMill

YES Yes Wet Bioma Suspension No 3 HIPuuneneSugarMill
UnitID Data Source Source Tab Pollutant

Data

Type

Boiler 1 ICR Phase I PM and Metals (2) B1B2Bag(Hg) TSM8 ET

Boiler 1 ICR Phase I PM and Metals (2) B1B2Bag(Hg) TSM8 ET

Boiler 1 ICR Phase I PM and Metals (2) B1B2Bag(Hg) TSM8 ET

Boiler 1 ICR Phase I PM and Metals B1B2Bag TSM8 ET

Boiler 1 ICR Phase I PM and Metals B1B2Bag TSM8 ET

Boiler 1 ICR Phase I PM and Metals B1B2Bag TSM8 ET

Boiler 2 ICR Phase I PM and Metals (2) B1B2Bag(Hg) TSM8 ET

Boiler 2 ICR Phase I PM and Metals (2) B1B2Bag(Hg) TSM8 ET

Boiler 2 ICR Phase I PM and Metals (2) B1B2Bag(Hg) TSM8 ET

Boiler 2 ICR Phase I PM and Metals B1B2Bag TSM8 ET

Boiler 2 ICR Phase I PM and Metals B1B2Bag TSM8 ET

Boiler 2 ICR Phase I PM and Metals B1B2Bag TSM8 ET

Boiler 3 ICR Phase I PM and Metals (3) B3Bag(Hg) TSM8 ET

Boiler 3 ICR Phase I PM and Metals (3) B3Bag(Hg) TSM8 ET

Boiler 3 ICR Phase I PM and Metals (3) B3Bag(Hg) TSM8 ET

Boiler 3 ICR Phase I PM and Metals (4) B3Bag TSM8 ET

Boiler 3 ICR Phase I PM and Metals (4) B3Bag TSM8 ET

Boiler 3 ICR Phase I PM and Metals (4) B3Bag TSM8 ET
Run Number Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

Sample #1 5/28/2006 0.000185947 ‐8.590050917 0

Sample #2 5/29/2006 0.00010075 ‐9.202865732 0

Sample #3 5/30/2006 0.000365246 ‐7.914939821 0

Sample #1 7/25/2007 0.000090245 ‐9.312982364 0

Sample #2 7/25/2007 0.000110637 ‐9.109255986 0

Sample #3 7/25/2007 0.000269483 ‐8.219005249 0

Sample #1 5/28/2006 0.000185947 ‐8.590050917 0

Sample #2 5/29/2006 0.00010075 ‐9.202865732 0

Sample #3 5/30/2006 0.000365246 ‐7.914939821 0

Sample #1 7/25/2007 0.000090245 ‐9.312982364 0

Sample #2 7/25/2007 0.000110637 ‐9.109255986 0

Sample #3 7/25/2007 0.000269483 ‐8.219005249 0

Sample #1 5/23/2006 0.000227291 ‐8.389278983 0

Sample #2 5/24/2006 0.000291297 ‐8.141168566 0

Sample #3 5/25/2006 0.000233678 ‐8.36156817 0

Sample #1 7/16/2007 0.000294921 ‐8.128803034 0

Sample #2 7/17/2007 0.000234359 ‐8.35865643 0

Sample #3 7/17/2007 0.000206869 ‐8.483424815 0
Appendix C‐4j (ii): B

In top

12%?

Min Test

Avg?

YES Yes

YES

YES Yes

YES

YES Yes

Number of sources with

test data 3 YES

n 18

n‐1 15

Average of natural log of

test run values (μ) ‐8.586727785

Variance of natural log of

test runs (σ2

) 0.240815517

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 8.595298458

Denominator for

calculation of flatness of z

distribution (β2z) 0.222419484

Flatness of z distribution

(β2z) 40.64453913

Skewness of z distribution

(√β1z) 0.985833473
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990817614 0.999282701 0.996027229

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 0.000210438

exp (2μ + σ2

) 4.42841E‐08

exp (σ2

) ‐ 1 0.272286298

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.01508429

Square root term 0.000205392

Confidence Level 99% 99.9% 99.5%

UPL 4.49E‐04 5.04E‐04 4.70E‐04

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 1.85E‐01 ‐3.34E‐01

SE Skewness 0.58 0.58

Skewness Test normal normal

Kurtosis = ‐1.05E+00 ‐1.40E+00

SE Kurtosis 1.15 1.15

Kurtosis Test normal normal

Number of test runs = 18 18
Biomass Suspension/Grate TSM Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

Suspension/ Wet Biom 1 HIPuuneneSugarMill Boiler 1 ICR Phase I PM and Metals B1B2B

Suspension/ Wet Biom 1 HIPuuneneSugarMill Boiler 1 ICR Phase I PM and Metals (2) B1B

Suspension/ Wet Biom 2 HIPuuneneSugarMill Boiler 2 ICR Phase I PM and Metals B1B2B

Suspension/ Wet Biom 2 HIPuuneneSugarMill Boiler 2 ICR Phase I PM and Metals (2) B1B

Suspension/ Wet Biom 3 HIPuuneneSugarMill Boiler 3 ICR Phase I PM and Metals (4) B3B

Suspension/ Wet Biom 3 HIPuuneneSugarMill Boiler 3 ICR Phase I PM and Metals (3) B3B

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

TSM8 0.000156788 ‐8.760613858 3 2 ET /Bagasse/

TSM8 0.000217314 ‐8.434166092 3 2 ET /Bagasse/

TSM8 0.000156788 ‐8.760613858 3 2 ET /Bagasse/

TSM8 0.000217314 ‐8.434166092 3 2 ET /Bagasse/

TSM8 0.000245383 ‐8.312690303 3 2 ET /Bagasse/

TSM8 0.000250755 ‐8.291033792 3 2 ET /Bagasse/
Appendix C‐4j (iii): Biomass Suspension/Grate Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 40.644539 0.9858335

1.20309E‐05 ‐5 =f(a) 732.68012

4.81107E‐05 1 ‐4.899 666.41676

0.000101518 2 ‐4.798 604.52063

0.000179549 3 ‐4.697 546.8047

0.000292054 4 ‐4.596 493.08585

0.000452088 5 ‐4.495 443.18489

0.000676628 6 ‐4.394 396.92653

0.000987283 7 ‐4.293 354.13941

0.001410957 8 ‐4.192 314.65608

0.001980323 9 ‐4.091 278.31301

0.00273397 10 ‐3.99 244.95058

0.003716039 11 ‐3.889 214.4131

0.004975121 12 ‐3.788 186.54879

0.006562183 13 ‐3.687 161.20979

0.008527283 14 ‐3.586 138.25216

0.010914894 15 ‐3.485 117.53586

0.013757707 16 ‐3.384 98.924795

0.017068964 17 ‐3.283 82.286766

0.020833526 18 ‐3.182 67.4935

0.024998146 19 ‐3.081 54.420639

0.029461704 20 ‐2.98 42.947743

0.034066436 21 ‐2.879 32.958289

0.038591482 22 ‐2.778 24.339671

0.042750264 23 ‐2.677 16.983201

0.04619328 24 ‐2.576 10.784109

0.048517784 25 ‐2.475 5.6415399

0.049285506 26 ‐2.374 1.4585583

0.05052205 27 ‐2.273 ‐1.857855

0.054184922 28 ‐2.172 ‐4.396802

0.060629101 29 ‐2.071 ‐6.243467

0.070096241 30 ‐1.97 ‐7.479117

0.08266744 31 ‐1.869 ‐8.181101

0.098219589 32 ‐1.768 ‐8.422853

0.116390502 33 ‐1.667 ‐8.273888

0.136558208 34 ‐1.566 ‐7.799803

0.157839267 35 ‐1.465 ‐7.062279

0.179109864 36 ‐1.364 ‐6.119079

0.199051582 37 ‐1.263 ‐5.024049

0.216221388 38 ‐1.162 ‐3.827119

0.229142708 39 ‐1.061 ‐2.574298

0.236411706 40 ‐0.96 ‐1.307682

0.236810508 41 ‐0.859 ‐0.065447

0.244203654 42 ‐0.758 1.1181473

0.25991806 43 ‐0.657 2.2127592

0.284018509 44 ‐0.556 3.1919637

   1 3 1 3

6

z z z

      

 2z

1z
0.316066129 45 ‐0.455 4.0332532

0.355118245 46 ‐0.354 4.7180375

0.399769533 47 ‐0.253 5.2316437

0.448232721 48 ‐0.152 5.5633161

0.498452947 49 ‐0.051 5.7062166

0.548246266 50 0.05 5.6574241

0.595450158 51 0.151 5.4179348

0.638072539 52 0.252 4.9926625

0.6744259 53 0.353 4.3904381

0.703234824 54 0.454 3.6240097

0.723707971 55 0.555 2.710043

0.735569391 56 0.656 1.6691207

0.739048216 57 0.757 0.525743

0.743266539 58 0.858 ‐0.691673

0.75412079 59 0.959 ‐1.950791

0.770276958 60 1.06 ‐3.215361

0.79024293 61 1.161 ‐4.445213

0.812483956 62 1.262 ‐5.59626

0.835528941 63 1.363 ‐6.620498

0.858059537 64 1.464 ‐7.466005

0.878976558 65 1.565 ‐8.076944

0.897441034 66 1.666 ‐8.393558

0.91288996 67 1.767 ‐8.352174

0.925029137 68 1.868 ‐7.885202

0.933807248 69 1.969 ‐6.921134

0.939376411 70 2.07 ‐5.384544

0.942044786 71 2.171 ‐3.19609

0.942226577 72 2.272 ‐0.272513

0.944059151 73 2.373 3.4733646

0.947418373 74 2.474 8.1326372

0.951835728 75 2.575 13.800316

0.956887641 76 2.676 20.575331

0.962212165 77 2.777 28.560528

0.967517356 78 2.878 37.862669

0.972582637 79 2.979 48.592437

0.977254748 80 3.08 60.86443

0.981439978 81 3.181 74.797162

0.98509424 82 3.282 90.513067

0.988212361 83 3.383 108.1385

0.990817614 84 3.484 127.80371

0.992952261 85 3.585 149.64291

0.994669531 86 3.686 173.79418

0.996027229 87 3.787 200.39954

0.997082978 88 3.888 229.60494

0.997890945 89 3.989 261.56023

0.998499838 90 4.09 296.41917

0.998951907 91 4.191 334.33946

0.999282701 92 4.292 375.4827

0.999521347 93 4.393 420.01442

0.999691142 94 4.494 468.10406

0.999810317 95 4.595 519.92497

0.999892851 96 4.696 575.65442
0.999949263 97 4.797 635.47362

0.999987324 98 4.898 699.56767

1 99 4.999 768.1256
distribution of Z

Normal

distribution

1.48672E‐06 0.00108929

2.45094E‐06 0.001633347

3.9995E‐06 0.002417782

6.46025E‐06 0.003532493

1.03291E‐05 0.005093127

1.63472E‐05 0.007244853

2.56093E‐05 0.010164995

3.97118E‐05 0.014063502

6.09553E‐05 0.019179941

9.26132E‐05 0.025775454

0.000139285 0.034117935

0.000207351 0.044458704

0.000305546 0.056999218

0.000445674 0.071846996

0.000643469 0.088960992

0.000919619 0.108088218

0.001300942 0.128695437

0.001821704 0.149902119

0.002525035 0.17042342

0.003464389 0.188534257

0.004704958 0.202067306

0.006324913 0.208458302

0.008416337 0.204850882

0.011085658 0.188269969

0.014453386 0.155866892

0.018652949 0.105231356

0.023828414 0.034755132

0.030130931 ‐0.055978903

0.03771375 ‐0.16581989

0.046725789 ‐0.291730914

0.057303789 ‐0.428581721

0.069563239 ‐0.569103903

0.083588399 ‐0.704052828

0.099421884 ‐0.822605517

0.117054396 ‐0.913001205

0.136415346 ‐0.9634032

0.157365126 ‐0.962929631

0.179689839 ‐0.902770628

0.203099244 ‐0.777284925

0.227228529 ‐0.584954027

0.251644341 ‐0.32907084

0.275855243 ‐0.018053958

0.299326439 0.334691057

0.321498297 0.711398329

0.341807853 1.091038262

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 1.450810348

0.37471238 1.767907055

0.386376486 2.021384094

0.394360216 2.193950554

0.398423793 2.273492462

0.398443914 2.254166186

0.394419966 2.136941672

0.386474058 1.929534547

0.374844865 1.645733165

0.359875719 1.304193098

0.34199778 0.926828675

0.32170943 0.536971858

0.299553264 0.157488028

0.276092166 ‐0.190965396

0.25188591 ‐0.491376875

0.227469632 ‐0.731397064

0.203335281 ‐0.903868634

0.17991684 ‐1.006861367

0.157579839 ‐1.043256937

0.136615273 ‐1.019970326

0.117237788 ‐0.946923039

0.099587708 ‐0.835895209

0.083736272 ‐0.699379938

0.069693339 ‐0.549546057

0.05741676 ‐0.397389065

0.046822635 ‐0.252118529

0.037795734 ‐0.120798574

0.030199481 ‐0.008229752

0.023885038 0.082961447

0.018699163 0.152073507

0.014490659 0.199975681

0.011115369 0.228702397

0.008439746 0.241043606

0.006343145 0.240168412

0.004718997 0.229307559

0.003475077 0.211508603

0.002533081 0.189467251

0.001827693 0.165430138

0.001305351 0.141158732

0.000922829 0.117940982

0.00064578 0.096636457

0.00044732 0.077741596

0.000306705 0.061463612

0.000208159 0.047794231

0.000139842 0.036577044

9.29928E‐05 0.027564847

6.12113E‐05 0.020465347

3.98826E‐05 0.014975225

2.5722E‐05 0.01080362

1.64209E‐05 0.007686683

1.03767E‐05 0.005395087

6.49066E‐06 0.003736376
4.01874E‐06 0.002553801

2.46298E‐06 0.001723018

1.49417E‐06 0.001147711
Absolute values

0.00108929 5.50091E‐05

0.001633347 0.000164968

0.002417782 0.000244196

0.003532493 0.000356782

0.005093127 0.000514406

0.007244853 0.00073173

0.010164995 0.001026664

0.014063502 0.001420414

0.019179941 0.001937174

0.025775454 0.002603321

0.034117935 0.003445911

0.044458704 0.004490329

0.056999218 0.005756921

0.071846996 0.007256547

0.088960992 0.00898506

0.108088218 0.01091691

0.128695437 0.012998239

0.149902119 0.015140114

0.17042342 0.017212765

0.188534257 0.01904196

0.202067306 0.020408798

0.208458302 0.021054288

0.204850882 0.020689939

0.188269969 0.019015267

0.155866892 0.015742556

0.105231356 0.010628367

0.034755132 0.003510268

0.055978903 0.005653869

0.16581989 0.016747809

0.291730914 0.029464822

0.428581721 0.043286754

0.569103903 0.057479494

0.704052828 0.071109336

0.822605517 0.083083157

0.913001205 0.092213122

0.9634032 0.097303723

0.962929631 0.097255893

0.902770628 0.091179833

0.777284925 0.078505777

0.584954027 0.059080357

0.32907084 0.033236155

0.018053958 0.00182345

0.334691057 0.033803797

0.711398329 0.071851231

1.091038262 0.110194864

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
1.450810348 0.146531845

1.767907055 0.178558613

2.021384094 0.204159793

2.193950554 0.221589006

2.273492462 0.229622739

2.254166186 0.227670785

2.136941672 0.215831109

1.929534547 0.194882989

1.645733165 0.16621905

1.304193098 0.131723503

0.926828675 0.093609696

0.536971858 0.054234158

0.157488028 0.015906291

0.190965396 0.019287505

0.491376875 0.049629064

0.731397064 0.073871103

0.903868634 0.091290732

1.006861367 0.101692998

1.043256937 0.105368951

1.019970326 0.103017003

0.946923039 0.095639227

0.835895209 0.084425416

0.699379938 0.070637374

0.549546057 0.055504152

0.397389065 0.040136296

0.252118529 0.025463971

0.120798574 0.012200656

0.008229752 0.000831205

0.082961447 0.008379106

0.152073507 0.015359424

0.199975681 0.020197544

0.228702397 0.023098942

0.241043606 0.024345404

0.240168412 0.02425701

0.229307559 0.023160063

0.211508603 0.021362369

0.189467251 0.019136192

0.165430138 0.016708444

0.141158732 0.014257032

0.117940982 0.011912039

0.096636457 0.009760282

0.077741596 0.007851901

0.061463612 0.006207825

0.047794231 0.004827217

0.036577044 0.003694281

0.027564847 0.00278405

0.020465347 0.002067

0.014975225 0.001512498

0.01080362 0.001091166

0.007686683 0.000776355

0.005395087 0.000544904

0.003736376 0.000377374
0.002553801 0.000257934

0.001723018 0.000174025

0.001147711 5.79594E‐05
Cumulative normalization

5.50091E‐05 1.20309E‐05

0.000219977 4.81107E‐05

0.000464173 0.000101518

0.000820955 0.000179549

0.001335361 0.000292054

0.002067091 0.000452088

0.003093756 0.000676628

0.004514169 0.000987283

0.006451343 0.001410957

0.009054664 0.001980323

0.012500576 0.00273397

0.016990905 0.003716039

0.022747826 0.004975121

0.030004372 0.006562183

0.038989432 0.008527283

0.049906342 0.010914894

0.062904582 0.013757707

0.078044696 0.017068964

0.095257461 0.020833526

0.114299421 0.024998146

0.134708219 0.029461704

0.155762507 0.034066436

0.176452447 0.038591482

0.195467713 0.042750264

0.211210269 0.04619328

0.221838636 0.048517784

0.225348905 0.049285506

0.231002774 0.05052205

0.247750583 0.054184922

0.277215405 0.060629101

0.320502159 0.070096241

0.377981653 0.08266744

0.449090989 0.098219589

0.532174146 0.116390502

0.624387268 0.136558208

0.721690991 0.157839267

0.818946884 0.179109864

0.910126717 0.199051582

0.988632494 0.216221388

1.047712851 0.229142708

1.080949006 0.236411706

1.082772456 0.236810508

1.116576253 0.244203654

1.188427484 0.25991806

1.298622348 0.284018509

) () f b  


1.445154193 0.316066129

1.623712806 0.355118245

1.827872599 0.399769533

2.049461605 0.448232721

2.279084344 0.498452947

2.506755129 0.548246266

2.722586238 0.595450158

2.917469227 0.638072539

3.083688277 0.6744259

3.215411779 0.703234824

3.309021476 0.723707971

3.363255633 0.735569391

3.379161924 0.739048216

3.398449429 0.743266539

3.448078493 0.75412079

3.521949597 0.770276958

3.613240329 0.79024293

3.714933327 0.812483956

3.820302278 0.835528941

3.923319281 0.858059537

4.018958508 0.878976558

4.103383924 0.897441034

4.174021297 0.91288996

4.229525449 0.925029137

4.269661745 0.933807248

4.295125716 0.939376411

4.307326372 0.942044786

4.308157577 0.942226577

4.316536683 0.944059151

4.331896107 0.947418373

4.352093651 0.951835728

4.375192593 0.956887641

4.399537998 0.962212165

4.423795007 0.967517356

4.446955071 0.972582637

4.46831744 0.977254748

4.487453632 0.981439978

4.504162076 0.98509424

4.518419108 0.988212361

4.530331147 0.990817614

4.540091429 0.992952261

4.54794333 0.994669531

4.554151155 0.996027229

4.558978373 0.997082978

4.562672654 0.997890945

4.565456703 0.998499838

4.567523704 0.998951907

4.569036201 0.999282701

4.570127367 0.999521347

4.570903722 0.999691142

4.571448626 0.999810317

4.571826 0.999892851
4.572083934 0.999949263

4.572257958 0.999987324

4.572315918 1

229.6756494
Appendix C‐4k (i): Wet Biomass Stoker/Sloped Grate/Other Filterable PM Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Yes Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Yes Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Yes Wet Bioma Stoker/Slopno 1 GAGPMadisonPly

YES Yes Wet Bioma Stoker/Slopno 2 MSGPNewAugusta

YES Yes Wet Bioma Stoker/Slopno 2 MSGPNewAugusta

YES Yes Wet Bioma Stoker/Slopno 2 MSGPNewAugusta

YES Wet Bioma Stoker/Slopno 2 MSGPNewAugusta

YES Wet Bioma Stoker/Slopno 2 MSGPNewAugusta

YES Wet Bioma Stoker/Slopno 2 MSGPNewAugusta

YES Wet Bioma Stoker/Slopno 2 MSGPNewAugusta

YES Wet Bioma Stoker/Slopno 2 MSGPNewAugusta

YES Wet Bioma Stoker/Slopno 2 MSGPNewAugusta

YES Wet Bioma Stoker/Slopno 3 ARWeyerhaeuserDierksMi

YES Wet Bioma Stoker/Slopno 3 ARWeyerhaeuserDierksMi

YES Wet Bioma Stoker/Slopno 3 ARWeyerhaeuserDierksMi

YES Yes Wet Bioma Stoker/Slopno 3 ARWeyerhaeuserDierksMi

YES Yes Wet Bioma Stoker/Slopno 3 ARWeyerhaeuserDierksMi

YES Yes Wet Bioma Stoker/Slopno 3 ARWeyerhaeuserDierksMi

YES Wet Bioma Stoker/Slopno 3 ARWeyerhaeuserDierksMi

YES Wet Bioma Stoker/Slopno 3 ARWeyerhaeuserDierksMi

YES Wet Bioma Stoker/Slopno 3 ARWeyerhaeuserDierksMi

YES Wet Bioma Stoker/Slopno 3 ARWeyerhaeuserDierksMi

YES Wet Bioma Stoker/Slopno 3 ARWeyerhaeuserDierksMi

YES Wet Bioma Stoker/Slopno 3 ARWeyerhaeuserDierksMi
YES Wet Bioma Stoker/Slopno 3 ARWeyerhaeuserDierksMi

YES Wet Bioma Stoker/Slopno 3 ARWeyerhaeuserDierksMi

YES Wet Bioma Stoker/Slopno 3 ARWeyerhaeuserDierksMi

YES Wet Bioma Stoker/Slopno 3 ARWeyerhaeuserDierksMi

YES Wet Bioma Stoker/Slopno 3 ARWeyerhaeuserDierksMi

YES Wet Bioma Stoker/Slopno 3 ARWeyerhaeuserDierksMi

YES Wet Bioma Stoker/Slopno 3 ARWeyerhaeuserDierksMi

YES Wet Bioma Stoker/Slopno 3 ARWeyerhaeuserDierksMi

YES Wet Bioma Stoker/Slopno 3 ARWeyerhaeuserDierksMi

YES Wet Bioma Stoker/Slopno 3 ARWeyerhaeuserDierksMi

YES Wet Bioma Stoker/Slopno 3 ARWeyerhaeuserDierksMi

YES Wet Bioma Stoker/Slopno 3 ARWeyerhaeuserDierksMi

YES Yes Wet Bioma Stoker/Slopno 4 CASierraPacificLincoln

YES Yes Wet Bioma Stoker/Slopno 4 CASierraPacificLincoln

YES Yes Wet Bioma Stoker/Slopno 4 CASierraPacificLincoln

YES Yes Wet Bioma Stoker/Slopno 5 IDRileyCreekLumber

YES Yes Wet Bioma Stoker/Slopno 5 IDRileyCreekLumber

YES Yes Wet Bioma Stoker/Slopno 5 IDRileyCreekLumber

YES Yes Wet Bioma Stoker/Slopno 6 SCMarlboroPaper

YES Yes Wet Bioma Stoker/Slopno 6 SCMarlboroPaper

YES Yes Wet Bioma Stoker/Slopno 6 SCMarlboroPaper

YES Wet Bioma Stoker/Slopno 6 SCMarlboroPaper

YES Wet Bioma Stoker/Slopno 6 SCMarlboroPaper

YES Wet Bioma Stoker/Slopno 6 SCMarlboroPaper

YES Wet Bioma Stoker/Slopno 7 SCInternationalPaperEasto

YES Wet Bioma Stoker/Slopno 7 SCInternationalPaperEasto

YES Wet Bioma Stoker/Slopno 7 SCInternationalPaperEasto

YES Wet Bioma Stoker/Slopno 7 SCInternationalPaperEasto

YES Wet Bioma Stoker/Slopno 7 SCInternationalPaperEasto

YES Wet Bioma Stoker/Slopno 7 SCInternationalPaperEasto

YES Wet Bioma Stoker/Slopno 7 SCInternationalPaperEasto

YES Wet Bioma Stoker/Slopno 7 SCInternationalPaperEasto

YES Wet Bioma Stoker/Slopno 7 SCInternationalPaperEasto

YES Yes Wet Bioma Stoker/Slopno 7 SCInternationalPaperEasto

YES Yes Wet Bioma Stoker/Slopno 7 SCInternationalPaperEasto

YES Yes Wet Bioma Stoker/Slopno 7 SCInternationalPaperEasto

YES Wet Bioma Stoker/Slopno 7 SCInternationalPaperEasto

YES Wet Bioma Stoker/Slopno 7 SCInternationalPaperEasto

YES Wet Bioma Stoker/Slopno 7 SCInternationalPaperEasto

YES Yes Wet Bioma Stoker/Slopno 8 MEBoralexStratton

YES Yes Wet Bioma Stoker/Slopno 8 MEBoralexStratton

YES Yes Wet Bioma Stoker/Slopno 8 MEBoralexStratton

YES Yes Wet Bioma Stoker/Slopno 9 WIDomtar2814

YES Yes Wet Bioma Stoker/Slopno 9 WIDomtar2814

YES Yes Wet Bioma Stoker/Slopno 9 WIDomtar2814

YES Yes Wet Bioma Stoker/Slopno 10 LAWeyerhaeuserDodson

YES Yes Wet Bioma Stoker/Slopno 10 LAWeyerhaeuserDodson

YES Yes Wet Bioma Stoker/Slopno 10 LAWeyerhaeuserDodson

YES Wet Bioma Stoker/Slopno 10 LAWeyerhaeuserDodson

YES Wet Bioma Stoker/Slopno 10 LAWeyerhaeuserDodson

YES Wet Bioma Stoker/Slopno 10 LAWeyerhaeuserDodson

YES Wet Bioma Stoker/Slopno 10 LAWeyerhaeuserDodson
YES Wet Bioma Stoker/Slopno 10 LAWeyerhaeuserDodson

YES Wet Bioma Stoker/Slopno 10 LAWeyerhaeuserDodson

YES Wet Bioma Stoker/Slopno 10 LAWeyerhaeuserDodson

YES Wet Bioma Stoker/Slopno 10 LAWeyerhaeuserDodson

YES Wet Bioma Stoker/Slopno 10 LAWeyerhaeuserDodson

YES Yes Wet Bioma Stoker/Slopno 11 IDPotlatch

YES Yes Wet Bioma Stoker/Slopno 11 IDPotlatch

YES Yes Wet Bioma Stoker/Slopno 11 IDPotlatch

YES Yes Wet Bioma Stoker/Slopno 12 ARLeolaLumberMill

YES Yes Wet Bioma Stoker/Slopno 12 ARLeolaLumberMill

YES Yes Wet Bioma Stoker/Slopno 12 ARLeolaLumberMill

YES Yes Wet Bioma Stoker/Slopno 13 GATempleInlandRome

YES Yes Wet Bioma Stoker/Slopno 13 GATempleInlandRome

YES Yes Wet Bioma Stoker/Slopno 13 GATempleInlandRome
UnitID Data Source Source Tab Pollutant

800 Wood Waste Boiler ICR Phase II ‐ Comments Additional PM from Comments ‐ 2004 Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ Comments Additional PM from Comments ‐ 2004 Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ Comments Additional PM from Comments ‐ 2004 Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ Comments Additional PM from Comments ‐ 2006 Test 1 Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ Comments Additional PM from Comments ‐ 2006 Test 1 Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ Comments Additional PM from Comments ‐ 2006 Test 1 Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ Comments Additional PM from Comments ‐ 2006 Test 2 Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ Comments Additional PM from Comments ‐ 2006 Test 2 Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ Comments Additional PM from Comments ‐ 2006 Test 2 Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ Comments Additional PM from Comments ‐ 2007 Test 1 Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ Comments Additional PM from Comments ‐ 2007 Test 1 Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ Comments Additional PM from Comments ‐ 2007 Test 1 Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ Comments Additional PM from Comments ‐ 2007 Test 2 Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ Comments Additional PM from Comments ‐ 2007 Test 2 Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ Comments Additional PM from Comments ‐ 2007 Test 2 Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ Comments Additional PM from Comments ‐ 2007 Test 3 Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ Comments Additional PM from Comments ‐ 2007 Test 3 Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ Comments Additional PM from Comments ‐ 2007 Test 3 Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ Comments Additional PM from Comments ‐ 2009 Test 1 Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ Comments Additional PM from Comments ‐ 2009 Test 1 Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ Comments Additional PM from Comments ‐ 2009 Test 1 Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ Comments Additional PM from Comments ‐ 2009 Test 2 Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ Comments Additional PM from Comments ‐ 2009 Test 2 Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ Comments Additional PM from Comments ‐ 2009 Test 2 Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ ERT ERT Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ ERT ERT Particulate Matt

800 Wood Waste Boiler ICR Phase II ‐ ERT ERT Particulate Matt

AA‐015 Power Boiler ICR Phase I PM and Metals (2) Particulate Matt

AA‐015 Power Boiler ICR Phase I PM and Metals (2) Particulate Matt

AA‐015 Power Boiler ICR Phase I PM and Metals (2) Particulate Matt

AA‐015 Power Boiler ICR Phase II ‐ Voluntary Additional PM Data from Test Report ‐ ConditioParticulate Matt

AA‐015 Power Boiler ICR Phase II ‐ Voluntary Additional PM Data from Test Report ‐ ConditioParticulate Matt

AA‐015 Power Boiler ICR Phase II ‐ Voluntary Additional PM Data from Test Report ‐ ConditioParticulate Matt

AA‐015 Power Boiler ICR Phase II ‐ Voluntary Additional PM Data from Test Report ‐ ConditioParticulate Matt

AA‐015 Power Boiler ICR Phase II ‐ Voluntary Additional PM Data from Test Report ‐ ConditioParticulate Matt

AA‐015 Power Boiler ICR Phase II ‐ Voluntary Additional PM Data from Test Report ‐ ConditioParticulate Matt

SN‐32 ICR Phase I PM and Metals SN‐32 (2) Particulate Matt

SN‐32 ICR Phase I PM and Metals SN‐32 (2) Particulate Matt

SN‐32 ICR Phase I PM and Metals SN‐32 (2) Particulate Matt

SN‐32 ICR Phase I PM and Metals SN‐32 (3) Particulate Matt

SN‐32 ICR Phase I PM and Metals SN‐32 (3) Particulate Matt

SN‐32 ICR Phase I PM and Metals SN‐32 (3) Particulate Matt

SN‐32 ICR Phase I PM and Metals SN‐32 (4) Particulate Matt

SN‐32 ICR Phase I PM and Metals SN‐32 (4) Particulate Matt

SN‐32 ICR Phase I PM and Metals SN‐32 (4) Particulate Matt

SN‐32 ICR Phase I PM and Metals SN‐32 (5) Particulate Matt

SN‐32 ICR Phase I PM and Metals SN‐32 (5) Particulate Matt

SN‐32 ICR Phase I PM and Metals SN‐32 (5) Particulate Matt
SN‐32 ICR Phase I PM and Metals SN‐32 (6) Particulate Matt

SN‐32 ICR Phase I PM and Metals SN‐32 (6) Particulate Matt

SN‐32 ICR Phase I PM and Metals SN‐32 (6) Particulate Matt

SN‐32 ICR Phase I PM and Metals SN‐32 (7) Particulate Matt

SN‐32 ICR Phase I PM and Metals SN‐32 (7) Particulate Matt

SN‐32 ICR Phase I PM and Metals SN‐32 (7) Particulate Matt

SN‐32 ICR Phase I PM and Metals SN‐32 (8) Particulate Matt

SN‐32 ICR Phase I PM and Metals SN‐32 (8) Particulate Matt

SN‐32 ICR Phase I PM and Metals SN‐32 (8) Particulate Matt

SN‐32 ICR Phase I PM and Metals SN‐32 (9) Particulate Matt

SN‐32 ICR Phase I PM and Metals SN‐32 (9) Particulate Matt

SN‐32 ICR Phase I PM and Metals SN‐32 (9) Particulate Matt

McBurney Boiler ICR Phase II ‐ Voluntary Additional data from test report (1) Particulate Matt

McBurney Boiler ICR Phase II ‐ Voluntary Additional data from test report (1) Particulate Matt

McBurney Boiler ICR Phase II ‐ Voluntary Additional data from test report (1) Particulate Matt

HFB1 ICR Phase I PM and Metals Particulate Matt

HFB1 ICR Phase I PM and Metals Particulate Matt

HFB1 ICR Phase I PM and Metals Particulate Matt

Hogged Fuel Boiler ICR Phase I PM and Metals Particulate Matt

Hogged Fuel Boiler ICR Phase I PM and Metals Particulate Matt

Hogged Fuel Boiler ICR Phase I PM and Metals Particulate Matt

Hogged Fuel Boiler ICR Phase II ‐ Templates PM (filter) Particulate Matt

Hogged Fuel Boiler ICR Phase II ‐ Templates PM (filter) Particulate Matt

Hogged Fuel Boiler ICR Phase II ‐ Templates PM (filter) Particulate Matt

No. 2 Power Boiler ICR Phase I PM and Metals (PB2‐1) Particulate Matt

No. 2 Power Boiler ICR Phase I PM and Metals (PB2‐1) Particulate Matt

No. 2 Power Boiler ICR Phase I PM and Metals (PB2‐1) Particulate Matt

No. 2 Power Boiler ICR Phase I PM and Metals (PB2‐2) Particulate Matt

No. 2 Power Boiler ICR Phase I PM and Metals (PB2‐2) Particulate Matt

No. 2 Power Boiler ICR Phase I PM and Metals (PB2‐2) Particulate Matt

No. 2 Power Boiler ICR Phase I PM and Metals (PB2‐3) Particulate Matt

No. 2 Power Boiler ICR Phase I PM and Metals (PB2‐3) Particulate Matt

No. 2 Power Boiler ICR Phase I PM and Metals (PB2‐3) Particulate Matt

No. 2 Power Boiler ICR Phase I PM and Metals (PB2‐4) Particulate Matt

No. 2 Power Boiler ICR Phase I PM and Metals (PB2‐4) Particulate Matt

No. 2 Power Boiler ICR Phase I PM and Metals (PB2‐4) Particulate Matt

No. 2 Power Boiler ICR Phase I PM and Metals (PB2‐6) Particulate Matt

No. 2 Power Boiler ICR Phase I PM and Metals (PB2‐6) Particulate Matt

No. 2 Power Boiler ICR Phase I PM and Metals (PB2‐6) Particulate Matt

Boiler #1 ICR Phase II ‐ Templates PM Additions from Test Report Particulate Matt

Boiler #1 ICR Phase II ‐ Templates PM Additions from Test Report Particulate Matt

Boiler #1 ICR Phase II ‐ Templates PM Additions from Test Report Particulate Matt

B11, S11 ICR Phase I PM and Metals (B11) Particulate Matt

B11, S11 ICR Phase I PM and Metals (B11) Particulate Matt

B11, S11 ICR Phase I PM and Metals (B11) Particulate Matt

ES‐017 WFB ICR Phase I PM and Metals (5‐02) Particulate Matt

ES‐017 WFB ICR Phase I PM and Metals (5‐02) Particulate Matt

ES‐017 WFB ICR Phase I PM and Metals (5‐02) Particulate Matt

ES‐017 WFB ICR Phase I PM and Metals (5‐07) Particulate Matt

ES‐017 WFB ICR Phase I PM and Metals (5‐07) Particulate Matt

ES‐017 WFB ICR Phase I PM and Metals (5‐07) Particulate Matt

ES‐017 WFB ICR Phase II ‐ Voluntary Additional PM Data from Test Report (1) Particulate Matt
ES‐017 WFB ICR Phase II ‐ Voluntary Additional PM Data from Test Report (1) Particulate Matt

ES‐017 WFB ICR Phase II ‐ Voluntary Additional PM Data from Test Report (1) Particulate Matt

ES‐017 WFB ICR Phase II ‐ Voluntary Additional PM Data from Test Report (2) Particulate Matt

ES‐017 WFB ICR Phase II ‐ Voluntary Additional PM Data from Test Report (2) Particulate Matt

ES‐017 WFB ICR Phase II ‐ Voluntary Additional PM Data from Test Report (2) Particulate Matt

PB‐2 Riley ICR Phase I PM and Metals (4) Particulate Matt

PB‐2 Riley ICR Phase I PM and Metals (4) Particulate Matt

PB‐2 Riley ICR Phase I PM and Metals (4) Particulate Matt

SN‐01A ICR Phase I PM and Metals Particulate Matt

SN‐01A ICR Phase I PM and Metals Particulate Matt

SN‐01A ICR Phase I PM and Metals Particulate Matt

PB4 ICR Phase I PM and Metals‐PB4 Particulate Matt

PB4 ICR Phase I PM and Metals‐PB4 Particulate Matt

PB4 ICR Phase I PM and Metals‐PB4 Particulate Matt
Data

Type Run Number Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

ET Sample #1 10/14/2004 0.002717645 ‐5.907989677 0

ET Sample #2 10/14/2004 0.003353295 ‐5.697811851 0

ET Sample #3 10/14/2004 0.002036758 ‐6.19639584 0

ET Sample #1 6/15/2006 0.003 ‐5.80914299 0

ET Sample #2 6/15/2006 0.004 ‐5.521460918 0

ET Sample #3 6/15/2006 0.003 ‐5.80914299 0

ET Sample #1 6/16/2006 0.008 ‐4.828313737 0

ET Sample #2 6/16/2006 0.002 ‐6.214608098 0

ET Sample #3 6/16/2006 0.003 ‐5.80914299 0

ET Sample #1 9/18/2007 0.012 ‐4.422848629 0

ET Sample #2 9/18/2007 0.019 ‐3.9633163 0

ET Sample #3 9/18/2007 0.024 ‐3.729701449 0

ET Sample #1 9/18/2007 0.022 ‐3.816712826 0

ET Sample #2 9/18/2007 0.007 ‐4.96184513 0

ET Sample #3 9/18/2007 0.016 ‐4.135166557 0

ET Sample #1 9/19/2007 0.013 ‐4.342805922 0

ET Sample #2 9/19/2007 0.01 ‐4.605170186 0

ET Sample #3 9/19/2007 0.008 ‐4.828313737 0

ET Sample #1 8/27/2009 0.01 ‐4.605170186 0

ET Sample #2 8/27/2009 0.009 ‐4.710530702 0

ET Sample #3 8/27/2009 0.009 ‐4.710530702 0

ET Sample #1 8/27/2009 0.014 ‐4.268697949 0

ET Sample #2 8/27/2009 0.016 ‐4.135166557 0

ET Sample #3 8/27/2009 0.03 ‐3.506557897 0

ET 1 8/11/2009 0.002321662 ‐6.065471897 0

ET 2 8/12/2009 0.000217461 ‐8.433491871 0

ET 3 8/12/2009 0.00117209 ‐6.74896715 0

ET Sample #1 7/12/2006 0.0028 ‐5.878135862 0

ET Sample #2 7/12/2006 0.001 ‐6.907755279 0

ET Sample #3 7/12/2006 0.0016 ‐6.43775165 0

ET Sample #1 9/22/2010 0.00288 ‐5.849964985 0

ET Sample #2 9/23/2010 0.00301 ‐5.8058152 0

ET Sample #3 9/23/2010 0.00306 ‐5.789340363 0

ET Sample #1 9/28/2010 0.00349 ‐5.657853543 0

ET Sample #2 9/29/2010 0.00203 ‐6.199719486 0

ET Sample #3 9/30/2010 0.00171 ‐6.371261908 0

ET Sample #1 9/29/2004 0.0027 ‐5.914503506 0

ET Sample #2 9/29/2004 0.0036 ‐5.626821434 0

ET Sample #3 9/29/2004 0.0049 ‐5.318520074 0

ET Sample #1 12/4/2003 0.00242 ‐6.023987739 0

ET Sample #2 12/4/2003 0.0016 ‐6.43775165 0

ET Sample #3 12/4/2003 0.00156 ‐6.463069458 0

ET Sample #1 12/4/2002 0.0054 ‐5.221356325 0

ET Sample #2 12/4/2002 0.0048 ‐5.339139361 0

ET Sample #3 12/4/2002 0.0043 ‐5.449140256 0

ET Sample #1 12/5/2001 0.011 ‐4.509860006 0

ET Sample #2 12/5/2001 0.0064 ‐5.051457289 0

ET Sample #3 12/5/2001 0.0274 ‐3.597212266 0
ET Sample #1 11/9/2000 0.00347 ‐5.663600685 0

ET Sample #2 11/9/2000 0.0017 ‐6.377127028 0

ET Sample #3 11/9/2000 0.00193 ‐6.250235276 0

ET Sample #1 12/10/1999 0.016 ‐4.135166557 0

ET Sample #2 12/10/1999 0.01 ‐4.605170186 0

ET Sample #3 12/10/1999 0.015 ‐4.199705078 0

ET Sample #1 11/21/1998 0.0058 ‐5.149897361 0

ET Sample #2 11/21/1998 0.0058 ‐5.149897361 0

ET Sample #3 11/21/1998 0.0042 ‐5.472670754 0

ET Sample #1 8/11/1997 0.0194 ‐3.942482213 0

ET Sample #2 8/11/1997 0.0147 ‐4.219907785 0

ET Sample #3 8/11/1997 0.0086 ‐4.755993076 0

ET Sample #1 3/5/2008 0.002204604 ‐6.117207568 0

ET Sample #2 3/5/2008 0.001378955 ‐6.586428956 0

ET Sample #3 3/5/2008 0.0026868 ‐5.919404268 0

ET Sample #1 4/24/2003 0.003035999 ‐5.797214717 0

ET Sample #2 4/24/2003 0.001847999 ‐6.293651603 0

ET Sample #3 4/24/2003 0.001452 ‐6.53481366 0

ET Sample #1 1/4/2007 0.002 ‐6.214608098 0

ET Sample #2 1/4/2007 0.003 ‐5.80914299 0

ET Sample #3 1/4/2007 0.002 ‐6.214608098 0

ET Sample #1 7/14/2009 0.0025 ‐5.991464547 0

ET Sample #2 7/14/2009 0.0027 ‐5.914503506 0

ET Sample #3 7/14/2009 0.002 ‐6.214608098 0

ET Sample #1 8/19/1993 0.071 ‐2.645075402 0

ET Sample #2 8/19/1993 0.0336 ‐3.393229212 0

ET Sample #3 8/19/1993 0.0289 ‐3.543913684 0

ET Sample #1 8/16/1995 0.0058 ‐5.149897361 0

ET Sample #2 8/16/1995 0.0042 ‐5.472670754 0

ET Sample #3 8/16/1995 0.0032 ‐5.744604469 0

ET Sample #1 8/13/1997 0.014 ‐4.268697949 0

ET Sample #2 8/13/1997 0.009 ‐4.710530702 0

ET Sample #3 8/13/1997 0.023 ‐3.772261063 0

ET Sample #1 6/16/1999 0.0014 ‐6.571283042 0

ET Sample #2 6/16/1999 0.0039 ‐5.546778726 0

ET Sample #3 6/16/1999 0.0026 ‐5.952243834 0

ET Sample #1 6/5/2003 0.0117 ‐4.448166437 0

ET Sample #2 6/5/2003 0.0065 ‐5.035953102 0

ET Sample #3 6/5/2003 0.005 ‐5.298317367 0

ET Sample #1 10/21/2009 0.001442246 ‐6.541553988 0

ET Sample #2 10/21/2009 0.003 ‐5.80914299 0

ET Sample #3 10/21/2009 0.004 ‐5.521460918 0

ET Sample #1 8/29/2007 0.000824015 ‐7.10132212 0

ET Sample #2 8/29/2007 0.0026 ‐5.952243834 0

ET Sample #3 8/29/2007 0.0057 ‐5.167289104 0

ET Sample #1 5/31/2002 0.008 ‐4.828313737 0

ET Sample #2 5/31/2002 0.001 ‐6.907755279 0

ET Sample #3 5/31/2002 0.001 ‐6.907755279 0

ET Sample #1 5/29/2007 0.043 ‐3.146555163 0

ET Sample #2 5/29/2007 0.03 ‐3.506557897 0

ET Sample #3 5/29/2007 0.031 ‐3.473768074 0

ET Sample #1 7/13/2010 0.031 ‐3.473768074 0
ET Sample #2 7/13/2010 0.027 ‐3.611918413 0

ET Sample #4 7/13/2010 0.027 ‐3.611918413 0

ET Sample #1 5/5/2010 0.0445 ‐3.11226609 0

ET Sample #2 5/5/2010 0.0267 ‐3.623091714 0

ET Sample #3 5/5/2010 0.0248 ‐3.696911626 0

ET Sample #1 5/1/2008 0.0022 ‐6.119297919 0

ET Sample #2 5/1/2008 0.0044 ‐5.426150738 0

ET Sample #3 5/1/2008 0.0037 ‐5.599422459 0

ET Sample #1 6/14/2006 0.004 ‐5.521460918 0

ET Sample #2 6/14/2006 0.004 ‐5.521460918 0

ET Sample #3 6/14/2006 0.003 ‐5.80914299 0

ET Sample #1 2/27/2008 0.005 ‐5.298317367 0

ET Sample #2 2/27/2008 0.004 ‐5.521460918 0

ET Sample #3 2/27/2008 0.002 ‐6.214608098 0
Appendix C‐4k (ii): W

In top

12%?

Min Test

Avg?

YES Yes

YES

YES

YES

YES

Number of sources with

test data 13 YES

n 114 YES

n‐1 101 YES

YES

YES Yes

YES

YES

YES Yes

YES

YES

Average of natural log of

test run values (μ) ‐5.260902982 YES

YES

Variance of natural log of

test runs (σ2

) 1.139493072 YES

YES

m (test runs in test

condition) 3 YES

YES Yes

YES Yes

YES Yes

YES

YES Yes

YES

Numerator for calculation

of flatness of z distribution

(β2z) 182.7361019 YES

YES

Denominator for

calculation of flatness of z

distribution (β2z) 13.54921753 YES

YES Yes

YES Yes

YES Yes

YES

Flatness of z distribution

(β2z) 15.48683801 YES

YES

Skewness of z distribution

(√β1z) 4.313671318 YES Yes
YES Yes

YES Yes

Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990173179 0.99928652 0.995886073

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 0.009176068

exp (2μ + σ2

) 8.42002E‐05

exp (σ2

) ‐ 1 2.12518372

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.015740883

Square root term 0.023425442

Confidence Level 99% 99.9% 99.5%

UPL 3.64E‐02 4.27E‐02 3.87E‐02

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 2.45E+00 2.49E‐01

SE Skewness 0.23 0.23

Skewness Test non‐normal normal

Kurtosis = 7.90E+00 ‐2.84E‐01

SE Kurtosis 0.46 0.46

Kurtosis Test non‐normal normal

Number of test runs = 114 114
Wet Biomass Stoker/Sloped Grate/Other Filterable PM Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

Stoker/SlopeWet Biom 1 GAGPMadisonPly 800 Wood Waste Boil ICR Phase II ‐ ERT ERT

Stoker/SlopeWet Biom 1 GAGPMadisonPly 800 Wood Waste Boil ICR Phase II ‐ Comments Additional PM from Co

Stoker/SlopeWet Biom 1 GAGPMadisonPly 800 Wood Waste Boil ICR Phase II ‐ Comments Additional PM from Co

Stoker/SlopeWet Biom 1 GAGPMadisonPly 800 Wood Waste Boil ICR Phase II ‐ Comments Additional PM from Co

Stoker/SlopeWet Biom 1 GAGPMadisonPly 800 Wood Waste Boil ICR Phase II ‐ Comments Additional PM from Co

Stoker/SlopeWet Biom 1 GAGPMadisonPly 800 Wood Waste Boil ICR Phase II ‐ Comments Additional PM from Co

Stoker/SlopeWet Biom 1 GAGPMadisonPly 800 Wood Waste Boil ICR Phase II ‐ Comments Additional PM from Co

Stoker/SlopeWet Biom 1 GAGPMadisonPly 800 Wood Waste Boil ICR Phase II ‐ Comments Additional PM from Co

Stoker/SlopeWet Biom 1 GAGPMadisonPly 800 Wood Waste Boil ICR Phase II ‐ Comments Additional PM from Co

Stoker/SlopeWet Biom 2 MSGPNewAugusta AA‐015 Power Boiler ICR Phase I PM and Metals (2)

Stoker/SlopeWet Biom 2 MSGPNewAugusta AA‐015 Power Boiler ICR Phase II ‐ Voluntary Additional PM Data fro

Stoker/SlopeWet Biom 2 MSGPNewAugusta AA‐015 Power Boiler ICR Phase II ‐ Voluntary Additional PM Data fro

Stoker/SlopeWet Biom 3 ARWeyerhaeuserDierkSN‐32 ICR Phase I PM and Metals SN‐32

Stoker/SlopeWet Biom 3 ARWeyerhaeuserDierkSN‐32 ICR Phase I PM and Metals SN‐32

Stoker/SlopeWet Biom 3 ARWeyerhaeuserDierkSN‐32 ICR Phase I PM and Metals SN‐32

Stoker/SlopeWet Biom 3 ARWeyerhaeuserDierkSN‐32 ICR Phase I PM and Metals SN‐32

Stoker/SlopeWet Biom 3 ARWeyerhaeuserDierkSN‐32 ICR Phase I PM and Metals SN‐32

Stoker/SlopeWet Biom 3 ARWeyerhaeuserDierkSN‐32 ICR Phase I PM and Metals SN‐32

Stoker/SlopeWet Biom 3 ARWeyerhaeuserDierkSN‐32 ICR Phase I PM and Metals SN‐32

Stoker/SlopeWet Biom 3 ARWeyerhaeuserDierkSN‐32 ICR Phase I PM and Metals SN‐32

Stoker/SlopeWet Biom 4 CASierraPacificLincoln McBurney Boiler ICR Phase II ‐ Voluntary Additional data from t

Stoker/SlopeWet Biom 5 IDRileyCreekLumber HFB1 ICR Phase I PM and Metals

Stoker/SlopeWet Biom 6 SCMarlboroPaper Hogged Fuel Boiler ICR Phase I PM and Metals

Stoker/SlopeWet Biom 6 SCMarlboroPaper Hogged Fuel Boiler ICR Phase II ‐ Templates PM (filter)

Stoker/SlopeWet Biom 7 SCInternationalPaperENo. 2 Power Boiler ICR Phase I PM and Metals (PB2‐4

Stoker/SlopeWet Biom 7 SCInternationalPaperENo. 2 Power Boiler ICR Phase I PM and Metals (PB2‐2

Stoker/SlopeWet Biom 7 SCInternationalPaperENo. 2 Power Boiler ICR Phase I PM and Metals (PB2‐6

Stoker/SlopeWet Biom 7 SCInternationalPaperENo. 2 Power Boiler ICR Phase I PM and Metals (PB2‐3

Stoker/SlopeWet Biom 7 SCInternationalPaperENo. 2 Power Boiler ICR Phase I PM and Metals (PB2‐1

Stoker/SlopeWet Biom 8 MEBoralexStratton Boiler #1 ICR Phase II ‐ Templates PM Additions from Tes

Stoker/SlopeWet Biom 9 WIDomtar2814 B11, S11 ICR Phase I PM and Metals (B11)

Stoker/SlopeWet Biom 10 LAWeyerhaeuserDods ES‐017 WFB ICR Phase I PM and Metals (5‐02)

Stoker/SlopeWet Biom 10 LAWeyerhaeuserDods ES‐017 WFB ICR Phase II ‐ Voluntary Additional PM Data fro

Stoker/SlopeWet Biom 10 LAWeyerhaeuserDods ES‐017 WFB ICR Phase II ‐ Voluntary Additional PM Data fro

Stoker/SlopeWet Biom 10 LAWeyerhaeuserDods ES‐017 WFB ICR Phase I PM and Metals (5‐07)

Stoker/SlopeWet Biom 11 IDPotlatch PB‐2 Riley ICR Phase I PM and Metals (4)
Stoker/SlopeWet Biom 12 ARLeolaLumberMill SN‐01A ICR Phase I PM and Metals

Stoker/SlopeWet Biom 13 GATempleInlandRomePB4 ICR Phase I PM and Metals‐PB4
Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

Particulate M 0.001237071 ‐6.695008904 3 2 ET Wood: Bark

Particulate M 0.002702566 ‐5.913553597 3 2 ET Wood: Bark

Particulate M 0.003333333 ‐5.703782475 3 2 ET Wood: Bark

Particulate M 0.004333333 ‐5.44141821 3 2 ET Wood: Bark

Particulate M 0.009333333 ‐4.674163057 3 2 ET Wood: Bark

Particulate M 0.010333333 ‐4.572380363 3 2 ET Wood: Bark

Particulate M 0.015 ‐4.199705078 3 2 ET Wood: Bark

Particulate M 0.018333333 ‐3.999034382 3 2 ET Wood: Bark

Particulate M 0.02 ‐3.912023005 3 2 ET Wood: Bark

Particulate M 0.0018 ‐6.319968614 3 2 ET /Hog Fuel/

Particulate M 0.00241 ‐6.028128531 3 2 ET /Wood: Bark/

Particulate M 0.002983333 ‐5.814714035 3 2 ET /Wood: Bark/

Particulate M 0.00186 ‐6.287178791 3 2 ET /Hog Fuel/

Particulate M 0.002366667 ‐6.046272784 3 2 ET /Hog Fuel/

Particulate M 0.003733333 ‐5.590453789 3 2 ET /Hog Fuel/

Particulate M 0.004833333 ‐5.332218918 3 2 ET /Hog Fuel/

Particulate M 0.005266667 ‐5.246357628 3 2 ET /Hog Fuel/

Particulate M 0.013666667 ‐4.292795501 3 2 ET /Hog Fuel/

Particulate M 0.014233333 ‐4.252168647 3 2 ET /Hog Fuel/

Particulate M 0.014933333 ‐4.204159428 3 2 ET /Hog Fuel/

Particulate M 0.00209012 ‐6.170533896 3 2 ET /Hog Fuel/

Particulate M 0.002111999 ‐6.16012021 3 2 ET /Wood: Unadulterated Lumber/

Particulate M 0.002333333 ‐6.060457419 3 2 ET /Industrial Sludge/Natural gas/Wood: Bark/W

Particulate M 0.0024 ‐6.032286542 3 2 ET Industrial Sludge/Wood: Bark/Wood: Plywoo

Particulate M 0.002633333 ‐5.939504808 3 2 ET /Wood: Bark/

Particulate M 0.0044 ‐5.426150738 3 2 ET /Wood: Bark/

Particulate M 0.007733333 ‐4.862215289 3 2 ET /Wood: Bark/

Particulate M 1.53E‐02 ‐4.177726171 3 2 ET /Wood: Bark/

Particulate M 4.45E‐02 ‐3.11226609 3 2 ET /Wood: Bark/

Particulate M 2.81E‐03 ‐5.873119237 3 2 ET Wood: Bark/Wood: Unadulterated Timber

Particulate M 0.003041338 ‐5.795457646 3 2 ET /Wood: Unadulterated Timber/

Particulate M 0.003333333 ‐5.703782475 3 2 ET /Hog Fuel/

Particulate M 2.83E‐02 ‐3.563716311 3 2 ET /Hog Fuel/

Particulate M 0.032 ‐3.442019376 3 2 ET /Hog Fuel/

Particulate M 0.034666667 ‐3.361976669 3 2 ET /Hog Fuel/

Particulate M 0.003433333 ‐5.674223672 3 2 ET /Hog Fuel/
Particulate M 0.003666667 ‐5.608472295 3 2 ET /Biomass/

Particulate M 0.003666667 ‐5.608472295 3 2 ET /Wood: Bark/
Wood: Plywood, Particleboard (containing glues or resins)/

od, Particleboard (containing glues or resins)
Appendix C‐4k (iii): Wet Biomass Stoker/Sloped Grate/Other Filterable PM Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 15.486838 4.3136713

6.31845E‐06 ‐5 =f(a) 170.61222

2.50449E‐05 1 ‐4.899 153.36326

5.24152E‐05 2 ‐4.798 137.3637

9.18594E‐05 3 ‐4.697 122.5556

0.000147889 4 ‐4.596 108.88233

0.000226308 5 ‐4.495 96.28856

0.000334398 6 ‐4.394 84.720252

0.000481049 7 ‐4.293 74.124671

0.00067677 8 ‐4.192 64.450383

0.000933525 9 ‐4.091 55.647249

0.001264289 10 ‐3.99 47.666435

0.001682251 11 ‐3.889 40.460402

0.002199546 12 ‐3.788 33.982912

0.002825437 13 ‐3.687 28.189026

0.003563884 14 ‐3.586 23.035106

0.004410495 15 ‐3.485 18.478811

0.005348923 16 ‐3.384 14.479101

0.006346906 17 ‐3.283 10.996234

0.007352243 18 ‐3.182 7.9917689

0.008289186 19 ‐3.081 5.4285633

0.009055854 20 ‐2.98 3.2707741

0.009523426 21 ‐2.879 1.4838578

0.009537921 22 ‐2.778 0.0345699

0.010150424 23 ‐2.677 ‐1.109034

0.011574422 24 ‐2.576 ‐1.9776

0.013991003 25 ‐2.475 ‐2.600474

0.017559148 26 ‐2.374 ‐3.005702

0.022392786 27 ‐2.273 ‐3.220032

0.028534709 28 ‐2.172 ‐3.268911

0.035929152 29 ‐2.071 ‐3.176489

0.044395565 30 ‐1.97 ‐2.965614

0.053606624 31 ‐1.869 ‐2.657837

0.063073891 32 ‐1.768 ‐2.273407

0.072144513 33 ‐1.667 ‐1.831275

0.080011915 34 ‐1.566 ‐1.349094

0.085742552 35 ‐1.465 ‐0.843215

0.088319452 36 ‐1.364 ‐0.328691

0.089937315 37 ‐1.263 0.1807245

0.096742687 38 ‐1.162 0.6725771

0.109599481 39 ‐1.061 1.1357124

0.129160423 40 ‐0.96 1.560275

0.155790429 41 ‐0.859 1.9377091

0.189503679 42 ‐0.758 2.260758

0.229921918 43 ‐0.657 2.5234648

0.276260146 44 ‐0.556 2.7211716

   1 3 1 3

6

z z z

      

 2z

1z
0.327343655 45 ‐0.455 2.8505201

0.381657505 46 ‐0.354 2.9094513

0.437426325 47 ‐0.253 2.8972056

0.492719107 48 ‐0.152 2.8143227

0.545570872 49 ‐0.051 2.662642

0.594111023 50 0.05 2.4453018

0.636687253 51 0.151 2.1667402

0.671974022 52 0.252 1.8326946

0.699056063 53 0.353 1.4502016

0.717479767 54 0.454 1.0275973

0.727268529 55 0.555 0.5745172

0.728901668 56 0.656 0.1018962

0.734543283 57 0.757 ‐0.378031

0.746258721 58 0.858 ‐0.851732

0.762627151 59 0.959 ‐1.304373

0.782116983 60 1.06 ‐1.719821

0.803194146 61 1.161 ‐2.080645

0.824420516 62 1.262 ‐2.368113

0.844535256 63 1.363 ‐2.562196

0.862514092 64 1.464 ‐2.641562

0.877604173 65 1.565 ‐2.583584

0.889334644 66 1.666 ‐2.364331

0.897505272 67 1.767 ‐1.958576

0.902157167 68 1.868 ‐1.339791

0.90353063 69 1.969 ‐0.48015

0.905045652 70 2.07 0.6494738

0.908961308 71 2.171 2.0795061

0.914741219 72 2.272 3.841672

0.921844004 73 2.373 5.9689957

0.929758586 74 2.474 8.4958012

0.938030147 75 2.575 11.457712

0.946276618 76 2.676 14.891649

0.954196446 77 2.777 18.835837

0.961568985 78 2.878 23.329795

0.968249174 79 2.979 28.414345

0.974158292 80 3.08 34.131606

0.979272443 81 3.181 40.524999

0.983610244 82 3.282 47.639242

0.987220858 83 3.383 55.520353

0.990173179 84 3.484 64.21565

0.992546674 85 3.585 73.77375

0.994424094 86 3.686 84.24457

0.995886073 87 3.787 95.679325

0.99700743 88 3.888 108.13053

0.997854965 89 3.989 121.652

0.998486421 90 4.09 136.29885

0.998950338 91 4.191 152.12749

0.99928652 92 4.292 169.19564

0.999526874 93 4.393 187.56231

0.999696453 94 4.494 207.2878

0.999814545 95 4.595 228.43373

0.999895729 96 4.696 251.06302
0.999950836 97 4.797 275.23986

0.999987773 98 4.898 301.02977

1 99 4.999 328.49956
distribution of Z

Normal

distribution

1.48672E‐06 0.000253653

2.45094E‐06 0.000375884

3.9995E‐06 0.000549386

6.46025E‐06 0.000791739

1.03291E‐05 0.001124655

1.63472E‐05 0.001574053

2.56093E‐05 0.002169623

3.97118E‐05 0.002943622

6.09553E‐05 0.003928589

9.26132E‐05 0.005153669

0.000139285 0.006639218

0.000207351 0.008389492

0.000305546 0.01038334

0.000445674 0.012563113

0.000643469 0.014822379

0.000919619 0.016993467

0.001300942 0.018836473

0.001821704 0.020031882

0.002525035 0.020179493

0.003464389 0.018806654

0.004704958 0.015388853

0.006324913 0.009385271

0.008416337 0.000290952

0.011085658 ‐0.012294374

0.014453386 ‐0.028583017

0.018652949 ‐0.048506501

0.023828414 ‐0.071621106

0.030130931 ‐0.097022551

0.03771375 ‐0.123282902

0.046725789 ‐0.148423963

0.057303789 ‐0.169940943

0.069563239 ‐0.184887739

0.083588399 ‐0.190030435

0.099421884 ‐0.182068835

0.117054396 ‐0.157917362

0.136415346 ‐0.11502743

0.157365126 ‐0.051724471

0.179689839 0.032474354

0.203099244 0.136599903

0.227228529 0.258066252

0.251644341 0.392634373

0.275855243 0.534527202

0.299326439 0.676704653

0.321498297 0.811289639

0.341807853 0.93011783

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 1.025366836

0.37471238 1.090207415

0.386376486 1.119412102

0.394360216 1.109856917

0.398423793 1.060859907

0.398443914 0.974315626

0.394419966 0.854605616

0.386474058 0.708288917

0.374844865 0.543600609

0.359875719 0.369807304

0.34199778 0.196483601

0.32170943 0.032780967

0.299553264 ‐0.113240552

0.276092166 ‐0.235156556

0.25188591 ‐0.328553103

0.227469632 ‐0.39120702

0.203335281 ‐0.423068492

0.17991684 ‐0.42606346

0.157579839 ‐0.403750399

0.136615273 ‐0.360877755

0.117237788 ‐0.302893619

0.099587708 ‐0.235458281

0.083736272 ‐0.164003838

0.069693339 ‐0.093374525

0.05741676 ‐0.027568665

0.046822635 0.030410073

0.037795734 0.07859646

0.030199481 0.1160165

0.023885038 0.14256969

0.018699163 0.158864368

0.014490659 0.166029793

0.011115369 0.165526179

0.008439746 0.158969684

0.006343145 0.147984279

0.004718997 0.134087204

0.003475077 0.118609973

0.002533081 0.102653094

0.001827693 0.087069928

0.001305351 0.072473568

0.000922829 0.059260068

0.00064578 0.047641643

0.00044732 0.037684273

0.000306705 0.029345361

0.000208159 0.022508294

0.000139842 0.01701203

9.29928E‐05 0.012674811

6.12113E‐05 0.009311919

3.98826E‐05 0.006747961

2.5722E‐05 0.004824482

1.64209E‐05 0.003403849

1.03767E‐05 0.00237038

6.49066E‐06 0.001629564
4.01874E‐06 0.001106116

2.46298E‐06 0.000741429

1.49417E‐06 0.000490835
Absolute values

0.000253653 1.28095E‐05

0.000375884 3.79643E‐05

0.000549386 5.5488E‐05

0.000791739 7.99657E‐05

0.001124655 0.00011359

0.001574053 0.000158979

0.002169623 0.000219132

0.002943622 0.000297306

0.003928589 0.000396788

0.005153669 0.000520521

0.006639218 0.000670561

0.008389492 0.000847339

0.01038334 0.001048717

0.012563113 0.001268874

0.014822379 0.00149706

0.016993467 0.00171634

0.018836473 0.001902484

0.020031882 0.00202322

0.020179493 0.002038129

0.018806654 0.001899472

0.015388853 0.001554274

0.009385271 0.000947912

0.000290952 2.93862E‐05

0.012294374 0.001241732

0.028583017 0.002886885

0.048506501 0.004899157

0.071621106 0.007233732

0.097022551 0.009799278

0.123282902 0.012451573

0.148423963 0.01499082

0.169940943 0.017164035

0.184887739 0.018673662

0.190030435 0.019193074

0.182068835 0.018388952

0.157917362 0.015949654

0.11502743 0.01161777

0.051724471 0.005224172

0.032474354 0.00327991

0.136599903 0.01379659

0.258066252 0.026064691

0.392634373 0.039656072

0.534527202 0.053987247

0.676704653 0.06834717

0.811289639 0.081940254

0.93011783 0.093941901

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
1.025366836 0.10356205

1.090207415 0.110110949

1.119412102 0.113060622

1.109856917 0.112095549

1.060859907 0.107146851

0.974315626 0.098405878

0.854605616 0.086315167

0.708288917 0.071537181

0.543600609 0.054903661

0.369807304 0.037350538

0.196483601 0.019844844

0.032780967 0.003310878

0.113240552 0.011437296

0.235156556 0.023750812

0.328553103 0.033183863

0.39120702 0.039511909

0.423068492 0.042729918

0.42606346 0.043032409

0.403750399 0.04077879

0.360877755 0.036448653

0.302893619 0.030592256

0.235458281 0.023781286

0.164003838 0.016564388

0.093374525 0.009430827

0.027568665 0.002784435

0.030410073 0.003071417

0.07859646 0.007938243

0.1160165 0.011717666

0.14256969 0.014399539

0.158864368 0.016045301

0.166029793 0.016769009

0.165526179 0.016718144

0.158969684 0.016055938

0.147984279 0.014946412

0.134087204 0.013542808

0.118609973 0.011979607

0.102653094 0.010367962

0.087069928 0.008794063

0.072473568 0.00731983

0.059260068 0.005985267

0.047641643 0.004811806

0.037684273 0.003806112

0.029345361 0.002963881

0.022508294 0.002273338

0.01701203 0.001718215

0.012674811 0.001280156

0.009311919 0.000940504

0.006747961 0.000681544

0.004824482 0.000487273

0.003403849 0.000343789

0.00237038 0.000239408

0.001629564 0.000164586
0.001106116 0.000111718

0.000741429 7.48843E‐05

0.000490835 2.47871E‐05
Cumulative normalization

1.28095E‐05 6.31845E‐06

5.07737E‐05 2.50449E‐05

0.000106262 5.24152E‐05

0.000186227 9.18594E‐05

0.000299818 0.000147889

0.000458797 0.000226308

0.000677929 0.000334398

0.000975235 0.000481049

0.001372022 0.00067677

0.001892543 0.000933525

0.002563104 0.001264289

0.003410443 0.001682251

0.00445916 0.002199546

0.005728034 0.002825437

0.007225095 0.003563884

0.008941435 0.004410495

0.010843918 0.005348923

0.012867139 0.006346906

0.014905267 0.007352243

0.016804739 0.008289186

0.018359014 0.009055854

0.019306926 0.009523426

0.019336312 0.009537921

0.020578044 0.010150424

0.023464929 0.011574422

0.028364085 0.013991003

0.035597817 0.017559148

0.045397094 0.022392786

0.057848668 0.028534709

0.072839488 0.035929152

0.090003523 0.044395565

0.108677185 0.053606624

0.127870259 0.063073891

0.146259211 0.072144513

0.162208865 0.080011915

0.173826635 0.085742552

0.179050807 0.088319452

0.182330716 0.089937315

0.196127306 0.096742687

0.222191998 0.109599481

0.26184807 0.129160423

0.315835317 0.155790429

0.384182487 0.189503679

0.46612274 0.229921918

0.560064641 0.276260146

) () f b  


0.663626692 0.327343655

0.773737641 0.381657505

0.886798263 0.437426325

0.998893812 0.492719107

1.106040662 0.545570872

1.20444654 0.594111023

1.290761708 0.636687253

1.362298888 0.671974022

1.41720255 0.699056063

1.454553087 0.717479767

1.474397931 0.727268529

1.477708809 0.728901668

1.489146105 0.734543283

1.512896917 0.746258721

1.54608078 0.762627151

1.585592689 0.782116983

1.628322607 0.803194146

1.671355016 0.824420516

1.712133807 0.844535256

1.74858246 0.862514092

1.779174715 0.877604173

1.802956002 0.889334644

1.819520389 0.897505272

1.828951216 0.902157167

1.831735652 0.90353063

1.834807069 0.905045652

1.842745311 0.908961308

1.854462978 0.914741219

1.868862517 0.921844004

1.884907818 0.929758586

1.901676827 0.938030147

1.918394971 0.946276618

1.934450909 0.954196446

1.949397321 0.961568985

1.962940129 0.968249174

1.974919736 0.974158292

1.985287699 0.979272443

1.994081761 0.983610244

2.001401592 0.987220858

2.007386859 0.990173179

2.012198664 0.992546674

2.016004776 0.994424094

2.018968658 0.995886073

2.021241995 0.99700743

2.02296021 0.997854965

2.024240366 0.998486421

2.02518087 0.998950338

2.025862414 0.99928652

2.026349687 0.999526874

2.026693476 0.999696453

2.026932884 0.999814545

2.02709747 0.999895729
2.027209188 0.999950836

2.027284072 0.999987773

2.027308859 1

99.34964491
Appendix C‐4l (i): Wet Biomass Stoker/Sloped Grate/Other TSM Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Yes Wet Bioma Stoker/SlopNo 1 SCMarlboroPaper

YES Yes Wet Bioma Stoker/SlopNo 1 SCMarlboroPaper

YES Yes Wet Bioma Stoker/SlopNo 2 IDPotlatch

YES Yes Wet Bioma Stoker/SlopNo 2 IDPotlatch

YES Yes Wet Bioma Stoker/SlopNo 2 IDPotlatch

YES Yes Wet Bioma Stoker/SlopNo 3 GAGPMadisonPly

YES Yes Wet Bioma Stoker/SlopNo 3 GAGPMadisonPly

YES Yes Wet Bioma Stoker/SlopNo 3 GAGPMadisonPly

YES Yes Wet Bioma Stoker/SlopNo 4 MSGPNewAugusta

YES Yes Wet Bioma Stoker/SlopNo 4 MSGPNewAugusta

YES Yes Wet Bioma Stoker/SlopNo 4 MSGPNewAugusta

YES Yes Wet Bioma Stoker/SlopNo 5 KYNewPage‐Wickliffe

YES Yes Wet Bioma Stoker/SlopNo 5 KYNewPage‐Wickliffe

YES Yes Wet Bioma Stoker/SlopNo 5 KYNewPage‐Wickliffe

YES Yes Wet Bioma Stoker/SlopNo 6 MNDESPHansONyman

YES Yes Wet Bioma Stoker/SlopNo 6 MNDESPHansONyman

YES Yes Wet Bioma Stoker/SlopNo 6 MNDESPHansONyman

YES Wet Bioma Stoker/SlopNo 6 MNDESPHansONyman

YES Wet Bioma Stoker/SlopNo 6 MNDESPHansONyman

YES Wet Bioma Stoker/SlopNo 6 MNDESPHansONyman
UnitID Data Source Source Tab Pollutant

Hogged Fuel Boiler ICR Phase II ‐ Templates Metals ‐ Total TSM8

Hogged Fuel Boiler ICR Phase II ‐ Templates Metals ‐ Total TSM8

PB‐2 Riley ICR Phase I PM and Metals (5) TSM8

PB‐2 Riley ICR Phase I PM and Metals (5) TSM8

PB‐2 Riley ICR Phase I PM and Metals (5) TSM8

800 Wood Waste Boiler ICR Phase II ‐ ERT ERT TSM8

800 Wood Waste Boiler ICR Phase II ‐ ERT ERT TSM8

800 Wood Waste Boiler ICR Phase II ‐ ERT ERT TSM8

AA‐015 Power Boiler ICR Phase I PM and Metals TSM8

AA‐015 Power Boiler ICR Phase I PM and Metals TSM8

AA‐015 Power Boiler ICR Phase I PM and Metals TSM8

B09 ICR Phase I PM and Metals (2) TSM8

B09 ICR Phase I PM and Metals (2) TSM8

B09 ICR Phase I PM and Metals (2) TSM8

EU007 ICR Phase I PM and Metals EU007 (MAR 2007A) TSM8

EU007 ICR Phase I PM and Metals EU007 (MAR 2007A) TSM8

EU007 ICR Phase I PM and Metals EU007 (MAR 2007A) TSM8

EU007 ICR Phase I PM and Metals EU007 (MAR 2007B) TSM8

EU007 ICR Phase I PM and Metals EU007 (MAR 2007B) TSM8

EU007 ICR Phase I PM and Metals EU007 (MAR 2007B) TSM8
Data

Type Run Number Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

ET Sample #1 7/14/2009 6.39587E‐06 ‐11.95985732 0

ET Sample #2 7/14/2009 9.06713E‐06 ‐11.61085506 0

ET Sample #1 7/27/2006 0.00001825 ‐10.91134548 0

ET Sample #2 7/27/2006 0.000010218 ‐11.49135969 0

ET Sample #3 7/27/2006 0.000012341 ‐11.30258351 0

ET 1 8/11/2009 2.68731E‐05 ‐10.5243861 0

ET 2 8/12/2009 3.48618E‐05 ‐10.264119 0

ET 3 8/12/2009 3.19171E‐05 ‐10.35236863 0

ET Sample #1 7/12/2006 5.678E‐05 ‐9.776326663 0

ET Sample #2 7/12/2006 1.73201E‐05 ‐10.96364092 0

ET Sample #3 7/12/2006 1.95863E‐05 ‐10.84067799 0

ET Sample #1 9/29/2005 0.00004699 ‐9.965575745 0

ET Sample #2 9/29/2005 0.00003303 ‐10.31809432 0

ET Sample #3 9/29/2005 0.00003727 ‐10.19732184 0

ET Sample #1 3/7/2007 0.00010787 ‐9.13458376 0

ET Sample #2 3/7/2007 0.00008368 ‐9.388510558 0

ET Sample #3 3/7/2007 0.00008485 ‐9.374625566 0

ET Sample #1 3/6/2007 0.00027138 ‐8.211990505 0

ET Sample #2 3/6/2007 0.00014637 ‐8.829372895 0

ET Sample #3 3/6/2007 0.00012014 ‐9.026852829 0
Appendix C‐4l (ii): W

In top

12%?

Min Test

Avg?

YES Yes

YES Yes

YES Yes

YES Yes

YES Yes

Number of sources with

test data 6 YES Yes

n 20 YES

n‐1 14

Average of natural log of

test run values (μ) ‐10.22222242

Variance of natural log of

test runs (σ2

) 1.02755616

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 125.0166379

Denominator for

calculation of flatness of z

distribution (β2z) 9.657771329

Flatness of z distribution

(β2z) 14.94466742

Skewness of z distribution

(√β1z) 3.707635639
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990306528 0.999292446 0.995932533

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 6.07682E‐05

exp (2μ + σ2

) 3.69277E‐09

exp (σ2

) ‐ 1 1.794228834

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.079163904

Square root term 0.000150027

Confidence Level 99% 99.9% 99.5%

UPL 2.35E‐04 2.75E‐04 2.50E‐04

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 2.18E+00 1.62E‐01

SE Skewness 0.55 0.55

Skewness Test non‐normal normal

Kurtosis = 5.58E+00 ‐6.62E‐01

SE Kurtosis 1.10 1.10

Kurtosis Test non‐normal normal

Number of test runs = 20 20
Wet Biomass Stoker/Sloped Grate/Other TSM Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

Stoker/SlopeWet Biom 1 SCMarlboroPaper Hogged Fuel Boiler ICR Phase II ‐ Templates Metals ‐ Total

Stoker/SlopeWet Biom 2 IDPotlatch PB‐2 Riley ICR Phase I PM and Metals (5)

Stoker/SlopeWet Biom 3 GAGPMadisonPly 800 Wood Waste Boil ICR Phase II ‐ ERT ERT

Stoker/SlopeWet Biom 4 MSGPNewAugusta AA‐015 Power Boiler ICR Phase I PM and Metals

Stoker/SlopeWet Biom 5 KYNewPage‐Wickliffe B09 ICR Phase I PM and Metals (2)

Stoker/SlopeWet Biom 6 MNDESPHansONymanEU007 ICR Phase I PM and Metals EU007

Stoker/SlopeWet Biom 6 MNDESPHansONymanEU007 ICR Phase I PM and Metals EU007

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

TSM8 7.7315E‐06 ‐11.77020752 2 1 ET Industrial Sludge/Wood: Bark/Natural gas/W

TSM8 0.000013603 ‐11.2052202 3 2 ET /Hog Fuel/

TSM8 3.12173E‐05 ‐10.37453748 3 2 ET Wood: Bark/Wood: Plywood, Particleboard (c

TSM8 3.12288E‐05 ‐10.37416914 3 2 ET /Hog Fuel/

TSM8 3.90967E‐05 ‐10.14947335 3 2 ET /Wood: Bark/

TSM8 9.21333E‐05 ‐9.292273755 3 2 ET /Natural gas/Wood: Unadulterated Timber/

TSM8 0.000179297 ‐8.626468768 3 2 ET /Natural gas/Wood: Unadulterated Timber/

Wood: Plywood, Particleboard (containing glues or resins)

containing glues or resins)
Appendix C‐4l (iii): Wet Biomass Stoker/Sloped Grate/Other Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 14.944667 3.7076356

6.74219E‐06 ‐5 =f(a) 170.92464

2.67614E‐05 1 ‐4.899 153.92772

5.608E‐05 2 ‐4.798 138.14687

9.84254E‐05 3 ‐4.697 123.52624

0.000158722 4 ‐4.596 110.01124

0.00024334 5 ‐4.495 97.548496

0.000360324 6 ‐4.394 86.08589

0.000519575 7 ‐4.293 75.572545

0.000732919 8 ‐4.192 65.958828

0.001014004 9 ‐4.091 57.196347

0.001377921 10 ‐3.99 49.237956

0.001840453 11 ‐3.889 42.037749

0.002416856 12 ‐3.788 35.551064

0.003120049 13 ‐3.687 29.734483

0.003958162 14 ‐3.586 24.54583

0.004931404 15 ‐3.485 19.94417

0.006028322 16 ‐3.384 15.889816

0.007221601 17 ‐3.283 12.344319

0.008463729 18 ‐3.182 9.2704752

0.00968297 19 ‐3.081 6.6323238

0.010780272 20 ‐2.98 4.3951466

0.011627877 21 ‐2.879 2.5254683

0.012070485 22 ‐2.778 0.9910568

0.012211121 23 ‐2.677 ‐0.239077

0.01312738 24 ‐2.576 ‐1.19468

0.015012199 25 ‐2.475 ‐1.904255

0.01804057 26 ‐2.374 ‐2.395062

0.022346483 27 ‐2.273 ‐2.693119

0.027996354 28 ‐2.172 ‐2.823201

0.034960701 29 ‐2.071 ‐2.808838

0.043086548 30 ‐1.97 ‐2.672319

0.052073667 31 ‐1.869 ‐2.434689

0.061458098 32 ‐1.768 ‐2.115752

0.070606495 33 ‐1.667 ‐1.734067

0.078724397 34 ‐1.566 ‐1.30695

0.084880729 35 ‐1.465 ‐0.850475

0.088049469 36 ‐1.364 ‐0.379473

0.088931158 37 ‐1.263 0.0924688

0.094891001 38 ‐1.162 0.5530054

0.106840481 39 ‐1.061 0.9910351

0.125490838 40 ‐0.96 1.3966991

0.15127374 41 ‐0.859 1.7613816

0.184274734 42 ‐0.758 2.0777095

0.224187213 43 ‐0.657 2.3395532

0.270293383 44 ‐0.556 2.5420255

   1 3 1 3

6

z z z

      

 2z

1z
0.321476561 45 ‐0.455 2.6814826

0.376266302 46 ‐0.354 2.7555234

0.432914629 47 ‐0.253 2.7629898

0.48949836 48 ‐0.152 2.7039669

0.544039658 49 ‐0.051 2.5797825

0.594634747 50 0.05 2.3930075

0.639579625 51 0.151 2.1474556

0.677481667 52 0.252 1.8481838

0.707347291 53 0.353 1.5014917

0.728638198 54 0.454 1.114922

0.741291838 55 0.555 0.6972606

0.745705325 56 0.656 0.2585359

0.748725135 57 0.757 ‐0.18998

0.758039505 58 0.858 ‐0.635773

0.772275427 59 0.959 ‐1.065086

0.789933377 60 1.06 ‐1.462917

0.809495382 61 1.161 ‐1.813024

0.829524311 62 1.262 ‐2.097919

0.848746951 63 1.363 ‐2.298874

0.866115681 64 1.464 ‐2.395917

0.880846107 65 1.565 ‐2.36783

0.892430536 66 1.666 ‐2.192158

0.900629395 67 1.767 ‐1.845197

0.905444444 68 1.868 ‐1.302004

0.907078691 69 1.969 ‐0.536392

0.908268979 70 2.07 0.4790705

0.911824983 71 2.171 1.7730552

0.91723417 72 2.272 3.3754789

0.923973715 73 2.373 5.3175006

0.931546061 74 2.474 7.6315224

0.939505373 75 2.575 10.351189

0.947474688 76 2.676 13.511389

0.955154426 77 2.777 17.148253

0.962323518 78 2.878 21.299156

0.968834784 79 2.979 26.002713

0.974606289 80 3.08 31.298784

0.979610336 81 3.181 37.228474

0.983861548 82 3.282 43.834127

0.987405187 83 3.383 51.159332

0.990306528 84 3.484 59.248921

0.99264182 85 3.585 68.148968

0.994491049 86 3.686 77.906792

0.995932533 87 3.787 88.570953

0.997039211 88 3.888 100.19125

0.997876384 89 3.989 112.81874

0.998500631 90 4.09 126.50571

0.998959605 91 4.191 141.30568

0.999292446 92 4.292 157.27344

0.999530574 93 4.393 174.465

0.99969869 94 4.494 192.93763

0.999815835 95 4.595 212.74982

0.999896416 96 4.696 233.96133
0.999951143 97 4.797 256.63315

0.999987845 98 4.898 280.82751

1 99 4.999 306.60788
distribution of Z

Normal

distribution

1.48672E‐06 0.000254117

2.45094E‐06 0.000377268

3.9995E‐06 0.000552519

6.46025E‐06 0.00079801

1.03291E‐05 0.001136316

1.63472E‐05 0.001594649

2.56093E‐05 0.002204596

3.97118E‐05 0.003001119

6.09553E‐05 0.004020537

9.26132E‐05 0.005297136

0.000139285 0.006858108

0.000207351 0.008716556

0.000305546 0.010862482

0.000445674 0.013251883

0.000643469 0.015794483

0.000919619 0.018341039

0.001300942 0.020671732

0.001821704 0.022487693

0.002525035 0.02340827

0.003464389 0.022976949

0.004704958 0.020678978

0.006324913 0.015973367

0.008416337 0.008341068

0.011085658 ‐0.002650328

0.014453386 ‐0.017267172

0.018652949 ‐0.035519969

0.023828414 ‐0.057070533

0.030130931 ‐0.08114619

0.03771375 ‐0.10647348

0.046725789 ‐0.13124515

0.057303789 ‐0.153133983

0.069563239 ‐0.169364879

0.083588399 ‐0.176852351

0.099421884 ‐0.172404211

0.117054396 ‐0.152984257

0.136415346 ‐0.116017873

0.157365126 ‐0.059715822

0.179689839 0.016615696

0.203099244 0.11231498

0.227228529 0.225191455

0.251644341 0.351471432

0.275855243 0.485886337

0.299326439 0.621913396

0.321498297 0.752162358

0.341807853 0.868884278

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 0.964561972

0.37471238 1.032528716

0.386376486 1.067554302

0.394360216 1.066336979

0.398423793 1.027846735

0.398443914 0.953479264

0.394419966 0.846999375

0.386474058 0.71427508

0.374844865 0.562826436

0.359875719 0.401233364

0.34199778 0.238461563

0.32170943 0.083173447

0.299553264 ‐0.0569092

0.276092166 ‐0.17553204

0.25188591 ‐0.268280114

0.227469632 ‐0.332769231

0.203335281 ‐0.368651716

0.17991684 ‐0.377451038

0.157579839 ‐0.362256273

0.136615273 ‐0.327318799

0.117237788 ‐0.277599198

0.099587708 ‐0.21831195

0.083736272 ‐0.154509905

0.069693339 ‐0.090740999

0.05741676 ‐0.030797864

0.046822635 0.022431341

0.037795734 0.067013924

0.030199481 0.101937712

0.023885038 0.127008706

0.018699163 0.142703079

0.014490659 0.149995557

0.011115369 0.150184079

0.008439746 0.144726908

0.006343145 0.135103638

0.004718997 0.122706719

0.003475077 0.108765698

0.002533081 0.09430273

0.001827693 0.080115345

0.001305351 0.066780903

0.000922829 0.054676626

0.00064578 0.044009269

0.00044732 0.034849259

0.000306705 0.027165185

0.000208159 0.020855666

0.000139842 0.015776772

9.29928E‐05 0.011764119

6.12113E‐05 0.008649502

3.98826E‐05 0.006272473

2.5722E‐05 0.004487593

1.64209E‐05 0.003168207

1.03767E‐05 0.002207634

6.49066E‐06 0.001518563
4.01874E‐06 0.001031341

2.46298E‐06 0.000691671

1.49417E‐06 0.000458125
Absolute values

0.000254117 1.28329E‐05

0.000377268 3.8104E‐05

0.000552519 5.58044E‐05

0.00079801 8.0599E‐05

0.001136316 0.000114768

0.001594649 0.00016106

0.002204596 0.000222664

0.003001119 0.000303113

0.004020537 0.000406074

0.005297136 0.000535011

0.006858108 0.000692669

0.008716556 0.000880372

0.010862482 0.001097111

0.013251883 0.00133844

0.015794483 0.001595243

0.018341039 0.001852445

0.020671732 0.002087845

0.022487693 0.002271257

0.02340827 0.002364235

0.022976949 0.002320672

0.020678978 0.002088577

0.015973367 0.00161331

0.008341068 0.000842448

0.002650328 0.000267683

0.017267172 0.001743984

0.035519969 0.003587517

0.057070533 0.005764124

0.08114619 0.008195765

0.10647348 0.010753821

0.13124515 0.01325576

0.153133983 0.015466532

0.169364879 0.017105853

0.176852351 0.017862087

0.172404211 0.017412825

0.152984257 0.01545141

0.116017873 0.011717805

0.059715822 0.006031298

0.016615696 0.001678185

0.11231498 0.011343813

0.225191455 0.022744337

0.351471432 0.035498615

0.485886337 0.04907452

0.621913396 0.062813253

0.752162358 0.075968398

0.868884278 0.087757312

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
0.964561972 0.097420759

1.032528716 0.1042854

1.067554302 0.107822984

1.066336979 0.107700035

1.027846735 0.10381252

0.953479264 0.096301406

0.846999375 0.085546937

0.71427508 0.072141783

0.562826436 0.05684547

0.401233364 0.04052457

0.238461563 0.024084618

0.083173447 0.008400518

0.0569092 0.005747829

0.17553204 0.017728736

0.268280114 0.027096291

0.332769231 0.033609692

0.368651716 0.037233823

0.377451038 0.038122555

0.362256273 0.036587884

0.327318799 0.033059199

0.277599198 0.028037519

0.21831195 0.022049507

0.154509905 0.0156055

0.090740999 0.009164841

0.030797864 0.003110584

0.022431341 0.002265565

0.067013924 0.006768406

0.101937712 0.010295709

0.127008706 0.012827879

0.142703079 0.014413011

0.149995557 0.015149551

0.150184079 0.015168592

0.144726908 0.014617418

0.135103638 0.013645467

0.122706719 0.012393379

0.108765698 0.010985335

0.09430273 0.009524576

0.080115345 0.00809165

0.066780903 0.006744871

0.054676626 0.005522339

0.044009269 0.004444936

0.034849259 0.003519775

0.027165185 0.002743684

0.020855666 0.002106422

0.015776772 0.001593454

0.011764119 0.001188176

0.008649502 0.0008736

0.006272473 0.00063352

0.004487593 0.000453247

0.003168207 0.000319989

0.002207634 0.000222971

0.001518563 0.000153375
0.001031341 0.000104165

0.000691671 6.98588E‐05

0.000458125 2.31353E‐05
Cumulative normalization

1.28329E‐05 6.74219E‐06

5.09369E‐05 2.67614E‐05

0.000106741 5.608E‐05

0.00018734 9.84254E‐05

0.000302108 0.000158722

0.000463168 0.00024334

0.000685832 0.000360324

0.000988945 0.000519575

0.001395019 0.000732919

0.00193003 0.001014004

0.002622699 0.001377921

0.003503071 0.001840453

0.004600182 0.002416856

0.005938622 0.003120049

0.007533865 0.003958162

0.00938631 0.004931404

0.011474155 0.006028322

0.013745412 0.007221601

0.016109647 0.008463729

0.018430319 0.00968297

0.020518896 0.010780272

0.022132206 0.011627877

0.022974653 0.012070485

0.023242337 0.012211121

0.024986321 0.01312738

0.028573838 0.015012199

0.034337962 0.01804057

0.042533727 0.022346483

0.053287548 0.027996354

0.066543308 0.034960701

0.082009841 0.043086548

0.099115693 0.052073667

0.116977781 0.061458098

0.134390606 0.070606495

0.149842016 0.078724397

0.161559821 0.084880729

0.167591119 0.088049469

0.169269305 0.088931158

0.180613118 0.094891001

0.203357455 0.106840481

0.238856069 0.125490838

0.287930589 0.15127374

0.350743842 0.184274734

0.426712241 0.224187213

0.514469553 0.270293383

) () f b  


0.611890312 0.321476561

0.716175712 0.376266302

0.823998697 0.432914629

0.931698732 0.48949836

1.035511252 0.544039658

1.131812657 0.594634747

1.217359594 0.639579625

1.289501377 0.677481667

1.346346847 0.707347291

1.386871417 0.728638198

1.410956035 0.741291838

1.419356553 0.745705325

1.425104382 0.748725135

1.442833118 0.758039505

1.46992941 0.772275427

1.503539102 0.789933377

1.540772925 0.809495382

1.57889548 0.829524311

1.615483364 0.848746951

1.648542562 0.866115681

1.676580082 0.880846107

1.698629588 0.892430536

1.714235089 0.900629395

1.72339993 0.905444444

1.726510514 0.907078691

1.728776079 0.908268979

1.735544486 0.911824983

1.745840195 0.91723417

1.758668074 0.923973715

1.773081085 0.931546061

1.788230636 0.939505373

1.803399228 0.947474688

1.818016646 0.955154426

1.831662113 0.962323518

1.844055492 0.968834784

1.855040827 0.974606289

1.864565403 0.979610336

1.872657053 0.983861548

1.879401924 0.987405187

1.884924264 0.990306528

1.8893692 0.99264182

1.892888975 0.994491049

1.895632659 0.995932533

1.897739081 0.997039211

1.899332535 0.997876384

1.900520711 0.998500631

1.901394311 0.998959605

1.90202783 0.999292446

1.902481077 0.999530574

1.902801066 0.99969869

1.903024037 0.999815835

1.903177412 0.999896416
1.903281577 0.999951143

1.903351436 0.999987845

1.903374571 1

93.4922318
Appendix C‐4m (i): Dry Biomass Stoker/Sloped Grate/Other Filterable PM Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Yes Dry Biomas Stoker/Slopno 1 WVAmericanWoodmark

YES Yes Dry Biomas Stoker/Slopno 1 WVAmericanWoodmark

YES Yes Dry Biomas Stoker/Slopno 1 WVAmericanWoodmark
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

B2 ICR Phase II ‐ Voluntary Additional PM from Test ReParticulate MattET Sample #1

B2 ICR Phase II ‐ Voluntary Additional PM from Test ReParticulate MattET Sample #2

B2 ICR Phase II ‐ Voluntary Additional PM from Test ReParticulate MattET Sample #4
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

3/24/2005 0.178 ‐1.725971729 0

3/24/2005 0.246 ‐1.402423743 0

3/24/2005 0.215 ‐1.537117251 0
Appendix C‐4m (ii):

In top

12%?

Min Test

Avg?

YES Yes

Number of sources with

test data 1

n 3

n‐1 2

Average of natural log of

test run values (μ) ‐1.555170908

Variance of natural log of

test runs (σ2

) 0.026415276

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 3.439138892

Denominator for

calculation of flatness of z

distribution (β2z) 0.002149457

Flatness of z distribution

(β2z) 1602.0034

Skewness of z distribution

(√β1z) 0.285904037
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990815685 0.99927472 0.996005928

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 0.213960626

exp (2μ + σ2

) 0.04577915

exp (σ2

) ‐ 1 0.026767251

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.008979534

Square root term 0.085882622

Confidence Level 99% 99.9% 99.5%

UPL 3.14E‐01 3.37E‐01 3.22E‐01

Analysis of Data

Distribution

Normal Log‐normal

Skewness = ‐2.63E‐01 ‐4.94E‐01

SE Skewness 1.41 1.41

Skewness Test normal normal

Kurtosis = #DIV/0! #DIV/0!

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3
Dry Biomass Stoker/Sloped Grate/Other Filterable PM Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

Stoker/SlopeDry Bioma 1 WVAmericanWoodmaB2 ICR Phase II ‐ Voluntary Additional PM from Te

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num test

runs ‐ 1 Data Type Fuel

Particulate M 2.13E‐01 ‐1.55E+00 3.00E+00 2 ET /Biomass/
Appendix C‐4m (iii): Dry Biomass Stoker/Sloped Grate/Other Filterable PM Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 1602.0034 0.285904

1.28118E‐05 ‐5 =f(a) 31842.576

5.12545E‐05 1 ‐4.899 28978.597

0.000108192 2 ‐4.798 26302.2

0.000191432 3 ‐4.697 23805.399

0.000311522 4 ‐4.596 21480.372

0.000482462 5 ‐4.495 19319.464

0.000722471 6 ‐4.394 17315.189

0.001054777 7 ‐4.293 15460.222

0.001508338 8 ‐4.192 13747.411

0.002118378 9 ‐4.091 12169.764

0.002926583 10 ‐3.99 10720.46

0.003980741 11 ‐3.889 9392.8422

0.00533361 12 ‐3.788 8180.421

0.007040722 13 ‐3.687 7076.8728

0.009156899 14 ‐3.586 6076.0405

0.01173123 15 ‐3.485 5171.9335

0.014800402 16 ‐3.384 4358.7276

0.018380373 17 ‐3.283 3630.7647

0.022456607 18 ‐3.182 2982.5535

0.026973349 19 ‐3.081 2408.7688

0.0318227 20 ‐2.98 1904.2519

0.036834598 21 ‐2.879 1464.0104

0.041769093 22 ‐2.778 1083.2185

0.046312538 23 ‐2.677 757.21671

0.050079403 24 ‐2.576 481.51176

0.052621353 25 ‐2.475 251.77696

0.05344487 26 ‐2.374 63.851949

0.054851603 27 ‐2.273 ‐86.25722

0.058982714 28 ‐2.172 ‐202.3781

0.066270773 29 ‐2.071 ‐288.1719

0.07703749 30 ‐1.97 ‐347.1334

0.091442651 31 ‐1.869 ‐382.591

0.109436016 32 ‐1.768 ‐397.7067

0.130717683 33 ‐1.667 ‐395.476

0.154712579 34 ‐1.566 ‐378.7282

0.180564404 35 ‐1.465 ‐350.1261

0.207153143 36 ‐1.364 ‐312.1661

0.233138467 37 ‐1.263 ‐267.1782

0.257028895 38 ‐1.162 ‐217.3262

0.277273773 39 ‐1.061 ‐164.6072

0.292372294 40 ‐0.96 ‐110.852

0.300991171 41 ‐0.859 ‐57.72526

0.302080685 42 ‐0.758 ‐6.724873

0.309183456 43 ‐0.657 40.81743

0.324675179 44 ‐0.556 83.736373

   1 3 1 3

6

z z z

      

 2z

1z
0.348239924 45 ‐0.455 121.03307

0.379042564 46 ‐0.354 151.87503

0.415764806 47 ‐0.253 175.59614

0.456682513 48 ‐0.152 191.69671

0.499778678 49 ‐0.051 199.84341

0.542882608 50 0.05 199.86932

0.583822998 51 0.151 191.77392

0.620581064 52 0.252 175.72307

0.651429896 53 0.353 152.04902

0.675047692 54 0.454 121.25043

0.690595402 55 0.555 83.992331

0.697753116 56 0.656 41.106167

0.698792441 57 0.757 ‐6.410236

0.707369018 58 0.858 ‐57.39266

0.722435465 59 0.959 ‐110.5105

0.742659905 60 1.06 ‐164.2667

0.766541968 61 1.161 ‐216.9979

0.792530524 62 1.262 ‐266.8743

0.819132827 63 1.363 ‐311.8998

0.845006684 64 1.464 ‐349.9116

0.869029834 65 1.565 ‐378.581

0.890343569 66 1.666 ‐395.4124

0.908370468 67 1.767 ‐397.7442

0.922808498 68 1.868 ‐382.7482

0.933605651 69 1.969 ‐347.4298

0.940920377 70 2.07 ‐288.6281

0.945073514 71 2.171 ‐203.0159

0.94649721 72 2.272 ‐87.09923

0.947308851 73 2.373 62.781848

0.949843708 74 2.474 250.45389

0.953607722 75 2.575 479.9098

0.958151865 76 2.676 755.30886

0.963089845 77 2.777 1080.9768

0.968107248 78 2.878 1461.4056

0.972963411 79 2.979 1901.2539

0.977487651 80 3.08 2405.3464

0.981571556 81 3.181 2978.6744

0.985158975 82 3.282 3626.3956

0.988235091 83 3.383 4353.834

0.990815685 84 3.484 5166.4801

0.992937348 85 3.585 6069.9907

0.994649147 86 3.686 7070.189

0.996005928 87 3.787 8173.0646

0.997063285 88 3.888 9384.7735

0.997874052 89 3.989 10711.638

0.998486109 90 4.09 12160.147

0.998941229 91 4.191 13736.956

0.99927472 92 4.292 15448.887

0.999515615 93 4.393 17302.926

0.999687207 94 4.494 19306.229

0.99980777 95 4.595 21466.117

0.999891348 96 4.696 23790.076
0.999948524 97 4.797 26285.76

0.999987132 98 4.898 28960.99

1 99 4.999 31823.75
distribution of Z

Normal

distribution

1.48672E‐06 0.047340979

2.45094E‐06 0.071024795

3.9995E‐06 0.10519572

6.46025E‐06 0.153788752

1.03291E‐05 0.221872657

1.63472E‐05 0.315820063

2.56093E‐05 0.443429176

3.97118E‐05 0.613952743

6.09553E‐05 0.837976881

9.26132E‐05 1.127080609

0.000139285 1.493199006

0.000207351 1.94761233

0.000305546 2.499494115

0.000445674 3.153977499

0.000643469 3.909744385

0.000919619 4.756208689

0.001300942 5.670452501

0.001821704 6.614178091

0.002525035 7.531050616

0.003464389 8.344911729

0.004704958 8.959424088

0.006324913 9.259738226

0.008416337 9.116732792

0.011085658 8.394245843

0.014453386 6.959475564

0.018652949 4.6963827

0.023828414 1.5214907

0.030130931 ‐2.599010475

0.03771375 ‐7.632438228

0.046725789 ‐13.46506155

0.057303789 ‐19.89206159

0.069563239 ‐26.61427026

0.083588399 ‐33.24366329

0.099421884 ‐39.31896665

0.117054396 ‐44.33179758

0.136415346 ‐47.76256873

0.157365126 ‐49.12405468

0.179689839 ‐48.00921587

0.203099244 ‐44.13878635

0.227228529 ‐37.40344753

0.251644341 ‐27.89529053

0.275855243 ‐15.92381473

0.299326439 ‐2.012932365

0.321498297 13.12273424

0.341807853 28.62175004

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 43.53707104

0.37471238 56.90945269

0.386376486 67.84622002

0.394360216 75.59755477

0.398423793 79.62236867

0.398443914 79.63671523

0.394419966 75.6394637

0.386474058 67.91240749

0.374844865 56.99479457

0.359875719 43.6350846

0.34199778 28.72519062

0.32170943 13.22424145

0.299553264 ‐1.920207174

0.276092166 ‐15.84566291

0.25188591 ‐27.8360329

0.227469632 ‐37.36568592

0.203335281 ‐44.12333212

0.17991684 ‐48.01518694

0.157579839 ‐49.14911547

0.136615273 ‐47.80327428

0.117237788 ‐44.38399654

0.099587708 ‐39.37821662

0.083736272 ‐33.30561678

0.069693339 ‐26.67499834

0.05741676 ‐19.94829335

0.046822635 ‐13.51432985

0.037795734 ‐7.673133176

0.030199481 ‐2.630351538

0.023885038 1.499546847

0.018699163 4.683278028

0.014490659 6.954209285

0.011115369 8.395536715

0.008439746 9.123169701

0.006343145 9.269908109

0.004718997 8.972010937

0.003475077 8.358764701

0.002533081 7.545222708

0.001827693 6.627939352

0.001305351 5.683283147

0.000922829 4.767778006

0.00064578 3.919881067

0.00044732 3.162636298

0.000306705 2.506722654

0.000208159 1.953520801

0.000139842 1.497934381

9.29928E‐05 1.130806107

6.12113E‐05 0.840856717

3.98826E‐05 0.616141697

2.5722E‐05 0.445066254

1.64209E‐05 0.31702538

1.03767E‐05 0.222746703

6.49066E‐06 0.154413265
4.01874E‐06 0.105635542

2.46298E‐06 0.071330198

1.49417E‐06 0.047550124
Absolute values

0.047340979 0.002390719

0.071024795 0.007173504

0.10519572 0.010624768

0.153788752 0.015532664

0.221872657 0.022409138

0.315820063 0.031897826

0.443429176 0.044786347

0.613952743 0.062009227

0.837976881 0.084635665

1.127080609 0.113835142

1.493199006 0.1508131

1.94761233 0.196708845

2.499494115 0.252448906

3.153977499 0.318551727

3.909744385 0.394884183

4.756208689 0.480377078

5.670452501 0.572715703

6.614178091 0.668031987

7.531050616 0.760636112

8.344911729 0.842836085

8.959424088 0.904901833

9.259738226 0.935233561

9.116732792 0.920790012

8.394245843 0.84781883

6.959475564 0.702907032

4.6963827 0.474334653

1.5214907 0.153670561

2.599010475 0.262500058

7.632438228 0.770876261

13.46506155 1.359971216

19.89206159 2.009098221

26.61427026 2.688041297

33.24366329 3.357609992

39.31896665 3.971215632

44.33179758 4.477511556

47.76256873 4.824019442

49.12405468 4.961529523

48.00921587 4.848930803

44.13878635 4.458017422

37.40344753 3.7777482

27.89529053 2.817424344

15.92381473 1.608305287

2.012932365 0.203306169

13.12273424 1.325396158

28.62175004 2.890796754

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
43.53707104 4.397244175

56.90945269 5.747854722

67.84622002 6.852468222

75.59755477 7.635353032

79.62236867 8.041859236

79.63671523 8.043308238

75.6394637 7.639585834

67.91240749 6.859153157

56.99479457 5.756474252

43.6350846 4.407143545

28.72519062 2.901244252

13.22424145 1.335648386

1.920207174 0.193940925

15.84566291 1.600411954

27.8360329 2.811439323

37.36568592 3.773934278

44.12333212 4.456456545

48.01518694 4.849533881

49.14911547 4.964060662

47.80327428 4.828130703

44.38399654 4.482783651

39.37821662 3.977199879

33.30561678 3.363867295

26.67499834 2.694174832

19.94829335 2.014777629

13.51432985 1.364947315

7.673133176 0.774986451

2.630351538 0.265665505

1.499546847 0.151454232

4.683278028 0.473011081

6.954209285 0.702375138

8.395536715 0.847949208

9.123169701 0.92144014

9.269908109 0.936260719

8.972010937 0.906173105

8.358764701 0.844235235

7.545222708 0.762067494

6.627939352 0.669421875

5.683283147 0.574011598

4.767778006 0.481545579

3.919881067 0.395907988

3.162636298 0.319426266

2.506722654 0.253178988

1.953520801 0.197305601

1.497934381 0.151291373

1.130806107 0.114211417

0.840856717 0.084926528

0.616141697 0.062230311

0.445066254 0.044951692

0.31702538 0.032019563

0.222746703 0.022497417

0.154413265 0.01559574
0.105635542 0.01066919

0.071330198 0.00720435

0.047550124 0.002401281
Cumulative normalization

0.002390719 1.28118E‐05

0.009564224 5.12545E‐05

0.020188991 0.000108192

0.035721655 0.000191432

0.058130794 0.000311522

0.09002862 0.000482462

0.134814967 0.000722471

0.196824194 0.001054777

0.281459859 0.001508338

0.395295 0.002118378

0.5461081 0.002926583

0.742816945 0.003980741

0.995265851 0.00533361

1.313817578 0.007040722

1.708701761 0.009156899

2.189078839 0.01173123

2.761794542 0.014800402

3.429826529 0.018380373

4.190462641 0.022456607

5.033298726 0.026973349

5.938200558 0.0318227

6.873434119 0.036834598

7.794224131 0.041769093

8.642042961 0.046312538

9.344949993 0.050079403

9.819284646 0.052621353

9.972955207 0.05344487

10.23545526 0.054851603

11.00633153 0.058982714

12.36630274 0.066270773

14.37540096 0.07703749

17.06344226 0.091442651

20.42105225 0.109436016

24.39226788 0.130717683

28.86977944 0.154712579

33.69379888 0.180564404

38.6553284 0.207153143

43.50425921 0.233138467

47.96227663 0.257028895

51.74002483 0.277273773

54.55744917 0.292372294

56.16575446 0.300991171

56.36906063 0.302080685

57.69445679 0.309183456

60.58525354 0.324675179

) () f b  


64.98249772 0.348239924

70.73035244 0.379042564

77.58282066 0.415764806

85.21817369 0.456682513

93.26003293 0.499778678

101.3033412 0.542882608

108.942927 0.583822998

115.8020802 0.620581064

121.5585544 0.651429896

125.965698 0.675047692

128.8669422 0.690595402

130.2025906 0.697753116

130.3965315 0.698792441

131.9969435 0.707369018

134.8083828 0.722435465

138.5823171 0.742659905

143.0387736 0.766541968

147.8883075 0.792530524

152.8523682 0.819132827

157.6804989 0.845006684

162.1632825 0.869029834

166.1404824 0.890343569

169.5043497 0.908370468

172.1985245 0.922808498

174.2133021 0.933605651

175.5782495 0.940920377

176.3532359 0.945073514

176.6189014 0.94649721

176.7703556 0.947308851

177.2433667 0.949843708

177.9457419 0.953607722

178.7936911 0.958151865

179.7151312 0.963089845

180.6513919 0.968107248

181.557565 0.972963411

182.4018003 0.977487651

183.1638678 0.981571556

183.8332896 0.985158975

184.4073012 0.988235091

184.8888468 0.990815685

185.2847548 0.992937348

185.6041811 0.994649147

185.8573601 0.996005928

186.0546657 0.997063285

186.205957 0.997874052

186.3201685 0.998486109

186.405095 0.998941229

186.4673253 0.99927472

186.512277 0.999515615

186.5442965 0.999687207

186.566794 0.99980777

186.5823897 0.999891348
186.5930589 0.999948524

186.6002632 0.999987132

186.6026645 1

9422.182439
Appendix C‐4n (i): Dry Biomass Stoker/Sloped Grate/Other TSM Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Yes Dry Biomas Stoker/SlopNo 1 GARoseburgForestVienna

YES Yes Dry Biomas Stoker/SlopNo 1 GARoseburgForestVienna

YES Yes Dry Biomas Stoker/SlopNo 1 GARoseburgForestVienna
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

600‐Wood fired boiler ICR Phase I PM and Metals (2) TSM8 ET Sample #1

600‐Wood fired boiler ICR Phase I PM and Metals (2) TSM8 ET Sample #2

600‐Wood fired boiler ICR Phase I PM and Metals (2) TSM8 ET Sample #3
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

9/18/2003 0.003191164 ‐5.747369538 0

9/18/2003 0.003019271 ‐5.802739867 0

9/18/2003 0.002503772 ‐5.989956884 0
Appendix C‐4n (ii): D

In top

12%?

Min Test

Avg?

YES Yes

Number of sources with

test data 1

n 3

n‐1 2

Average of natural log of

test run values (μ) ‐5.846688763

Variance of natural log of

test runs (σ2

) 0.016160784

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 3.264680708

Denominator for

calculation of flatness of z

distribution (β2z) 0.000796295

Flatness of z distribution

(β2z) 4101.83715

Skewness of z distribution

(√β1z) 0.222280302
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990815468 0.999274643 0.996005673

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 0.002912893

exp (2μ + σ2

) 8.48495E‐06

exp (σ2

) ‐ 1 0.016292076

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.005452221

Square root term 0.00091163

Confidence Level 99% 99.9% 99.5%

UPL 3.97E‐03 4.22E‐03 4.06E‐03

Analysis of Data

Distribution

Normal Log‐normal

Skewness = ‐1.29E+00 ‐1.37E+00

SE Skewness 1.41 1.41

Skewness Test normal normal

Kurtosis = #DIV/0! #DIV/0!

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3
Dry Biomass Stoker/Sloped Grate/Other TSM Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

Stoker/SlopeDry Bioma 1 GARoseburgForestVie 600‐Wood fired boilerICR Phase I PM and Metals (2)

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

TSM8 2.90E‐03 ‐5.84E+00 3.00E+00 2 ET /Wood: Plywood, Particleboard (containing g

glues or resins)/
Appendix C‐4n (iii): Dry Biomass Stoker/Sloped Grate/Other Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 4101.8371 0.2222803

1.28165E‐05 ‐5 =f(a) 81632.098

5.12731E‐05 1 ‐4.899 74290.054

0.000108232 2 ‐4.798 67428.879

0.000191501 3 ‐4.697 61028.098

0.000311636 4 ‐4.596 55067.663

0.000482638 5 ‐4.495 49527.951

0.000722736 6 ‐4.394 44389.767

0.001055165 7 ‐4.293 39634.342

0.001508894 8 ‐4.192 35243.334

0.00211916 9 ‐4.091 31198.825

0.002927663 10 ‐3.99 27483.328

0.00398221 11 ‐3.889 24079.778

0.005335575 12 ‐3.788 20971.54

0.007043308 13 ‐3.687 18142.403

0.009160245 14 ‐3.586 15576.585

0.011735486 15 ‐3.485 13258.727

0.014805716 16 ‐3.384 11173.901

0.018386875 17 ‐3.283 9307.6026

0.022464392 18 ‐3.182 7645.7538

0.02698244 19 ‐3.081 6174.7042

0.031833012 20 ‐2.98 4881.2297

0.036845889 21 ‐2.879 3752.5326

0.041780904 22 ‐2.778 2776.2416

0.046324122 23 ‐2.677 1940.4123

0.050089652 24 ‐2.576 1233.5264

0.052628714 25 ‐2.475 644.49242

0.053447263 26 ‐2.374 162.64531

0.054861653 27 ‐2.273 ‐222.2535

0.05900379 28 ‐2.172 ‐520.0159

0.066306979 29 ‐2.071 ‐740.0275

0.077093702 30 ‐1.97 ‐891.2471

0.09152452 31 ‐1.869 ‐982.2072

0.109549951 32 ‐1.768 ‐1021.014

0.130870779 33 ‐1.667 ‐1015.346

0.154912529 34 ‐1.566 ‐972.4567

0.180819358 35 ‐1.465 ‐899.1724

0.207471545 36 ‐1.364 ‐801.8928

0.233528862 37 ‐1.263 ‐686.591

0.25749972 38 ‐1.162 ‐558.8139

0.277833149 39 ‐1.061 ‐423.6817

0.293027812 40 ‐0.96 ‐285.888

0.301749707 41 ‐0.859 ‐149.6999

0.302948239 42 ‐0.758 ‐18.95816

0.309936997 43 ‐0.657 102.9232

0.325310796 44 ‐0.556 212.95661

   1 3 1 3

6

z z z

      

 2z

1z
0.348754834 45 ‐0.455 308.58101

0.379435107 46 ‐0.354 387.6619

0.416034404 47 ‐0.253 448.49128

0.456829599 48 ‐0.152 489.78769

0.499804604 49 ‐0.051 510.69619

0.542789538 50 0.05 510.78839

0.583613797 51 0.151 490.06238

0.620259195 52 0.252 448.94282

0.65099932 53 0.353 388.28089

0.674512789 54 0.454 309.35426

0.689960904 55 0.555 213.86718

0.697024046 56 0.656 103.95039

0.698152668 57 0.757 ‐17.83883

0.706813057 58 0.858 ‐148.5167

0.721957662 59 0.959 ‐284.6728

0.742254472 60 1.06 ‐422.4704

0.766203033 61 1.161 ‐557.6461

0.792252184 62 1.262 ‐685.5099

0.818909204 63 1.363 ‐800.9454

0.844831991 64 1.464 ‐898.4096

0.868898441 65 1.565 ‐971.9331

0.890250075 66 1.666 ‐1015.12

0.908309755 67 1.767 ‐1021.147

0.922775792 68 1.868 ‐982.7663

0.933596566 69 1.969 ‐892.3014

0.940930941 70 2.07 ‐741.6504

0.945100192 71 2.171 ‐522.2846

0.946536906 72 2.272 ‐225.2489

0.947338196 73 2.373 158.8384

0.94986496 74 2.474 639.78557

0.953622758 75 2.575 1227.8274

0.958162218 76 2.676 1933.6251

0.963096743 77 2.777 2768.2664

0.968111656 78 2.878 3743.2659

0.972966072 79 2.979 4870.5642

0.977489123 80 3.08 6162.5289

0.98157225 81 3.181 7631.9538

0.985159184 82 3.282 9292.0593

0.988235019 83 3.383 11156.492

0.990815468 84 3.484 13239.327

0.992937074 85 3.585 15555.062

0.994648868 86 3.686 18118.625

0.996005673 87 3.787 20945.369

0.997063067 88 3.888 24051.073

0.997873875 89 3.989 27451.944

0.99848597 90 4.09 31164.614

0.998941124 91 4.191 35206.142

0.999274643 92 4.292 39594.015

0.999515561 93 4.393 44346.143

0.999687171 94 4.494 49480.867

0.999807747 95 4.595 55016.951

0.999891334 96 4.696 60973.587
0.999948517 97 4.797 67370.394

0.99998713 98 4.898 74227.416

1 99 4.999 81565.125
distribution of Z

Normal

distribution

1.48672E‐06 0.121364033

2.45094E‐06 0.182080446

3.9995E‐06 0.269681982

6.46025E‐06 0.394256576

1.03291E‐05 0.568798753

1.63472E‐05 0.809645667

2.56093E‐05 1.136789114

3.97118E‐05 1.573949739

6.09553E‐05 2.148266287

9.26132E‐05 2.889422588

0.000139285 3.828014641

0.000207351 4.992958622

0.000305546 6.407768054

0.000445674 8.085595577

0.000643469 10.02305105

0.000919619 12.19297859

0.001300942 14.53659954

0.001821704 16.95569555

0.002525035 19.30579251

0.003464389 21.39157665

0.004704958 22.9659785

0.006324913 23.73444122

0.008416337 23.36578625

0.011085658 21.51074777

0.014453386 17.8286337

0.018652949 12.02168416

0.023828414 3.875579829

0.030130931 ‐6.696703844

0.03771375 ‐19.61174973

0.046725789 ‐34.57836759

0.057303789 ‐51.07183591

0.069563239 ‐68.32551538

0.083588399 ‐85.34490227

0.099421884 ‐100.9476065

0.117054396 ‐113.8303367

0.136415346 ‐122.6609178

0.157365126 ‐126.1899564

0.179689839 ‐123.3734313

0.203099244 ‐113.4946877

0.227228529 ‐96.27256679

0.251644341 ‐71.94208889

0.275855243 ‐41.29550679

0.299326439 ‐5.674678921

0.321498297 33.08963452

0.341807853 72.79024107

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 111.0003522

0.37471238 145.2617124

0.386376486 173.2864835

0.394360216 193.1527784

0.398423793 203.4735146

0.398443914 203.5205236

0.394419966 193.2903879

0.386474058 173.5047554

0.374844865 145.5450964

0.359875719 111.3290884

0.34199778 73.14210184

0.32170943 33.44182132

0.299553264 ‐5.343680087

0.276092166 ‐41.00429251

0.25188591 ‐71.70507492

0.227469632 ‐96.099191

0.203335281 ‐113.389119

0.17991684 ‐123.3347671

0.157579839 ‐126.2128402

0.136615273 ‐122.7364722

0.117237788 ‐113.9472861

0.099587708 ‐101.0934578

0.083736272 ‐85.50706536

0.069693339 ‐68.49226595

0.05741676 ‐51.233055

0.046822635 ‐34.72602511

0.037795734 ‐19.74013039

0.030199481 ‐6.802400589

0.023885038 3.793861145

0.018699163 11.96345447

0.014490659 17.7920278

0.011115369 21.49295596

0.008439746 23.36346644

0.006343145 23.74407935

0.004718997 22.98417732

0.003475077 21.41526474

0.002533081 19.33235506

0.001827693 16.9830356

0.001305351 14.56314256

0.000922829 12.21763551

0.00064578 10.04515441

0.00044732 8.104821845

0.000306705 6.424056838

0.000208159 5.006436446

0.000139842 3.838928295

9.29928E‐05 2.898084596

6.12113E‐05 2.155013125

3.98826E‐05 1.579112074

2.5722E‐05 1.140672491

1.64209E‐05 0.812519648

1.03767E‐05 0.570892465

6.49066E‐06 0.395758747
4.01874E‐06 0.270743855

2.46298E‐06 0.18282028

1.49417E‐06 0.121872243
Absolute values

0.121364033 0.006128884

0.182080446 0.018390125

0.269681982 0.02723788

0.394256576 0.039819914

0.568798753 0.057448674

0.809645667 0.081774212

1.136789114 0.114815701

1.573949739 0.158968924

2.148266287 0.216974895

2.889422588 0.291831681

3.828014641 0.386629479

4.992958622 0.504288821

6.407768054 0.647184573

8.085595577 0.816645153

10.02305105 1.012328156

12.19297859 1.231490837

14.53659954 1.468196554

16.95569555 1.712525251

19.30579251 1.949885043

21.39157665 2.160549242

22.9659785 2.319563829

23.73444122 2.397178563

23.36578625 2.359944411

21.51074777 2.172585525

17.8286337 1.800692004

12.02168416 1.214190101

3.875579829 0.391433563

6.696703844 0.676367088

19.61174973 1.980786723

34.57836759 3.492415127

51.07183591 5.158255426

68.32551538 6.900877054

85.34490227 8.619835129

100.9476065 10.19570825

113.8303367 11.49686401

122.6609178 12.38875269

126.1899564 12.7451856

123.3734313 12.46071656

113.4946877 11.46296345

96.27256679 9.723529246

71.94208889 7.266150978

41.29550679 4.170846185

5.674678921 0.573142571

33.08963452 3.342053087

72.79024107 7.351814348

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
111.0003522 11.21103557

145.2617124 14.67143295

173.2864835 17.50193484

193.1527784 19.50843061

203.4735146 20.55082497

203.5205236 20.55557288

193.2903879 19.52232917

173.5047554 17.52398029

145.5450964 14.70005474

111.3290884 11.24423793

73.14210184 7.387352286

33.44182132 3.377623953

5.343680087 0.539711689

41.00429251 4.141433544

71.70507492 7.242212567

96.099191 9.706018291

113.389119 11.45230102

123.3347671 12.45681148

126.2128402 12.74749686

122.7364722 12.39638369

113.9472861 11.50867589

101.0934578 10.21043923

85.50706536 8.636213602

68.49226595 6.917718861

51.233055 5.174538555

34.72602511 3.507328537

19.74013039 1.99375317

6.802400589 0.68704246

3.793861145 0.383179976

11.96345447 1.208308902

17.7920278 1.796994808

21.49295596 2.170788552

23.36346644 2.35971011

23.74407935 2.398152014

22.98417732 2.32140191

21.41526474 2.162941738

19.33235506 1.952567861

16.9830356 1.715286596

14.56314256 1.470877399

12.21763551 1.233981187

10.04515441 1.014560595

8.104821845 0.818587006

6.424056838 0.648829741

5.006436446 0.505650081

3.838928295 0.387731758

2.898084596 0.292706544

2.155013125 0.217656326

1.579112074 0.159490319

1.140672491 0.115207922

0.812519648 0.082064484

0.570892465 0.057660139

0.395758747 0.039971633
0.270743855 0.027345129

0.18282028 0.018464848

0.121872243 0.006154548
Cumulative normalization

0.006128884 1.28165E‐05

0.024519009 5.12731E‐05

0.051756889 0.000108232

0.091576803 0.000191501

0.149025477 0.000311636

0.23079969 0.000482638

0.34561539 0.000722736

0.504584314 0.001055165

0.721559209 0.001508894

1.01339089 0.00211916

1.400020369 0.002927663

1.90430919 0.00398221

2.551493763 0.005335575

3.368138916 0.007043308

4.380467072 0.009160245

5.611957909 0.011735486

7.080154463 0.014805716

8.792679714 0.018386875

10.74256476 0.022464392

12.903114 0.02698244

15.22267783 0.031833012

17.61985639 0.036845889

19.9798008 0.041780904

22.15238633 0.046324122

23.95307833 0.050089652

25.16726843 0.052628714

25.55870199 0.053447263

26.23506908 0.054861653

28.2158558 0.05900379

31.70827093 0.066306979

36.86652636 0.077093702

43.76740341 0.09152452

52.38723854 0.109549951

62.58294679 0.130870779

74.0798108 0.154912529

86.4685635 0.180819358

99.2137491 0.207471545

111.6744657 0.233528862

123.1374291 0.25749972

132.8609584 0.277833149

140.1271093 0.293027812

144.2979555 0.301749707

144.8710981 0.302948239

148.2131512 0.309936997

155.5649655 0.325310796

) () f b  


166.7760011 0.348754834

181.447434 0.379435107

198.9493689 0.416034404

218.4577995 0.456829599

239.0086245 0.499804604

259.5641974 0.542789538

279.0865265 0.583613797

296.6105068 0.620259195

311.3105616 0.65099932

322.5547995 0.674512789

329.9421518 0.689960904

333.3197757 0.697024046

333.8594874 0.698152668

338.000921 0.706813057

345.2431335 0.721957662

354.9491518 0.742254472

366.4014528 0.766203033

378.8582643 0.792252184

391.6057612 0.818909204

404.0021449 0.844831991

415.5108208 0.868898441

425.72126 0.890250075

434.3574736 0.908309755

441.2751925 0.922775792

446.449731 0.933596566

449.9570595 0.940930941

451.9508127 0.945100192

452.6378552 0.946536906

453.0210352 0.947338196

454.2293441 0.94986496

456.0263389 0.953622758

458.1971274 0.958162218

460.5568375 0.963096743

462.9549895 0.968111656

465.2763914 0.972966072

467.4393332 0.977489123

469.391901 0.98157225

471.1071876 0.985159184

472.578065 0.988235019

473.8120462 0.990815468

474.8266068 0.992937074

475.6451938 0.994648868

476.2940236 0.996005673

476.7996737 0.997063067

477.1874054 0.997873875

477.480112 0.99848597

477.6977683 0.998941124

477.8572586 0.999274643

477.9724665 0.999515561

478.054531 0.999687171

478.1121911 0.999807747

478.1521628 0.999891334
478.1795079 0.999948517

478.1979728 0.99998713

478.2041273 1

24146.86006
Appendix C‐5a (i): Coal Filterable PM Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Coal FB no 1 IAArchersDanielsMidlandD

YES Coal FB no 1 IAArchersDanielsMidlandD

YES Coal FB no 1 IAArchersDanielsMidlandD

YES Yes Coal FB no 1 IAArchersDanielsMidlandD

YES Yes Coal FB no 1 IAArchersDanielsMidlandD

YES Yes Coal FB no 1 IAArchersDanielsMidlandD

YES Yes Coal PC no 2 IAUofNorthernIowa

YES Yes Coal PC no 2 IAUofNorthernIowa

YES Yes Coal PC no 2 IAUofNorthernIowa

YES Coal Stoker/Slopno 3 TNCargillMemphis

YES Coal Stoker/Slopno 3 TNCargillMemphis

YES Coal Stoker/Slopno 3 TNCargillMemphis

YES Yes Coal Stoker/Slopno 3 TNCargillMemphis

YES Yes Coal Stoker/Slopno 3 TNCargillMemphis

YES Yes Coal Stoker/Slopno 3 TNCargillMemphis

YES Yes Coal FB no 4 IAIAStateUnivPowerPlant

YES Yes Coal FB no 4 IAIAStateUnivPowerPlant

YES Yes Coal FB no 4 IAIAStateUnivPowerPlant

YES Coal Stoker/Slopno 5 VAUniversityofVirginia

YES Coal Stoker/Slopno 5 VAUniversityofVirginia

YES Coal Stoker/Slopno 5 VAUniversityofVirginia

YES Yes Coal Stoker/Slopno 5 VAUniversityofVirginia

YES Yes Coal Stoker/Slopno 5 VAUniversityofVirginia

YES Yes Coal Stoker/Slopno 5 VAUniversityofVirginia

YES Yes Coal FB no 6 IAIAStateUnivPowerPlant

YES Yes Coal FB no 6 IAIAStateUnivPowerPlant

YES Yes Coal FB no 6 IAIAStateUnivPowerPlant

YES Coal PC no 7 TNEastman_NO_CBIDATA

YES Coal PC no 7 TNEastman_NO_CBIDATA

YES Coal PC no 7 TNEastman_NO_CBIDATA

YES Coal PC no 7 TNEastman_NO_CBIDATA

YES Coal PC no 7 TNEastman_NO_CBIDATA

YES Coal PC no 7 TNEastman_NO_CBIDATA

YES Coal PC no 7 TNEastman_NO_CBIDATA

YES Coal PC no 7 TNEastman_NO_CBIDATA

YES Coal PC no 7 TNEastman_NO_CBIDATA

YES Coal PC no 7 TNEastman_NO_CBIDATA

YES Coal PC no 7 TNEastman_NO_CBIDATA

YES Yes Coal PC no 7 TNEastman_NO_CBIDATA

YES Yes Coal PC no 7 TNEastman_NO_CBIDATA

YES Yes Coal PC no 7 TNEastman_NO_CBIDATA

YES Coal PC no 7 TNEastman_NO_CBIDATA

YES Coal PC no 7 TNEastman_NO_CBIDATA

YES Coal PC no 7 TNEastman_NO_CBIDATA

YES Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818
YES Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818

YES Yes Coal FB no 8 WIGPGreenBay2818

YES Yes Coal FB no 8 WIGPGreenBay2818

YES Yes Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818

YES Coal FB no 8 WIGPGreenBay2818

YES Yes Coal PC no 9 OHSmartPapersHoldingsLL

YES Yes Coal PC no 9 OHSmartPapersHoldingsLL

YES Yes Coal PC no 9 OHSmartPapersHoldingsLL

YES Yes Coal PC no 10 TNEastman_NO_CBIDATA

YES Yes Coal PC no 10 TNEastman_NO_CBIDATA

YES Yes Coal PC no 10 TNEastman_NO_CBIDATA

YES Coal PC no 10 TNEastman_NO_CBIDATA

YES Coal PC no 10 TNEastman_NO_CBIDATA

YES Coal PC no 10 TNEastman_NO_CBIDATA

YES Coal PC no 10 TNEastman_NO_CBIDATA

YES Coal PC no 10 TNEastman_NO_CBIDATA

YES Coal PC no 10 TNEastman_NO_CBIDATA

YES Coal PC no 10 TNEastman_NO_CBIDATA

YES Coal PC no 10 TNEastman_NO_CBIDATA

YES Coal PC no 10 TNEastman_NO_CBIDATA

YES Coal PC no 10 TNEastman_NO_CBIDATA

YES Coal PC no 10 TNEastman_NO_CBIDATA

YES Coal PC no 10 TNEastman_NO_CBIDATA

YES Coal PC no 10 TNEastman_NO_CBIDATA

YES Coal PC no 10 TNEastman_NO_CBIDATA

YES Coal PC no 10 TNEastman_NO_CBIDATA

YES Coal Stoker/Slopno 11 WINewPageBiron

YES Coal Stoker/Slopno 11 WINewPageBiron

YES Coal Stoker/Slopno 11 WINewPageBiron

YES Yes Coal Stoker/Slopno 11 WINewPageBiron

YES Yes Coal Stoker/Slopno 11 WINewPageBiron
YES Yes Coal Stoker/Slopno 11 WINewPageBiron

YES Yes Coal PC no 12 INSABICInnovativePlastics

YES Yes Coal PC no 12 INSABICInnovativePlastics

YES Yes Coal PC no 12 INSABICInnovativePlastics

YES Coal PC no 12 INSABICInnovativePlastics

YES Coal PC no 12 INSABICInnovativePlastics

YES Coal PC no 12 INSABICInnovativePlastics

YES Yes Coal PC no 13 INSABICInnovativePlastics

YES Yes Coal PC no 13 INSABICInnovativePlastics

YES Yes Coal PC no 13 INSABICInnovativePlastics

YES Coal PC no 13 INSABICInnovativePlastics

YES Coal PC no 13 INSABICInnovativePlastics

YES Coal PC no 13 INSABICInnovativePlastics

YES Yes Coal Stoker/Slopno 14 MNAmericanCrystalCrooks

YES Yes Coal Stoker/Slopno 14 MNAmericanCrystalCrooks

YES Yes Coal Stoker/Slopno 14 MNAmericanCrystalCrooks

YES Yes Coal FB no 15 IAADMCornProcessingCR

YES Yes Coal FB no 15 IAADMCornProcessingCR

YES Yes Coal FB no 15 IAADMCornProcessingCR

YES Yes Coal FB no 16 INPurdueUniverisity

YES Yes Coal FB no 16 INPurdueUniverisity

YES Yes Coal FB no 16 INPurdueUniverisity

YES Coal FB no 16 INPurdueUniverisity

YES Coal FB no 16 INPurdueUniverisity

YES Coal FB no 16 INPurdueUniverisity

YES Yes Coal Stoker/Slopno 17 AKDoyonUtilities_AK

YES Yes Coal Stoker/Slopno 17 AKDoyonUtilities_AK

YES Yes Coal Stoker/Slopno 17 AKDoyonUtilities_AK

YES Yes Coal Stoker/Slopno 18 VAUniversityofVirginia

YES Yes Coal Stoker/Slopno 18 VAUniversityofVirginia

YES Yes Coal Stoker/Slopno 18 VAUniversityofVirginia

YES Yes Coal Stoker/Slopno 19 VACogentrixHopewell

YES Yes Coal Stoker/Slopno 19 VACogentrixHopewell

YES Yes Coal Stoker/Slopno 19 VACogentrixHopewell

YES Coal Stoker/Slopno 19 VACogentrixHopewell

YES Coal Stoker/Slopno 19 VACogentrixHopewell

YES Coal Stoker/Slopno 19 VACogentrixHopewell

YES Yes Coal Stoker/Slopno 20 VACogentrixHopewell

YES Yes Coal Stoker/Slopno 20 VACogentrixHopewell

YES Yes Coal Stoker/Slopno 20 VACogentrixHopewell

YES Coal Stoker/Slopno 20 VACogentrixHopewell

YES Coal Stoker/Slopno 20 VACogentrixHopewell

YES Coal Stoker/Slopno 20 VACogentrixHopewell

YES Yes Coal Stoker/Slopno 21 VACogentrixHopewell

YES Yes Coal Stoker/Slopno 21 VACogentrixHopewell

YES Yes Coal Stoker/Slopno 21 VACogentrixHopewell

YES Coal Stoker/Slopno 21 VACogentrixHopewell

YES Coal Stoker/Slopno 21 VACogentrixHopewell

YES Coal Stoker/Slopno 21 VACogentrixHopewell

YES Yes Coal Stoker/Slopno 22 WIWausau

YES Yes Coal Stoker/Slopno 22 WIWausau

YES Yes Coal Stoker/Slopno 22 WIWausau
YES Coal PC no 23 TNEastman_NO_CBIDATA

YES Coal PC no 23 TNEastman_NO_CBIDATA

YES Coal PC no 23 TNEastman_NO_CBIDATA

YES Coal PC no 23 TNEastman_NO_CBIDATA

YES Coal PC no 23 TNEastman_NO_CBIDATA

YES Coal PC no 23 TNEastman_NO_CBIDATA

YES Coal PC no 23 TNEastman_NO_CBIDATA

YES Coal PC no 23 TNEastman_NO_CBIDATA

YES Coal PC no 23 TNEastman_NO_CBIDATA

YES Yes Coal PC no 23 TNEastman_NO_CBIDATA

YES Yes Coal PC no 23 TNEastman_NO_CBIDATA

YES Yes Coal PC no 23 TNEastman_NO_CBIDATA

YES Yes Coal Stoker/Slopno 24 ILRockIslandArsenal

YES Yes Coal Stoker/Slopno 24 ILRockIslandArsenal

YES Yes Coal Stoker/Slopno 24 ILRockIslandArsenal

YES Yes Coal Stoker/Slopno 25 OHUofCincinnati

YES Yes Coal Stoker/Slopno 25 OHUofCincinnati

YES Yes Coal Stoker/Slopno 25 OHUofCincinnati

YES Coal Stoker/Slopno 26 SCInternationalPaperEasto

YES Coal Stoker/Slopno 26 SCInternationalPaperEasto

YES Coal Stoker/Slopno 26 SCInternationalPaperEasto

YES Coal Stoker/Slopno 26 SCInternationalPaperEasto

YES Coal Stoker/Slopno 26 SCInternationalPaperEasto

YES Coal Stoker/Slopno 26 SCInternationalPaperEasto

YES Coal Stoker/Slopno 26 SCInternationalPaperEasto

YES Coal Stoker/Slopno 26 SCInternationalPaperEasto

YES Coal Stoker/Slopno 26 SCInternationalPaperEasto

YES Yes Coal Stoker/Slopno 26 SCInternationalPaperEasto

YES Yes Coal Stoker/Slopno 26 SCInternationalPaperEasto

YES Yes Coal Stoker/Slopno 26 SCInternationalPaperEasto

YES Yes Coal Stoker/Slopno 27 WIThilmanyPapersNicoletM

YES Yes Coal Stoker/Slopno 27 WIThilmanyPapersNicoletM

YES Yes Coal Stoker/Slopno 27 WIThilmanyPapersNicoletM

YES Yes Coal Stoker/Slopno 28 WIThilmanyPapersNicoletM

YES Yes Coal Stoker/Slopno 28 WIThilmanyPapersNicoletM

YES Yes Coal Stoker/Slopno 28 WIThilmanyPapersNicoletM

YES Yes Coal Stoker/Slopno 29 IDAmalgamatedSugarCoTw

YES Yes Coal Stoker/Slopno 29 IDAmalgamatedSugarCoTw

YES Yes Coal Stoker/Slopno 29 IDAmalgamatedSugarCoTw

YES Yes Coal FB no 30 ILPolyOne

YES Yes Coal FB no 30 ILPolyOne

YES Yes Coal FB no 30 ILPolyOne

YES Coal FB no 30 ILPolyOne

YES Coal FB no 30 ILPolyOne

YES Coal FB no 30 ILPolyOne

YES Yes Coal Stoker/Slopno 31 VACogentrixPortsmouth

YES Yes Coal Stoker/Slopno 31 VACogentrixPortsmouth

YES Yes Coal Stoker/Slopno 31 VACogentrixPortsmouth

YES Yes Coal Stoker/Slopno 32 VACogentrixPortsmouth

YES Yes Coal Stoker/Slopno 32 VACogentrixPortsmouth

YES Yes Coal Stoker/Slopno 32 VACogentrixPortsmouth

YES Yes Coal Stoker/Slopno 33 VACogentrixPortsmouth
YES Yes Coal Stoker/Slopno 33 VACogentrixPortsmouth

YES Yes Coal Stoker/Slopno 33 VACogentrixPortsmouth

YES Yes Coal PC no 34 FLSmurfit‐Stone

YES Yes Coal PC no 34 FLSmurfit‐Stone

YES Yes Coal PC no 34 FLSmurfit‐Stone

YES Yes Coal PC no 35 OKGPMuskogeeMill

YES Yes Coal PC no 35 OKGPMuskogeeMill

YES Yes Coal PC no 35 OKGPMuskogeeMill

YES Coal PC no 36 TNEastman_NO_CBIDATA

YES Coal PC no 36 TNEastman_NO_CBIDATA

YES Coal PC no 36 TNEastman_NO_CBIDATA

YES Coal PC no 36 TNEastman_NO_CBIDATA

YES Coal PC no 36 TNEastman_NO_CBIDATA

YES Coal PC no 36 TNEastman_NO_CBIDATA

YES Coal PC no 36 TNEastman_NO_CBIDATA

YES Coal PC no 36 TNEastman_NO_CBIDATA

YES Coal PC no 36 TNEastman_NO_CBIDATA

YES Coal PC no 36 TNEastman_NO_CBIDATA

YES Coal PC no 36 TNEastman_NO_CBIDATA

YES Coal PC no 36 TNEastman_NO_CBIDATA

YES Coal PC no 36 TNEastman_NO_CBIDATA

YES Coal PC no 36 TNEastman_NO_CBIDATA

YES Coal PC no 36 TNEastman_NO_CBIDATA

YES Yes Coal PC no 36 TNEastman_NO_CBIDATA

YES Yes Coal PC no 36 TNEastman_NO_CBIDATA

YES Yes Coal PC no 36 TNEastman_NO_CBIDATA

YES Coal Stoker/Slopno 37 ILAbbottAbbottPark

YES Coal Stoker/Slopno 37 ILAbbottAbbottPark

YES Coal Stoker/Slopno 37 ILAbbottAbbottPark

YES Yes Coal Stoker/Slopno 37 ILAbbottAbbottPark

YES Yes Coal Stoker/Slopno 37 ILAbbottAbbottPark

YES Yes Coal Stoker/Slopno 37 ILAbbottAbbottPark

YES Yes Coal PC no 38 VADukeEnergyNarrows

YES Yes Coal PC no 38 VADukeEnergyNarrows

YES Yes Coal PC no 38 VADukeEnergyNarrows

YES Coal PC no 38 VADukeEnergyNarrows

YES Coal PC no 38 VADukeEnergyNarrows

YES Coal PC no 38 VADukeEnergyNarrows

YES Yes Coal Stoker/Slopno 39 MNAmericanCrystalCrooks

YES Yes Coal Stoker/Slopno 39 MNAmericanCrystalCrooks

YES Yes Coal Stoker/Slopno 39 MNAmericanCrystalCrooks

YES Yes Coal Stoker/Slopno 40 OHSmartPapersHoldingsLL

YES Yes Coal Stoker/Slopno 40 OHSmartPapersHoldingsLL

YES Yes Coal Stoker/Slopno 40 OHSmartPapersHoldingsLL
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

Asea Boiler #1 ICR Phase I PM and Metals Particulate MattET Sample #1

Asea Boiler #1 ICR Phase I PM and Metals Particulate MattET Sample #2

Asea Boiler #1 ICR Phase I PM and Metals Particulate MattET Sample #3

Asea Boiler #1 ICR Phase II ‐ Templates PM (filter) Particulate MattET Sample #1

Asea Boiler #1 ICR Phase II ‐ Templates PM (filter) Particulate MattET Sample #2

Asea Boiler #1 ICR Phase II ‐ Templates PM (filter) Particulate MattET Sample #3

Boiler #3 ICR Phase II ‐ ERT ERT Particulate MattET 4

Boiler #3 ICR Phase II ‐ ERT ERT Particulate MattET 5

Boiler #3 ICR Phase II ‐ ERT ERT Particulate MattET 6

Stoker Boiler 8001 ICR Phase I PM and Metals Particulate MattET Sample #1

Stoker Boiler 8001 ICR Phase I PM and Metals Particulate MattET Sample #2

Stoker Boiler 8001 ICR Phase I PM and Metals Particulate MattET Sample #3

Stoker Boiler 8001 ICR Phase II ‐ ERT ERT Particulate MattET 1

Stoker Boiler 8001 ICR Phase II ‐ ERT ERT Particulate MattET 2

Stoker Boiler 8001 ICR Phase II ‐ ERT ERT Particulate MattET 3

B2 ICR Phase I PM and Metals (2) Particulate MattET Sample #1

B2 ICR Phase I PM and Metals (2) Particulate MattET Sample #2

B2 ICR Phase I PM and Metals (2) Particulate MattET Sample #3

7103‐1‐01R ICR Phase I PM and Metals Particulate MattET Sample #1

7103‐1‐01R ICR Phase I PM and Metals Particulate MattET Sample #2

7103‐1‐01R ICR Phase I PM and Metals Particulate MattET Sample #3

7103‐1‐01R ICR Phase II ‐ ERT ERT Particulate MattET M027‐1

7103‐1‐01R ICR Phase II ‐ ERT ERT Particulate MattET M027‐2

7103‐1‐01R ICR Phase II ‐ ERT ERT Particulate MattET M027‐3

B1 ICR Phase I PM and Metals Particulate MattET Sample #1

B1 ICR Phase I PM and Metals Particulate MattET Sample #2

B1 ICR Phase I PM and Metals Particulate MattET Sample #3

Boiler 25 ICR Phase I PM and Metals (UD‐Blr25) Particulate MattET Sample #2

Boiler 25 ICR Phase I PM and Metals (UD‐Blr25) Particulate MattET Sample #3

Boiler 25 ICR Phase I PM and Metals (UD‐Blr25) Particulate MattET Sample #1

Boiler 25 ICR Phase I PM and Metals (UD‐Blr25) Particulate MattET Sample #2

Boiler 25 ICR Phase I PM and Metals (UD‐Blr25) Particulate MattET Sample #3

Boiler 25 ICR Phase I PM and Metals (UD‐Blr25) Particulate MattET Sample #1

Boiler 25 ICR Phase I PM and Metals (UD‐Blr25) Particulate MattET Sample #2

Boiler 25 ICR Phase I PM and Metals (UD‐Blr25) Particulate MattET Sample #3

Boiler 25 ICR Phase I PM and Metals (UD‐Blr25) Particulate MattET Sample #1

Boiler 25 ICR Phase I PM and Metals (UD‐Blr25) Particulate MattET Sample #2

Boiler 25 ICR Phase I PM and Metals (UD‐Blr25) Particulate MattET Sample #3

Boiler 25 ICR Phase I PM and Metals (UD‐Blr25) Particulate MattET Sample #1

Boiler 25 ICR Phase I PM and Metals (UD‐Blr25) Particulate MattET Sample #2

Boiler 25 ICR Phase I PM and Metals (UD‐Blr25) Particulate MattET Sample #3

Boiler 25 ICR Phase I PM and Metals (UD‐Blr25) Particulate MattET Sample #1

Boiler 25 ICR Phase I PM and Metals (UD‐Blr25) Particulate MattET Sample #2

Boiler 25 ICR Phase I PM and Metals (UD‐Blr25) Particulate MattET Sample #3

B29 ‐ Fluidized Bed Boiler ICR Phase I PM and Metals B29 1992 Particulate MattET Sample #1

B29 ‐ Fluidized Bed Boiler ICR Phase I PM and Metals B29 1992 Particulate MattET Sample #2

B29 ‐ Fluidized Bed Boiler ICR Phase I PM and Metals B29 1992 Particulate MattET Sample #3

B29 ‐ Fluidized Bed Boiler ICR Phase I PM and Metals B29 1994 Particulate MattET Sample #1
B29 ‐ Fluidized Bed Boiler ICR Phase I PM and Metals B29 1994 Particulate MattET Sample #2

B29 ‐ Fluidized Bed Boiler ICR Phase I PM and Metals B29 1994 Particulate MattET Sample #3

B29 ‐ Fluidized Bed Boiler ICR Phase I PM B29 1998 Particulate MattET Sample #1

B29 ‐ Fluidized Bed Boiler ICR Phase I PM B29 1998 Particulate MattET Sample #2

B29 ‐ Fluidized Bed Boiler ICR Phase I PM B29 1998 Particulate MattET Sample #3

B29 ‐ Fluidized Bed Boiler ICR Phase I PM B29 1999 Outlet Particulate MattET Sample #1

B29 ‐ Fluidized Bed Boiler ICR Phase I PM B29 1999 Outlet Particulate MattET Sample #2

B29 ‐ Fluidized Bed Boiler ICR Phase I PM B29 1999 Outlet Particulate MattET Sample #3

B29 ‐ Fluidized Bed Boiler ICR Phase I PM B29 2002 Particulate MattET Sample #1

B29 ‐ Fluidized Bed Boiler ICR Phase I PM B29 2002 Particulate MattET Sample #2

B29 ‐ Fluidized Bed Boiler ICR Phase I PM B29 2002 Particulate MattET Sample #3

B29 ‐ Fluidized Bed Boiler ICR Phase I PM B29 2004 Particulate MattET Sample #1

B29 ‐ Fluidized Bed Boiler ICR Phase I PM B29 2004 Particulate MattET Sample #2

B29 ‐ Fluidized Bed Boiler ICR Phase I PM B29 2004 Particulate MattET Sample #3

B29 ‐ Fluidized Bed Boiler ICR Phase I PM B29 2007 Particulate MattET Sample #1

B29 ‐ Fluidized Bed Boiler ICR Phase I PM B29 2007 Particulate MattET Sample #2

B29 ‐ Fluidized Bed Boiler ICR Phase I PM B29 2007 Particulate MattET Sample #3

B29 ‐ Fluidized Bed Boiler ICR Phase I PM B29 Aug 2000 Particulate MattET Sample #1

B29 ‐ Fluidized Bed Boiler ICR Phase I PM B29 Aug 2000 Particulate MattET Sample #2

B29 ‐ Fluidized Bed Boiler ICR Phase I PM B29 Aug 2000 Particulate MattET Sample #3

B29 ‐ Fluidized Bed Boiler ICR Phase I PM B29 Feb 2000 Particulate MattET Sample #1

B29 ‐ Fluidized Bed Boiler ICR Phase I PM B29 Feb 2000 Particulate MattET Sample #2

B29 ‐ Fluidized Bed Boiler ICR Phase I PM B29 Feb 2000 Particulate MattET Sample #3

B29 ‐ Fluidized Bed Boiler ICR Phase I PM B29 Jul 2000 Particulate MattET Sample #1

B29 ‐ Fluidized Bed Boiler ICR Phase I PM B29 Jul 2000 Particulate MattET Sample #2

B29 ‐ Fluidized Bed Boiler ICR Phase I PM B29 Jul 2000 Particulate MattET Sample #3

B010 ICR Phase I PM and Metals Particulate MattET Sample #1

B010 ICR Phase I PM and Metals Particulate MattET Sample #2

B010 ICR Phase I PM and Metals Particulate MattET Sample #3

Boiler 27 ICR Phase I PM and Metals (UD‐Blr27) Particulate MattET Sample #1

Boiler 27 ICR Phase I PM and Metals (UD‐Blr27) Particulate MattET Sample #2

Boiler 27 ICR Phase I PM and Metals (UD‐Blr27) Particulate MattET Sample #3

Boiler 27 ICR Phase I PM and Metals (UD‐Blr27) Particulate MattET Sample #1

Boiler 27 ICR Phase I PM and Metals (UD‐Blr27) Particulate MattET Sample #2

Boiler 27 ICR Phase I PM and Metals (UD‐Blr27) Particulate MattET Sample #3

Boiler 27 ICR Phase I PM and Metals (UD‐Blr27) Particulate MattET Sample #1

Boiler 27 ICR Phase I PM and Metals (UD‐Blr27) Particulate MattET Sample #2

Boiler 27 ICR Phase I PM and Metals (UD‐Blr27) Particulate MattET Sample #3

Boiler 27 ICR Phase I PM and Metals (UD‐Blr27) Particulate MattET Sample #1

Boiler 27 ICR Phase I PM and Metals (UD‐Blr27) Particulate MattET Sample #2

Boiler 27 ICR Phase I PM and Metals (UD‐Blr27) Particulate MattET Sample #3

Boiler 27 ICR Phase I PM and Metals (UD‐Blr27) Particulate MattET Sample #1

Boiler 27 ICR Phase I PM and Metals (UD‐Blr27) Particulate MattET Sample #2

Boiler 27 ICR Phase I PM and Metals (UD‐Blr27) Particulate MattET Sample #3

Boiler 27 ICR Phase I PM and Metals (UD‐Blr27) Particulate MattET Sample #1

Boiler 27 ICR Phase I PM and Metals (UD‐Blr27) Particulate MattET Sample #2

Boiler 27 ICR Phase I PM and Metals (UD‐Blr27) Particulate MattET Sample #3

B24 ICR Phase I PM and Metals (2) Particulate MattET Sample #1

B24 ICR Phase I PM and Metals (2) Particulate MattET Sample #2

B24 ICR Phase I PM and Metals (2) Particulate MattET Sample #3

B24 ICR Phase II ‐ ERT ERT Particulate MattET 1

B24 ICR Phase II ‐ ERT ERT Particulate MattET 2
B24 ICR Phase II ‐ ERT ERT Particulate MattET 3

01‐001 BW1 Boiler ICR Phase I BW1 PM and Metals 2005 Particulate MattET Sample #1

01‐001 BW1 Boiler ICR Phase I BW1 PM and Metals 2005 Particulate MattET Sample #2

01‐001 BW1 Boiler ICR Phase I BW1 PM and Metals 2005 Particulate MattET Sample #3

01‐001 BW1 Boiler ICR Phase I BW1 PM and Metals 2006 Particulate MattET Sample #1

01‐001 BW1 Boiler ICR Phase I BW1 PM and Metals 2006 Particulate MattET Sample #2

01‐001 BW1 Boiler ICR Phase I BW1 PM and Metals 2006 Particulate MattET Sample #3

01‐001 BW2 Boiler ICR Phase I BW1 PM and Metals 2005 Particulate MattET Sample #1

01‐001 BW2 Boiler ICR Phase I BW1 PM and Metals 2005 Particulate MattET Sample #2

01‐001 BW2 Boiler ICR Phase I BW1 PM and Metals 2005 Particulate MattET Sample #3

01‐001 BW2 Boiler ICR Phase I BW1 PM and Metals 2006 Particulate MattET Sample #1

01‐001 BW2 Boiler ICR Phase I BW1 PM and Metals 2006 Particulate MattET Sample #2

01‐001 BW2 Boiler ICR Phase I BW1 PM and Metals 2006 Particulate MattET Sample #3

Boiler 2 ICR Phase I Boiler No2 ‐ PM and MetalsParticulate MattET Sample #1

Boiler 2 ICR Phase I Boiler No2 ‐ PM and MetalsParticulate MattET Sample #2

Boiler 2 ICR Phase I Boiler No2 ‐ PM and MetalsParticulate MattET Sample #3

EU‐502B ICR Phase I PM and Metals (8) Particulate MattET Sample #1

EU‐502B ICR Phase I PM and Metals (8) Particulate MattET Sample #2

EU‐502B ICR Phase I PM and Metals (8) Particulate MattET Sample #3

Boiler 5 ICR Phase I PM Boiler 5 Particulate MattET Sample #1

Boiler 5 ICR Phase I PM Boiler 5 Particulate MattET Sample #2

Boiler 5 ICR Phase I PM Boiler 5 Particulate MattET Sample #3

Boiler 5 ICR Phase II ‐ ERT ERT Particulate MattET M5‐1

Boiler 5 ICR Phase II ‐ ERT ERT Particulate MattET M5‐2

Boiler 5 ICR Phase II ‐ ERT ERT Particulate MattET M5‐3

4 ICR Phase I PM and Metals (1) Particulate MattET Sample #1

4 ICR Phase I PM and Metals (1) Particulate MattET Sample #2

4 ICR Phase I PM and Metals (1) Particulate MattET Sample #3

7103‐1‐02R ICR Phase I PM and Metals (2) Particulate MattET Sample #1

7103‐1‐02R ICR Phase I PM and Metals (2) Particulate MattET Sample #2

7103‐1‐02R ICR Phase I PM and Metals (2) Particulate MattET Sample #3

2A ICR Phase II ‐ ERT ERT PM Particulate MattET Sample #1

2A ICR Phase II ‐ ERT ERT PM Particulate MattET Sample #2

2A ICR Phase II ‐ ERT ERT PM Particulate MattET Sample #3

2A ICR Phase II ‐ Voluntary PM from EGU Database Particulate MattET Sample #1

2A ICR Phase II ‐ Voluntary PM from EGU Database Particulate MattET Sample #2

2A ICR Phase II ‐ Voluntary PM from EGU Database Particulate MattET Sample #3

2B ICR Phase II ‐ ERT ERT PM Particulate MattET Sample #1

2B ICR Phase II ‐ ERT ERT PM Particulate MattET Sample #2

2B ICR Phase II ‐ ERT ERT PM Particulate MattET Sample #3

2B ICR Phase II ‐ Voluntary PM from EGU Database Particulate MattET Sample #1

2B ICR Phase II ‐ Voluntary PM from EGU Database Particulate MattET Sample #2

2B ICR Phase II ‐ Voluntary PM from EGU Database Particulate MattET Sample #3

2C ICR Phase II ‐ ERT ERT PM Particulate MattET Sample #1

2C ICR Phase II ‐ ERT ERT PM Particulate MattET Sample #2

2C ICR Phase II ‐ ERT ERT PM Particulate MattET Sample #3

2C ICR Phase II ‐ Voluntary PM from EGU Database Particulate MattET Sample #1

2C ICR Phase II ‐ Voluntary PM from EGU Database Particulate MattET Sample #2

2C ICR Phase II ‐ Voluntary PM from EGU Database Particulate MattET Sample #3

# 5 Power Boiler (B24) ICR Phase I PM (B24) Particulate MattET Sample #1

# 5 Power Boiler (B24) ICR Phase I PM (B24) Particulate MattET Sample #2

# 5 Power Boiler (B24) ICR Phase I PM (B24) Particulate MattET Sample #3
Boiler 30 ICR Phase I PM and Metals (UD‐Blr30) Particulate MattET Sample #1

Boiler 30 ICR Phase I PM and Metals (UD‐Blr30) Particulate MattET Sample #2

Boiler 30 ICR Phase I PM and Metals (UD‐Blr30) Particulate MattET Sample #3

Boiler 30 ICR Phase I PM and Metals (UD‐Blr30) Particulate MattET Sample #1

Boiler 30 ICR Phase I PM and Metals (UD‐Blr30) Particulate MattET Sample #2

Boiler 30 ICR Phase I PM and Metals (UD‐Blr30) Particulate MattET Sample #3

Boiler 30 ICR Phase I PM and Metals (UD‐Blr30) Particulate MattET Sample #1

Boiler 30 ICR Phase I PM and Metals (UD‐Blr30) Particulate MattET Sample #2

Boiler 30 ICR Phase I PM and Metals (UD‐Blr30) Particulate MattET Sample #3

Boiler 30 ICR Phase II ‐ ERT ERT Particulate MattET 1

Boiler 30 ICR Phase II ‐ ERT ERT Particulate MattET 2

Boiler 30 ICR Phase II ‐ ERT ERT Particulate MattET 3

NBN 12602 (Boiler #1) ICR Phase I PM and Metals Particulate MattET Sample #1

NBN 12602 (Boiler #1) ICR Phase I PM and Metals Particulate MattET Sample #2

NBN 12602 (Boiler #1) ICR Phase I PM and Metals Particulate MattET Sample #3

B108 ICR Phase I PM and Metals (B108) Particulate MattET Sample #1

B108 ICR Phase I PM and Metals (B108) Particulate MattET Sample #2

B108 ICR Phase I PM and Metals (B108) Particulate MattET Sample #3

No. 1 Power Boiler ICR Phase I PM and Metals (PB1‐1) Particulate MattET Sample #1

No. 1 Power Boiler ICR Phase I PM and Metals (PB1‐1) Particulate MattET Sample #2

No. 1 Power Boiler ICR Phase I PM and Metals (PB1‐1) Particulate MattET Sample #3

No. 1 Power Boiler ICR Phase I PM and Metals (PB1‐2) Particulate MattET Sample #1

No. 1 Power Boiler ICR Phase I PM and Metals (PB1‐2) Particulate MattET Sample #2

No. 1 Power Boiler ICR Phase I PM and Metals (PB1‐2) Particulate MattET Sample #3

No. 1 Power Boiler ICR Phase I PM and Metals (PB1‐3) Particulate MattET Sample #1

No. 1 Power Boiler ICR Phase I PM and Metals (PB1‐3) Particulate MattET Sample #2

No. 1 Power Boiler ICR Phase I PM and Metals (PB1‐3) Particulate MattET Sample #3

No. 1 Power Boiler ICR Phase I PM and Metals (PB1‐4) Particulate MattET Sample #1

No. 1 Power Boiler ICR Phase I PM and Metals (PB1‐4) Particulate MattET Sample #2

No. 1 Power Boiler ICR Phase I PM and Metals (PB1‐4) Particulate MattET Sample #3

B23 ICR Phase I PM and Metals (2) Particulate MattET Sample #1

B23 ICR Phase I PM and Metals (2) Particulate MattET Sample #2

B23 ICR Phase I PM and Metals (2) Particulate MattET Sample #3

B24 ICR Phase I PM and Metals (2) Particulate MattET Sample #1

B24 ICR Phase I PM and Metals (2) Particulate MattET Sample #2

B24 ICR Phase I PM and Metals (2) Particulate MattET Sample #3

S‐B1 ICR Phase I PM and Metals (3) Particulate MattET Sample #1

S‐B1 ICR Phase I PM and Metals (3) Particulate MattET Sample #2

S‐B1 ICR Phase I PM and Metals (3) Particulate MattET Sample #3

B1 ICR Phase I PM and Metals Particulate MattET Sample #1

B1 ICR Phase I PM and Metals Particulate MattET Sample #2

B1 ICR Phase I PM and Metals Particulate MattET Sample #3

B1 ICR Phase II ‐ ERT ERT Particulate MattET 1

B1 ICR Phase II ‐ ERT ERT Particulate MattET 2

B1 ICR Phase II ‐ ERT ERT Particulate MattET 3

1A ICR Phase II ‐ Voluntary PM from EGU Database Particulate MattET Sample #1

1A ICR Phase II ‐ Voluntary PM from EGU Database Particulate MattET Sample #2

1A ICR Phase II ‐ Voluntary PM from EGU Database Particulate MattET Sample #3

1B ICR Phase II ‐ Voluntary PM from EGU Database Particulate MattET Sample #1

1B ICR Phase II ‐ Voluntary PM from EGU Database Particulate MattET Sample #2

1B ICR Phase II ‐ Voluntary PM from EGU Database Particulate MattET Sample #3

1C ICR Phase II ‐ Voluntary PM from EGU Database Particulate MattET Sample #1
1C ICR Phase II ‐ Voluntary PM from EGU Database Particulate MattET Sample #2

1C ICR Phase II ‐ Voluntary PM from EGU Database Particulate MattET Sample #3

7PB ICR Phase I PM and Metals (2) Particulate MattET Sample #1

7PB ICR Phase I PM and Metals (2) Particulate MattET Sample #2

7PB ICR Phase I PM and Metals (2) Particulate MattET Sample #3

B‐4 ICR Phase II ‐ Voluntary Additional PM from Recon Particulate MattET Sample #1

B‐4 ICR Phase II ‐ Voluntary Additional PM from Recon Particulate MattET Sample #2

B‐4 ICR Phase II ‐ Voluntary Additional PM from Recon Particulate MattET Sample #3

Boiler 31 ICR Phase I PM and Metals (UD‐Blr31) Particulate MattET Sample #1

Boiler 31 ICR Phase I PM and Metals (UD‐Blr31) Particulate MattET Sample #2

Boiler 31 ICR Phase I PM and Metals (UD‐Blr31) Particulate MattET Sample #3

Boiler 31 ICR Phase I PM and Metals (UD‐Blr31) Particulate MattET Sample #1

Boiler 31 ICR Phase I PM and Metals (UD‐Blr31) Particulate MattET Sample #2

Boiler 31 ICR Phase I PM and Metals (UD‐Blr31) Particulate MattET Sample #3

Boiler 31 ICR Phase I PM and Metals (UD‐Blr31) Particulate MattET Sample #1

Boiler 31 ICR Phase I PM and Metals (UD‐Blr31) Particulate MattET Sample #2

Boiler 31 ICR Phase I PM and Metals (UD‐Blr31) Particulate MattET Sample #3

Boiler 31 ICR Phase I PM and Metals (UD‐Blr31) Particulate MattET Sample #1

Boiler 31 ICR Phase I PM and Metals (UD‐Blr31) Particulate MattET Sample #2

Boiler 31 ICR Phase I PM and Metals (UD‐Blr31) Particulate MattET Sample #3

Boiler 31 ICR Phase I PM and Metals (UD‐Blr31) Particulate MattET Sample #1

Boiler 31 ICR Phase I PM and Metals (UD‐Blr31) Particulate MattET Sample #2

Boiler 31 ICR Phase I PM and Metals (UD‐Blr31) Particulate MattET Sample #3

Boiler 31 ICR Phase I PM and Metals (UD‐Blr31) Particulate MattET Sample #1

Boiler 31 ICR Phase I PM and Metals (UD‐Blr31) Particulate MattET Sample #2

Boiler 31 ICR Phase I PM and Metals (UD‐Blr31) Particulate MattET Sample #3

Unit 5AP ICR Phase I PM and Metals (2) Particulate MattET Sample #1

Unit 5AP ICR Phase I PM and Metals (2) Particulate MattET Sample #2

Unit 5AP ICR Phase I PM and Metals (2) Particulate MattET Sample #3

Unit 5AP ICR Phase II ‐ ERT ERT Particulate MattET OTM28‐1

Unit 5AP ICR Phase II ‐ ERT ERT Particulate MattET OTM28‐2

Unit 5AP ICR Phase II ‐ ERT ERT Particulate MattET OTM28‐3

Boiler #2 ICR Phase I PM and Metals (2a) Particulate MattET Sample #1

Boiler #2 ICR Phase I PM and Metals (2a) Particulate MattET Sample #2

Boiler #2 ICR Phase I PM and Metals (2a) Particulate MattET Sample #3

Boiler #2 ICR Phase I PM and Metals (2b) Particulate MattET Sample #1

Boiler #2 ICR Phase I PM and Metals (2b) Particulate MattET Sample #2

Boiler #2 ICR Phase I PM and Metals (2b) Particulate MattET Sample #3

Boiler 1 ICR Phase I Boiler No1 ‐ PM Particulate MattET Sample #1

Boiler 1 ICR Phase I Boiler No1 ‐ PM Particulate MattET Sample #2

Boiler 1 ICR Phase I Boiler No1 ‐ PM Particulate MattET Sample #3

B020 ICR Phase I PM and Metals (2) Particulate MattET Sample #1

B020 ICR Phase I PM and Metals (2) Particulate MattET Sample #2

B020 ICR Phase I PM and Metals (2) Particulate MattET Sample #3
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

6/3/2008 0.000705755 ‐7.256242952 0

6/3/2008 0.000534188 ‐7.534762657 0

6/3/2008 0.000537057 ‐7.529406458 0

8/26/2009 0.00025 ‐8.29404964 0

8/26/2009 0.00021 ‐8.468403027 0

8/27/2009 0.00017 ‐8.679712121 0

10/6/2009 ADL 0.000797155 ‐7.134461193 0

10/6/2009 ADL 0.000603383 ‐7.41295801 0

10/7/2009 ADL 0.000373005 ‐7.893919341 0

7/17/2007 0.021 ‐3.863232841 0

7/17/2007 0.0178 ‐4.028556822 0

7/17/2007 0.0133 ‐4.319991244 0

8/5/2009 ADL 0.000714033 ‐7.244581383 0

11/6/2009 ADL 0.000781255 ‐7.154608526 0

8/6/2009 DLL 0.000639961 ‐7.354102827 1

3/27/2008 0.000752825 ‐7.191678411 0

3/27/2008 0.00072685 ‐7.22679099 0

3/27/2008 0.000742119 ‐7.206001382 0

12/6/2007 0.0009 ‐7.013115795 0

12/6/2007 0.000917882 ‐6.993442175 0

12/6/2007 0.00096691 ‐6.941404728 0

9/17/2009 0.001271518 ‐6.667543753 0

9/17/2009 0.000451474 ‐7.70299223 0

9/18/2009 0.000711678 ‐7.247884303 0

3/26/2008 0.000762944 ‐7.178326004 0

3/26/2008 0.000745565 ‐7.201368364 0

3/26/2008 0.001 ‐6.907755279 0

6/29/2004 0.0186 ‐3.984593698 0

6/29/2004 0.003 ‐5.80914299 0

8/20/1996 0.0169 ‐4.080441657 0

8/20/1996 0.0115 ‐4.465408244 0

8/20/1996 0.0521 ‐2.95459033 0

8/8/2000 0.064 ‐2.748872196 0

8/8/2000 0.0227 ‐3.785390354 0

8/8/2000 0.0133 ‐4.319991244 0

11/9/2004 0.0013 ‐6.645391015 0

11/9/2004 0.0023 ‐6.074846156 0

11/10/2004 0.0018 ‐6.319968614 0

11/10/2004 0.0008 ‐7.13089883 0

11/10/2004 0.0014 ‐6.571283042 0

11/11/2004 0.0004 ‐7.824046011 0

7/24/2008 0.0048 ‐5.339139361 0

7/24/2008 0.0059 ‐5.132802928 0

7/24/2008 0.0085 ‐4.767689115 0

10/27/1992 0.01 ‐4.605170186 0

10/27/1992 0.013 ‐4.342805922 0

10/27/1992 0.013 ‐4.342805922 0

9/24/1994 0.0144 ‐4.240527072 0
9/24/1994 0.0121 ‐4.414549826 0

9/24/1994 0.0294 ‐3.526760605 0

7/28/1998 0.006 ‐5.11599581 0

7/28/1998 0.0016 ‐6.43775165 0

7/28/1998 0.0024 ‐6.032286542 0

11/9/1999 0.026475589 ‐3.63153214 0

11/9/1999 0.021135266 ‐3.856812273 0

11/9/1999 0.025603865 ‐3.665011973 0

8/28/2002 0.0072 ‐4.933674253 0

8/28/2002 0.0067 ‐5.005647753 0

8/28/2002 0.0102 ‐4.585367559 0

8/10/2004 0.0261 ‐3.645819965 0

8/10/2004 0.0376 ‐3.280751229 0

8/10/2004 0.0421 ‐3.167707538 0

9/21/2007 0.000892347 ‐7.021655354 0

9/21/2007 0.00106 ‐6.849486371 0

9/21/2007 0.000844812 ‐7.076396245 0

8/29/2000 0.0081 ‐4.815891217 0

8/29/2000 0.0212 ‐3.853754097 0

8/29/2000 0.0014 ‐6.571283042 0

2/2/2000 0.003177023 ‐5.751810715 0

2/2/2000 0.003924558 ‐5.540501621 0

2/2/2000 0.003924558 ‐5.540501621 0

7/19/2000 0.0031 ‐5.776353167 0

7/19/2000 0.0027 ‐5.914503506 0

7/19/2000 0.007 ‐4.96184513 0

8/11/2005 0.0011 ‐6.812445099 0

8/11/2005 0.0005 ‐7.60090246 0

8/11/2005 0.0014 ‐6.571283042 0

3/9/2005 0.0012 ‐6.725433722 0

3/9/2005 0.0016 ‐6.43775165 0

3/9/2005 0.0008 ‐7.13089883 0

7/12/1993 0.0182 ‐4.006333685 0

7/12/1993 0.0099 ‐4.615220522 0

7/12/1993 0.0152 ‐4.186459851 0

9/25/1997 0.0123 ‐4.398156017 0

9/25/1997 0.0059 ‐5.132802928 0

9/25/1997 0.00402 ‐5.516473376 0

8/28/2001 0.0131 ‐4.335143049 0

8/28/2001 0.004 ‐5.521460918 0

8/28/2001 0.005 ‐5.298317367 0

3/10/2005 0.0024 ‐6.032286542 0

3/10/2005 0.00093 ‐6.980325972 0

3/10/2005 0.0022 ‐6.119297919 0

5/17/2005 0.0031 ‐5.776353167 0

5/17/2005 0.0058 ‐5.149897361 0

5/17/2005 0.0027 ‐5.914503506 0

9/12/2007 0.0046 ‐5.381698975 0

9/12/2007 0.003 ‐5.80914299 0

9/12/2007 0.0036 ‐5.626821434 0

9/22/2009 ADL 0.000834869 ‐7.088235453 0

9/22/2009 ADL 0.001600454 ‐6.437467966 0
9/23/2009 ADL 0.001247701 ‐6.686452758 0

4/7/2005 0.0015 ‐6.502290171 0

4/7/2005 0.0009 ‐7.013115795 0

4/7/2005 0.0022 ‐6.119297919 0

6/28/2006 0.0016 ‐6.43775165 0

6/28/2006 0.0009 ‐7.013115795 0

6/28/2006 0.003 ‐5.80914299 0

4/7/2005 0.0015 ‐6.502290171 0

4/7/2005 0.0009 ‐7.013115795 0

4/7/2005 0.0022 ‐6.119297919 0

6/28/2006 0.0016 ‐6.43775165 0

6/28/2006 0.0009 ‐7.013115795 0

6/28/2006 0.003 ‐5.80914299 0

11/2/2005 0.0019 ‐6.265901393 0

11/2/2005 0.0028 ‐5.878135862 0

11/2/2005 0.0005 ‐7.60090246 0

11/28/1994 0.0018 ‐6.319968614 0

11/28/1994 0.0038 ‐5.572754212 0

11/28/1994 0.001 ‐6.907755279 0

11/29/2006 0.005 ‐5.298317367 0

11/29/2006 0.001 ‐6.907755279 0

11/29/2006 0.001 ‐6.907755279 0

7/21/2009 ADL 0.002789293 ‐5.881967291 0

7/21/2009 ADL 0.002816133 ‐5.87239051 0

7/22/2009 ADL 0.002765581 ‐5.890504693 0

8/17/2005 0.002 ‐6.214608098 0

8/17/2005 0.0023 ‐6.074846156 0

8/17/2005 0.0027 ‐5.914503506 0

1/16/2007 0.004 ‐5.521460918 0

1/16/2007 0.001 ‐6.907755279 0

1/16/2007 0.002 ‐6.214608098 0

5/7/2010 ADL 0.002614035 ‐5.946860175 0

5/7/2010 ADL 0.002407181 ‐6.029298907 0

5/7/2010 ADL 0.002033751 ‐6.197873269 0

3/22/2007 0.0249 ‐3.692887476 0

3/22/2007 0.0163 ‐4.116590171 0

3/22/2007 0.0171 ‐4.068676815 0

5/7/2010 ADL 0.002614035 ‐5.946860175 0

5/7/2010 ADL 0.002407181 ‐6.029298907 0

5/7/2010 ADL 0.002033751 ‐6.197873269 0

3/22/2007 0.0249 ‐3.692887476 0

3/22/2007 0.0163 ‐4.116590171 0

3/22/2007 0.0171 ‐4.068676815 0

5/7/2010 ADL 0.002614035 ‐5.946860175 0

5/7/2010 ADL 0.002407181 ‐6.029298907 0

5/7/2010 ADL 0.002033751 ‐6.197873269 0

3/22/2007 0.0249 ‐3.692887476 0

3/22/2007 0.0163 ‐4.116590171 0

3/22/2007 0.0171 ‐4.068676815 0

7/24/2007 ND 0.001720137 ‐6.365351627 1

7/24/2007 0.00356 ‐5.637994734 0

7/24/2007 0.002389871 ‐6.036515841 0
11/8/1994 0.011155876 ‐4.495788915 0

11/8/1994 0.008414921 ‐4.777748846 0

11/8/1994 0.009048868 ‐4.705115573 0

9/19/2002 0.003 ‐5.80914299 0

9/19/2002 ND 0.0027 ‐5.914503506 1

9/19/2002 0.0032 ‐5.744604469 0

9/19/2006 0.0099 ‐4.615220522 0

9/19/2006 0.0133 ‐4.319991244 0

9/19/2006 0.0093 ‐4.677740879 0

8/26/2009 ADL 0.004652394 ‐5.370373256 0

8/27/2009 ADL 0.001734701 ‐6.35692024 0

8/27/2009 ADL 0.001418285 ‐6.558307214 0

3/13/2007 0.00426 ‐5.458486119 0

3/13/2007 0.00243 ‐6.019864022 0

3/13/2007 0.00139 ‐6.578451532 0

4/26/2006 0.002898551 ‐5.843544417 0

4/26/2006 0.003028823 ‐5.799581294 0

4/27/2005 0.002398801 ‐6.032786417 0

10/24/2000 0.059 ‐2.830217835 0

10/24/2000 0.022 ‐3.816712826 0

10/24/2000 0.044 ‐3.123565645 0

10/9/2002 0.036 ‐3.324236341 0

10/9/2002 0.044 ‐3.123565645 0

10/9/2002 0.034 ‐3.381394754 0

10/19/2004 0.0137 ‐4.290359446 0

10/19/2004 0.0051 ‐5.278514739 0

10/19/2004 0.0028 ‐5.878135862 0

10/25/2006 0.0033 ‐5.713832811 0

10/25/2006 0.0042 ‐5.472670754 0

10/25/2006 0.0012 ‐6.725433722 0

2/22/2006 0.004894103 ‐5.319724168 0

2/22/2006 0.001580274 ‐6.450157047 0

2/22/2006 0.002343405 ‐6.05615028 0

2/22/2006 0.004894103 ‐5.319724168 0

2/22/2006 0.001580274 ‐6.450157047 0

2/22/2006 0.002343405 ‐6.05615028 0

9/26/2006 0.002014534 ‐6.20736752 0

9/26/2006 0.003264059 ‐5.724783864 0

9/26/2006 0.00410299 ‐5.496039295 0

11/14/2006 0.0049 ‐5.318520074 0

11/14/2006 0.0028 ‐5.878135862 0

11/30/2006 0.0018 ‐6.319968614 0

9/9/2009 0.004590426 ‐5.383782429 0

9/9/2009 0.005324427 ‐5.235450202 0

9/10/2009 0.012627652 ‐4.371866279 0

3/1/2007 0.003 ‐5.80914299 0

3/1/2007 0.0029 ‐5.843044542 0

3/2/2007 0.0037 ‐5.599422459 0

3/1/2007 0.003 ‐5.80914299 0

3/1/2007 0.0029 ‐5.843044542 0

3/2/2007 0.0037 ‐5.599422459 0

3/1/2007 0.003 ‐5.80914299 0
3/1/2007 0.0029 ‐5.843044542 0

3/2/2007 0.0037 ‐5.599422459 0

7/11/2007 0.00286 ‐5.856933654 0

7/11/2007 0.0015 ‐6.502290171 0

7/11/2007 0.00535 ‐5.230658718 0

10/5/2010 0.003 ‐5.80914299 0

10/5/2010 0.004 ‐5.521460918 0

10/6/2010 0.003 ‐5.80914299 0

8/4/1994 0.0033 ‐5.713832811 0

8/4/1994 0.0029 ‐5.843044542 0

8/4/1994 0.0045 ‐5.403677882 0

12/14/1994 0.0091 ‐4.699480865 0

12/15/1994 0.0028 ‐5.878135862 0

12/15/1994 0.0067 ‐5.005647753 0

9/29/1998 0.0124 ‐4.390058806 0

9/29/1998 0.00651 ‐5.034415823 0

9/29/1998 0.00968 ‐4.637693378 0

7/25/2006 0.0619 ‐2.782235099 0

7/25/2006 0.022 ‐3.816712826 0

7/25/2006 0.0415 ‐3.182061852 0

8/14/2006 0.0421 ‐3.167707538 0

8/14/2006 0.0459 ‐3.081290162 0

8/14/2006 0.0545 ‐2.909554577 0

12/6/2006 0.0045 ‐5.403677882 0

12/6/2006 0.0027 ‐5.914503506 0

12/6/2006 0.0032 ‐5.744604469 0

8/22/2007 0.021 ‐3.863232841 0

8/22/2007 0.023 ‐3.772261063 0

8/22/2007 0.019 ‐3.9633163 0

8/4/2009 ADL 0.003885519 ‐5.550498588 0

8/5/2009 ADL 0.003064824 ‐5.787765108 0

8/5/2009 ADL 0.003818413 ‐5.56792039 0

10/12/2004 0.004 ‐5.521460918 0

10/12/2004 0.003 ‐5.80914299 0

10/12/2004 0.004 ‐5.521460918 0

10/12/2004 0.024 ‐3.729701449 0

10/12/2004 0.012 ‐4.422848629 0

10/12/2004 0.01 ‐4.605170186 0

10/31/2005 0.0037 ‐5.599422459 0

10/31/2005 0.0024 ‐6.032286542 0

10/31/2005 0.005 ‐5.298317367 0

9/22/2005 0.0065 ‐5.035953102 0

9/22/2005 0.0005 ‐7.60090246 0

9/22/2005 0.0042 ‐5.472670754 0
Appendix C‐5a (ii): C

In top

12%?

Min Test

Avg?

YES Yes

YES

YES Yes

YES Yes

YES

Number of sources with test 41 YES Yes

n 248 YES Yes

n‐1 207 YES

YES Yes

YES Yes

YES

YES

YES

YES

YES

ural log of test run values (μ) ‐5.570193438 YES Yes

YES

f natural log of test runs (σ2) 1.495550273 YES

YES

(test runs in test condition) 3 YES

YES

YES

YES

YES

YES

YES Yes

atness of z distribution (β2z) 630.6813884 YES Yes

YES

atness of z distribution (β2z) 35.95199243 YES

YES

YES

YES

YES Yes

latness of z distribution (β2z) 19.5423209 YES

YES Yes

wness of z distribution (√β1z) 6.941330328 YES

YES Yes

YES

YES Yes

YES Yes

YES Yes

Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z) YES

YES Yes

normalization normalization normalization YES Yes

Confidence level >0.99 >0.999 >0.995 YES Yes

larger than confidence level 0.992273087 0.999266301 0.995746272 YES
z‐value 3.585 4.292 3.787 YES Yes

YES

The following are individual terms in Equation 19 in the memorandum YES Yes

YES

exp (μ + (σ/2)) 0.008047303 YES Yes

YES Yes

YES

YES

YES

exp (2μ + σ2

) 6.47591E‐05 YES Yes

YES Yes

YES Yes

YES

exp (σ2

) ‐ 1 3.461791079 YES

YES

YES Yes

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.010558118 YES Yes

YES Yes

YES Yes

YES

Square root term 0.026051888 YES Yes

YES Yes

YES Yes

YES Yes

Confidence Level 99% 99.9% 99.5% YES Yes

UPL 3.92E‐02 4.53E‐02 4.09E‐02 YES Yes

YES

Analysis of Data Distributio Normal Log‐normal YES

Skewness = 2.59E+00 2.47E‐01 YES

SE Skewness 0.16 0.16 YES

Skewness Test non‐normal normal YES

Kurtosis = 7.14E+00 ‐4.05E‐01 YES Yes

SE Kurtosis 0.31 0.31 YES

Kurtosis Test non‐normal normal YES Yes

Number of test runs = 248 248 YES

YES Yes

YES Yes
Coal Filterable PM Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

FB Coal 1 IAArchersDanielsMidlaAsea Boiler #1 ICR Phase II ‐ Templates PM (filter)

FB Coal 1 IAArchersDanielsMidlaAsea Boiler #1 ICR Phase I PM and Metals

PC Coal 2 IAUofNorthernIowa Boiler #3 ICR Phase II ‐ ERT ERT

Stoker/SlopeCoal 3 TNCargillMemphis Stoker Boiler 8001 ICR Phase II ‐ ERT ERT

Stoker/SlopeCoal 3 TNCargillMemphis Stoker Boiler 8001 ICR Phase I PM and Metals

FB Coal 4 IAIAStateUnivPowerPl B2 ICR Phase I PM and Metals (2)

Stoker/SlopeCoal 5 VAUniversityofVirginia7103‐1‐01R ICR Phase II ‐ ERT ERT

Stoker/SlopeCoal 5 VAUniversityofVirginia7103‐1‐01R ICR Phase I PM and Metals

FB Coal 6 IAIAStateUnivPowerPl B1 ICR Phase I PM and Metals

PC Coal 7 TNEastman_NO_CBIDABoiler 25 ICR Phase I PM and Metals (UD‐Bl

PC Coal 7 TNEastman_NO_CBIDABoiler 25 ICR Phase I PM and Metals (UD‐Bl

PC Coal 7 TNEastman_NO_CBIDABoiler 25 ICR Phase I PM and Metals (UD‐Bl

PC Coal 7 TNEastman_NO_CBIDABoiler 25 ICR Phase I PM and Metals (UD‐Bl

PC Coal 7 TNEastman_NO_CBIDABoiler 25 ICR Phase I PM and Metals (UD‐Bl

PC Coal 7 TNEastman_NO_CBIDABoiler 25 ICR Phase I PM and Metals (UD‐Bl

FB Coal 8 WIGPGreenBay2818 B29 ‐ Fluidized Bed BoICR Phase I PM B29 2007

FB Coal 8 WIGPGreenBay2818 B29 ‐ Fluidized Bed BoICR Phase I PM B29 1998

FB Coal 8 WIGPGreenBay2818 B29 ‐ Fluidized Bed BoICR Phase I PM B29 Feb 2000

FB Coal 8 WIGPGreenBay2818 B29 ‐ Fluidized Bed BoICR Phase I PM B29 Jul 2000

FB Coal 8 WIGPGreenBay2818 B29 ‐ Fluidized Bed BoICR Phase I PM B29 2002

FB Coal 8 WIGPGreenBay2818 B29 ‐ Fluidized Bed BoICR Phase I PM B29 Aug 2000

FB Coal 8 WIGPGreenBay2818 B29 ‐ Fluidized Bed BoICR Phase I PM and Metals B29 19

FB Coal 8 WIGPGreenBay2818 B29 ‐ Fluidized Bed BoICR Phase I PM and Metals B29 19

FB Coal 8 WIGPGreenBay2818 B29 ‐ Fluidized Bed BoICR Phase I PM B29 1999 Outlet

FB Coal 8 WIGPGreenBay2818 B29 ‐ Fluidized Bed BoICR Phase I PM B29 2004

PC Coal 9 OHSmartPapersHoldinB010 ICR Phase I PM and Metals

PC Coal 10 TNEastman_NO_CBIDABoiler 27 ICR Phase I PM and Metals (UD‐Bl

PC Coal 10 TNEastman_NO_CBIDABoiler 27 ICR Phase I PM and Metals (UD‐Bl

PC Coal 10 TNEastman_NO_CBIDABoiler 27 ICR Phase I PM and Metals (UD‐Bl

PC Coal 10 TNEastman_NO_CBIDABoiler 27 ICR Phase I PM and Metals (UD‐Bl

PC Coal 10 TNEastman_NO_CBIDABoiler 27 ICR Phase I PM and Metals (UD‐Bl

PC Coal 10 TNEastman_NO_CBIDABoiler 27 ICR Phase I PM and Metals (UD‐Bl

Stoker/SlopeCoal 11 WINewPageBiron B24 ICR Phase II ‐ ERT ERT

Stoker/SlopeCoal 11 WINewPageBiron B24 ICR Phase I PM and Metals (2)

PC Coal 12 INSABICInnovativePlas01‐001 BW1 Boiler ICR Phase I BW1 PM and Metals 2

PC Coal 12 INSABICInnovativePlas01‐001 BW1 Boiler ICR Phase I BW1 PM and Metals 2

PC Coal 13 INSABICInnovativePlas01‐001 BW2 Boiler ICR Phase I BW1 PM and Metals 2

PC Coal 13 INSABICInnovativePlas01‐001 BW2 Boiler ICR Phase I BW1 PM and Metals 2

Stoker/SlopeCoal 14 MNAmericanCrystalCrBoiler 2 ICR Phase I Boiler No2 ‐ PM and M

FB Coal 15 IAADMCornProcessingEU‐502B ICR Phase I PM and Metals (8)

FB Coal 16 INPurdueUniverisity Boiler 5 ICR Phase I PM Boiler 5

FB Coal 16 INPurdueUniverisity Boiler 5 ICR Phase II ‐ ERT ERT

Stoker/SlopeCoal 17 AKDoyonUtilities_AK 4 ICR Phase I PM and Metals (1)

Stoker/SlopeCoal 18 VAUniversityofVirginia7103‐1‐02R ICR Phase I PM and Metals (2)

Stoker/SlopeCoal 19 VACogentrixHopewell 2A ICR Phase II ‐ ERT ERT PM

Stoker/SlopeCoal 19 VACogentrixHopewell 2A ICR Phase II ‐ Voluntary PM from EGU Databas
Stoker/SlopeCoal 20 VACogentrixHopewell 2B ICR Phase II ‐ ERT ERT PM

Stoker/SlopeCoal 20 VACogentrixHopewell 2B ICR Phase II ‐ Voluntary PM from EGU Databas

Stoker/SlopeCoal 21 VACogentrixHopewell 2C ICR Phase II ‐ ERT ERT PM

Stoker/SlopeCoal 21 VACogentrixHopewell 2C ICR Phase II ‐ Voluntary PM from EGU Databas

Stoker/SlopeCoal 22 WIWausau # 5 Power Boiler (B24)ICR Phase I PM (B24)

PC Coal 23 TNEastman_NO_CBIDABoiler 30 ICR Phase II ‐ ERT ERT

PC Coal 23 TNEastman_NO_CBIDABoiler 30 ICR Phase I PM and Metals (UD‐Bl

PC Coal 23 TNEastman_NO_CBIDABoiler 30 ICR Phase I PM and Metals (UD‐Bl

PC Coal 23 TNEastman_NO_CBIDABoiler 30 ICR Phase I PM and Metals (UD‐Bl

Stoker/SlopeCoal 24 ILRockIslandArsenal NBN 12602 (Boiler #1)ICR Phase I PM and Metals

Stoker/SlopeCoal 25 OHUofCincinnati B108 ICR Phase I PM and Metals (B108)

Stoker/SlopeCoal 26 SCInternationalPaperENo. 1 Power Boiler ICR Phase I PM and Metals (PB1‐4

Stoker/SlopeCoal 26 SCInternationalPaperENo. 1 Power Boiler ICR Phase I PM and Metals (PB1‐3

Stoker/SlopeCoal 26 SCInternationalPaperENo. 1 Power Boiler ICR Phase I PM and Metals (PB1‐2

Stoker/SlopeCoal 26 SCInternationalPaperENo. 1 Power Boiler ICR Phase I PM and Metals (PB1‐1

Stoker/SlopeCoal 27 WIThilmanyPapersNic B23 ICR Phase I PM and Metals (2)

Stoker/SlopeCoal 28 WIThilmanyPapersNic B24 ICR Phase I PM and Metals (2)

Stoker/SlopeCoal 29 IDAmalgamatedSugarCS‐B1 ICR Phase I PM and Metals (3)

FB Coal 30 ILPolyOne B1 ICR Phase I PM and Metals

FB Coal 30 ILPolyOne B1 ICR Phase II ‐ ERT ERT

Stoker/SlopeCoal 31 VACogentrixPortsmou1A ICR Phase II ‐ Voluntary PM from EGU Databas

Stoker/SlopeCoal 32 VACogentrixPortsmou1B ICR Phase II ‐ Voluntary PM from EGU Databas

Stoker/SlopeCoal 33 VACogentrixPortsmou1C ICR Phase II ‐ Voluntary PM from EGU Databas

PC Coal 34 FLSmurfit‐Stone 7PB ICR Phase I PM and Metals (2)

PC Coal 35 OKGPMuskogeeMill B‐4 ICR Phase II ‐ Voluntary Additional PM from Re

PC Coal 36 TNEastman_NO_CBIDABoiler 31 ICR Phase I PM and Metals (UD‐Bl

PC Coal 36 TNEastman_NO_CBIDABoiler 31 ICR Phase I PM and Metals (UD‐Bl

PC Coal 36 TNEastman_NO_CBIDABoiler 31 ICR Phase I PM and Metals (UD‐Bl

PC Coal 36 TNEastman_NO_CBIDABoiler 31 ICR Phase I PM and Metals (UD‐Bl

PC Coal 36 TNEastman_NO_CBIDABoiler 31 ICR Phase I PM and Metals (UD‐Bl

PC Coal 36 TNEastman_NO_CBIDABoiler 31 ICR Phase I PM and Metals (UD‐Bl

Stoker/SlopeCoal 37 ILAbbottAbbottPark Unit 5AP ICR Phase II ‐ ERT ERT

Stoker/SlopeCoal 37 ILAbbottAbbottPark Unit 5AP ICR Phase I PM and Metals (2)

PC Coal 38 VADukeEnergyNarrowBoiler #2 ICR Phase I PM and Metals (2a)

PC Coal 38 VADukeEnergyNarrowBoiler #2 ICR Phase I PM and Metals (2b)

Stoker/SlopeCoal 39 MNAmericanCrystalCrBoiler 1 ICR Phase I Boiler No1 ‐ PM

Stoker/SlopeCoal 40 OHSmartPapersHoldinB020 ICR Phase I PM and Metals (2)
Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

Particulate M 0.00021 ‐8.468403027 3 2 ET Coal: Sub‐bituminous

Particulate M 0.000592333 ‐7.431441257 3 2 ET /Coal: Sub‐bituminous/

Particulate M 0.000591181 ‐7.433388218 3 2 ET Coal: Bituminous

Particulate M 0.00071175 ‐7.247783996 3 2 ET Coal: Bituminous

Particulate M 0.017366667 ‐4.053202619 3 2 ET /Coal: Bituminous/

Particulate M 0.000740598 ‐7.208053138 3 2 ET /Coal: Bituminous/

Particulate M 0.000811557 ‐7.116556008 3 2 ET Coal: Bituminous

Particulate M 0.000928264 ‐6.982194392 3 2 ET /Coal: Bituminous/

Particulate M 0.00083617 ‐7.086679077 3 2 ET /Coal: Bituminous/

Particulate M 0.000866667 ‐7.050856123 3 2 ET /Coal: Bituminous/

Particulate M 0.0018 ‐6.319968614 3 2 ET /Coal: Bituminous/

Particulate M 0.0064 ‐5.051457289 3 2 ET /Coal: Bituminous/

Particulate M 0.0108 ‐4.528209145 2 1 ET /Coal: Bituminous/

Particulate M 0.026833333 ‐3.618110383 3 2 ET /Coal: Bituminous/

Particulate M 0.033333333 ‐3.401197382 3 2 ET /Coal: Bituminous/

Particulate M 0.000932386 ‐6.977763207 3 2 ET /Petroleum Coke/

Particulate M 0.003333333 ‐5.703782475 3 2 ET /Petroleum Coke/

Particulate M 0.003675379 ‐5.606098904 3 2 ET /Petroleum Coke/

Particulate M 0.004266667 ‐5.456922397 3 2 ET /Petroleum Coke/

Particulate M 0.008033333 ‐4.824155727 3 2 ET /Petroleum Coke/

Particulate M 0.010233333 ‐4.582104913 3 2 ET /Petroleum Coke/

Particulate M 0.012 ‐4.422848629 3 2 ET /Petroleum Coke/

Particulate M 0.018633333 ‐3.982803187 3 2 ET /Petroleum Coke/

Particulate M 0.024404906 ‐3.712971081 3 2 ET /Petroleum Coke/

Particulate M 0.035266667 ‐3.344817048 3 2 ET /Petroleum Coke/

Particulate M 0.001 ‐6.907755279 3 2 ET /Coal: Bituminous/

Particulate M 0.0012 ‐6.725433722 3 2 ET /Coal: Bituminous/

Particulate M 0.001843333 ‐6.296179752 3 2 ET /Coal: Bituminous/

Particulate M 0.003866667 ‐5.55536247 3 2 ET /Coal: Bituminous/

Particulate M 0.007366667 ‐4.910789959 3 2 ET /Coal: Bituminous/

Particulate M 0.007406667 ‐4.905374783 3 2 ET /Coal: Bituminous/

Particulate M 0.014433333 ‐4.238214933 3 2 ET /Coal: Bituminous/

Particulate M 0.001227675 ‐6.702633408 3 2 ET Coal: Sub‐bituminous/Wood: Bark

Particulate M 0.003733333 ‐5.590453789 3 2 ET /Coal: Bituminous/

Particulate M 0.001533333 ‐6.480311264 3 2 ET /Coal: Bituminous/

Particulate M 0.001833333 ‐6.301619475 3 2 ET /Coal: Bituminous/

Particulate M 0.001533333 ‐6.480311264 3 2 ET /Coal: Bituminous/

Particulate M 0.001833333 ‐6.301619475 3 2 ET /Coal: Bituminous/

Particulate M 0.001733333 ‐6.357708942 3 2 ET /Coal: Sub‐bituminous/

Particulate M 0.0022 ‐6.119297919 3 2 ET /Coal: Bituminous/Coal: Sub‐bituminous/

Particulate M 0.002333333 ‐6.060457419 3 2 ET /Coal: Bituminous/

Particulate M 0.002790335 ‐5.881593453 3 2 ET Coal: Bituminous

Particulate M 0.002333333 ‐6.060457419 3 2 ET /Coal: Sub‐bituminous/

Particulate M 0.002333333 ‐6.060457419 3 2 ET /Coal: Bituminous/

Particulate M 0.002351656 ‐6.052635577 3 2 ET Coal: Bituminous

Particulate M 0.019433333 ‐3.940765474 3 2 ET Coal: Bituminous
Particulate M 0.002351656 ‐6.052635577 3 2 ET Coal: Bituminous

Particulate M 0.019433333 ‐3.940765474 3 2 ET Coal: Bituminous

Particulate M 0.002351656 ‐6.052635577 3 2 ET Coal: Bituminous

Particulate M 0.019433333 ‐3.940765474 3 2 ET Coal: Bituminous

Particulate M 0.002556669 ‐5.969049958 3 2 ET /Coal: Bituminous/

Particulate M 0.002601793 ‐5.951554336 3 2 ET Coal: Bituminous

Particulate M 0.002966667 ‐5.820316291 3 2 ET /Coal: Bituminous/

Particulate M 0.009539888 ‐4.652273485 3 2 ET /Coal: Bituminous/

Particulate M 0.010833333 ‐4.525127478 3 2 ET /Coal: Bituminous/

Particulate M 0.002693333 ‐5.916975695 3 2 ET /Coal: Bituminous/

Particulate M 0.002775391 ‐5.886963522 3 2 ET /Coal: Bituminous/

Particulate M 0.0029 ‐5.843044542 3 2 ET /Coal: Bituminous/

Particulate M 0.0072 ‐4.933674253 3 2 ET /Coal: Bituminous/

Particulate M 0.038 ‐3.270169119 3 2 ET /Coal: Bituminous/

Particulate M 0.041666667 ‐3.17805383 3 2 ET /Coal: Bituminous/

Particulate M 0.002939261 ‐5.829597151 3 2 ET /Coal: Bituminous/

Particulate M 0.002939261 ‐5.829597151 3 2 ET /Coal: Bituminous/

Particulate M 0.003127194 ‐5.767619117 3 2 ET /Coal: Sub‐bituminous/

Particulate M 0.003166667 ‐5.755075769 3 2 ET /Coal: Bituminous/

Particulate M 0.007514168 ‐4.890964938 3 2 ET /Coal: Bituminous/

Particulate M 0.0032 ‐5.744604469 3 2 ET Coal: Bituminous

Particulate M 0.0032 ‐5.744604469 3 2 ET Coal: Bituminous

Particulate M 0.0032 ‐5.744604469 3 2 ET Coal: Bituminous

Particulate M 0.003236667 ‐5.733211285 3 2 ET /Coal: Bituminous/

Particulate M 0.003333333 ‐5.703782475 3 2 ET /Coal: Sub‐bituminous/

Particulate M 0.003466667 ‐5.664561762 3 2 ET /Coal: Bituminous/

Particulate M 0.003566667 ‐5.636123826 3 2 ET /Coal: Bituminous/

Particulate M 0.0062 ‐5.083205987 3 2 ET /Coal: Bituminous/

Particulate M 0.00953 ‐4.653310561 3 2 ET /Coal: Bituminous/

Particulate M 0.0418 ‐3.174858939 3 2 ET /Coal: Bituminous/

Particulate M 0.0475 ‐3.047025568 3 2 ET /Coal: Bituminous/

Particulate M 0.003589586 ‐5.629718537 3 2 ET Coal: Bituminous

Particulate M 0.021 ‐3.863232841 3 2 ET /Coal: Bituminous/

Particulate M 0.003666667 ‐5.608472295 3 2 ET /Coal: Bituminous/

Particulate M 0.015333333 ‐4.177726171 3 2 ET /Coal: Bituminous/

Particulate M 0.0037 ‐5.599422459 3 2 ET /Coal: Sub‐bituminous/

Particulate M 0.003733333 ‐5.590453789 3 2 ET /Coal: Bituminous/
Appendix C‐5a (iii): Coal Filterable PM Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 19.542321 6.9413303

5.53336E‐06 ‐5 =f(a) 203.21017

2.18566E‐05 1 ‐4.899 181.81473

4.55922E‐05 2 ‐4.798 162.01316

7.96049E‐05 3 ‐4.697 143.72998

0.000127616 4 ‐4.596 126.89143

0.000194338 5 ‐4.495 111.42546

0.000285578 6 ‐4.394 97.261759

0.000408252 7 ‐4.293 84.331726

0.000570285 8 ‐4.192 72.568484

0.000780303 9 ‐4.091 61.906877

0.001047059 10 ‐3.99 52.28347

0.001378495 11 ‐3.889 43.636551

0.001780368 12 ‐3.788 35.906128

0.002254356 13 ‐3.687 29.033931

0.00279562 14 ‐3.586 22.963412

0.003389836 15 ‐3.485 17.639742

0.00400981 16 ‐3.384 13.009817

0.004611866 17 ‐3.283 9.0222516

0.005132363 18 ‐3.182 5.6273827

0.005484806 19 ‐3.081 2.7772688

0.005558172 20 ‐2.98 0.4256896

0.005899179 21 ‐2.879 ‐1.471854

0.00681116 22 ‐2.778 ‐2.958139

0.008465598 23 ‐2.677 ‐4.074222

0.011038362 24 ‐2.576 ‐4.859437

0.014694807 25 ‐2.475 ‐5.351398

0.019570542 26 ‐2.374 ‐5.585997

0.025748479 27 ‐2.273 ‐5.597403

0.033233421 28 ‐2.172 ‐5.418067

0.041926124 29 ‐2.071 ‐5.078716

0.0515994 30 ‐1.97 ‐4.608355

0.061879306 31 ‐1.869 ‐4.034271

0.072234715 32 ‐1.768 ‐3.382026

0.081978442 33 ‐1.667 ‐2.675462

0.090282581 34 ‐1.566 ‐1.936701

0.096209702 35 ‐1.465 ‐1.186141

0.098760213 36 ‐1.364 ‐0.44246

0.100586 37 ‐1.263 0.2773845

0.107714365 38 ‐1.162 0.9581584

0.120918368 39 ‐1.061 1.5863479

0.14073831 40 ‐0.96 2.1501606

0.167410056 41 ‐0.859 2.6395256

0.200808992 42 ‐0.758 3.0460936

0.24041676 43 ‐0.657 3.3632363

0.285316347 44 ‐0.556 3.5860472

   1 3 1 3

6

z z z

      

 2z

1z
0.334218764 45 ‐0.455 3.711341

0.385521605 46 ‐0.354 3.7376537

0.437396567 47 ‐0.253 3.6652431

0.487899866 48 ‐0.152 3.4960879

0.535096892 49 ‐0.051 3.2338886

0.577190566 50 0.05 2.8840668

0.612642204 51 0.151 2.4537658

0.640274125 52 0.252 1.9518499

0.659344908 53 0.353 1.3889053

0.669590841 54 0.454 0.7772392

0.671230456 55 0.555 0.1308803

0.677528298 56 0.656 ‐0.534421

0.690708784 57 0.757 ‐1.201194

0.709421097 58 0.858 ‐1.850244

0.73212495 59 0.959 ‐2.460659

0.757203681 60 1.06 ‐3.009801

0.783073963 61 1.161 ‐3.473315

0.808283288 62 1.262 ‐3.82512

0.831588267 63 1.363 ‐4.037418

0.852009262 64 1.464 ‐4.080687

0.8688595 65 1.565 ‐3.923685

0.881749371 66 1.666 ‐3.533446

0.890568772 67 1.767 ‐2.875287

0.895451976 68 1.868 ‐1.912799

0.896730421 69 1.969 ‐0.607854

0.898581741 70 2.07 1.0793973

0.902998965 71 2.171 3.1905261

0.909380588 72 2.272 5.768825

0.917131808 73 2.373 8.859308

0.925699799 74 2.474 12.50871

0.934598952 75 2.575 16.765489

0.943426172 76 2.676 21.679822

0.951867169 77 2.777 27.303609

0.959695263 78 2.878 33.69047

0.966764494 79 2.979 40.895749

0.972998922 80 3.08 48.976509

0.978379859 81 3.181 57.991535

0.982932518 82 3.282 68.001333

0.986713227 83 3.383 79.068132

0.989798023 84 3.484 91.255881

0.992273087 85 3.585 104.63025

0.994227212 86 3.686 119.25863

0.995746272 87 3.787 135.21014

0.996909505 88 3.888 152.55561

0.997787334 89 3.989 171.3676

0.998440407 90 4.09 191.72038

0.998919544 91 4.191 213.68996

0.999266301 92 4.292 237.35406

0.999513907 93 4.393 262.79211

0.999688395 94 4.494 290.08528

0.999809769 95 4.595 319.31646

0.999893119 96 4.696 350.57024
0.999949638 97 4.797 383.93297

0.999987484 98 4.898 419.49269

1 99 4.999 457.33916
distribution of Z

Normal

distribution

1.48672E‐06 0.000302117

2.45094E‐06 0.000445617

3.9995E‐06 0.000647972

6.46025E‐06 0.000928531

1.03291E‐05 0.001310673

1.63472E‐05 0.0018215

2.56093E‐05 0.002490802

3.97118E‐05 0.003348962

6.09553E‐05 0.00442343

9.26132E‐05 0.005733393

0.000139285 0.007282302

0.000207351 0.009048069

0.000305546 0.01097097

0.000445674 0.012939666

0.000643469 0.014776246

0.000919619 0.016221843

0.001300942 0.01692502

0.001821704 0.016435871

0.002525035 0.014209336

0.003464389 0.009621539

0.004704958 0.002002851

0.006324913 ‐0.009309347

0.008416337 ‐0.024896696

0.011085658 ‐0.045165432

0.014453386 ‐0.070235323

0.018652949 ‐0.099819355

0.023828414 ‐0.133105443

0.030130931 ‐0.168654971

0.03771375 ‐0.204335624

0.046725789 ‐0.237306994

0.057303789 ‐0.264076213

0.069563239 ‐0.280636939

0.083588399 ‐0.282698119

0.099421884 ‐0.265999495

0.117054396 ‐0.226699352

0.136415346 ‐0.161807832

0.157365126 ‐0.069627832

0.179689839 0.049843169

0.203099244 0.194601255

0.227228529 0.360463503

0.251644341 0.541075748

0.275855243 0.728126987

0.299326439 0.911776337

0.321498297 1.081274741

0.341807853 1.225739088

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 1.335014591

0.37471238 1.400545131

0.386376486 1.416163745

0.394360216 1.378717991

0.398423793 1.28845816

0.398443914 1.149138874

0.394419966 0.967814207

0.386474058 0.754339364

0.374844865 0.520624014

0.359875719 0.279709502

0.34199778 0.044760771

0.32170943 ‐0.171928329

0.299553264 ‐0.359821492

0.276092166 ‐0.510837966

0.25188591 ‐0.619805268

0.227469632 ‐0.684638372

0.203335281 ‐0.706247386

0.17991684 ‐0.688203543

0.157579839 ‐0.636215727

0.136615273 ‐0.557484226

0.117237788 ‐0.460004136

0.099587708 ‐0.351887839

0.083736272 ‐0.240765793

0.069693339 ‐0.133309323

0.05741676 ‐0.034900999

0.046822635 0.050540228

0.037795734 0.120588277

0.030199481 0.174215523

0.023885038 0.211604909

0.018699163 0.23390241

0.014490659 0.242942986

0.011115369 0.24097922

0.008439746 0.230435529

0.006343145 0.213703547

0.004718997 0.192986911

0.003475077 0.170197157

0.002533081 0.146897239

0.001827693 0.124285589

0.001305351 0.103211694

0.000922829 0.08421358

0.00064578 0.067568166

0.00044732 0.053346761

0.000306705 0.041469674

0.000208159 0.031755754

0.000139842 0.023964348

9.29928E‐05 0.017828615

6.12113E‐05 0.013080237

3.98826E‐05 0.009466296

2.5722E‐05 0.006759544

1.64209E‐05 0.004763457

1.03767E‐05 0.00331344

6.49066E‐06 0.002275432
4.01874E‐06 0.001542925

2.46298E‐06 0.0010332

1.49417E‐06 0.000683343
Absolute values

0.000302117 1.52569E‐05

0.000445617 4.50073E‐05

0.000647972 6.54452E‐05

0.000928531 9.37816E‐05

0.001310673 0.000132378

0.0018215 0.000183971

0.002490802 0.000251571

0.003348962 0.000338245

0.00442343 0.000446766

0.005733393 0.000579073

0.007282302 0.000735512

0.009048069 0.000913855

0.01097097 0.001108068

0.012939666 0.001306906

0.014776246 0.001492401

0.016221843 0.001638406

0.01692502 0.001709427

0.016435871 0.001660023

0.014209336 0.001435143

0.009621539 0.000971775

0.002002851 0.000202288

0.009309347 0.000940244

0.024896696 0.002514566

0.045165432 0.004561709

0.070235323 0.007093768

0.099819355 0.010081755

0.133105443 0.01344365

0.168654971 0.017034152

0.204335624 0.020637898

0.237306994 0.023968006

0.264076213 0.026671698

0.280636939 0.028344331

0.282698119 0.02855251

0.265999495 0.026865949

0.226699352 0.022896635

0.161807832 0.016342591

0.069627832 0.007032411

0.049843169 0.00503416

0.194601255 0.019654727

0.360463503 0.036406814

0.541075748 0.054648651

0.728126987 0.073540826

0.911776337 0.09208941

1.081274741 0.109208749

1.225739088 0.123799648

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
1.335014591 0.134836474

1.400545131 0.141455058

1.416163745 0.143032538

1.378717991 0.139250517

1.28845816 0.130134274

1.149138874 0.116063026

0.967814207 0.097749235

0.754339364 0.076188276

0.520624014 0.052583025

0.279709502 0.02825066

0.044760771 0.004520838

0.171928329 0.017364761

0.359821492 0.036341971

0.510837966 0.051594635

0.619805268 0.062600332

0.684638372 0.069148476

0.706247386 0.071330986

0.688203543 0.069508558

0.636215727 0.064257788

0.557484226 0.056305907

0.460004136 0.046460418

0.351887839 0.035540672

0.240765793 0.024317345

0.133309323 0.013464242

0.034900999 0.003525001

0.050540228 0.005104563

0.120588277 0.012179416

0.174215523 0.017595768

0.211604909 0.021372096

0.23390241 0.023624143

0.242942986 0.024537242

0.24097922 0.024338901

0.230435529 0.023273988

0.213703547 0.021584058

0.192986911 0.019491678

0.170197157 0.017189913

0.146897239 0.014836621

0.124285589 0.012552844

0.103211694 0.010424381

0.08421358 0.008505572

0.067568166 0.006824385

0.053346761 0.005388023

0.041469674 0.004188437

0.031755754 0.003207331

0.023964348 0.002420399

0.017828615 0.00180069

0.013080237 0.001321104

0.009466296 0.000956096

0.006759544 0.000682714

0.004763457 0.000481109

0.00331344 0.000334657

0.002275432 0.000229819
0.001542925 0.000155835

0.0010332 0.000104353

0.000683343 3.45088E‐05
Cumulative normalization

1.52569E‐05 5.53336E‐06

6.02642E‐05 2.18566E‐05

0.000125709 4.55922E‐05

0.000219491 7.96049E‐05

0.000351869 0.000127616

0.00053584 0.000194338

0.000787411 0.000285578

0.001125657 0.000408252

0.001572423 0.000570285

0.002151496 0.000780303

0.002887008 0.001047059

0.003800863 0.001378495

0.004908931 0.001780368

0.006215837 0.002254356

0.007708238 0.00279562

0.009346644 0.003389836

0.011056071 0.00400981

0.012716094 0.004611866

0.014151237 0.005132363

0.015123013 0.005484806

0.015325301 0.005558172

0.016265545 0.005899179

0.018780111 0.00681116

0.02334182 0.008465598

0.030435587 0.011038362

0.040517342 0.014694807

0.053960992 0.019570542

0.070995144 0.025748479

0.091633042 0.033233421

0.115601048 0.041926124

0.142272746 0.0515994

0.170617077 0.061879306

0.199169587 0.072234715

0.226035536 0.081978442

0.24893217 0.090282581

0.265274761 0.096209702

0.272307172 0.098760213

0.277341333 0.100586

0.296996059 0.107714365

0.333402873 0.120918368

0.388051524 0.14073831

0.461592349 0.167410056

0.553681759 0.200808992

0.662890508 0.24041676

0.786690156 0.285316347

) () f b  


0.92152663 0.334218764

1.062981688 0.385521605

1.206014226 0.437396567

1.345264743 0.487899866

1.475399017 0.535096892

1.591462044 0.577190566

1.689211279 0.612642204

1.765399554 0.640274125

1.81798258 0.659344908

1.846233239 0.669590841

1.850754077 0.671230456

1.868118839 0.677528298

1.904460809 0.690708784

1.956055444 0.709421097

2.018655776 0.73212495

2.087804251 0.757203681

2.159135237 0.783073963

2.228643795 0.808283288

2.292901584 0.831588267

2.34920749 0.852009262

2.395667908 0.8688595

2.43120858 0.881749371

2.455525925 0.890568772

2.468990167 0.895451976

2.472515168 0.896730421

2.477619731 0.898581741

2.489799147 0.902998965

2.507394914 0.909380588

2.52876701 0.917131808

2.552391154 0.925699799

2.576928395 0.934598952

2.601267296 0.943426172

2.624541285 0.951867169

2.646125343 0.959695263

2.665617021 0.966764494

2.682806934 0.972998922

2.697643555 0.978379859

2.7101964 0.982932518

2.720620781 0.986713227

2.729126352 0.989798023

2.735950737 0.992273087

2.74133876 0.994227212

2.745527197 0.995746272

2.748734528 0.996909505

2.751154927 0.997787334

2.752955617 0.998440407

2.754276721 0.998919544

2.755232817 0.999266301

2.755915531 0.999513907

2.75639664 0.999688395

2.756731298 0.999809769

2.756961116 0.999893119
2.757116952 0.999949638

2.757221305 0.999987484

2.757255814 1

134.0117062
Appendix C‐5b (i): Coal TSM Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Coal FB No 1 ILPolyOne

YES Coal FB No 1 ILPolyOne

YES Coal FB No 1 ILPolyOne

YES Yes Coal FB No 1 ILPolyOne

YES Yes Coal FB No 1 ILPolyOne

YES Yes Coal FB No 1 ILPolyOne

YES Yes Coal Stoker/SlopNo 2 VACogentrixHopewell

YES Yes Coal Stoker/SlopNo 2 VACogentrixHopewell

YES Yes Coal Stoker/SlopNo 2 VACogentrixHopewell

YES Yes Coal Stoker/SlopNo 3 VACogentrixHopewell

YES Yes Coal Stoker/SlopNo 3 VACogentrixHopewell

YES Yes Coal Stoker/SlopNo 3 VACogentrixHopewell

YES Yes Coal Stoker/SlopNo 4 VACogentrixHopewell

YES Yes Coal Stoker/SlopNo 4 VACogentrixHopewell

YES Yes Coal Stoker/SlopNo 4 VACogentrixHopewell

YES Yes Coal PC No 5 TNEastman_NO_CBIDATA

YES Yes Coal PC No 5 TNEastman_NO_CBIDATA

YES Yes Coal PC No 5 TNEastman_NO_CBIDATA

YES Yes Coal Stoker/SlopNo 6 AKDoyonUtilities_AK

YES Yes Coal Stoker/SlopNo 6 AKDoyonUtilities_AK

YES Yes Coal Stoker/SlopNo 6 AKDoyonUtilities_AK

YES Yes Coal FB No 7 IARoquetteAmerica

YES Yes Coal FB No 7 IARoquetteAmerica

YES Yes Coal FB No 7 IARoquetteAmerica

YES Yes Coal Stoker/SlopNo 8 VAUniversityofVirginia

YES Yes Coal Stoker/SlopNo 8 VAUniversityofVirginia

YES Yes Coal Stoker/SlopNo 8 VAUniversityofVirginia

YES Coal Stoker/SlopNo 9 WINewPageBiron

YES Coal Stoker/SlopNo 9 WINewPageBiron

YES Yes Coal Stoker/SlopNo 9 WINewPageBiron

YES Yes Coal Stoker/SlopNo 9 WINewPageBiron

YES Yes Coal Stoker/SlopNo 9 WINewPageBiron

YES Yes Coal Stoker/SlopNo 10 MNHibbing

YES Yes Coal Stoker/SlopNo 10 MNHibbing

YES Yes Coal Stoker/SlopNo 10 MNHibbing

YES Yes Coal Stoker/SlopNo 11 VAVirginiaPolytechnic

YES Yes Coal Stoker/SlopNo 11 VAVirginiaPolytechnic

YES Yes Coal Stoker/SlopNo 11 VAVirginiaPolytechnic

YES Yes Coal Stoker/SlopNo 12 MNHibbing

YES Yes Coal Stoker/SlopNo 12 MNHibbing

YES Yes Coal Stoker/SlopNo 12 MNHibbing

YES Yes Coal PC No 13 IDTASCONampa

YES Yes Coal PC No 13 IDTASCONampa

YES Yes Coal PC No 13 IDTASCONampa

YES Yes Coal PC No 14 IDTASCONampa

YES Yes Coal PC No 14 IDTASCONampa

YES Yes Coal PC No 14 IDTASCONampa

YES Yes Coal PC No 15 IAUofNorthernIowa
YES Yes Coal PC No 15 IAUofNorthernIowa

YES Yes Coal PC No 15 IAUofNorthernIowa

YES Yes Coal FB No 16 NCUNCCogen

YES Yes Coal FB No 16 NCUNCCogen

YES Yes Coal FB No 16 NCUNCCogen

YES Yes Coal Stoker/SlopNo 17 VAVirginiaPolytechnic

YES Yes Coal Stoker/SlopNo 17 VAVirginiaPolytechnic

YES Yes Coal Stoker/SlopNo 17 VAVirginiaPolytechnic

YES Yes Coal Stoker/SlopNo 18 WINewPage‐WisconsinRap

YES Yes Coal Stoker/SlopNo 18 WINewPage‐WisconsinRap

YES Yes Coal Stoker/SlopNo 18 WINewPage‐WisconsinRap

YES Yes Coal PC No 19 INTateLyleSagamore

YES Yes Coal PC No 19 INTateLyleSagamore
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

B1 ICR Phase I PM and Metals TSM8 ET Sample #1

B1 ICR Phase I PM and Metals TSM8 ET Sample #2

B1 ICR Phase I PM and Metals TSM8 ET Sample #3

B1 ICR Phase II ‐ ERT ERT TSM8 ET 1

B1 ICR Phase II ‐ ERT ERT TSM8 ET 2

B1 ICR Phase II ‐ ERT ERT TSM8 ET 3

2A ICR Phase II ‐ ERT ERT Metals TSM8 ET Sample #1

2A ICR Phase II ‐ ERT ERT Metals TSM8 ET Sample #2

2A ICR Phase II ‐ ERT ERT Metals TSM8 ET Sample #3

2B ICR Phase II ‐ ERT ERT Metals TSM8 ET Sample #1

2B ICR Phase II ‐ ERT ERT Metals TSM8 ET Sample #2

2B ICR Phase II ‐ ERT ERT Metals TSM8 ET Sample #3

2C ICR Phase II ‐ ERT ERT Metals TSM8 ET Sample #1

2C ICR Phase II ‐ ERT ERT Metals TSM8 ET Sample #2

2C ICR Phase II ‐ ERT ERT Metals TSM8 ET Sample #3

Boiler 30 ICR Phase II ‐ ERT ERT TSM8 ET 1

Boiler 30 ICR Phase II ‐ ERT ERT TSM8 ET 2

Boiler 30 ICR Phase II ‐ ERT ERT TSM8 ET 3

4 ICR Phase I PM and Metals (1) TSM8 ET Sample #1

4 ICR Phase I PM and Metals (1) TSM8 ET Sample #2

4 ICR Phase I PM and Metals (1) TSM8 ET Sample #3

Circulating Fluidized Bed BICR Phase II ‐ ERT ERT TSM8 ET 1

Circulating Fluidized Bed BICR Phase II ‐ ERT ERT TSM8 ET 2

Circulating Fluidized Bed BICR Phase II ‐ ERT ERT TSM8 ET 3

7103‐1‐01R ICR Phase II ‐ ERT ERT TSM8 ET M29‐1

7103‐1‐01R ICR Phase II ‐ ERT ERT TSM8 ET M29‐2

7103‐1‐01R ICR Phase II ‐ ERT ERT TSM8 ET M29‐3

B24 ICR Phase I PM and Metals (2) TSM8 ET Sample #2

B24 ICR Phase I PM and Metals (2) TSM8 ET Sample #3

B24 ICR Phase II ‐ ERT ERT TSM8 ET 1

B24 ICR Phase II ‐ ERT ERT TSM8 ET 2

B24 ICR Phase II ‐ ERT ERT TSM8 ET 3

Unit 1A ICR Phase I PM and Metals1a TSM8 ET Sample #1

Unit 1A ICR Phase I PM and Metals1a TSM8 ET Sample #2

Unit 1A ICR Phase I PM and Metals1a TSM8 ET Sample #3

Boiler 7 ICR Phase I PM and Metals TSM8 ET Sample #1

Boiler 7 ICR Phase I PM and Metals TSM8 ET Sample #2

Boiler 7 ICR Phase I PM and Metals TSM8 ET Sample #3

Unit 2A ICR Phase I PM and Metals2a TSM8 ET Sample #1

Unit 2A ICR Phase I PM and Metals2a TSM8 ET Sample #2

Unit 2A ICR Phase I PM and Metals2a TSM8 ET Sample #3

Babcock and Wilcox (B&WICR Phase I PM and Metals TSM8 ET Sample #1

Babcock and Wilcox (B&WICR Phase I PM and Metals TSM8 ET Sample #2

Babcock and Wilcox (B&WICR Phase I PM and Metals TSM8 ET Sample #3

Babcock and Wilcox (B&WICR Phase I PM and Metals (4) TSM8 ET Sample #1

Babcock and Wilcox (B&WICR Phase I PM and Metals (4) TSM8 ET Sample #2

Babcock and Wilcox (B&WICR Phase I PM and Metals (4) TSM8 ET Sample #3

Boiler #3 ICR Phase II ‐ ERT ERT TSM8 ET 4
Boiler #3 ICR Phase II ‐ ERT ERT TSM8 ET 5

Boiler #3 ICR Phase II ‐ ERT ERT TSM8 ET 6

ES‐001 ICR Phase II ‐ ERT ERT TSM8 ET M5/29‐1

ES‐001 ICR Phase II ‐ ERT ERT TSM8 ET M5/29‐2

ES‐001 ICR Phase II ‐ ERT ERT TSM8 ET M5/29‐3

Boiler 11 ICR Phase I PM and Metals (2) TSM8 ET Sample #1

Boiler 11 ICR Phase I PM and Metals (2) TSM8 ET Sample #2

Boiler 11 ICR Phase I PM and Metals (2) TSM8 ET Sample #3

Power Boiler 2 ‐ B20 ICR Phase I PM and Metals (4) TSM8 ET Sample #1

Power Boiler 2 ‐ B20 ICR Phase I PM and Metals (4) TSM8 ET Sample #2

Power Boiler 2 ‐ B20 ICR Phase I PM and Metals (4) TSM8 ET Sample #3

31B1 ICR Phase II ‐ ERT ERT TSM8 ET M29‐2

31B1 ICR Phase II ‐ ERT ERT TSM8 ET M29‐3
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

11/14/2006 1.32009E‐05 ‐11.23522267 0

11/14/2006 2.02532E‐05 ‐10.80719704 0

11/14/2006 1.07095E‐05 ‐11.44437626 0

9/9/2009 7.35823E‐06 ‐11.81969162 0

9/9/2009 7.54142E‐06 ‐11.79510029 0

9/10/2009 7.93019E‐06 ‐11.74483305 0

5/7/2010 1.05482E‐05 ‐11.45955312 0

5/7/2010 5.16517E‐06 ‐12.1735724 0

5/7/2010 8.61061E‐06 ‐11.6625155 0

5/7/2010 1.05482E‐05 ‐11.45955312 0

5/7/2010 5.16517E‐06 ‐12.1735724 0

5/7/2010 8.61061E‐06 ‐11.6625155 0

5/7/2010 1.05482E‐05 ‐11.45955312 0

5/7/2010 5.16517E‐06 ‐12.1735724 0

5/7/2010 8.61061E‐06 ‐11.6625155 0

8/26/2009 9.76258E‐06 ‐11.5369541 0

8/27/2009 8.50045E‐06 ‐11.67539148 0

8/27/2009 6.19359E‐06 ‐11.99199537 0

8/17/2005 9.2891E‐06 ‐11.58666883 0

8/17/2005 1.10405E‐05 ‐11.41393834 0

8/17/2005 9.26466E‐06 ‐11.58930317 0

6/3/2009 1.17544E‐05 ‐11.35128478 0

6/3/2009 1.10411E‐05 ‐11.41388389 0

6/4/2009 9.46301E‐06 ‐11.56812054 0

9/17/2009 1.22016E‐05 ‐11.3139414 0

9/17/2009 1.09966E‐05 ‐11.41792582 0

9/18/2009 9.16964E‐06 ‐11.59961255 0

9/12/2007 4.07642E‐05 ‐10.10770677 0

9/12/2007 4.12611E‐05 ‐10.09558994 0

9/22/2009 1.6705E‐05 ‐10.99980328 0

9/22/2009 1.19031E‐05 ‐11.33871577 0

9/23/2009 1.03817E‐05 ‐11.47546941 0

9/21/2004 1.97753E‐05 ‐10.83107908 0

9/21/2004 1.48059E‐05 ‐11.1204818 0

9/21/2004 1.42108E‐05 ‐11.16150867 0

2/28/2007 2.27472E‐05 ‐10.69106777 0

2/28/2007 2.80694E‐05 ‐10.48083112 0

2/28/2007 1.41274E‐05 ‐11.16739243 0

9/22/2004 2.6525E‐05 ‐10.5374247 0

9/22/2004 2.48262E‐05 ‐10.60361283 0

9/22/2004 2.36701E‐05 ‐10.65129679 0

12/4/2006 2.64227E‐05 ‐10.54128697 0

12/4/2006 3.13011E‐05 ‐10.37185763 0

12/4/2006 1.82229E‐05 ‐10.91283274 0

12/4/2006 2.64227E‐05 ‐10.54128697 0

12/4/2006 3.13011E‐05 ‐10.37185763 0

12/4/2006 1.85477E‐05 ‐10.89516279 0

10/6/2009 2.20114E‐05 ‐10.72394826 0
10/6/2009 2.81701E‐05 ‐10.4772507 0

10/7/2009 2.78201E‐05 ‐10.48975245 0

8/10/2009 1.46136E‐05 ‐11.13355886 0

8/11/2009 6.53563E‐05 ‐9.635657436 0

8/11/2009 8.29613E‐06 ‐11.69972108 0

2/27/2007 4.21281E‐05 ‐10.07479582 0

2/27/2007 3.93252E‐05 ‐10.14364607 0

2/27/2007 1.69953E‐05 ‐10.98257502 0

9/18/2003 3.51318E‐05 ‐10.25640392 0

9/18/2003 3.34835E‐05 ‐10.30445921 0

9/18/2003 3.00643E‐05 ‐10.41217355 0

9/2/2009 4.80073E‐05 ‐9.944158484 0

9/3/2009 2.80002E‐05 ‐10.48329929 0
Appendix C‐5b (ii): C

In top

12%?

Min Test

Avg?

YES Yes

YES

YES Yes

YES Yes

YES Yes

Number of sources with

test data 19 YES Yes

n 61 YES Yes

n‐1 42 YES Yes

YES Yes

YES Yes

YES

YES Yes

YES Yes

YES Yes

YES Yes

Average of natural log of

test run values (μ) ‐11.06311524 YES Yes

YES Yes

Variance of natural log of

test runs (σ2

) 0.388337463 YES Yes

YES Yes

m (test runs in test

condition) 3 YES Yes

YES Yes

Numerator for calculation

of flatness of z distribution

(β2z) 14.66189686

Denominator for

calculation of flatness of z

distribution (β2z) 0.675528473

Flatness of z distribution

(β2z) 23.70433585

Skewness of z distribution

(√β1z) 1.38186527
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990788901 0.99929025 0.99604005

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 1.90404E‐05

exp (2μ + σ2

) 3.62538E‐10

exp (σ2

) ‐ 1 0.474527299

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.007622904

Square root term 2.32589E‐05

Confidence Level 99% 99.9% 99.5%

UPL 4.61E‐05 5.23E‐05 4.84E‐05

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 1.35E+00 2.04E‐01

SE Skewness 0.31 0.31

Skewness Test non‐normal normal

Kurtosis = 2.01E+00 ‐8.78E‐01

SE Kurtosis 0.63 0.63

Kurtosis Test non‐normal normal

Number of test runs = 61 61
Coal TSM Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

FB Coal 1 ILPolyOne B1 ICR Phase II ‐ ERT ERT

FB Coal 1 ILPolyOne B1 ICR Phase I PM and Metals

Stoker/SlopeCoal 2 VACogentrixHopewell 2A ICR Phase II ‐ ERT ERT Metals

Stoker/SlopeCoal 3 VACogentrixHopewell 2B ICR Phase II ‐ ERT ERT Metals

Stoker/SlopeCoal 4 VACogentrixHopewell 2C ICR Phase II ‐ ERT ERT Metals

PC Coal 5 TNEastman_NO_CBIDABoiler 30 ICR Phase II ‐ ERT ERT

Stoker/SlopeCoal 6 AKDoyonUtilities_AK 4 ICR Phase I PM and Metals (1)

FB Coal 7 IARoquetteAmerica Circulating Fluidized BICR Phase II ‐ ERT ERT

Stoker/SlopeCoal 8 VAUniversityofVirginia7103‐1‐01R ICR Phase II ‐ ERT ERT

Stoker/SlopeCoal 9 WINewPageBiron B24 ICR Phase II ‐ ERT ERT

Stoker/SlopeCoal 9 WINewPageBiron B24 ICR Phase I PM and Metals (2)

Stoker/SlopeCoal 10 MNHibbing Unit 1A ICR Phase I PM and Metals1a

Stoker/SlopeCoal 11 VAVirginiaPolytechnic Boiler 7 ICR Phase I PM and Metals

Stoker/SlopeCoal 12 MNHibbing Unit 2A ICR Phase I PM and Metals2a

PC Coal 13 IDTASCONampa Babcock and Wilcox (BICR Phase I PM and Metals

PC Coal 14 IDTASCONampa Babcock and Wilcox (BICR Phase I PM and Metals (4)

PC Coal 15 IAUofNorthernIowa Boiler #3 ICR Phase II ‐ ERT ERT

FB Coal 16 NCUNCCogen ES‐001 ICR Phase II ‐ ERT ERT

Stoker/SlopeCoal 17 VAVirginiaPolytechnic Boiler 11 ICR Phase I PM and Metals (2)

Stoker/SlopeCoal 18 WINewPage‐Wisconsi Power Boiler 2 ‐ B20 ICR Phase I PM and Metals (4)

PC Coal 19 INTateLyleSagamore 31B1 ICR Phase II ‐ ERT ERT

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

TSM8 7.60995E‐06 ‐11.78605445 3 2 ET /Coal: Bituminous/

TSM8 1.47212E‐05 ‐11.12621999 3 2 ET /Coal: Bituminous/

TSM8 8.108E‐06 ‐11.7226592 3 2 ET Coal: Bituminous

TSM8 8.108E‐06 ‐11.7226592 3 2 ET Coal: Bituminous

TSM8 8.108E‐06 ‐11.7226592 3 2 ET Coal: Bituminous

TSM8 8.15221E‐06 ‐11.71722194 3 2 ET Coal: Bituminous

TSM8 9.86476E‐06 ‐11.52654163 3 2 ET /Coal: Sub‐bituminous/

TSM8 1.07528E‐05 ‐11.4403411 3 2 ET Coal: Bituminous

TSM8 1.07893E‐05 ‐11.43695721 3 2 ET Coal: Bituminous

TSM8 1.29966E‐05 ‐11.25082529 3 2 ET Coal: Sub‐bituminous/Wood: Bark

TSM8 4.10126E‐05 ‐10.10163 2 1 ET /Coal: Bituminous/

TSM8 1.6264E‐05 ‐11.02655656 3 2 ET /Coal: Sub‐bituminous/

TSM8 2.1648E‐05 ‐10.74059706 3 2 ET /Coal: Bituminous/

TSM8 2.50071E‐05 ‐10.59635167 3 2 ET /Coal: Sub‐bituminous/

TSM8 2.53156E‐05 ‐10.58409146 3 2 ET /Coal: Sub‐bituminous/

TSM8 2.54238E‐05 ‐10.57982312 3 2 ET /Coal: Sub‐bituminous/

TSM8 2.60005E‐05 ‐10.5573937 3 2 ET Coal: Bituminous

TSM8 2.9422E‐05 ‐10.43376817 3 2 ET Coal: Bituminous/

TSM8 3.28162E‐05 ‐10.32458901 3 2 ET /Coal: Bituminous/

TSM8 3.28932E‐05 ‐10.32224555 3 2 ET /Coal: Sub‐bituminous/

TSM8 3.80037E‐05 ‐10.1778265 2 1 ET Coal: Bituminous/Corn Starch
Appendix C‐5b (iii): Coal TSM Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 23.704336 1.3818653

1.09901E‐05 ‐5 =f(a) 388.02716

4.39155E‐05 1 ‐4.899 352.57899

9.26018E‐05 2 ‐4.798 319.49082

0.000163654 3 ‐4.697 288.66065

0.000265974 4 ‐4.596 259.98862

0.000411334 5 ‐4.495 233.37705

0.000615002 6 ‐4.394 208.73039

0.000896367 7 ‐4.293 185.95526

0.001279485 8 ‐4.192 164.96043

0.001793465 9 ‐4.091 145.65683

0.002472531 10 ‐3.99 127.95752

0.003355616 11 ‐3.889 111.77775

0.004485272 12 ‐3.788 97.034898

0.005905694 13 ‐3.687 83.648512

0.007659656 14 ‐3.586 71.540286

0.009784205 15 ‐3.485 60.634071

0.01230502 16 ‐3.384 50.855873

0.015229515 17 ‐3.283 42.133852

0.018538893 18 ‐3.182 34.398322

0.022179639 19 ‐3.081 27.581752

0.026055146 20 ‐2.98 21.618767

0.030018479 21 ‐2.879 16.446143

0.03386748 22 ‐2.778 12.002814

0.037343612 23 ‐2.677 8.2298657

0.040135936 24 ‐2.576 5.0705409

0.041891544 25 ‐2.475 2.4702351

0.042233367 26 ‐2.374 0.3764989

0.043680994 27 ‐2.273 ‐1.260963

0.047259416 28 ‐2.172 ‐2.49029

0.053236793 29 ‐2.071 ‐3.35747

0.06176572 30 ‐1.97 ‐3.906332

0.072840824 31 ‐1.869 ‐4.178555

0.086260667 32 ‐1.768 ‐4.213661

0.101598834 33 ‐1.667 ‐4.049017

0.118189107 34 ‐1.566 ‐3.719837

0.135129111 35 ‐1.465 ‐3.25918

0.151305608 36 ‐1.364 ‐2.697951

0.165442839 37 ‐1.263 ‐2.064899

0.17617304 38 ‐1.162 ‐1.386621

0.182125722 39 ‐1.061 ‐0.687556

0.182221688 40 ‐0.96 0.0100089

0.189431269 41 ‐0.859 0.6859412

0.204511401 42 ‐0.758 1.3222639

0.227824205 43 ‐0.657 1.903154

0.259274942 44 ‐0.556 2.414943

   1 3 1 3

6

z z z

      

 2z

1z
0.298282594 45 ‐0.455 2.846117

0.343788226 46 ‐0.354 3.1873166

0.394302711 47 ‐0.253 3.4313368

0.447991483 48 ‐0.152 3.5731272

0.502790066 49 ‐0.051 3.6097918

0.556540831 50 0.05 3.5405893

0.60713905 51 0.151 3.3669327

0.652675215 52 0.252 3.0923896

0.691560956 53 0.353 2.722682

0.722627595 54 0.454 2.2656865

0.745189262 55 0.555 1.7314343

0.759066231 56 0.656 1.1321108

0.764568143 57 0.757 0.4820562

0.766695558 58 0.858 ‐0.202235

0.775353348 59 0.959 ‐0.902114

0.789192496 60 1.06 ‐1.596776

0.806726857 61 1.161 ‐2.263264

0.826445316 62 1.262 ‐2.876466

0.846913723 63 1.363 ‐3.409114

0.866859106 64 1.464 ‐3.831786

0.885231187 65 1.565 ‐4.112907

0.90123896 66 1.666 ‐4.218745

0.914362717 67 1.767 ‐4.113416

0.924344123 68 1.868 ‐3.758881

0.931158574 69 1.969 ‐3.114944

0.934975035 70 2.07 ‐2.139258

0.936108833 71 2.171 ‐0.787319

0.937245129 72 2.272 0.9875297

0.94018834 73 2.373 3.234101

0.94446553 74 2.474 6.0033613

0.949626946 75 2.575 9.3484316

0.955270069 76 2.676 13.324588

0.961054819 77 2.777 17.989259

0.966710698 78 2.878 23.402032

0.972037232 79 2.979 29.624643

0.976899297 80 3.08 36.720988

0.981218991 81 3.181 44.757114

0.984965592 82 3.282 53.801224

0.988144889 83 3.383 63.923675

0.990788901 84 3.484 75.196978

0.992946673 85 3.585 87.695801

0.994676542 86 3.686 101.49696

0.99604005 87 3.787 116.67944

0.997097465 88 3.888 133.32436

0.997904764 89 3.989 151.51501

0.998511839 90 4.09 171.33682

0.998961675 91 4.191 192.8774

0.99929025 92 4.292 216.22648

0.999526908 93 4.393 241.47597

0.999695035 94 4.494 268.71993

0.999812876 95 4.595 298.05457

0.999894382 96 4.696 329.57825
0.999950024 97 4.797 363.39149

0.999987524 98 4.898 399.59697

1 99 4.999 438.29952
distribution of Z

Normal

distribution

1.48672E‐06 0.000576888

2.45094E‐06 0.00086415

3.9995E‐06 0.001277804

6.46025E‐06 0.001864819

1.03291E‐05 0.002685445

1.63472E‐05 0.003815072

2.56093E‐05 0.005345431

3.97118E‐05 0.007384612

6.09553E‐05 0.010055205

9.26132E‐05 0.013489743

0.000139285 0.01782256

0.000207351 0.023177194

0.000305546 0.029648616

0.000445674 0.037279959

0.000643469 0.046033964

0.000919619 0.055760248

0.001300942 0.06616055

0.001821704 0.0767554

0.002525035 0.086856951

0.003464389 0.095553916

0.004704958 0.101715379

0.006324913 0.104020419

0.008416337 0.101019729

0.011085658 0.091233481

0.014453386 0.073286487

0.018652949 0.046077169

0.023828414 0.008971371

0.030130931 ‐0.037993982

0.03771375 ‐0.093918184

0.046725789 ‐0.156880416

0.057303789 ‐0.223847633

0.069563239 ‐0.290673817

0.083588399 ‐0.352213137

0.099421884 ‐0.402560865

0.117054396 ‐0.435423268

0.136415346 ‐0.44460221

0.157365126 ‐0.424563424

0.179689839 ‐0.371041454

0.203099244 ‐0.281621615

0.227228529 ‐0.156232286

0.251644341 0.002518672

0.275855243 0.189220488

0.299326439 0.395788556

0.321498297 0.611860774

0.341807853 0.82544649

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 1.023782997

0.37471238 1.19432699

0.386376486 1.325787852

0.394360216 1.409099209

0.398423793 1.438226956

0.398443914 1.410726267

0.394419966 1.327985485

0.386474058 1.195128347

0.374844865 1.02058336

0.359875719 0.815365566

0.34199778 0.592146676

0.32170943 0.364210718

0.299553264 0.144401503

0.276092166 ‐0.055835495

0.25188591 ‐0.227229711

0.227469632 ‐0.363218085

0.203335281 ‐0.460201519

0.17991684 ‐0.517524679

0.157579839 ‐0.537207588

0.136615273 ‐0.523480474

0.117237788 ‐0.482188063

0.099587708 ‐0.420135149

0.083736272 ‐0.344442145

0.069693339 ‐0.261968945

0.05741676 ‐0.178849999

0.046822635 ‐0.100165699

0.037795734 ‐0.029757312

0.030199481 0.029822883

0.023885038 0.077246625

0.018699163 0.112257829

0.014490659 0.135464936

0.011115369 0.148107708

0.008439746 0.151824785

0.006343145 0.148442486

0.004718997 0.139798598

0.003475077 0.127608275

0.002533081 0.113373384

0.001827693 0.098332143

0.001305351 0.083442856

0.000922829 0.069393957

0.00064578 0.05663223

0.00044732 0.045401612

0.000306705 0.035786208

0.000208159 0.027752604

0.000139842 0.021188126

9.29928E‐05 0.01593309

6.12113E‐05 0.011806273

3.98826E‐05 0.008623673

2.5722E‐05 0.00621125

1.64209E‐05 0.004412619

1.03767E‐05 0.003092812

6.49066E‐06 0.00213918
4.01874E‐06 0.001460375

2.46298E‐06 0.000984197

1.49417E‐06 0.000654894
Absolute values

0.000576888 2.91328E‐05

0.00086415 8.72791E‐05

0.001277804 0.000129058

0.001864819 0.000188347

0.002685445 0.00027123

0.003815072 0.000385322

0.005345431 0.000539889

0.007384612 0.000745846

0.010055205 0.001015576

0.013489743 0.001362464

0.01782256 0.001800079

0.023177194 0.002340897

0.029648616 0.00299451

0.037279959 0.003765276

0.046033964 0.00464943

0.055760248 0.005631785

0.06616055 0.006682216

0.0767554 0.007752295

0.086856951 0.008772552

0.095553916 0.009650945

0.101715379 0.010273253

0.104020419 0.010506062

0.101019729 0.010202993

0.091233481 0.009214582

0.073286487 0.007401935

0.046077169 0.004653794

0.008971371 0.000906108

0.037993982 0.003837392

0.093918184 0.009485737

0.156880416 0.015844922

0.223847633 0.022608611

0.290673817 0.029358056

0.352213137 0.035573527

0.402560865 0.040658647

0.435423268 0.04397775

0.44460221 0.044904823

0.424563424 0.042880906

0.371041454 0.037475187

0.281621615 0.028443783

0.156232286 0.015779461

0.002518672 0.000254386

0.189220488 0.019111269

0.395788556 0.039974644

0.611860774 0.061797938

0.82544649 0.083370095

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
1.023782997 0.103402083

1.19432699 0.120627026

1.325787852 0.133904573

1.409099209 0.14231902

1.438226956 0.145260923

1.410726267 0.142483353

1.327985485 0.134126534

1.195128347 0.120707963

1.02058336 0.103078919

0.815365566 0.082351922

0.592146676 0.059806814

0.364210718 0.036785282

0.144401503 0.014584552

0.055835495 0.005639385

0.227229711 0.022950201

0.363218085 0.036685027

0.460201519 0.046480353

0.517524679 0.052269993

0.537207588 0.054257966

0.523480474 0.052871528

0.482188063 0.048700994

0.420135149 0.04243365

0.344442145 0.034788657

0.261968945 0.026458863

0.178849999 0.01806385

0.100165699 0.010116736

0.029757312 0.003005488

0.029822883 0.003012111

0.077246625 0.007801909

0.112257829 0.011338041

0.135464936 0.013681959

0.148107708 0.014958879

0.151824785 0.015334303

0.148442486 0.014992691

0.139798598 0.014119658

0.127608275 0.012888436

0.113373384 0.011450712

0.098332143 0.009931546

0.083442856 0.008427728

0.069393957 0.00700879

0.05663223 0.005719855

0.045401612 0.004585563

0.035786208 0.003614407

0.027752604 0.002803013

0.021188126 0.002140001

0.01593309 0.001609242

0.011806273 0.001192434

0.008623673 0.000870991

0.00621125 0.000627336

0.004412619 0.000445675

0.003092812 0.000312374

0.00213918 0.000216057
0.001460375 0.000147498

0.000984197 9.94039E‐05

0.000654894 3.30722E‐05
Cumulative normalization

2.91328E‐05 1.09901E‐05

0.000116412 4.39155E‐05

0.00024547 9.26018E‐05

0.000433817 0.000163654

0.000705047 0.000265974

0.001090369 0.000411334

0.001630258 0.000615002

0.002376104 0.000896367

0.003391679 0.001279485

0.004754143 0.001793465

0.006554222 0.002472531

0.008895118 0.003355616

0.011889629 0.004485272

0.015654904 0.005905694

0.020304335 0.007659656

0.02593612 0.009784205

0.032618335 0.01230502

0.040370631 0.015229515

0.049143183 0.018538893

0.058794128 0.022179639

0.069067381 0.026055146

0.079573444 0.030018479

0.089776436 0.03386748

0.098991018 0.037343612

0.106392953 0.040135936

0.111046747 0.041891544

0.111952856 0.042233367

0.115790248 0.043680994

0.125275984 0.047259416

0.141120906 0.053236793

0.163729517 0.06176572

0.193087573 0.072840824

0.2286611 0.086260667

0.269319747 0.101598834

0.313297497 0.118189107

0.35820232 0.135129111

0.401083226 0.151305608

0.438558413 0.165442839

0.467002196 0.17617304

0.482781657 0.182125722

0.483036043 0.182221688

0.502147312 0.189431269

0.542121956 0.204511401

0.603919894 0.227824205

0.68728999 0.259274942

) () f b  


0.790692073 0.298282594

0.911319099 0.343788226

1.045223672 0.394302711

1.187542692 0.447991483

1.332803614 0.502790066

1.475286967 0.556540831

1.609413501 0.60713905

1.730121464 0.652675215

1.833200384 0.691560956

1.915552306 0.722627595

1.97535912 0.745189262

2.012144403 0.759066231

2.026728954 0.764568143

2.032368339 0.766695558

2.05531854 0.775353348

2.092003567 0.789192496

2.13848392 0.806726857

2.190753913 0.826445316

2.245011879 0.846913723

2.297883407 0.866859106

2.346584401 0.885231187

2.389018051 0.90123896

2.423806708 0.914362717

2.450265572 0.924344123

2.468329421 0.931158574

2.478446157 0.934975035

2.481451646 0.936108833

2.484463757 0.937245129

2.492265666 0.94018834

2.503603707 0.94446553

2.517285665 0.949626946

2.532244544 0.955270069

2.547578847 0.961054819

2.562571538 0.966710698

2.576691196 0.972037232

2.589579632 0.976899297

2.601030344 0.981218991

2.61096189 0.984965592

2.619389619 0.988144889

2.626398409 0.990788901

2.632118264 0.992946673

2.636703827 0.994676542

2.640318234 0.99604005

2.643121247 0.997097465

2.645261247 0.997904764

2.64687049 0.998511839

2.648062923 0.998961675

2.648933914 0.99929025

2.64956125 0.999526908

2.650006925 0.999695035

2.650319299 0.999812876

2.650535356 0.999894382
2.650682854 0.999950024

2.650782258 0.999987524

2.65081533 1

132.3614315
Appendix C‐6a (i): Liquid Hg Run and Fuel Analysis Data

Calculated in Access:

(ln(test run) ‐ ln(test

average))^2

Calculated in Access:

(ln(FA) ‐ ln(FA avg))^2 In top 12%?

Min Test

Avg?

Fuel

Category

Metals

Process

Heater? Rank

0.006823983 0 YES Yes Liquid no 1

0.005101505 0 YES Yes Liquid no 1

0.00030036 0 YES Yes Liquid no 1

5.99132E‐05 0 YES Yes Liquid no 2

1.64424E‐07 0 YES Yes Liquid no 2

6.5337E‐05 0 YES Yes Liquid no 2

0.001275724 0 YES Yes Liquid no 3

0.041464311 0 YES Yes Liquid no 3

0.092470044 0 YES Yes Liquid no 3

0.039483691 0 YES Yes Liquid no 4

0.00510134 0 YES Yes Liquid no 4

0.026753801 0 YES Yes Liquid no 4

0 0 YES Yes Liquid no 5

0 0 YES Yes Liquid no 5

0.024418275 0 YES Yes Liquid no 6

0.033368345 0 YES Yes Liquid no 6

4.75046E‐06 0 YES Yes Liquid no 6

0 0.438374615 YES Yes Liquid no 7

0 0.651449824 YES Yes Liquid no 7

0 0.401928334 YES Yes Liquid no 7

0 0.370483403 YES Yes Liquid no 7

0 2.883152859 YES Yes Liquid no 7

0 0.299490339 YES Yes Liquid no 7

0 0.139707081 YES Yes Liquid no 7

0 0.003095994 YES Yes Liquid no 7

0 0.770696975 YES Yes Liquid no 7

0 0.728644553 YES Yes Liquid no 7

0 0.08496518 YES Yes Liquid no 7

0 0.969506187 YES Yes Liquid no 7

0 0.331329883 YES Yes Liquid no 7

0 0.969506187 YES Yes Liquid no 7

0 0.046366893 YES Yes Liquid no 7

0 0.969506187 YES Yes Liquid no 7

0 0.060027694 YES Yes Liquid no 7

0 0.969506187 YES Yes Liquid no 7

0 0.969506187 YES Yes Liquid no 7

0 0.090925291 YES Yes Liquid no 7

0 0.390378613 YES Yes Liquid no 7

0 0.969506187 YES Yes Liquid no 7

0 1.633716428 YES Yes Liquid no 7

0 0.969506187 YES Yes Liquid no 7

0 0.969506187 YES Yes Liquid no 7

0 0.989399022 YES Yes Liquid no 7

0 0.969506187 YES Yes Liquid no 7

0 0.264845507 YES Yes Liquid no 7

0 2.883152876 YES Yes Liquid no 7

0 0.410939145 YES Yes Liquid no 7
0 1.343254216 YES Yes Liquid no 7

0 0.743763815 YES Yes Liquid no 7

0 1.289264751 YES Yes Liquid no 7

0 0.110429851 YES Yes Liquid no 7

0 0.292328804 YES Yes Liquid no 7

0 0.823872121 YES Yes Liquid no 7

0 0.016957178 YES Yes Liquid no 7

0 0.699255615 YES Yes Liquid no 7

0 0.014549612 YES Yes Liquid no 7

0 0.084965183 YES Yes Liquid no 7

0 0.144642611 YES Yes Liquid no 7

0 0.021540568 YES Yes Liquid no 7

0 0.033354985 YES Yes Liquid no 7

0 0.803638794 YES Yes Liquid no 7

0 0.847233903 YES Yes Liquid no 7

0 0.005870846 YES Yes Liquid no 7

0 0.767970885 YES Yes Liquid no 7

0 0.401928341 YES Yes Liquid no 7

0 0.385386225 YES Yes Liquid no 7

0 0.478816176 YES Yes Liquid no 7

0 2.665907748 YES Yes Liquid no 7

0 0.003929276 YES Yes Liquid no 7

0 4.381895188 YES Yes Liquid no 7

0 0.521675099 YES Yes Liquid no 7

0 2.092855586 YES Yes Liquid no 7

0 3.613518859 YES Yes Liquid no 7

0 0.555946437 YES Yes Liquid no 7

0 1.585262059 YES Yes Liquid no 7

0 0.489238858 YES Yes Liquid no 7

0 2.286953899 YES Yes Liquid no 7

0 0.011917286 YES Yes Liquid no 7

0 5.860774873 YES Yes Liquid no 7

0 0.225618903 YES Yes Liquid no 7

0 1.427910329 YES Yes Liquid no 7

0 6.044930607 YES Yes Liquid no 7

0 2.426920032 YES Yes Liquid no 7

0 1.653600014 YES Yes Liquid no 7

0 6.239328418 YES Yes Liquid no 7

0 1.694737013 YES Yes Liquid no 7

0 3.916721937 YES Yes Liquid no 7

0 3.916721937 YES Yes Liquid no 7

0 1.623303647 YES Yes Liquid no 7

0 1.957907512 YES Yes Liquid no 7

0 1.280910391 YES Yes Liquid no 7

0 0.427906418 YES Yes Liquid no 7

0 4.434489177 YES Yes Liquid no 7

0 4.434489177 YES Yes Liquid no 7

0 0.358497712 YES Yes Liquid no 7

0 3.406016363 YES Yes Liquid no 7

0 4.112220813 YES Yes Liquid no 7

0 3.734753224 YES Yes Liquid no 7

0 0.06860684 YES Yes Liquid no 7
0 4.671617691 YES Yes Liquid no 7

0 1.170749121 YES Yes Liquid no 7

0 0.280216495 YES Yes Liquid no 7

0 2.155744421 YES Yes Liquid no 7

0 0.969506187 YES Yes Liquid no 8

0 0.770696975 YES Yes Liquid no 8

0 0.728644553 YES Yes Liquid no 8

0 0.090925291 YES Yes Liquid no 8

0 0.370483403 YES Yes Liquid no 8

0 0.401928334 YES Yes Liquid no 8

0 0.438374615 YES Yes Liquid no 8

0 0.003095994 YES Yes Liquid no 8

0 0.139707081 YES Yes Liquid no 8

0 0.08496518 YES Yes Liquid no 8

0 1.633716428 YES Yes Liquid no 8

0 0.969506187 YES Yes Liquid no 8

0 0.651449824 YES Yes Liquid no 8

0 0.331329883 YES Yes Liquid no 8

0 0.969506187 YES Yes Liquid no 8

0 0.060027694 YES Yes Liquid no 8

0 0.969506187 YES Yes Liquid no 8

0 2.883152859 YES Yes Liquid no 8

0 0.046366893 YES Yes Liquid no 8

0 0.299490339 YES Yes Liquid no 8

0 0.969506187 YES Yes Liquid no 8

0 0.969506187 YES Yes Liquid no 8

0 0.969506187 YES Yes Liquid no 8

0 0.390378613 YES Yes Liquid no 8

0 0.989399022 YES Yes Liquid no 8

0 0.969506187 YES Yes Liquid no 8

0 0.969506187 YES Yes Liquid no 8

0 1.585262059 YES Yes Liquid no 8

0 0.478816176 YES Yes Liquid no 8

0 0.06860684 YES Yes Liquid no 8

0 1.343254216 YES Yes Liquid no 8

0 0.743763815 YES Yes Liquid no 8

0 0.410939145 YES Yes Liquid no 8

0 0.021540568 YES Yes Liquid no 8

0 2.286953899 YES Yes Liquid no 8

0 0.016957178 YES Yes Liquid no 8

0 0.847233903 YES Yes Liquid no 8

0 1.289264751 YES Yes Liquid no 8

0 0.489238858 YES Yes Liquid no 8

0 0.555946437 YES Yes Liquid no 8

0 2.883152876 YES Yes Liquid no 8

0 0.699255615 YES Yes Liquid no 8

0 0.014549612 YES Yes Liquid no 8

0 0.084965183 YES Yes Liquid no 8

0 0.823872121 YES Yes Liquid no 8

0 4.434489177 YES Yes Liquid no 8

0 0.292328804 YES Yes Liquid no 8

0 0.803638794 YES Yes Liquid no 8
0 1.280910391 YES Yes Liquid no 8

0 3.734753224 YES Yes Liquid no 8

0 0.427906418 YES Yes Liquid no 8

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0 0.385386225 YES Yes Liquid no 15

0 0.478816176 YES Yes Liquid no 15

0 0.011917286 YES Yes Liquid no 15

0 0.003929276 YES Yes Liquid no 15

0 0.489238858 YES Yes Liquid no 15

0 4.381895188 YES Yes Liquid no 15

0 0.521675099 YES Yes Liquid no 15

0 0.110429851 YES Yes Liquid no 15

0 2.092855586 YES Yes Liquid no 15

0 0.144642611 YES Yes Liquid no 15

0 1.694737013 YES Yes Liquid no 15

0 0.699255615 YES Yes Liquid no 15

0 0.084965183 YES Yes Liquid no 15

0 0.014549612 YES Yes Liquid no 15

0 0.06860684 YES Yes Liquid no 15

0 0.016957178 YES Yes Liquid no 15

0 0.264845507 YES Yes Liquid no 15

0 2.286953899 YES Yes Liquid no 15

0 0.823872121 YES Yes Liquid no 15

0 1.957907512 YES Yes Liquid no 15

0 0.410939145 YES Yes Liquid no 15

0 1.289264751 YES Yes Liquid no 15

0 0.743763815 YES Yes Liquid no 15

0 1.343254216 YES Yes Liquid no 15

0 0.005870846 YES Yes Liquid no 15

0 0.280216495 YES Yes Liquid no 15

0 3.734753224 YES Yes Liquid no 15

0 4.112220813 YES Yes Liquid no 15
0 0.803638794 YES Yes Liquid no 15

0 1.280910391 YES Yes Liquid no 15

0 2.883152876 YES Yes Liquid no 15

0 3.406016363 YES Yes Liquid no 15

0 0.401928341 YES Yes Liquid no 15

0 4.434489177 YES Yes Liquid no 15

0 4.671617691 YES Yes Liquid no 15

0 1.170749121 YES Yes Liquid no 15

0 2.155744421 YES Yes Liquid no 15

0 0.358497712 YES Yes Liquid no 15

0 0.427906418 YES Yes Liquid no 15

0 1.585262059 YES Yes Liquid no 15

0 0.555946437 YES Yes Liquid no 15

0 3.613518859 YES Yes Liquid no 15

0 0.292328804 YES Yes Liquid no 15

0 0.033354985 YES Yes Liquid no 15

0 0.969506187 YES Yes Liquid no 16

0 0.651449824 YES Yes Liquid no 16

0 0.331329883 YES Yes Liquid no 16

0 0.969506187 YES Yes Liquid no 16

0 0.060027694 YES Yes Liquid no 16

0 0.969506187 YES Yes Liquid no 16

0 1.633716428 YES Yes Liquid no 16

0 0.438374615 YES Yes Liquid no 16

0 0.969506187 YES Yes Liquid no 16

0 0.390378613 YES Yes Liquid no 16

0 0.989399022 YES Yes Liquid no 16

0 0.08496518 YES Yes Liquid no 16

0 0.969506187 YES Yes Liquid no 16

0 0.969506187 YES Yes Liquid no 16

0 0.969506187 YES Yes Liquid no 16

0 2.883152859 YES Yes Liquid no 16

0 0.770696975 YES Yes Liquid no 16

0 0.139707081 YES Yes Liquid no 16

0 0.046366893 YES Yes Liquid no 16

0 0.003095994 YES Yes Liquid no 16

0 0.969506187 YES Yes Liquid no 16

0 0.090925291 YES Yes Liquid no 16

0 0.370483403 YES Yes Liquid no 16

0 0.299490339 YES Yes Liquid no 16

0 0.969506187 YES Yes Liquid no 16

0 0.728644553 YES Yes Liquid no 16

0 0.401928334 YES Yes Liquid no 16

0 2.286953899 YES Yes Liquid no 16

0 4.381895188 YES Yes Liquid no 16

0 0.021540568 YES Yes Liquid no 16

0 0.699255615 YES Yes Liquid no 16

0 0.847233903 YES Yes Liquid no 16

0 0.014549612 YES Yes Liquid no 16

0 0.084965183 YES Yes Liquid no 16

0 0.225618903 YES Yes Liquid no 16

0 2.883152876 YES Yes Liquid no 16
0 2.426920032 YES Yes Liquid no 16

0 6.044930607 YES Yes Liquid no 16

0 1.694737013 YES Yes Liquid no 16

0 1.957907512 YES Yes Liquid no 16

0 0.005870846 YES Yes Liquid no 16

0 0.401928341 YES Yes Liquid no 16

0 0.110429851 YES Yes Liquid no 16

0 0.823872121 YES Yes Liquid no 16

0 3.916721937 YES Yes Liquid no 16

0 0.06860684 YES Yes Liquid no 16

0 0.280216495 YES Yes Liquid no 16

0 0.555946437 YES Yes Liquid no 16

0 3.613518859 YES Yes Liquid no 16

0 1.585262059 YES Yes Liquid no 16

0 2.092855586 YES Yes Liquid no 16

0 0.016957178 YES Yes Liquid no 16

0 0.410939145 YES Yes Liquid no 16

0 0.358497712 YES Yes Liquid no 16

0 0.033354985 YES Yes Liquid no 16

0 2.155744421 YES Yes Liquid no 16

0 0.144642611 YES Yes Liquid no 16

0 1.170749121 YES Yes Liquid no 16

0 4.671617691 YES Yes Liquid no 16

0 4.434489177 YES Yes Liquid no 16

0 3.734753224 YES Yes Liquid no 16

0 4.112220813 YES Yes Liquid no 16

0 0.803638794 YES Yes Liquid no 16

0 3.406016363 YES Yes Liquid no 16

0 1.280910391 YES Yes Liquid no 16

0 0.427906418 YES Yes Liquid no 16

0 0.489238858 YES Yes Liquid no 16

0 1.653600014 YES Yes Liquid no 16

0 4.434489177 YES Yes Liquid no 16

0 6.239328418 YES Yes Liquid no 16

0 5.860774873 YES Yes Liquid no 16

0 3.916721937 YES Yes Liquid no 16

0 1.427910329 YES Yes Liquid no 16

0 1.289264751 YES Yes Liquid no 16

0 0.521675099 YES Yes Liquid no 16

0 1.343254216 YES Yes Liquid no 16

0 1.623303647 YES Yes Liquid no 16

0 0.264845507 YES Yes Liquid no 16

0 0.292328804 YES Yes Liquid no 16

0 0.003929276 YES Yes Liquid no 16

0 0.011917286 YES Yes Liquid no 16

0 0.478816176 YES Yes Liquid no 16

0 0.385386225 YES Yes Liquid no 16

0 2.665907748 YES Yes Liquid no 16

0 0.767970885 YES Yes Liquid no 16

0 0.743763815 YES Yes Liquid no 16
FacilityID UnitID Data Source Source Tab

TNMilanArmyAmmunitionD88L‐1, Source #27‐0010‐ ICR Phase II ‐ ERT ERT

TNMilanArmyAmmunitionD88L‐1, Source #27‐0010‐ ICR Phase II ‐ ERT ERT

TNMilanArmyAmmunitionD88L‐1, Source #27‐0010‐ ICR Phase II ‐ ERT ERT

CTElectric Boat EMU 17 ICR Phase II ‐ ERT ERT

CTElectric Boat EMU 17 ICR Phase II ‐ ERT ERT

CTElectric Boat EMU 17 ICR Phase II ‐ ERT ERT

MEFPLEnergyWyman Unit #5 ICR Phase II ‐ ERT ERT

MEFPLEnergyWyman Unit #5 ICR Phase II ‐ ERT ERT

MEFPLEnergyWyman Unit #5 ICR Phase II ‐ ERT ERT

MNGPDuluth EU33 Boiler #3 ICR Phase II ‐ ERT ERT

MNGPDuluth EU33 Boiler #3 ICR Phase II ‐ ERT ERT

MNGPDuluth EU33 Boiler #3 ICR Phase II ‐ ERT ERT

OKIPValliant Power Boiler EUG‐D2 ICR Phase I Blank

OKIPValliant Power Boiler EUG‐D2 ICR Phase I Blank

PABoeingRidleyPark 033 ICR Phase II ‐ ERT ERT

PABoeingRidleyPark 033 ICR Phase II ‐ ERT ERT

PABoeingRidleyPark 033 ICR Phase II ‐ ERT ERT

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank
HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank
HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H101A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank
HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102A ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data
HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank
HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H102B ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank
HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank
HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H175 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank
HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H501 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data
HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank
HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H502 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank
HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank

HITesoro H503 ICR Phase II ‐ Voluntary Blank
HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank
HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro H504 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data
HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank
HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1102 ICR Phase II ‐ Voluntary Blank

HITesoro SG1103 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1103 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1103 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1103 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1103 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1103 ICR Phase II ‐ Voluntary Additional FA Data

HITesoro SG1103 ICR Phase II ‐ Voluntary Additional FA Data

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Pollutant

Data

Type Run Number Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

Mercury (Hg) ET 1 11/17/2009 DLL 7.64901E‐08 ‐16.38610387 1

Mercury (Hg) ET 2 11/17/2009 DLL 6.55708E‐08 ‐16.5401361 1

Mercury (Hg) ET 3 11/18/2009 DLL 6.92154E‐08 ‐16.48604218 1

Mercury (Hg) ET 1 8/18/2009 DLL 7.5563E‐08 ‐16.39829897 1

Mercury (Hg) ET 3 8/19/2009 BDL 7.61193E‐08 ‐16.39096411 1

Mercury (Hg) ET 4 8/19/2009 DLL 7.67682E‐08 ‐16.38247548 1

Mercury (Hg) ET PM/TM‐R1 10/5/2009 8.91699E‐08 ‐16.23272177 0

Mercury (Hg) ET PM/TM‐R2 10/5/2009 1.05473E‐07 ‐16.06481118 0

Mercury (Hg) ET PM/TM‐R3 10/6/2009 6.34808E‐08 ‐16.57252793 0

Mercury (Hg) ET 1 9/10/2009 DLL 0.000000128 ‐15.87123557 1

Mercury (Hg) ET 2 9/10/2009 DLL 9.77E‐08 ‐16.14136428 1

Mercury (Hg) ET 3 9/10/2009 DLL 8.91E‐08 ‐16.2335065 1

Mercury (Hg) FA Sample #1 9/8/2005 1.12994E‐07 ‐15.99592802 0

Mercury (Hg) FA Sample #1 9/8/2005 1.12994E‐07 ‐15.99592802 0

Mercury (Hg) ET M29‐1 9/22/2009 DLL 1.37403E‐07 ‐15.80034519 1

Mercury (Hg) ET M29‐2 9/23/2009 DLL 9.7904E‐08 ‐16.13927871 1

Mercury (Hg) ET M29‐3 9/24/2009 DLL 1.1727E‐07 ‐15.95878822 1

Mercury (Hg) FA Sample #1 11/30/2006 3.11208E‐07 ‐14.98280505 0

Mercury (Hg) FA Sample #1 8/29/2005 3.59778E‐07 ‐14.83777927 0

Mercury (Hg) FA Sample #1 10/12/2010 8.51474E‐08 ‐16.27888187 0

Mercury (Hg) FA Sample #1 12/26/2007 2.95018E‐07 ‐15.03623021 0

Mercury (Hg) FA Sample #1 12/1/2005 2.93819E‐08 ‐17.34288863 0

Mercury (Hg) FA Sample #1 9/28/2010 2.77444E‐07 ‐15.09764659 0

Mercury (Hg) FA Sample #1 1/4/2006 2.33256E‐07 ‐15.27112959 0

Mercury (Hg) FA Sample #1 10/17/2006 1.69695E‐07 ‐15.58926203 0

Mercury (Hg) FA Sample #1 12/21/2006 3.86161E‐07 ‐14.7670102 0

Mercury (Hg) FA Sample #1 11/8/2007 6.83578E‐08 ‐16.49851048 0

Mercury (Hg) FA Sample #1 8/9/2005 1.19926E‐07 ‐15.93639156 0

Mercury (Hg) FA Sample #1 8/30/2005 5.9963E‐08 ‐16.62953874 0

Mercury (Hg) FA Sample #1 12/18/2004 2.85424E‐07 ‐15.06929108 0

Mercury (Hg) FA Sample #1 8/26/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/30/2004 1.99077E‐07 ‐15.42957396 0

Mercury (Hg) FA Sample #1 8/30/2005 5.9963E‐08 ‐16.62953874 0

Mercury (Hg) FA Sample #1 11/12/2004 2.05073E‐07 ‐15.39989819 0

Mercury (Hg) FA Sample #1 8/26/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/9/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 12/7/2007 1.18727E‐07 ‐15.9464419 0

Mercury (Hg) FA Sample #1 8/31/2005 2.99815E‐07 ‐15.02010083 0

Mercury (Hg) FA Sample #1 8/15/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 10/28/2005 5.76244E‐07 ‐14.36673452 0

Mercury (Hg) FA Sample #1 8/16/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/16/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/17/2005 5.93633E‐08 ‐16.63958908 0

Mercury (Hg) FA Sample #1 8/15/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 12/29/2007 9.59407E‐08 ‐16.15953512 0

Mercury (Hg) FA Sample #1 12/21/2006 2.93819E‐08 ‐17.34288864 0

Mercury (Hg) FA Sample #1 10/28/2005 8.45478E‐08 ‐16.28594904 0
Mercury (Hg) FA Sample #1 11/6/2006 5.03689E‐08 ‐16.80389214 0

Mercury (Hg) FA Sample #1 10/12/2006 6.77581E‐08 ‐16.50732112 0

Mercury (Hg) FA Sample #1 11/16/2005 5.15681E‐08 ‐16.78036164 0

Mercury (Hg) FA Sample #1 1/3/2006 1.15129E‐07 ‐15.97721356 0

Mercury (Hg) FA Sample #1 10/7/2010 2.75624E‐07 ‐15.10422929 0

Mercury (Hg) FA Sample #1 11/12/2007 6.476E‐08 ‐16.55257771 0

Mercury (Hg) FA Sample #1 11/30/2006 1.40913E‐07 ‐15.77512342 0

Mercury (Hg) FA Sample #1 10/17/2006 6.9557E‐08 ‐16.48111874 0

Mercury (Hg) FA Sample #1 1/3/2006 1.81088E‐07 ‐15.52428192 0

Mercury (Hg) FA Sample #1 11/30/2005 1.19926E‐07 ‐15.93639157 0

Mercury (Hg) FA Sample #1 12/18/2004 1.09732E‐07 ‐16.02522278 0

Mercury (Hg) FA Sample #1 12/29/2007 1.85885E‐07 ‐15.49813664 0

Mercury (Hg) FA Sample #1 11/12/2004 1.33717E‐07 ‐15.82753716 0

Mercury (Hg) FA Sample #1 11/8/2007 6.54904E‐08 ‐16.54136272 0

Mercury (Hg) FA Sample #1 11/1/2005 4.02951E‐07 ‐14.72445059 0

Mercury (Hg) FA Sample #1 11/12/2004 1.73293E‐07 ‐15.56828225 0

Mercury (Hg) FA Sample #1 11/1/2005 3.85562E‐07 ‐14.76856421 0

Mercury (Hg) FA Sample #1 8/30/2004 8.51474E‐08 ‐16.27888188 0

Mercury (Hg) FA Sample #1 1/3/2006 2.98616E‐07 ‐15.02410886 0

Mercury (Hg) FA Sample #1 10/17/2006 8.03504E‐08 ‐16.33686914 0

Mercury (Hg) FA Sample #1 11/30/2005 8.21493E‐07 ‐14.01214292 0

Mercury (Hg) FA Sample #1 12/21/2006 1.70894E‐07 ‐15.58221975 0

Mercury (Hg) FA Sample #1 12/6/2007 1.97878E‐08 ‐17.73820137 0

Mercury (Hg) FA Sample #1 8/30/2004 7.79519E‐08 ‐16.36717448 0

Mercury (Hg) FA Sample #1 10/8/2010 3.77767E‐08 ‐17.09157421 0

Mercury (Hg) FA Sample #1 10/7/2010 2.39852E‐08 ‐17.54582948 0

Mercury (Hg) FA Sample #1 11/8/2007 7.6153E‐08 ‐16.39052185 0

Mercury (Hg) FA Sample #1 12/21/2006 4.55719E‐08 ‐16.90397559 0

Mercury (Hg) FA Sample #1 11/12/2007 7.97507E‐08 ‐16.34435981 0

Mercury (Hg) FA Sample #1 12/6/2007 3.53781E‐08 ‐17.15717149 0

Mercury (Hg) FA Sample #1 11/30/2006 1.43911E‐07 ‐15.75407001 0

Mercury (Hg) FA Sample #1 1/3/2006 1.426E‐08 ‐18.06580742 0

Mercury (Hg) FA Sample #1 11/12/2004 9.982E‐08 ‐16.11989727 0

Mercury (Hg) FA Sample #1 12/29/2007 4.85896E‐08 ‐16.83985571 0

Mercury (Hg) FA Sample #1 12/6/2007 1.37319E‐08 ‐18.10354775 0

Mercury (Hg) FA Sample #1 11/8/2007 3.38015E‐08 ‐17.2027612 0

Mercury (Hg) FA Sample #1 12/21/2006 4.43644E‐08 ‐16.93082749 0

Mercury (Hg) FA Sample #1 10/17/2006 1.32037E‐08 ‐18.14276846 0

Mercury (Hg) FA Sample #1 12/18/2004 5.90036E‐07 ‐14.34308304 0

Mercury (Hg) FA Sample #1 11/30/2005 2.21822E‐08 ‐17.62397467 0

Mercury (Hg) FA Sample #1 10/28/2005 2.21822E‐08 ‐17.62397467 0

Mercury (Hg) FA Sample #1 12/18/2004 4.48926E‐08 ‐16.91899303 0

Mercury (Hg) FA Sample #1 8/30/2004 3.96111E‐08 ‐17.04415617 0

Mercury (Hg) FA Sample #1 12/29/2007 5.17585E‐08 ‐16.77667681 0

Mercury (Hg) FA Sample #1 8/30/2004 8.34474E‐08 ‐16.29904925 0

Mercury (Hg) FA Sample #1 10/17/2006 1.95415E‐08 ‐17.75072638 0

Mercury (Hg) FA Sample #1 11/30/2006 1.95415E‐08 ‐17.75072638 0

Mercury (Hg) FA Sample #1 11/12/2004 8.82007E‐08 ‐16.24365048 0

Mercury (Hg) FA Sample #1 12/6/2007 2.53511E‐08 ‐17.49044328 0

Mercury (Hg) FA Sample #1 12/21/2006 2.11259E‐08 ‐17.67276483 0

Mercury (Hg) FA Sample #1 11/30/2006 2.32385E‐08 ‐17.57745465 0

Mercury (Hg) FA Sample #1 12/18/2004 1.23524E‐07 ‐15.90683277 0
Mercury (Hg) FA Sample #1 1/3/2006 1.84852E‐08 ‐17.80629623 0

Mercury (Hg) FA Sample #1 11/30/2005 5.43993E‐08 ‐16.7269153 0

Mercury (Hg) FA Sample #1 10/28/2005 9.45385E‐08 ‐16.17425848 0

Mercury (Hg) FA Sample #1 12/18/2004 3.69704E‐08 ‐17.11314905 0

Mercury (Hg) FA Sample #1 8/16/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 12/21/2006 3.86161E‐07 ‐14.7670102 0

Mercury (Hg) FA Sample #1 11/8/2007 6.83578E‐08 ‐16.49851048 0

Mercury (Hg) FA Sample #1 12/7/2007 1.18727E‐07 ‐15.9464419 0

Mercury (Hg) FA Sample #1 12/26/2007 2.95018E‐07 ‐15.03623021 0

Mercury (Hg) FA Sample #1 10/12/2010 8.51474E‐08 ‐16.27888187 0

Mercury (Hg) FA Sample #1 11/30/2006 3.11208E‐07 ‐14.98280505 0

Mercury (Hg) FA Sample #1 10/17/2006 1.69695E‐07 ‐15.58926203 0

Mercury (Hg) FA Sample #1 1/4/2006 2.33256E‐07 ‐15.27112959 0

Mercury (Hg) FA Sample #1 8/9/2005 1.19926E‐07 ‐15.93639156 0

Mercury (Hg) FA Sample #1 10/28/2005 5.76244E‐07 ‐14.36673452 0

Mercury (Hg) FA Sample #1 8/9/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/29/2005 3.59778E‐07 ‐14.83777927 0

Mercury (Hg) FA Sample #1 12/18/2004 2.85424E‐07 ‐15.06929108 0

Mercury (Hg) FA Sample #1 8/16/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 11/12/2004 2.05073E‐07 ‐15.39989819 0

Mercury (Hg) FA Sample #1 8/30/2005 5.9963E‐08 ‐16.62953874 0

Mercury (Hg) FA Sample #1 12/1/2005 2.93819E‐08 ‐17.34288863 0

Mercury (Hg) FA Sample #1 8/30/2004 1.99077E‐07 ‐15.42957396 0

Mercury (Hg) FA Sample #1 9/28/2010 2.77444E‐07 ‐15.09764659 0

Mercury (Hg) FA Sample #1 8/15/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/26/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/26/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/31/2005 2.99815E‐07 ‐15.02010083 0

Mercury (Hg) FA Sample #1 8/17/2005 5.93633E‐08 ‐16.63958908 0

Mercury (Hg) FA Sample #1 8/15/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/30/2005 5.9963E‐08 ‐16.62953874 0

Mercury (Hg) FA Sample #1 12/21/2006 4.55719E‐08 ‐16.90397559 0

Mercury (Hg) FA Sample #1 10/17/2006 8.03504E‐08 ‐16.33686914 0

Mercury (Hg) FA Sample #1 12/18/2004 1.23524E‐07 ‐15.90683277 0

Mercury (Hg) FA Sample #1 11/6/2006 5.03689E‐08 ‐16.80389214 0

Mercury (Hg) FA Sample #1 10/12/2006 6.77581E‐08 ‐16.50732112 0

Mercury (Hg) FA Sample #1 10/28/2005 8.45478E‐08 ‐16.28594904 0

Mercury (Hg) FA Sample #1 12/29/2007 1.85885E‐07 ‐15.49813664 0

Mercury (Hg) FA Sample #1 12/6/2007 3.53781E‐08 ‐17.15717149 0

Mercury (Hg) FA Sample #1 11/30/2006 1.40913E‐07 ‐15.77512342 0

Mercury (Hg) FA Sample #1 11/1/2005 4.02951E‐07 ‐14.72445059 0

Mercury (Hg) FA Sample #1 11/16/2005 5.15681E‐08 ‐16.78036164 0

Mercury (Hg) FA Sample #1 11/12/2007 7.97507E‐08 ‐16.34435981 0

Mercury (Hg) FA Sample #1 11/8/2007 7.6153E‐08 ‐16.39052185 0

Mercury (Hg) FA Sample #1 12/21/2006 2.93819E‐08 ‐17.34288864 0

Mercury (Hg) FA Sample #1 10/17/2006 6.9557E‐08 ‐16.48111874 0

Mercury (Hg) FA Sample #1 1/3/2006 1.81088E‐07 ‐15.52428192 0

Mercury (Hg) FA Sample #1 11/30/2005 1.19926E‐07 ‐15.93639157 0

Mercury (Hg) FA Sample #1 11/12/2007 6.476E‐08 ‐16.55257771 0

Mercury (Hg) FA Sample #1 11/30/2006 1.95415E‐08 ‐17.75072638 0

Mercury (Hg) FA Sample #1 10/7/2010 2.75624E‐07 ‐15.10422929 0

Mercury (Hg) FA Sample #1 11/8/2007 6.54904E‐08 ‐16.54136272 0
Mercury (Hg) FA Sample #1 12/29/2007 5.17585E‐08 ‐16.77667681 0

Mercury (Hg) FA Sample #1 11/30/2006 2.32385E‐08 ‐17.57745465 0

Mercury (Hg) FA Sample #1 8/30/2004 8.34474E‐08 ‐16.29904925 0

Mercury (Hg) FA Sample #1 12/21/2006 2.11259E‐08 ‐17.67276483 0

Mercury (Hg) FA Sample #1 12/6/2007 2.53511E‐08 ‐17.49044328 0

Mercury (Hg) FA Sample #1 10/17/2006 1.95415E‐08 ‐17.75072638 0

Mercury (Hg) FA Sample #1 1/3/2006 1.84852E‐08 ‐17.80629623 0

Mercury (Hg) FA Sample #1 11/30/2005 5.43993E‐08 ‐16.7269153 0

Mercury (Hg) FA Sample #1 11/8/2007 3.38015E‐08 ‐17.2027612 0

Mercury (Hg) FA Sample #1 10/28/2005 2.21822E‐08 ‐17.62397467 0

Mercury (Hg) FA Sample #1 10/28/2005 9.45385E‐08 ‐16.17425848 0

Mercury (Hg) FA Sample #1 10/17/2006 1.32037E‐08 ‐18.14276846 0

Mercury (Hg) FA Sample #1 1/3/2006 1.426E‐08 ‐18.06580742 0

Mercury (Hg) FA Sample #1 12/18/2004 4.48926E‐08 ‐16.91899303 0

Mercury (Hg) FA Sample #1 11/30/2005 2.21822E‐08 ‐17.62397467 0

Mercury (Hg) FA Sample #1 8/30/2004 3.96111E‐08 ‐17.04415617 0

Mercury (Hg) FA Sample #1 10/7/2010 2.39852E‐08 ‐17.54582948 0

Mercury (Hg) FA Sample #1 11/30/2006 1.43911E‐07 ‐15.75407001 0

Mercury (Hg) FA Sample #1 11/12/2004 9.982E‐08 ‐16.11989727 0

Mercury (Hg) FA Sample #1 12/29/2007 4.85896E‐08 ‐16.83985571 0

Mercury (Hg) FA Sample #1 12/6/2007 1.37319E‐08 ‐18.10354775 0

Mercury (Hg) FA Sample #1 11/12/2004 8.82007E‐08 ‐16.24365048 0

Mercury (Hg) FA Sample #1 12/18/2004 3.69704E‐08 ‐17.11314905 0

Mercury (Hg) FA Sample #1 11/1/2005 3.85562E‐07 ‐14.76856421 0

Mercury (Hg) FA Sample #1 12/29/2007 9.59407E‐08 ‐16.15953512 0

Mercury (Hg) FA Sample #1 1/3/2006 1.15129E‐07 ‐15.97721356 0

Mercury (Hg) FA Sample #1 8/30/2004 8.51474E‐08 ‐16.27888188 0

Mercury (Hg) FA Sample #1 11/30/2005 8.21493E‐07 ‐14.01214292 0

Mercury (Hg) FA Sample #1 12/18/2004 5.90036E‐07 ‐14.34308304 0

Mercury (Hg) FA Sample #1 12/18/2004 1.09732E‐07 ‐16.02522278 0

Mercury (Hg) FA Sample #1 10/8/2010 3.77767E‐08 ‐17.09157421 0

Mercury (Hg) FA Sample #1 11/12/2004 1.73293E‐07 ‐15.56828225 0

Mercury (Hg) FA Sample #1 12/21/2006 1.70894E‐07 ‐15.58221975 0

Mercury (Hg) FA Sample #1 1/3/2006 2.98616E‐07 ‐15.02410886 0

Mercury (Hg) FA Sample #1 12/6/2007 1.97878E‐08 ‐17.73820137 0

Mercury (Hg) FA Sample #1 8/30/2004 7.79519E‐08 ‐16.36717448 0

Mercury (Hg) FA Sample #1 11/12/2004 1.33717E‐07 ‐15.82753716 0

Mercury (Hg) FA Sample #1 12/21/2006 4.43644E‐08 ‐16.93082749 0

Mercury (Hg) FA Sample #1 8/15/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/15/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 10/28/2005 5.76244E‐07 ‐14.36673452 0

Mercury (Hg) FA Sample #1 8/9/2005 1.19926E‐07 ‐15.93639156 0

Mercury (Hg) FA Sample #1 8/9/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 12/18/2004 2.85424E‐07 ‐15.06929108 0

Mercury (Hg) FA Sample #1 11/12/2004 2.05073E‐07 ‐15.39989819 0

Mercury (Hg) FA Sample #1 8/30/2004 1.99077E‐07 ‐15.42957396 0

Mercury (Hg) FA Sample #1 8/16/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 9/28/2010 2.77444E‐07 ‐15.09764659 0

Mercury (Hg) FA Sample #1 11/30/2006 3.11208E‐07 ‐14.98280505 0

Mercury (Hg) FA Sample #1 8/29/2005 3.59778E‐07 ‐14.83777927 0

Mercury (Hg) FA Sample #1 8/30/2005 5.9963E‐08 ‐16.62953874 0

Mercury (Hg) FA Sample #1 8/31/2005 2.99815E‐07 ‐15.02010083 0
Mercury (Hg) FA Sample #1 8/26/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 10/17/2006 1.69695E‐07 ‐15.58926203 0

Mercury (Hg) FA Sample #1 8/17/2005 5.93633E‐08 ‐16.63958908 0

Mercury (Hg) FA Sample #1 8/30/2005 5.9963E‐08 ‐16.62953874 0

Mercury (Hg) FA Sample #1 8/26/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 11/8/2007 6.83578E‐08 ‐16.49851048 0

Mercury (Hg) FA Sample #1 8/16/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 12/7/2007 1.18727E‐07 ‐15.9464419 0

Mercury (Hg) FA Sample #1 1/4/2006 2.33256E‐07 ‐15.27112959 0

Mercury (Hg) FA Sample #1 12/1/2005 2.93819E‐08 ‐17.34288863 0

Mercury (Hg) FA Sample #1 12/26/2007 2.95018E‐07 ‐15.03623021 0

Mercury (Hg) FA Sample #1 10/12/2010 8.51474E‐08 ‐16.27888187 0

Mercury (Hg) FA Sample #1 12/21/2006 3.86161E‐07 ‐14.7670102 0

Mercury (Hg) FA Sample #1 8/30/2004 8.34474E‐08 ‐16.29904925 0

Mercury (Hg) FA Sample #1 11/8/2007 6.54904E‐08 ‐16.54136272 0

Mercury (Hg) FA Sample #1 11/12/2004 8.82007E‐08 ‐16.24365048 0

Mercury (Hg) FA Sample #1 12/6/2007 2.53511E‐08 ‐17.49044328 0

Mercury (Hg) FA Sample #1 12/29/2007 5.17585E‐08 ‐16.77667681 0

Mercury (Hg) FA Sample #1 10/17/2006 1.95415E‐08 ‐17.75072638 0

Mercury (Hg) FA Sample #1 1/3/2006 1.84852E‐08 ‐17.80629623 0

Mercury (Hg) FA Sample #1 11/30/2006 2.32385E‐08 ‐17.57745465 0

Mercury (Hg) FA Sample #1 12/21/2006 2.11259E‐08 ‐17.67276483 0

Mercury (Hg) FA Sample #1 12/29/2007 4.85896E‐08 ‐16.83985571 0

Mercury (Hg) FA Sample #1 10/28/2005 2.21822E‐08 ‐17.62397467 0

Mercury (Hg) FA Sample #1 11/30/2005 2.21822E‐08 ‐17.62397467 0

Mercury (Hg) FA Sample #1 1/3/2006 1.426E‐08 ‐18.06580742 0

Mercury (Hg) FA Sample #1 10/17/2006 1.32037E‐08 ‐18.14276846 0

Mercury (Hg) FA Sample #1 11/30/2006 1.95415E‐08 ‐17.75072638 0

Mercury (Hg) FA Sample #1 12/6/2007 1.37319E‐08 ‐18.10354775 0

Mercury (Hg) FA Sample #1 11/12/2004 9.982E‐08 ‐16.11989727 0

Mercury (Hg) FA Sample #1 8/30/2004 3.96111E‐08 ‐17.04415617 0

Mercury (Hg) FA Sample #1 11/8/2007 3.38015E‐08 ‐17.2027612 0

Mercury (Hg) FA Sample #1 12/18/2004 4.48926E‐08 ‐16.91899303 0

Mercury (Hg) FA Sample #1 12/18/2004 3.69704E‐08 ‐17.11314905 0

Mercury (Hg) FA Sample #1 12/21/2006 4.43644E‐08 ‐16.93082749 0

Mercury (Hg) FA Sample #1 12/29/2007 9.59407E‐08 ‐16.15953512 0

Mercury (Hg) FA Sample #1 10/8/2010 3.77767E‐08 ‐17.09157421 0

Mercury (Hg) FA Sample #1 11/30/2005 8.21493E‐07 ‐14.01214292 0

Mercury (Hg) FA Sample #1 1/3/2006 2.98616E‐07 ‐15.02410886 0

Mercury (Hg) FA Sample #1 1/3/2006 1.81088E‐07 ‐15.52428192 0

Mercury (Hg) FA Sample #1 11/30/2006 1.43911E‐07 ‐15.75407001 0

Mercury (Hg) FA Sample #1 11/30/2005 1.19926E‐07 ‐15.93639157 0

Mercury (Hg) FA Sample #1 12/18/2004 1.09732E‐07 ‐16.02522278 0

Mercury (Hg) FA Sample #1 12/6/2007 1.97878E‐08 ‐17.73820137 0

Mercury (Hg) FA Sample #1 11/12/2004 1.33717E‐07 ‐15.82753716 0

Mercury (Hg) FA Sample #1 1/3/2006 1.15129E‐07 ‐15.97721356 0

Mercury (Hg) FA Sample #1 8/30/2004 8.51474E‐08 ‐16.27888188 0

Mercury (Hg) FA Sample #1 11/12/2004 1.73293E‐07 ‐15.56828225 0

Mercury (Hg) FA Sample #1 12/18/2004 5.90036E‐07 ‐14.34308304 0

Mercury (Hg) FA Sample #1 11/8/2007 7.6153E‐08 ‐16.39052185 0

Mercury (Hg) FA Sample #1 10/17/2006 8.03504E‐08 ‐16.33686914 0

Mercury (Hg) FA Sample #1 10/7/2010 2.75624E‐07 ‐15.10422929 0
Mercury (Hg) FA Sample #1 11/12/2007 7.97507E‐08 ‐16.34435981 0

Mercury (Hg) FA Sample #1 12/29/2007 1.85885E‐07 ‐15.49813664 0

Mercury (Hg) FA Sample #1 11/30/2005 5.43993E‐08 ‐16.7269153 0

Mercury (Hg) FA Sample #1 10/7/2010 2.39852E‐08 ‐17.54582948 0

Mercury (Hg) FA Sample #1 11/6/2006 5.03689E‐08 ‐16.80389214 0

Mercury (Hg) FA Sample #1 10/17/2006 6.9557E‐08 ‐16.48111874 0

Mercury (Hg) FA Sample #1 11/30/2006 1.40913E‐07 ‐15.77512342 0

Mercury (Hg) FA Sample #1 12/21/2006 2.93819E‐08 ‐17.34288864 0

Mercury (Hg) FA Sample #1 11/1/2005 3.85562E‐07 ‐14.76856421 0

Mercury (Hg) FA Sample #1 12/6/2007 3.53781E‐08 ‐17.15717149 0

Mercury (Hg) FA Sample #1 10/28/2005 9.45385E‐08 ‐16.17425848 0

Mercury (Hg) FA Sample #1 12/18/2004 1.23524E‐07 ‐15.90683277 0

Mercury (Hg) FA Sample #1 10/28/2005 8.45478E‐08 ‐16.28594904 0

Mercury (Hg) FA Sample #1 12/21/2006 4.55719E‐08 ‐16.90397559 0

Mercury (Hg) FA Sample #1 10/12/2006 6.77581E‐08 ‐16.50732112 0

Mercury (Hg) FA Sample #1 11/1/2005 4.02951E‐07 ‐14.72445059 0

Mercury (Hg) FA Sample #1 11/16/2005 5.15681E‐08 ‐16.78036164 0

Mercury (Hg) FA Sample #1 8/30/2004 7.79519E‐08 ‐16.36717448 0

Mercury (Hg) FA Sample #1 11/12/2007 6.476E‐08 ‐16.55257771 0

Mercury (Hg) FA Sample #1 12/21/2006 1.70894E‐07 ‐15.58221975 0

Mercury (Hg) FA Sample #1 8/26/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/30/2005 5.9963E‐08 ‐16.62953874 0

Mercury (Hg) FA Sample #1 12/18/2004 2.85424E‐07 ‐15.06929108 0

Mercury (Hg) FA Sample #1 8/30/2004 1.99077E‐07 ‐15.42957396 0

Mercury (Hg) FA Sample #1 8/16/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 10/28/2005 5.76244E‐07 ‐14.36673452 0

Mercury (Hg) FA Sample #1 11/12/2004 2.05073E‐07 ‐15.39989819 0

Mercury (Hg) FA Sample #1 8/26/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/31/2005 2.99815E‐07 ‐15.02010083 0

Mercury (Hg) FA Sample #1 8/9/2005 1.19926E‐07 ‐15.93639156 0

Mercury (Hg) FA Sample #1 8/15/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/16/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/29/2005 3.59778E‐07 ‐14.83777927 0

Mercury (Hg) FA Sample #1 8/15/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/30/2005 5.9963E‐08 ‐16.62953874 0

Mercury (Hg) FA Sample #1 8/17/2005 5.93633E‐08 ‐16.63958908 0

Mercury (Hg) FA Sample #1 12/1/2005 2.93819E‐08 ‐17.34288863 0

Mercury (Hg) FA Sample #1 10/12/2010 8.51474E‐08 ‐16.27888187 0

Mercury (Hg) FA Sample #1 12/26/2007 2.95018E‐07 ‐15.03623021 0

Mercury (Hg) FA Sample #1 12/7/2007 1.18727E‐07 ‐15.9464419 0

Mercury (Hg) FA Sample #1 11/8/2007 6.83578E‐08 ‐16.49851048 0

Mercury (Hg) FA Sample #1 12/21/2006 3.86161E‐07 ‐14.7670102 0

Mercury (Hg) FA Sample #1 11/30/2006 3.11208E‐07 ‐14.98280505 0

Mercury (Hg) FA Sample #1 1/4/2006 2.33256E‐07 ‐15.27112959 0

Mercury (Hg) FA Sample #1 8/9/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 9/28/2010 2.77444E‐07 ‐15.09764659 0

Mercury (Hg) FA Sample #1 10/17/2006 1.69695E‐07 ‐15.58926203 0

Mercury (Hg) FA Sample #1 8/30/2004 8.51474E‐08 ‐16.27888188 0

Mercury (Hg) FA Sample #1 11/1/2005 4.02951E‐07 ‐14.72445059 0

Mercury (Hg) FA Sample #1 12/18/2004 5.90036E‐07 ‐14.34308304 0

Mercury (Hg) FA Sample #1 11/12/2004 1.73293E‐07 ‐15.56828225 0

Mercury (Hg) FA Sample #1 1/3/2006 1.15129E‐07 ‐15.97721356 0
Mercury (Hg) FA Sample #1 11/30/2006 1.40913E‐07 ‐15.77512342 0

Mercury (Hg) FA Sample #1 12/21/2006 1.70894E‐07 ‐15.58221975 0

Mercury (Hg) FA Sample #1 12/6/2007 1.97878E‐08 ‐17.73820137 0

Mercury (Hg) FA Sample #1 10/7/2010 2.39852E‐08 ‐17.54582948 0

Mercury (Hg) FA Sample #1 11/8/2007 7.6153E‐08 ‐16.39052185 0

Mercury (Hg) FA Sample #1 12/21/2006 4.55719E‐08 ‐16.90397559 0

Mercury (Hg) FA Sample #1 11/6/2006 5.03689E‐08 ‐16.80389214 0

Mercury (Hg) FA Sample #1 11/12/2004 1.33717E‐07 ‐15.82753716 0

Mercury (Hg) FA Sample #1 11/1/2005 3.85562E‐07 ‐14.76856421 0

Mercury (Hg) FA Sample #1 11/12/2007 7.97507E‐08 ‐16.34435981 0

Mercury (Hg) FA Sample #1 12/18/2004 1.09732E‐07 ‐16.02522278 0

Mercury (Hg) FA Sample #1 11/30/2006 1.43911E‐07 ‐15.75407001 0

Mercury (Hg) FA Sample #1 10/17/2006 8.03504E‐08 ‐16.33686914 0

Mercury (Hg) FA Sample #1 1/3/2006 2.98616E‐07 ‐15.02410886 0

Mercury (Hg) FA Sample #1 10/28/2005 8.45478E‐08 ‐16.28594904 0

Mercury (Hg) FA Sample #1 11/30/2005 8.21493E‐07 ‐14.01214292 0

Mercury (Hg) FA Sample #1 11/30/2005 1.19926E‐07 ‐15.93639157 0

Mercury (Hg) FA Sample #1 11/16/2005 5.15681E‐08 ‐16.78036164 0

Mercury (Hg) FA Sample #1 11/30/2006 1.95415E‐08 ‐17.75072638 0

Mercury (Hg) FA Sample #1 12/29/2007 5.17585E‐08 ‐16.77667681 0

Mercury (Hg) FA Sample #1 11/12/2004 8.82007E‐08 ‐16.24365048 0

Mercury (Hg) FA Sample #1 10/28/2005 9.45385E‐08 ‐16.17425848 0

Mercury (Hg) FA Sample #1 12/21/2006 4.43644E‐08 ‐16.93082749 0

Mercury (Hg) FA Sample #1 12/6/2007 1.37319E‐08 ‐18.10354775 0

Mercury (Hg) FA Sample #1 12/29/2007 4.85896E‐08 ‐16.83985571 0

Mercury (Hg) FA Sample #1 12/29/2007 1.85885E‐07 ‐15.49813664 0

Mercury (Hg) FA Sample #1 11/8/2007 3.38015E‐08 ‐17.2027612 0

Mercury (Hg) FA Sample #1 11/30/2005 5.43993E‐08 ‐16.7269153 0

Mercury (Hg) FA Sample #1 10/17/2006 1.32037E‐08 ‐18.14276846 0

Mercury (Hg) FA Sample #1 8/30/2004 3.96111E‐08 ‐17.04415617 0

Mercury (Hg) FA Sample #1 11/12/2004 9.982E‐08 ‐16.11989727 0

Mercury (Hg) FA Sample #1 11/30/2005 2.21822E‐08 ‐17.62397467 0

Mercury (Hg) FA Sample #1 10/28/2005 2.21822E‐08 ‐17.62397467 0

Mercury (Hg) FA Sample #1 12/18/2004 4.48926E‐08 ‐16.91899303 0

Mercury (Hg) FA Sample #1 1/3/2006 1.426E‐08 ‐18.06580742 0

Mercury (Hg) FA Sample #1 10/7/2010 2.75624E‐07 ‐15.10422929 0

Mercury (Hg) FA Sample #1 10/12/2006 6.77581E‐08 ‐16.50732112 0

Mercury (Hg) FA Sample #1 12/21/2006 2.93819E‐08 ‐17.34288864 0

Mercury (Hg) FA Sample #1 11/12/2007 6.476E‐08 ‐16.55257771 0

Mercury (Hg) FA Sample #1 12/6/2007 3.53781E‐08 ‐17.15717149 0

Mercury (Hg) FA Sample #1 12/18/2004 1.23524E‐07 ‐15.90683277 0

Mercury (Hg) FA Sample #1 10/17/2006 6.9557E‐08 ‐16.48111874 0

Mercury (Hg) FA Sample #1 8/30/2004 8.34474E‐08 ‐16.29904925 0

Mercury (Hg) FA Sample #1 8/30/2004 7.79519E‐08 ‐16.36717448 0

Mercury (Hg) FA Sample #1 12/18/2004 3.69704E‐08 ‐17.11314905 0

Mercury (Hg) FA Sample #1 12/21/2006 2.11259E‐08 ‐17.67276483 0

Mercury (Hg) FA Sample #1 12/6/2007 2.53511E‐08 ‐17.49044328 0

Mercury (Hg) FA Sample #1 11/8/2007 6.54904E‐08 ‐16.54136272 0

Mercury (Hg) FA Sample #1 11/30/2006 2.32385E‐08 ‐17.57745465 0

Mercury (Hg) FA Sample #1 10/17/2006 1.95415E‐08 ‐17.75072638 0

Mercury (Hg) FA Sample #1 1/3/2006 1.84852E‐08 ‐17.80629623 0

Mercury (Hg) FA Sample #1 10/8/2010 3.77767E‐08 ‐17.09157421 0
Mercury (Hg) FA Sample #1 1/3/2006 1.81088E‐07 ‐15.52428192 0

Mercury (Hg) FA Sample #1 12/29/2007 9.59407E‐08 ‐16.15953512 0

Mercury (Hg) FA Sample #1 8/9/2005 1.19926E‐07 ‐15.93639156 0

Mercury (Hg) FA Sample #1 8/30/2005 5.9963E‐08 ‐16.62953874 0

Mercury (Hg) FA Sample #1 12/18/2004 2.85424E‐07 ‐15.06929108 0

Mercury (Hg) FA Sample #1 9/28/2010 2.77444E‐07 ‐15.09764659 0

Mercury (Hg) FA Sample #1 12/7/2007 1.18727E‐07 ‐15.9464419 0

Mercury (Hg) FA Sample #1 11/12/2004 2.05073E‐07 ‐15.39989819 0

Mercury (Hg) FA Sample #1 12/26/2007 2.95018E‐07 ‐15.03623021 0

Mercury (Hg) FA Sample #1 8/26/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/9/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/30/2004 1.99077E‐07 ‐15.42957396 0

Mercury (Hg) FA Sample #1 8/15/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/15/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/16/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 12/1/2005 2.93819E‐08 ‐17.34288863 0

Mercury (Hg) FA Sample #1 8/31/2005 2.99815E‐07 ‐15.02010083 0

Mercury (Hg) FA Sample #1 12/21/2006 3.86161E‐07 ‐14.7670102 0

Mercury (Hg) FA Sample #1 8/16/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 11/30/2006 3.11208E‐07 ‐14.98280505 0

Mercury (Hg) FA Sample #1 1/4/2006 2.33256E‐07 ‐15.27112959 0

Mercury (Hg) FA Sample #1 10/17/2006 1.69695E‐07 ‐15.58926203 0

Mercury (Hg) FA Sample #1 10/28/2005 5.76244E‐07 ‐14.36673452 0

Mercury (Hg) FA Sample #1 10/12/2010 8.51474E‐08 ‐16.27888187 0

Mercury (Hg) FA Sample #1 8/30/2005 5.9963E‐08 ‐16.62953874 0

Mercury (Hg) FA Sample #1 8/29/2005 3.59778E‐07 ‐14.83777927 0

Mercury (Hg) FA Sample #1 8/26/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/17/2005 5.93633E‐08 ‐16.63958908 0

Mercury (Hg) FA Sample #1 11/8/2007 6.83578E‐08 ‐16.49851048 0

Mercury (Hg) FA Sample #1 12/6/2007 1.97878E‐08 ‐17.73820137 0

Mercury (Hg) FA Sample #1 10/7/2010 2.39852E‐08 ‐17.54582948 0

Mercury (Hg) FA Sample #1 11/30/2006 1.40913E‐07 ‐15.77512342 0

Mercury (Hg) FA Sample #1 11/6/2006 5.03689E‐08 ‐16.80389214 0

Mercury (Hg) FA Sample #1 10/12/2006 6.77581E‐08 ‐16.50732112 0

Mercury (Hg) FA Sample #1 11/16/2005 5.15681E‐08 ‐16.78036164 0

Mercury (Hg) FA Sample #1 12/18/2004 1.23524E‐07 ‐15.90683277 0

Mercury (Hg) FA Sample #1 12/29/2007 1.85885E‐07 ‐15.49813664 0

Mercury (Hg) FA Sample #1 10/28/2005 8.45478E‐08 ‐16.28594904 0

Mercury (Hg) FA Sample #1 11/8/2007 7.6153E‐08 ‐16.39052185 0

Mercury (Hg) FA Sample #1 10/8/2010 3.77767E‐08 ‐17.09157421 0

Mercury (Hg) FA Sample #1 8/30/2004 7.79519E‐08 ‐16.36717448 0

Mercury (Hg) FA Sample #1 11/12/2004 1.33717E‐07 ‐15.82753716 0

Mercury (Hg) FA Sample #1 12/18/2004 1.09732E‐07 ‐16.02522278 0

Mercury (Hg) FA Sample #1 11/1/2005 3.85562E‐07 ‐14.76856421 0

Mercury (Hg) FA Sample #1 11/30/2005 8.21493E‐07 ‐14.01214292 0

Mercury (Hg) FA Sample #1 1/3/2006 2.98616E‐07 ‐15.02410886 0

Mercury (Hg) FA Sample #1 10/17/2006 8.03504E‐08 ‐16.33686914 0

Mercury (Hg) FA Sample #1 12/21/2006 4.55719E‐08 ‐16.90397559 0

Mercury (Hg) FA Sample #1 12/21/2006 1.70894E‐07 ‐15.58221975 0

Mercury (Hg) FA Sample #1 11/30/2006 1.43911E‐07 ‐15.75407001 0

Mercury (Hg) FA Sample #1 11/12/2004 9.982E‐08 ‐16.11989727 0

Mercury (Hg) FA Sample #1 11/12/2007 6.476E‐08 ‐16.55257771 0
Mercury (Hg) FA Sample #1 10/7/2010 2.75624E‐07 ‐15.10422929 0

Mercury (Hg) FA Sample #1 1/3/2006 1.84852E‐08 ‐17.80629623 0

Mercury (Hg) FA Sample #1 8/30/2004 8.34474E‐08 ‐16.29904925 0

Mercury (Hg) FA Sample #1 11/12/2004 8.82007E‐08 ‐16.24365048 0

Mercury (Hg) FA Sample #1 11/30/2005 2.21822E‐08 ‐17.62397467 0

Mercury (Hg) FA Sample #1 8/30/2004 3.96111E‐08 ‐17.04415617 0

Mercury (Hg) FA Sample #1 12/29/2007 5.17585E‐08 ‐16.77667681 0

Mercury (Hg) FA Sample #1 1/3/2006 1.15129E‐07 ‐15.97721356 0

Mercury (Hg) FA Sample #1 1/3/2006 1.426E‐08 ‐18.06580742 0

Mercury (Hg) FA Sample #1 8/30/2004 8.51474E‐08 ‐16.27888188 0

Mercury (Hg) FA Sample #1 12/6/2007 2.53511E‐08 ‐17.49044328 0

Mercury (Hg) FA Sample #1 11/8/2007 6.54904E‐08 ‐16.54136272 0

Mercury (Hg) FA Sample #1 12/21/2006 2.11259E‐08 ‐17.67276483 0

Mercury (Hg) FA Sample #1 11/30/2006 2.32385E‐08 ‐17.57745465 0

Mercury (Hg) FA Sample #1 10/17/2006 1.95415E‐08 ‐17.75072638 0

Mercury (Hg) FA Sample #1 11/30/2005 5.43993E‐08 ‐16.7269153 0

Mercury (Hg) FA Sample #1 10/28/2005 9.45385E‐08 ‐16.17425848 0

Mercury (Hg) FA Sample #1 12/18/2004 3.69704E‐08 ‐17.11314905 0

Mercury (Hg) FA Sample #1 12/18/2004 4.48926E‐08 ‐16.91899303 0

Mercury (Hg) FA Sample #1 10/28/2005 2.21822E‐08 ‐17.62397467 0

Mercury (Hg) FA Sample #1 11/30/2005 1.19926E‐07 ‐15.93639157 0

Mercury (Hg) FA Sample #1 12/21/2006 2.93819E‐08 ‐17.34288864 0

Mercury (Hg) FA Sample #1 12/6/2007 1.37319E‐08 ‐18.10354775 0

Mercury (Hg) FA Sample #1 11/12/2007 7.97507E‐08 ‐16.34435981 0

Mercury (Hg) FA Sample #1 12/29/2007 9.59407E‐08 ‐16.15953512 0

Mercury (Hg) FA Sample #1 1/3/2006 1.81088E‐07 ‐15.52428192 0

Mercury (Hg) FA Sample #1 12/6/2007 3.53781E‐08 ‐17.15717149 0

Mercury (Hg) FA Sample #1 11/1/2005 4.02951E‐07 ‐14.72445059 0

Mercury (Hg) FA Sample #1 12/29/2007 4.85896E‐08 ‐16.83985571 0

Mercury (Hg) FA Sample #1 12/18/2004 5.90036E‐07 ‐14.34308304 0

Mercury (Hg) FA Sample #1 11/8/2007 3.38015E‐08 ‐17.2027612 0

Mercury (Hg) FA Sample #1 12/21/2006 4.43644E‐08 ‐16.93082749 0

Mercury (Hg) FA Sample #1 11/30/2006 1.95415E‐08 ‐17.75072638 0

Mercury (Hg) FA Sample #1 10/17/2006 1.32037E‐08 ‐18.14276846 0

Mercury (Hg) FA Sample #1 11/12/2004 1.73293E‐07 ‐15.56828225 0

Mercury (Hg) FA Sample #1 10/17/2006 6.9557E‐08 ‐16.48111874 0

Mercury (Hg) FA Sample #1 8/9/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 9/28/2010 2.77444E‐07 ‐15.09764659 0

Mercury (Hg) FA Sample #1 8/26/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/16/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/15/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/15/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/16/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 1/4/2006 2.33256E‐07 ‐15.27112959 0

Mercury (Hg) FA Sample #1 10/12/2010 8.51474E‐08 ‐16.27888187 0

Mercury (Hg) FA Sample #1 8/30/2004 1.99077E‐07 ‐15.42957396 0

Mercury (Hg) FA Sample #1 8/9/2005 1.19926E‐07 ‐15.93639156 0

Mercury (Hg) FA Sample #1 8/30/2005 5.9963E‐08 ‐16.62953874 0

Mercury (Hg) FA Sample #1 8/30/2005 5.9963E‐08 ‐16.62953874 0

Mercury (Hg) FA Sample #1 10/28/2005 5.76244E‐07 ‐14.36673452 0

Mercury (Hg) FA Sample #1 11/12/2004 2.05073E‐07 ‐15.39989819 0

Mercury (Hg) FA Sample #1 8/26/2005 ND 5.9963E‐08 ‐16.62953874 1
Mercury (Hg) FA Sample #1 12/1/2005 2.93819E‐08 ‐17.34288863 0

Mercury (Hg) FA Sample #1 8/31/2005 2.99815E‐07 ‐15.02010083 0

Mercury (Hg) FA Sample #1 10/17/2006 1.69695E‐07 ‐15.58926203 0

Mercury (Hg) FA Sample #1 12/18/2004 2.85424E‐07 ‐15.06929108 0

Mercury (Hg) FA Sample #1 8/29/2005 3.59778E‐07 ‐14.83777927 0

Mercury (Hg) FA Sample #1 11/30/2006 3.11208E‐07 ‐14.98280505 0

Mercury (Hg) FA Sample #1 12/21/2006 3.86161E‐07 ‐14.7670102 0

Mercury (Hg) FA Sample #1 8/17/2005 5.93633E‐08 ‐16.63958908 0

Mercury (Hg) FA Sample #1 12/26/2007 2.95018E‐07 ‐15.03623021 0

Mercury (Hg) FA Sample #1 11/8/2007 6.83578E‐08 ‐16.49851048 0

Mercury (Hg) FA Sample #1 12/7/2007 1.18727E‐07 ‐15.9464419 0

Mercury (Hg) FA Sample #1 11/16/2005 5.15681E‐08 ‐16.78036164 0

Mercury (Hg) FA Sample #1 10/7/2010 2.39852E‐08 ‐17.54582948 0

Mercury (Hg) FA Sample #1 11/30/2006 1.40913E‐07 ‐15.77512342 0

Mercury (Hg) FA Sample #1 11/12/2007 6.476E‐08 ‐16.55257771 0

Mercury (Hg) FA Sample #1 12/6/2007 2.53511E‐08 ‐17.49044328 0

Mercury (Hg) FA Sample #1 12/29/2007 1.85885E‐07 ‐15.49813664 0

Mercury (Hg) FA Sample #1 12/18/2004 1.23524E‐07 ‐15.90683277 0

Mercury (Hg) FA Sample #1 10/28/2005 9.45385E‐08 ‐16.17425848 0

Mercury (Hg) FA Sample #1 12/29/2007 9.59407E‐08 ‐16.15953512 0

Mercury (Hg) FA Sample #1 11/30/2006 1.95415E‐08 ‐17.75072638 0

Mercury (Hg) FA Sample #1 8/30/2004 3.96111E‐08 ‐17.04415617 0

Mercury (Hg) FA Sample #1 1/3/2006 1.84852E‐08 ‐17.80629623 0

Mercury (Hg) FA Sample #1 10/12/2006 6.77581E‐08 ‐16.50732112 0

Mercury (Hg) FA Sample #1 8/30/2004 8.34474E‐08 ‐16.29904925 0

Mercury (Hg) FA Sample #1 12/21/2006 1.70894E‐07 ‐15.58221975 0

Mercury (Hg) FA Sample #1 11/8/2007 7.6153E‐08 ‐16.39052185 0

Mercury (Hg) FA Sample #1 10/28/2005 8.45478E‐08 ‐16.28594904 0

Mercury (Hg) FA Sample #1 10/17/2006 1.32037E‐08 ‐18.14276846 0

Mercury (Hg) FA Sample #1 11/30/2005 5.43993E‐08 ‐16.7269153 0

Mercury (Hg) FA Sample #1 10/7/2010 2.75624E‐07 ‐15.10422929 0

Mercury (Hg) FA Sample #1 11/12/2007 7.97507E‐08 ‐16.34435981 0

Mercury (Hg) FA Sample #1 10/17/2006 6.9557E‐08 ‐16.48111874 0

Mercury (Hg) FA Sample #1 12/29/2007 4.85896E‐08 ‐16.83985571 0

Mercury (Hg) FA Sample #1 12/6/2007 1.37319E‐08 ‐18.10354775 0

Mercury (Hg) FA Sample #1 1/3/2006 1.81088E‐07 ‐15.52428192 0

Mercury (Hg) FA Sample #1 12/21/2006 4.43644E‐08 ‐16.93082749 0

Mercury (Hg) FA Sample #1 12/6/2007 3.53781E‐08 ‐17.15717149 0

Mercury (Hg) FA Sample #1 1/3/2006 1.426E‐08 ‐18.06580742 0

Mercury (Hg) FA Sample #1 11/30/2005 2.21822E‐08 ‐17.62397467 0

Mercury (Hg) FA Sample #1 10/28/2005 2.21822E‐08 ‐17.62397467 0

Mercury (Hg) FA Sample #1 12/18/2004 4.48926E‐08 ‐16.91899303 0

Mercury (Hg) FA Sample #1 11/8/2007 3.38015E‐08 ‐17.2027612 0

Mercury (Hg) FA Sample #1 11/12/2004 8.82007E‐08 ‐16.24365048 0

Mercury (Hg) FA Sample #1 11/12/2004 9.982E‐08 ‐16.11989727 0

Mercury (Hg) FA Sample #1 11/6/2006 5.03689E‐08 ‐16.80389214 0

Mercury (Hg) FA Sample #1 11/30/2006 1.43911E‐07 ‐15.75407001 0

Mercury (Hg) FA Sample #1 12/6/2007 1.97878E‐08 ‐17.73820137 0

Mercury (Hg) FA Sample #1 1/3/2006 1.15129E‐07 ‐15.97721356 0

Mercury (Hg) FA Sample #1 8/30/2004 8.51474E‐08 ‐16.27888188 0

Mercury (Hg) FA Sample #1 11/12/2004 1.73293E‐07 ‐15.56828225 0

Mercury (Hg) FA Sample #1 12/18/2004 5.90036E‐07 ‐14.34308304 0
Mercury (Hg) FA Sample #1 11/1/2005 4.02951E‐07 ‐14.72445059 0

Mercury (Hg) FA Sample #1 1/3/2006 2.98616E‐07 ‐15.02410886 0

Mercury (Hg) FA Sample #1 10/8/2010 3.77767E‐08 ‐17.09157421 0

Mercury (Hg) FA Sample #1 10/17/2006 8.03504E‐08 ‐16.33686914 0

Mercury (Hg) FA Sample #1 12/21/2006 2.93819E‐08 ‐17.34288864 0

Mercury (Hg) FA Sample #1 10/17/2006 1.95415E‐08 ‐17.75072638 0

Mercury (Hg) FA Sample #1 11/30/2006 2.32385E‐08 ‐17.57745465 0

Mercury (Hg) FA Sample #1 12/21/2006 2.11259E‐08 ‐17.67276483 0

Mercury (Hg) FA Sample #1 11/8/2007 6.54904E‐08 ‐16.54136272 0

Mercury (Hg) FA Sample #1 12/21/2006 4.55719E‐08 ‐16.90397559 0

Mercury (Hg) FA Sample #1 12/18/2004 3.69704E‐08 ‐17.11314905 0

Mercury (Hg) FA Sample #1 12/29/2007 5.17585E‐08 ‐16.77667681 0

Mercury (Hg) FA Sample #1 11/30/2005 1.19926E‐07 ‐15.93639157 0

Mercury (Hg) FA Sample #1 8/30/2004 7.79519E‐08 ‐16.36717448 0

Mercury (Hg) FA Sample #1 11/12/2004 1.33717E‐07 ‐15.82753716 0

Mercury (Hg) FA Sample #1 11/30/2005 8.21493E‐07 ‐14.01214292 0

Mercury (Hg) FA Sample #1 11/1/2005 3.85562E‐07 ‐14.76856421 0

Mercury (Hg) FA Sample #1 12/18/2004 1.09732E‐07 ‐16.02522278 0

Mercury (Hg) FA Sample #1 8/16/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/29/2005 3.59778E‐07 ‐14.83777927 0

Mercury (Hg) FA Sample #1 8/31/2005 2.99815E‐07 ‐15.02010083 0

Mercury (Hg) FA Sample #1 8/26/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/17/2005 5.93633E‐08 ‐16.63958908 0

Mercury (Hg) FA Sample #1 8/26/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 12/1/2005 2.93819E‐08 ‐17.34288863 0

Mercury (Hg) FA Sample #1 8/30/2004 1.99077E‐07 ‐15.42957396 0

Mercury (Hg) FA Sample #1 10/28/2005 5.76244E‐07 ‐14.36673452 0

Mercury (Hg) FA Sample #1 1/4/2006 2.33256E‐07 ‐15.27112959 0

Mercury (Hg) FA Sample #1 8/9/2005 1.19926E‐07 ‐15.93639156 0

Mercury (Hg) FA Sample #1 8/9/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 12/18/2004 2.85424E‐07 ‐15.06929108 0

Mercury (Hg) FA Sample #1 10/12/2010 8.51474E‐08 ‐16.27888187 0

Mercury (Hg) FA Sample #1 12/26/2007 2.95018E‐07 ‐15.03623021 0

Mercury (Hg) FA Sample #1 12/7/2007 1.18727E‐07 ‐15.9464419 0

Mercury (Hg) FA Sample #1 11/8/2007 6.83578E‐08 ‐16.49851048 0

Mercury (Hg) FA Sample #1 11/12/2004 2.05073E‐07 ‐15.39989819 0

Mercury (Hg) FA Sample #1 10/17/2006 1.69695E‐07 ‐15.58926203 0

Mercury (Hg) FA Sample #1 12/21/2006 3.86161E‐07 ‐14.7670102 0

Mercury (Hg) FA Sample #1 9/28/2010 2.77444E‐07 ‐15.09764659 0

Mercury (Hg) FA Sample #1 8/16/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 11/30/2006 3.11208E‐07 ‐14.98280505 0

Mercury (Hg) FA Sample #1 8/30/2005 5.9963E‐08 ‐16.62953874 0

Mercury (Hg) FA Sample #1 8/15/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/15/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/30/2005 5.9963E‐08 ‐16.62953874 0

Mercury (Hg) FA Sample #1 12/18/2004 3.69704E‐08 ‐17.11314905 0

Mercury (Hg) FA Sample #1 12/6/2007 2.53511E‐08 ‐17.49044328 0

Mercury (Hg) FA Sample #1 11/6/2006 5.03689E‐08 ‐16.80389214 0

Mercury (Hg) FA Sample #1 11/30/2005 5.43993E‐08 ‐16.7269153 0

Mercury (Hg) FA Sample #1 1/3/2006 1.426E‐08 ‐18.06580742 0

Mercury (Hg) FA Sample #1 11/1/2005 4.02951E‐07 ‐14.72445059 0

Mercury (Hg) FA Sample #1 1/3/2006 2.98616E‐07 ‐15.02410886 0
Mercury (Hg) FA Sample #1 1/3/2006 1.81088E‐07 ‐15.52428192 0

Mercury (Hg) FA Sample #1 10/17/2006 6.9557E‐08 ‐16.48111874 0

Mercury (Hg) FA Sample #1 11/30/2006 1.40913E‐07 ‐15.77512342 0

Mercury (Hg) FA Sample #1 11/8/2007 3.38015E‐08 ‐17.2027612 0

Mercury (Hg) FA Sample #1 8/30/2004 8.51474E‐08 ‐16.27888188 0

Mercury (Hg) FA Sample #1 11/8/2007 6.54904E‐08 ‐16.54136272 0

Mercury (Hg) FA Sample #1 12/6/2007 1.97878E‐08 ‐17.73820137 0

Mercury (Hg) FA Sample #1 12/18/2004 1.23524E‐07 ‐15.90683277 0

Mercury (Hg) FA Sample #1 12/29/2007 5.17585E‐08 ‐16.77667681 0

Mercury (Hg) FA Sample #1 12/6/2007 3.53781E‐08 ‐17.15717149 0

Mercury (Hg) FA Sample #1 11/12/2007 6.476E‐08 ‐16.55257771 0

Mercury (Hg) FA Sample #1 10/7/2010 2.75624E‐07 ‐15.10422929 0

Mercury (Hg) FA Sample #1 11/12/2004 1.33717E‐07 ‐15.82753716 0

Mercury (Hg) FA Sample #1 12/29/2007 1.85885E‐07 ‐15.49813664 0

Mercury (Hg) FA Sample #1 10/28/2005 2.21822E‐08 ‐17.62397467 0

Mercury (Hg) FA Sample #1 10/28/2005 9.45385E‐08 ‐16.17425848 0

Mercury (Hg) FA Sample #1 8/30/2004 3.96111E‐08 ‐17.04415617 0

Mercury (Hg) FA Sample #1 11/12/2004 9.982E‐08 ‐16.11989727 0

Mercury (Hg) FA Sample #1 11/16/2005 5.15681E‐08 ‐16.78036164 0

Mercury (Hg) FA Sample #1 12/18/2004 4.48926E‐08 ‐16.91899303 0

Mercury (Hg) FA Sample #1 10/12/2006 6.77581E‐08 ‐16.50732112 0

Mercury (Hg) FA Sample #1 11/30/2005 2.21822E‐08 ‐17.62397467 0

Mercury (Hg) FA Sample #1 1/3/2006 1.84852E‐08 ‐17.80629623 0

Mercury (Hg) FA Sample #1 10/17/2006 1.32037E‐08 ‐18.14276846 0

Mercury (Hg) FA Sample #1 8/30/2004 8.34474E‐08 ‐16.29904925 0

Mercury (Hg) FA Sample #1 11/12/2004 8.82007E‐08 ‐16.24365048 0

Mercury (Hg) FA Sample #1 12/21/2006 4.43644E‐08 ‐16.93082749 0

Mercury (Hg) FA Sample #1 10/17/2006 1.95415E‐08 ‐17.75072638 0

Mercury (Hg) FA Sample #1 12/29/2007 4.85896E‐08 ‐16.83985571 0

Mercury (Hg) FA Sample #1 11/30/2006 2.32385E‐08 ‐17.57745465 0

Mercury (Hg) FA Sample #1 11/30/2005 1.19926E‐07 ‐15.93639157 0

Mercury (Hg) FA Sample #1 10/17/2006 8.03504E‐08 ‐16.33686914 0

Mercury (Hg) FA Sample #1 11/30/2006 1.43911E‐07 ‐15.75407001 0

Mercury (Hg) FA Sample #1 12/21/2006 2.11259E‐08 ‐17.67276483 0

Mercury (Hg) FA Sample #1 12/21/2006 1.70894E‐07 ‐15.58221975 0

Mercury (Hg) FA Sample #1 12/6/2007 1.37319E‐08 ‐18.10354775 0

Mercury (Hg) FA Sample #1 11/12/2007 7.97507E‐08 ‐16.34435981 0

Mercury (Hg) FA Sample #1 12/29/2007 9.59407E‐08 ‐16.15953512 0

Mercury (Hg) FA Sample #1 11/30/2006 1.95415E‐08 ‐17.75072638 0

Mercury (Hg) FA Sample #1 1/3/2006 1.15129E‐07 ‐15.97721356 0

Mercury (Hg) FA Sample #1 12/21/2006 4.55719E‐08 ‐16.90397559 0

Mercury (Hg) FA Sample #1 8/30/2004 7.79519E‐08 ‐16.36717448 0

Mercury (Hg) FA Sample #1 11/30/2005 8.21493E‐07 ‐14.01214292 0

Mercury (Hg) FA Sample #1 11/1/2005 3.85562E‐07 ‐14.76856421 0

Mercury (Hg) FA Sample #1 10/28/2005 8.45478E‐08 ‐16.28594904 0

Mercury (Hg) FA Sample #1 10/8/2010 3.77767E‐08 ‐17.09157421 0

Mercury (Hg) FA Sample #1 12/21/2006 2.93819E‐08 ‐17.34288864 0

Mercury (Hg) FA Sample #1 12/18/2004 1.09732E‐07 ‐16.02522278 0

Mercury (Hg) FA Sample #1 10/7/2010 2.39852E‐08 ‐17.54582948 0

Mercury (Hg) FA Sample #1 11/8/2007 7.6153E‐08 ‐16.39052185 0

Mercury (Hg) FA Sample #1 11/12/2004 1.73293E‐07 ‐15.56828225 0

Mercury (Hg) FA Sample #1 12/18/2004 5.90036E‐07 ‐14.34308304 0
Mercury (Hg) FA Sample #1 8/30/2005 5.9963E‐08 ‐16.62953874 0

Mercury (Hg) FA Sample #1 10/17/2006 1.69695E‐07 ‐15.58926203 0

Mercury (Hg) FA Sample #1 12/1/2005 2.93819E‐08 ‐17.34288863 0

Mercury (Hg) FA Sample #1 8/15/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/16/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/30/2005 5.9963E‐08 ‐16.62953874 0

Mercury (Hg) FA Sample #1 8/17/2005 5.93633E‐08 ‐16.63958908 0

Mercury (Hg) FA Sample #1 8/26/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/29/2005 3.59778E‐07 ‐14.83777927 0

Mercury (Hg) FA Sample #1 10/12/2010 8.51474E‐08 ‐16.27888187 0

Mercury (Hg) FA Sample #1 12/26/2007 2.95018E‐07 ‐15.03623021 0

Mercury (Hg) FA Sample #1 12/7/2007 1.18727E‐07 ‐15.9464419 0

Mercury (Hg) FA Sample #1 11/8/2007 6.83578E‐08 ‐16.49851048 0

Mercury (Hg) FA Sample #1 12/21/2006 3.86161E‐07 ‐14.7670102 0

Mercury (Hg) FA Sample #1 11/30/2006 3.11208E‐07 ‐14.98280505 0

Mercury (Hg) FA Sample #1 8/16/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 1/4/2006 2.33256E‐07 ‐15.27112959 0

Mercury (Hg) FA Sample #1 10/28/2005 5.76244E‐07 ‐14.36673452 0

Mercury (Hg) FA Sample #1 8/26/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/9/2005 1.19926E‐07 ‐15.93639156 0

Mercury (Hg) FA Sample #1 9/28/2010 2.77444E‐07 ‐15.09764659 0

Mercury (Hg) FA Sample #1 8/30/2004 1.99077E‐07 ‐15.42957396 0

Mercury (Hg) FA Sample #1 11/12/2004 2.05073E‐07 ‐15.39989819 0

Mercury (Hg) FA Sample #1 8/31/2005 2.99815E‐07 ‐15.02010083 0

Mercury (Hg) FA Sample #1 8/15/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/9/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 12/18/2004 2.85424E‐07 ‐15.06929108 0

Mercury (Hg) FA Sample #1 10/28/2005 2.21822E‐08 ‐17.62397467 0

Mercury (Hg) FA Sample #1 12/29/2007 1.85885E‐07 ‐15.49813664 0

Mercury (Hg) FA Sample #1 11/12/2004 1.73293E‐07 ‐15.56828225 0

Mercury (Hg) FA Sample #1 11/1/2005 3.85562E‐07 ‐14.76856421 0

Mercury (Hg) FA Sample #1 12/21/2006 4.43644E‐08 ‐16.93082749 0

Mercury (Hg) FA Sample #1 8/30/2004 7.79519E‐08 ‐16.36717448 0

Mercury (Hg) FA Sample #1 10/7/2010 2.39852E‐08 ‐17.54582948 0

Mercury (Hg) FA Sample #1 11/16/2005 5.15681E‐08 ‐16.78036164 0

Mercury (Hg) FA Sample #1 8/30/2004 8.51474E‐08 ‐16.27888188 0

Mercury (Hg) FA Sample #1 10/17/2006 1.32037E‐08 ‐18.14276846 0

Mercury (Hg) FA Sample #1 10/12/2006 6.77581E‐08 ‐16.50732112 0

Mercury (Hg) FA Sample #1 11/30/2006 1.95415E‐08 ‐17.75072638 0

Mercury (Hg) FA Sample #1 12/18/2004 4.48926E‐08 ‐16.91899303 0

Mercury (Hg) FA Sample #1 8/30/2004 8.34474E‐08 ‐16.29904925 0

Mercury (Hg) FA Sample #1 11/8/2007 3.38015E‐08 ‐17.2027612 0

Mercury (Hg) FA Sample #1 11/12/2004 8.82007E‐08 ‐16.24365048 0

Mercury (Hg) FA Sample #1 10/17/2006 1.95415E‐08 ‐17.75072638 0

Mercury (Hg) FA Sample #1 1/3/2006 1.426E‐08 ‐18.06580742 0

Mercury (Hg) FA Sample #1 8/30/2004 3.96111E‐08 ‐17.04415617 0

Mercury (Hg) FA Sample #1 11/12/2007 6.476E‐08 ‐16.55257771 0

Mercury (Hg) FA Sample #1 12/18/2004 1.23524E‐07 ‐15.90683277 0

Mercury (Hg) FA Sample #1 11/30/2005 1.19926E‐07 ‐15.93639157 0

Mercury (Hg) FA Sample #1 12/21/2006 2.93819E‐08 ‐17.34288864 0

Mercury (Hg) FA Sample #1 11/12/2004 9.982E‐08 ‐16.11989727 0

Mercury (Hg) FA Sample #1 10/7/2010 2.75624E‐07 ‐15.10422929 0
Mercury (Hg) FA Sample #1 11/6/2006 5.03689E‐08 ‐16.80389214 0

Mercury (Hg) FA Sample #1 10/8/2010 3.77767E‐08 ‐17.09157421 0

Mercury (Hg) FA Sample #1 12/6/2007 3.53781E‐08 ‐17.15717149 0

Mercury (Hg) FA Sample #1 11/30/2006 1.43911E‐07 ‐15.75407001 0

Mercury (Hg) FA Sample #1 10/17/2006 8.03504E‐08 ‐16.33686914 0

Mercury (Hg) FA Sample #1 1/3/2006 2.98616E‐07 ‐15.02410886 0

Mercury (Hg) FA Sample #1 11/30/2005 8.21493E‐07 ‐14.01214292 0

Mercury (Hg) FA Sample #1 12/21/2006 2.11259E‐08 ‐17.67276483 0

Mercury (Hg) FA Sample #1 1/3/2006 1.81088E‐07 ‐15.52428192 0

Mercury (Hg) FA Sample #1 12/18/2004 5.90036E‐07 ‐14.34308304 0

Mercury (Hg) FA Sample #1 12/21/2006 1.70894E‐07 ‐15.58221975 0

Mercury (Hg) FA Sample #1 11/30/2006 2.32385E‐08 ‐17.57745465 0

Mercury (Hg) FA Sample #1 12/18/2004 3.69704E‐08 ‐17.11314905 0

Mercury (Hg) FA Sample #1 11/8/2007 7.6153E‐08 ‐16.39052185 0

Mercury (Hg) FA Sample #1 12/21/2006 4.55719E‐08 ‐16.90397559 0

Mercury (Hg) FA Sample #1 11/30/2005 5.43993E‐08 ‐16.7269153 0

Mercury (Hg) FA Sample #1 1/3/2006 1.84852E‐08 ‐17.80629623 0

Mercury (Hg) FA Sample #1 12/18/2004 1.09732E‐07 ‐16.02522278 0

Mercury (Hg) FA Sample #1 11/30/2005 2.21822E‐08 ‐17.62397467 0

Mercury (Hg) FA Sample #1 11/30/2006 1.40913E‐07 ‐15.77512342 0

Mercury (Hg) FA Sample #1 10/17/2006 6.9557E‐08 ‐16.48111874 0

Mercury (Hg) FA Sample #1 12/29/2007 5.17585E‐08 ‐16.77667681 0

Mercury (Hg) FA Sample #1 12/6/2007 1.37319E‐08 ‐18.10354775 0

Mercury (Hg) FA Sample #1 12/29/2007 4.85896E‐08 ‐16.83985571 0

Mercury (Hg) FA Sample #1 10/28/2005 9.45385E‐08 ‐16.17425848 0

Mercury (Hg) FA Sample #1 12/6/2007 2.53511E‐08 ‐17.49044328 0

Mercury (Hg) FA Sample #1 10/28/2005 8.45478E‐08 ‐16.28594904 0

Mercury (Hg) FA Sample #1 11/8/2007 6.54904E‐08 ‐16.54136272 0

Mercury (Hg) FA Sample #1 11/12/2004 1.33717E‐07 ‐15.82753716 0

Mercury (Hg) FA Sample #1 1/3/2006 1.15129E‐07 ‐15.97721356 0

Mercury (Hg) FA Sample #1 12/29/2007 9.59407E‐08 ‐16.15953512 0

Mercury (Hg) FA Sample #1 12/6/2007 1.97878E‐08 ‐17.73820137 0

Mercury (Hg) FA Sample #1 11/12/2007 7.97507E‐08 ‐16.34435981 0

Mercury (Hg) FA Sample #1 11/1/2005 4.02951E‐07 ‐14.72445059 0

Mercury (Hg) FA Sample #1 8/15/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/31/2005 2.99815E‐07 ‐15.02010083 0

Mercury (Hg) FA Sample #1 10/28/2005 5.76244E‐07 ‐14.36673452 0

Mercury (Hg) FA Sample #1 10/17/2006 1.69695E‐07 ‐15.58926203 0

Mercury (Hg) FA Sample #1 11/30/2006 3.11208E‐07 ‐14.98280505 0

Mercury (Hg) FA Sample #1 12/21/2006 3.86161E‐07 ‐14.7670102 0

Mercury (Hg) FA Sample #1 11/8/2007 6.83578E‐08 ‐16.49851048 0

Mercury (Hg) FA Sample #1 12/7/2007 1.18727E‐07 ‐15.9464419 0

Mercury (Hg) FA Sample #1 12/26/2007 2.95018E‐07 ‐15.03623021 0

Mercury (Hg) FA Sample #1 10/12/2010 8.51474E‐08 ‐16.27888187 0

Mercury (Hg) FA Sample #1 1/4/2006 2.33256E‐07 ‐15.27112959 0

Mercury (Hg) FA Sample #1 8/17/2005 5.93633E‐08 ‐16.63958908 0

Mercury (Hg) FA Sample #1 8/9/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/30/2005 5.9963E‐08 ‐16.62953874 0

Mercury (Hg) FA Sample #1 8/29/2005 3.59778E‐07 ‐14.83777927 0

Mercury (Hg) FA Sample #1 9/28/2010 2.77444E‐07 ‐15.09764659 0

Mercury (Hg) FA Sample #1 8/26/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/30/2005 5.9963E‐08 ‐16.62953874 0
Mercury (Hg) FA Sample #1 8/16/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/16/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/15/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/9/2005 1.19926E‐07 ‐15.93639156 0

Mercury (Hg) FA Sample #1 12/1/2005 2.93819E‐08 ‐17.34288863 0

Mercury (Hg) FA Sample #1 12/18/2004 2.85424E‐07 ‐15.06929108 0

Mercury (Hg) FA Sample #1 11/12/2004 2.05073E‐07 ‐15.39989819 0

Mercury (Hg) FA Sample #1 8/30/2004 1.99077E‐07 ‐15.42957396 0

Mercury (Hg) FA Sample #1 8/26/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 11/8/2007 3.38015E‐08 ‐17.2027612 0

Mercury (Hg) FA Sample #1 1/3/2006 1.426E‐08 ‐18.06580742 0

Mercury (Hg) FA Sample #1 10/17/2006 1.32037E‐08 ‐18.14276846 0

Mercury (Hg) FA Sample #1 11/30/2006 1.95415E‐08 ‐17.75072638 0

Mercury (Hg) FA Sample #1 12/21/2006 4.43644E‐08 ‐16.93082749 0

Mercury (Hg) FA Sample #1 12/29/2007 4.85896E‐08 ‐16.83985571 0

Mercury (Hg) FA Sample #1 11/30/2005 2.21822E‐08 ‐17.62397467 0

Mercury (Hg) FA Sample #1 11/12/2004 9.982E‐08 ‐16.11989727 0

Mercury (Hg) FA Sample #1 12/18/2004 4.48926E‐08 ‐16.91899303 0

Mercury (Hg) FA Sample #1 12/29/2007 1.85885E‐07 ‐15.49813664 0

Mercury (Hg) FA Sample #1 12/6/2007 1.37319E‐08 ‐18.10354775 0

Mercury (Hg) FA Sample #1 10/28/2005 2.21822E‐08 ‐17.62397467 0

Mercury (Hg) FA Sample #1 11/1/2005 4.02951E‐07 ‐14.72445059 0

Mercury (Hg) FA Sample #1 11/1/2005 3.85562E‐07 ‐14.76856421 0

Mercury (Hg) FA Sample #1 11/30/2005 8.21493E‐07 ‐14.01214292 0

Mercury (Hg) FA Sample #1 1/3/2006 2.98616E‐07 ‐15.02410886 0

Mercury (Hg) FA Sample #1 10/17/2006 8.03504E‐08 ‐16.33686914 0

Mercury (Hg) FA Sample #1 11/30/2006 1.43911E‐07 ‐15.75407001 0

Mercury (Hg) FA Sample #1 12/21/2006 1.70894E‐07 ‐15.58221975 0

Mercury (Hg) FA Sample #1 11/12/2007 7.97507E‐08 ‐16.34435981 0

Mercury (Hg) FA Sample #1 12/6/2007 1.97878E‐08 ‐17.73820137 0

Mercury (Hg) FA Sample #1 8/30/2004 7.79519E‐08 ‐16.36717448 0

Mercury (Hg) FA Sample #1 1/3/2006 1.15129E‐07 ‐15.97721356 0

Mercury (Hg) FA Sample #1 10/8/2010 3.77767E‐08 ‐17.09157421 0

Mercury (Hg) FA Sample #1 12/18/2004 1.09732E‐07 ‐16.02522278 0

Mercury (Hg) FA Sample #1 12/18/2004 5.90036E‐07 ‐14.34308304 0

Mercury (Hg) FA Sample #1 10/17/2006 6.9557E‐08 ‐16.48111874 0

Mercury (Hg) FA Sample #1 11/30/2005 1.19926E‐07 ‐15.93639157 0

Mercury (Hg) FA Sample #1 1/3/2006 1.81088E‐07 ‐15.52428192 0

Mercury (Hg) FA Sample #1 12/18/2004 1.23524E‐07 ‐15.90683277 0

Mercury (Hg) FA Sample #1 11/30/2006 1.40913E‐07 ‐15.77512342 0

Mercury (Hg) FA Sample #1 12/29/2007 9.59407E‐08 ‐16.15953512 0

Mercury (Hg) FA Sample #1 12/6/2007 3.53781E‐08 ‐17.15717149 0

Mercury (Hg) FA Sample #1 11/12/2007 6.476E‐08 ‐16.55257771 0

Mercury (Hg) FA Sample #1 8/30/2004 3.96111E‐08 ‐17.04415617 0

Mercury (Hg) FA Sample #1 10/28/2005 8.45478E‐08 ‐16.28594904 0

Mercury (Hg) FA Sample #1 11/16/2005 5.15681E‐08 ‐16.78036164 0

Mercury (Hg) FA Sample #1 10/12/2006 6.77581E‐08 ‐16.50732112 0

Mercury (Hg) FA Sample #1 11/6/2006 5.03689E‐08 ‐16.80389214 0

Mercury (Hg) FA Sample #1 11/12/2004 1.73293E‐07 ‐15.56828225 0

Mercury (Hg) FA Sample #1 10/28/2005 9.45385E‐08 ‐16.17425848 0

Mercury (Hg) FA Sample #1 11/30/2006 2.32385E‐08 ‐17.57745465 0

Mercury (Hg) FA Sample #1 12/21/2006 2.11259E‐08 ‐17.67276483 0
Mercury (Hg) FA Sample #1 11/8/2007 6.54904E‐08 ‐16.54136272 0

Mercury (Hg) FA Sample #1 12/29/2007 5.17585E‐08 ‐16.77667681 0

Mercury (Hg) FA Sample #1 12/21/2006 2.93819E‐08 ‐17.34288864 0

Mercury (Hg) FA Sample #1 12/6/2007 2.53511E‐08 ‐17.49044328 0

Mercury (Hg) FA Sample #1 8/30/2004 8.51474E‐08 ‐16.27888188 0

Mercury (Hg) FA Sample #1 10/17/2006 1.95415E‐08 ‐17.75072638 0

Mercury (Hg) FA Sample #1 1/3/2006 1.84852E‐08 ‐17.80629623 0

Mercury (Hg) FA Sample #1 11/30/2005 5.43993E‐08 ‐16.7269153 0

Mercury (Hg) FA Sample #1 12/18/2004 3.69704E‐08 ‐17.11314905 0

Mercury (Hg) FA Sample #1 11/12/2004 8.82007E‐08 ‐16.24365048 0

Mercury (Hg) FA Sample #1 8/30/2004 8.34474E‐08 ‐16.29904925 0

Mercury (Hg) FA Sample #1 12/21/2006 4.55719E‐08 ‐16.90397559 0

Mercury (Hg) FA Sample #1 11/8/2007 7.6153E‐08 ‐16.39052185 0

Mercury (Hg) FA Sample #1 10/7/2010 2.39852E‐08 ‐17.54582948 0

Mercury (Hg) FA Sample #1 10/7/2010 2.75624E‐07 ‐15.10422929 0

Mercury (Hg) FA Sample #1 11/12/2004 1.33717E‐07 ‐15.82753716 0

Mercury (Hg) FA Sample #1 8/15/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/29/2005 3.59778E‐07 ‐14.83777927 0

Mercury (Hg) FA Sample #1 12/18/2004 2.85424E‐07 ‐15.06929108 0

Mercury (Hg) FA Sample #1 8/30/2005 5.9963E‐08 ‐16.62953874 0

Mercury (Hg) FA Sample #1 11/12/2004 2.05073E‐07 ‐15.39989819 0

Mercury (Hg) FA Sample #1 8/26/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 10/28/2005 5.76244E‐07 ‐14.36673452 0

Mercury (Hg) FA Sample #1 11/30/2006 3.11208E‐07 ‐14.98280505 0

Mercury (Hg) FA Sample #1 8/26/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/31/2005 2.99815E‐07 ‐15.02010083 0

Mercury (Hg) FA Sample #1 8/17/2005 5.93633E‐08 ‐16.63958908 0

Mercury (Hg) FA Sample #1 8/9/2005 1.19926E‐07 ‐15.93639156 0

Mercury (Hg) FA Sample #1 8/15/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/16/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 8/16/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 12/1/2005 2.93819E‐08 ‐17.34288863 0

Mercury (Hg) FA Sample #1 12/21/2006 3.86161E‐07 ‐14.7670102 0

Mercury (Hg) FA Sample #1 1/4/2006 2.33256E‐07 ‐15.27112959 0

Mercury (Hg) FA Sample #1 8/30/2004 1.99077E‐07 ‐15.42957396 0

Mercury (Hg) FA Sample #1 10/17/2006 1.69695E‐07 ‐15.58926203 0

Mercury (Hg) FA Sample #1 8/9/2005 ND 5.9963E‐08 ‐16.62953874 1

Mercury (Hg) FA Sample #1 12/7/2007 1.18727E‐07 ‐15.9464419 0

Mercury (Hg) FA Sample #1 12/26/2007 2.95018E‐07 ‐15.03623021 0

Mercury (Hg) FA Sample #1 9/28/2010 2.77444E‐07 ‐15.09764659 0

Mercury (Hg) FA Sample #1 8/30/2005 5.9963E‐08 ‐16.62953874 0

Mercury (Hg) FA Sample #1 11/8/2007 6.83578E‐08 ‐16.49851048 0

Mercury (Hg) FA Sample #1 10/12/2010 8.51474E‐08 ‐16.27888187 0

Mercury (Hg) FA Sample #1 12/6/2007 3.53781E‐08 ‐17.15717149 0

Mercury (Hg) FA Sample #1 12/6/2007 1.97878E‐08 ‐17.73820137 0

Mercury (Hg) FA Sample #1 12/29/2007 1.85885E‐07 ‐15.49813664 0

Mercury (Hg) FA Sample #1 10/17/2006 6.9557E‐08 ‐16.48111874 0

Mercury (Hg) FA Sample #1 11/1/2005 4.02951E‐07 ‐14.72445059 0

Mercury (Hg) FA Sample #1 1/3/2006 1.81088E‐07 ‐15.52428192 0

Mercury (Hg) FA Sample #1 11/30/2005 1.19926E‐07 ‐15.93639157 0

Mercury (Hg) FA Sample #1 11/12/2004 9.982E‐08 ‐16.11989727 0

Mercury (Hg) FA Sample #1 12/21/2006 2.93819E‐08 ‐17.34288864 0
Mercury (Hg) FA Sample #1 11/8/2007 3.38015E‐08 ‐17.2027612 0

Mercury (Hg) FA Sample #1 12/6/2007 1.37319E‐08 ‐18.10354775 0

Mercury (Hg) FA Sample #1 12/18/2004 5.90036E‐07 ‐14.34308304 0

Mercury (Hg) FA Sample #1 8/30/2004 3.96111E‐08 ‐17.04415617 0

Mercury (Hg) FA Sample #1 11/12/2004 1.73293E‐07 ‐15.56828225 0

Mercury (Hg) FA Sample #1 8/30/2004 8.51474E‐08 ‐16.27888188 0

Mercury (Hg) FA Sample #1 1/3/2006 1.15129E‐07 ‐15.97721356 0

Mercury (Hg) FA Sample #1 11/12/2007 6.476E‐08 ‐16.55257771 0

Mercury (Hg) FA Sample #1 10/28/2005 2.21822E‐08 ‐17.62397467 0

Mercury (Hg) FA Sample #1 12/18/2004 1.23524E‐07 ‐15.90683277 0

Mercury (Hg) FA Sample #1 10/28/2005 9.45385E‐08 ‐16.17425848 0

Mercury (Hg) FA Sample #1 11/8/2007 7.6153E‐08 ‐16.39052185 0

Mercury (Hg) FA Sample #1 10/7/2010 2.39852E‐08 ‐17.54582948 0

Mercury (Hg) FA Sample #1 12/21/2006 4.55719E‐08 ‐16.90397559 0

Mercury (Hg) FA Sample #1 10/8/2010 3.77767E‐08 ‐17.09157421 0

Mercury (Hg) FA Sample #1 11/30/2006 1.40913E‐07 ‐15.77512342 0

Mercury (Hg) FA Sample #1 10/28/2005 8.45478E‐08 ‐16.28594904 0

Mercury (Hg) FA Sample #1 11/12/2004 8.82007E‐08 ‐16.24365048 0

Mercury (Hg) FA Sample #1 11/12/2004 1.33717E‐07 ‐15.82753716 0

Mercury (Hg) FA Sample #1 12/18/2004 3.69704E‐08 ‐17.11314905 0

Mercury (Hg) FA Sample #1 12/18/2004 1.09732E‐07 ‐16.02522278 0

Mercury (Hg) FA Sample #1 11/30/2005 5.43993E‐08 ‐16.7269153 0

Mercury (Hg) FA Sample #1 1/3/2006 1.84852E‐08 ‐17.80629623 0

Mercury (Hg) FA Sample #1 10/17/2006 1.95415E‐08 ‐17.75072638 0

Mercury (Hg) FA Sample #1 11/30/2006 2.32385E‐08 ‐17.57745465 0

Mercury (Hg) FA Sample #1 12/21/2006 2.11259E‐08 ‐17.67276483 0

Mercury (Hg) FA Sample #1 11/8/2007 6.54904E‐08 ‐16.54136272 0

Mercury (Hg) FA Sample #1 12/6/2007 2.53511E‐08 ‐17.49044328 0

Mercury (Hg) FA Sample #1 12/29/2007 5.17585E‐08 ‐16.77667681 0

Mercury (Hg) FA Sample #1 8/30/2004 8.34474E‐08 ‐16.29904925 0

Mercury (Hg) FA Sample #1 11/12/2007 7.97507E‐08 ‐16.34435981 0

Mercury (Hg) FA Sample #1 12/21/2006 4.43644E‐08 ‐16.93082749 0

Mercury (Hg) FA Sample #1 11/30/2006 1.95415E‐08 ‐17.75072638 0

Mercury (Hg) FA Sample #1 10/17/2006 1.32037E‐08 ‐18.14276846 0

Mercury (Hg) FA Sample #1 1/3/2006 1.426E‐08 ‐18.06580742 0

Mercury (Hg) FA Sample #1 11/30/2005 2.21822E‐08 ‐17.62397467 0

Mercury (Hg) FA Sample #1 12/29/2007 4.85896E‐08 ‐16.83985571 0

Mercury (Hg) FA Sample #1 11/16/2005 5.15681E‐08 ‐16.78036164 0

Mercury (Hg) FA Sample #1 8/30/2004 7.79519E‐08 ‐16.36717448 0

Mercury (Hg) FA Sample #1 11/6/2006 5.03689E‐08 ‐16.80389214 0

Mercury (Hg) FA Sample #1 12/18/2004 4.48926E‐08 ‐16.91899303 0

Mercury (Hg) FA Sample #1 12/29/2007 9.59407E‐08 ‐16.15953512 0

Mercury (Hg) FA Sample #1 10/7/2010 2.75624E‐07 ‐15.10422929 0

Mercury (Hg) FA Sample #1 12/21/2006 1.70894E‐07 ‐15.58221975 0

Mercury (Hg) FA Sample #1 11/30/2006 1.43911E‐07 ‐15.75407001 0

Mercury (Hg) FA Sample #1 10/17/2006 8.03504E‐08 ‐16.33686914 0

Mercury (Hg) FA Sample #1 1/3/2006 2.98616E‐07 ‐15.02410886 0

Mercury (Hg) FA Sample #1 11/30/2005 8.21493E‐07 ‐14.01214292 0

Mercury (Hg) FA Sample #1 11/1/2005 3.85562E‐07 ‐14.76856421 0

Mercury (Hg) FA Sample #1 10/12/2006 6.77581E‐08 ‐16.50732112 0
Data Type In Top 12%? Appendix

ET Yes

Emission Test

Data

In top

12%?

Data Type In Top 12%? YES

FA Yes

Fuel Analysis

Data YES

YES

Emission Test Data YES

Number of Unique Sources (units) with

stack test data in top 12% 0 YES

Total number of test runs for units with

test data 0 YES

∑(n1i ‐ 1) 0 YES

YES

Fuel Analysis Data

n3u 8

n3: Number of Unique Sources (units) with 8

(n3u ‐ 1) 0

Log Normal UPL Calculation

Average of test run values (x=

) #DIV/0!

Average of natural log of fuel analysis

values (f

=

) ‐7.06825985

Average of x

= and f = (X‐

) #DIV/0!
Numerator for variance calculation

[ ΣΣ(xki ‐ xi)

2 + ΣΣ(f ui ‐ f u)2 ] 0

Σ (n1i ‐ 1) 0

Σ (n3u ‐ 1) 0

Denominator for variance calculation 0

Total pooled variance (s2

) #DIV/0!

m (number of test runs in test condition) 3

Numerator for calculation of flatness of z

distribution (β2z) #DIV/0!

Denominator for calculation of flatness of

z distribution (β2z) #DIV/0!

Flatness of z distribution (β2z) #DIV/0!

Skewness of z distribution (√β1z) #DIV/0!

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A that is larger

than confidence level 0 0 0

z‐value #N/A #N/A #N/A

The following are individual terms in Equation 19 in the

memorandum

exp (X‐

+ (s2/2)) #DIV/0!

Go to distribution tab for 99 percentile, which reads in

(β2z) and (√β1z)
exp (2X‐

+ s

2

) #DIV/0!

exp (s2

) ‐ 1 #DIV/0!

(s2

/n) + [s4/(2(n ‐ 1))] #DIV/0!

Square root term #DIV/0!

UPL #DIV/0! #DIV/0! #DIV/0!

Confidence Level 99% 99.9% 99.5%

Analysis of Data Distribution Normal Log‐Normal

Skewness = ‐1.25E+00 #DIV/0!

SE Skewness 0.87 0.87

Skewness Test normal #DIV/0!

Kurtosis = ‐2.80E+00 #DIV/0!

SE Kurtosis 1.73 1.73

Kurtosis Test normal #DIV/0!

Number of test runs = 8 8
x C‐7c (ii):  Non‐Continental Liquid Fuel TSM Test and Fuel Analysis Averages and Calculation of UPL

Min Test

Avg?

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source

Yes N/A Heavy Liq 1 HIChevronKapolei AG‐5060‐1 Fuel Analysis

Yes N/A Heavy Liq 2 HIChevronKapolei AG‐5060‐2 Fuel Analysis

Yes N/A Heavy Liq 3 HIChevronKapolei F‐5103 Fuel Analysis

Yes N/A Heavy Liq 4 HIChevronKapolei F‐5153 Fuel Analysis

Yes N/A Heavy Liq 5 HIChevronKapolei F‐5201 Fuel Analysis

Yes N/A Heavy Liq 6 HIChevronKapolei F‐5202 Fuel Analysis

Yes N/A Heavy Liq 7 HIChevronKapolei F‐5203 Fuel Analysis

Yes N/A Heavy Liq 8 HIChevronKapolei F‐5300 Fuel Analysis


Source Tab Pollutant Test Average

ln (Test

Average)

Number

of test

runs in

average

Num

test

runs ‐ 1

Data

Type Fuel

Fuel Analysis TSM8 0.00085171 ‐7.06825985 1 0 FA No. 6 Residual oil

Fuel Analysis TSM8 0.00085171 ‐7.06825985 1 0 FA No. 6 Residual oil

Fuel Analysis TSM8 0.00085171 ‐7.06825985 1 0 FA No. 6 Residual oil

Fuel Analysis TSM8 0.00085171 ‐7.06825985 1 0 FA No. 6 Residual oil

Fuel Analysis TSM8 0.00085171 ‐7.06825985 1 0 FA No. 6 Residual oil

Fuel Analysis TSM8 0.00085171 ‐7.06825985 1 0 FA No. 6 Residual oil

Fuel Analysis TSM8 0.00085171 ‐7.06825985 1 0 FA No. 6 Residual oil

Fuel Analysis TSM8 0.00085171 ‐7.06825985 1 0 FA No. 6 Residual oil
Appendix C‐6h (iii):  Light Liquid Fuel TSM Calculation of "z" Distribution (Recommended Option)

∆z z

VLOOKUP 0.101 1288.4198 0.3034866

1.28099E‐05 ‐5 =f(a) 25596.714

5.12467E‐05 1 ‐4.899 23294.483

0.000108176 2 ‐4.798 21143.043

0.000191402 3 ‐4.697 19135.974

0.000311474 4 ‐4.596 17266.989

0.000482387 5 ‐4.495 15529.934

0.000722359 6 ‐4.394 13918.791

0.001054613 7 ‐4.293 12427.672

0.001508103 8 ‐4.192 11050.826

0.002118047 9 ‐4.091 9782.6348

0.002926125 10 ‐3.99 8617.6135

0.003980118 11 ‐3.889 7550.4114

0.005332774 12 ‐3.788 6575.8115

0.007039619 13 ‐3.687 5688.7305

0.009155467 14 ‐3.586 4884.2188

0.011729403 15 ‐3.485 4157.4608

0.014798112 16 ‐3.384 3503.7743

0.018377557 17 ‐3.283 2918.6112

0.022453216 18 ‐3.182 2397.5571

0.026969361 19 ‐3.081 1936.3311

0.031818135 20 ‐2.98 1530.7864

0.036829538 21 ‐2.879 1176.9098

0.041763707 22 ‐2.778 870.82176

0.046307109 23 ‐2.677 608.77671

0.050074362 24 ‐2.576 387.16272

0.052617311 25 ‐2.475 202.50165

0.053442654 26 ‐2.374 51.449121

0.054846485 27 ‐2.273 ‐69.2055

0.058973338 28 ‐2.172 ‐162.5391

0.066255482 29 ‐2.071 ‐231.4947

0.077014308 30 ‐1.97 ‐278.8816

0.091409277 31 ‐1.869 ‐307.3756

0.109389842 32 ‐1.768 ‐319.5183

0.130655809 33 ‐1.667 ‐317.7178

0.154631863 34 ‐1.566 ‐304.2484

0.18046151 35 ‐1.465 ‐281.2507

0.207024616 36 ‐1.364 ‐250.7314

0.23298081 37 ‐1.263 ‐214.5635

0.256838658 38 ‐1.162 ‐174.4863

0.277047642 39 ‐1.061 ‐132.1052

0.29210718 40 ‐0.96 ‐88.89204

0.300684287 41 ‐0.859 ‐46.18468

0.301729617 42 ‐0.758 ‐5.187366

0.308878562 43 ‐0.657 33.029472

   1 3 1 3

6

z z z

      

 2z

1z
0.324417987 44 ‐0.556 67.529152

0.348031488 45 ‐0.455 97.508757

0.378883467 46 ‐0.354 122.29913

0.415655177 47 ‐0.253 141.36488

0.456622061 48 ‐0.152 154.30437

0.499766737 49 ‐0.051 160.84973

0.542918183 50 0.05 160.86684

0.583904816 51 0.151 154.35537

0.620707624 52 0.252 141.44871

0.651599512 53 0.353 122.41405

0.67525853 54 0.454 97.652318

0.690845513 55 0.555 67.698208

0.698040457 56 0.656 33.220178

0.69904467 57 0.757 ‐4.979553

0.707588311 58 0.858 ‐45.96501

0.722624049 59 0.959 ‐88.66644

0.742820039 60 1.06 ‐131.8804

0.766675932 61 1.161 ‐174.2695

0.792640603 62 1.262 ‐214.3628

0.819221292 63 1.363 ‐250.5555

0.845075769 64 1.464 ‐281.1091

0.869081713 65 1.565 ‐304.1512

0.890380335 66 1.666 ‐317.6758

0.908394106 67 1.767 ‐319.5431

0.922820868 68 1.868 ‐307.4794

0.933608471 69 1.969 ‐279.0774

0.940915205 70 2.07 ‐231.796

0.945061747 71 2.171 ‐162.9603

0.946480079 72 2.272 ‐69.76163

0.947296018 73 2.373 50.742336

0.949834267 74 2.474 201.62779

0.953600913 75 2.575 386.10465

0.958147062 76 2.676 607.51661

0.963086542 77 2.777 869.3411

0.968105044 78 2.878 1175.1893

0.972961995 79 2.979 1528.8063

0.977486785 80 3.08 1934.0707

0.981571063 81 3.181 2394.995

0.985158725 82 3.282 2915.7255

0.988234995 83 3.383 3500.5422

0.990815677 84 3.484 4153.8588

0.992937388 85 3.585 4880.223

0.994649208 86 3.686 5684.3159

0.996005994 87 3.787 6570.9527

0.997063346 88 3.888 7545.0822

0.997874105 89 3.989 8611.7869

0.998486152 90 4.09 9776.2833

0.998941262 91 4.191 11043.921

0.999274745 92 4.292 12420.185

0.999515633 93 4.393 13910.692

0.999687219 94 4.494 15521.193

0.999807778 95 4.595 17257.574
0.999891352 96 4.696 19125.854

0.999948526 97 4.797 21132.185

0.999987132 98 4.898 23282.853

1 99 4.999 25584.28
distribution of Z

Normal

distribution

1.48672E‐06 0.038055134

2.45094E‐06 0.057093373

3.9995E‐06 0.084561657

6.46025E‐06 0.123623115

1.03291E‐05 0.178352255

1.63472E‐05 0.25387168

2.56093E‐05 0.356449938

3.97118E‐05 0.493524806

6.09553E‐05 0.673605893

9.26132E‐05 0.906000975

0.000139285 1.200304098

0.000207351 1.56558304

0.000305546 2.009212274

0.000445674 2.535318717

0.000643469 3.142843939

0.000919619 3.82328017

0.001300942 4.558207738

0.001821704 5.316845343

0.002525035 6.053914481

0.003464389 6.708204025

0.004704958 7.202285102

0.006324913 7.443851681

0.008416337 7.329129738

0.011085658 6.748690702

0.014453386 5.595812453

0.018652949 3.777252969

0.023828414 1.225950971

0.030130931 ‐2.085225991

0.03771375 ‐6.129957276

0.046725789 ‐10.81677057

0.057303789 ‐15.98097449

0.069563239 ‐21.38204024

0.083588399 ‐26.70802115

0.099421884 ‐31.58810204

0.117054396 ‐35.61361682

0.136415346 ‐38.36691384

0.157365126 ‐39.45637976

0.179689839 ‐38.55488472

0.203099244 ‐35.43803594

0.227228529 ‐30.01807761

0.251644341 ‐22.36917848

0.275855243 ‐12.74028686

0.299326439 ‐1.552715752

0.321498297 10.61891896

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.341807853 23.08199446

0.359712192 35.07508881

0.37471238 45.82699861

0.386376486 54.62006548

0.394360216 60.85150441

0.398423793 64.08635855

0.398443914 64.09641484

0.394419966 60.88083919

0.386474058 54.66625829

0.374844865 45.88627867

0.359875719 35.14269813

0.34199778 23.15263677

0.32170943 10.68724452

0.299553264 ‐1.491641334

0.276092166 ‐12.69057792

0.25188591 ‐22.33382655

0.227469632 ‐29.99877479

0.203335281 ‐35.43513298

0.17991684 ‐38.56747647

0.157579839 ‐39.48249763

0.136615273 ‐38.40379512

0.117237788 ‐35.65801573

0.099587708 ‐31.63660681

0.083736272 ‐26.75734545

0.069693339 ‐21.4292641

0.05741676 ‐16.02371867

0.046822635 ‐10.85329785

0.037795734 ‐6.159202664

0.030199481 ‐2.106764918

0.023885038 1.211982635

0.018699163 3.770270796

0.014490659 5.594910879

0.011115369 6.752771254

0.008439746 7.337018316

0.006343145 7.454396707

0.004718997 7.214432066

0.003475077 6.721045259

0.002533081 6.066715694

0.001827693 5.329052297

0.001305351 4.569437495

0.000922829 3.833301673

0.00064578 3.151552406

0.00044732 2.542707703

0.000306705 2.01534638

0.000208159 1.570573336

0.000139842 1.204287475

9.29928E‐05 0.909123912

6.12113E‐05 0.676012584

3.98826E‐05 0.495349208

2.5722E‐05 0.35781112

1.64209E‐05 0.254871731

1.03767E‐05 0.179076062
6.49066E‐06 0.124139389

4.01874E‐06 0.08492468

2.46298E‐06 0.057345089

1.49417E‐06 0.038227289
Absolute values

0.038055134 0.001921784

0.057093373 0.005766431

0.084561657 0.008540727

0.123623115 0.012485935

0.178352255 0.018013578

0.25387168 0.02564104

0.356449938 0.036001444

0.493524806 0.049846005

0.673605893 0.068034195

0.906000975 0.091506098

1.200304098 0.121230714

1.56558304 0.158123887

2.009212274 0.20293044

2.535318717 0.25606719

3.142843939 0.317427238

3.82328017 0.386151297

4.558207738 0.460378982

5.316845343 0.53700138

6.053914481 0.611445363

6.708204025 0.677528607

7.202285102 0.727430795

7.443851681 0.75182902

7.329129738 0.740242104

6.748690702 0.681617761

5.595812453 0.565177058

3.777252969 0.38150255

1.225950971 0.123821048

2.085225991 0.210607825

6.129957276 0.619125685

10.81677057 1.092493828

15.98097449 1.614078424

21.38204024 2.159586064

26.70802115 2.697510136

31.58810204 3.190398306

35.61361682 3.596975299

38.36691384 3.875058297

39.45637976 3.985094356

38.55488472 3.894043356

35.43803594 3.57924163

30.01807761 3.031825839

22.36917848 2.259287027

12.74028686 1.286768972

1.552715752 0.156824291

10.61891896 1.072510815

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
23.08199446 2.331281441

35.07508881 3.542583969

45.82699861 4.62852686

54.62006548 5.516626614

60.85150441 6.146001945

64.08635855 6.472722214

64.09641484 6.473737899

60.88083919 6.148964758

54.66625829 5.521292087

45.88627867 4.634514146

35.14269813 3.549412511

23.15263677 2.338416314

10.68724452 1.079411697

1.491641334 0.150655775

12.69057792 1.28174837

22.33382655 2.255716481

29.99877479 3.029876254

35.43513298 3.578948431

38.56747647 3.895315123

39.48249763 3.987732261

38.40379512 3.878783308

35.65801573 3.601459589

31.63660681 3.195297288

26.75734545 2.702491891

21.4292641 2.164355674

16.02371867 1.618395585

10.85329785 1.096183083

6.159202664 0.622079469

2.106764918 0.212783257

1.211982635 0.122410246

3.770270796 0.38079735

5.594910879 0.565085999

6.752771254 0.682029897

7.337018316 0.74103885

7.454396707 0.752894067

7.214432066 0.728657639

6.721045259 0.678825571

6.066715694 0.612738285

5.329052297 0.538234282

4.569437495 0.461513187

3.833301673 0.387163469

3.151552406 0.318306793

2.542707703 0.256813478

2.01534638 0.203549984

1.570573336 0.158627907

1.204287475 0.121633035

0.909123912 0.091821515

0.676012584 0.068277271

0.495349208 0.05003027

0.35781112 0.036138923

0.254871731 0.025742045

0.179076062 0.018086682
0.124139389 0.012538078

0.08492468 0.008577393

0.057345089 0.005791854

0.038227289 0.001930478
Cumulative normalization

0.001921784 1.28099E‐05

0.007688215 5.12467E‐05

0.016228942 0.000108176

0.028714877 0.000191402

0.046728455 0.000311474

0.072369494 0.000482387

0.108370938 0.000722359

0.158216944 0.001054613

0.226251139 0.001508103

0.317757237 0.002118047

0.438987951 0.002926125

0.597111838 0.003980118

0.800042278 0.005332774

1.056109468 0.007039619

1.373536706 0.009155467

1.759688003 0.011729403

2.220066985 0.014798112

2.757068365 0.018377557

3.368513727 0.022453216

4.046042334 0.026969361

4.773473129 0.031818135

5.525302149 0.036829538

6.265544252 0.041763707

6.947162013 0.046307109

7.512339071 0.050074362

7.893841621 0.052617311

8.017662669 0.053442654

8.228270494 0.054846485

8.847396179 0.058973338

9.939890007 0.066255482

11.55396843 0.077014308

13.71355449 0.091409277

16.41106463 0.109389842

19.60146294 0.130655809

23.19843824 0.154631863

27.07349653 0.18046151

31.05859089 0.207024616

34.95263425 0.23298081

38.53187588 0.256838658

41.56370171 0.277047642

43.82298874 0.29210718

45.10975771 0.300684287

45.266582 0.301729617

46.33909282 0.308878562

) () f b  


48.67037426 0.324417987

52.21295823 0.348031488

56.84148509 0.378883467

62.3581117 0.415655177

68.50411365 0.456622061

74.97683586 0.499766737

81.45057376 0.542918183

87.59953852 0.583904816

93.12083061 0.620707624

97.75534475 0.651599512

101.3047573 0.67525853

103.6431736 0.690845513

104.7225853 0.698040457

104.873241 0.69904467

106.1549894 0.707588311

108.4107059 0.722624049

111.4405822 0.742820039

115.0195306 0.766675932

118.9148457 0.792640603

122.902578 0.819221292

126.7813613 0.845075769

130.3828209 0.869081713

133.5781182 0.890380335

136.28061 0.908394106

138.4449657 0.922820868

140.0633613 0.933608471

141.1595444 0.940915205

141.7816239 0.945061747

141.9944071 0.946480079

142.1168174 0.947296018

142.4976147 0.949834267

143.0627007 0.953600913

143.7447306 0.958147062

144.4857695 0.963086542

145.2386635 0.968105044

145.9673212 0.972961995

146.6461467 0.977486785

147.258885 0.981571063

147.7971193 0.985158725

148.2586325 0.988234995

148.645796 0.990815677

148.9641027 0.992937388

149.2209162 0.994649208

149.4244662 0.996005994

149.5830941 0.997063346

149.7047272 0.997874105

149.7965487 0.998486152

149.8648259 0.998941262

149.9148562 0.999274745

149.9509951 0.999515633

149.9767372 0.999687219

149.9948239 0.999807778
150.0073619 0.999891352

150.0159393 0.999948526

150.0217312 0.999987132

150.0236617 1

7575.078459
Appendix C‐6g (iv):  Average of Heavy Liquid TSM Test Data by Source

Rank FacilityID UnitID Pollutant

Test

Average

Average of

ln (Test

Average)

Number of

Test Runs

(n) n‐1

1 SCMilliken‐DD30 TSM8 N/A 5.817E‐06 ‐12.05481 3 2

2 MNGPDulut EU33 Boiler TSM8 N/A 2.705E‐05 ‐10.51765 3 2

3 NYConEd59tBoiler 118 TSM8 N/A 0.0002211 ‐8.416714 3 2
Appendix C‐6h (iv):  Average of Light Liquid TSM Test Data by Source

Rank FacilityID UnitID Pollutant

Test

Average

Average of

ln (Test

Average)

Number of

Test Runs

(n)

1 TNMilanArmD88L‐1, SourTSM8 N/A 1.261E‐05 ‐11.28112 3
n

‐1

2
Appendix C‐7a (i): Non‐Continental Liquid Filterable PM Run Data

In top 12%? Min Test Avg?

Fuel

Category

Metals

Process

Heater? Rank FacilityID UnitID

YES Liquid no 1 HITesoro SG1102

YES Liquid no 1 HITesoro SG1102

YES Liquid no 1 HITesoro SG1102

YES Liquid no 1 HITesoro SG1102

YES Liquid no 1 HITesoro SG1102

YES Liquid no 1 HITesoro SG1102

YES Yes Liquid no 1 HITesoro SG1102

YES Yes Liquid no 1 HITesoro SG1102

YES Yes Liquid no 1 HITesoro SG1102

YES Yes Liquid no 2 HIChevronKapolei F‐5103

YES Yes Liquid no 2 HIChevronKapolei F‐5103

YES Yes Liquid no 2 HIChevronKapolei F‐5103

YES Yes Liquid no 2 HIChevronKapolei F‐5103

YES Yes Liquid no 2 HIChevronKapolei F‐5103

YES Yes Liquid no 2 HIChevronKapolei F‐5103

YES Yes Liquid no 3 HIChevronKapolei F‐5153

YES Yes Liquid no 3 HIChevronKapolei F‐5153

YES Yes Liquid no 3 HIChevronKapolei F‐5153

YES Yes Liquid no 3 HIChevronKapolei F‐5153

YES Yes Liquid no 3 HIChevronKapolei F‐5153

YES Yes Liquid no 3 HIChevronKapolei F‐5153
Data Source Source Tab Pollutant

Data

Type Run Number Test Date

Test

Burning

Waste?

ICR Phase II ‐ Comments Additional PM from commeParticulate MattET Sample #1 12/13/2010

ICR Phase II ‐ Comments Additional PM from commeParticulate MattET Sample #2 12/13/2010

ICR Phase II ‐ Comments Additional PM from commeParticulate MattET Sample #3 12/13/2010

ICR Phase II ‐ Voluntary 2012 PM from Test Report Particulate MattET Sample #1 1/26/2012

ICR Phase II ‐ Voluntary 2012 PM from Test Report Particulate MattET Sample #2 1/26/2012

ICR Phase II ‐ Voluntary 2012 PM from Test Report Particulate MattET Sample #3 1/26/2012

ICR Phase II ‐ Voluntary Additional PM Data from T Particulate MattET Sample #1 10/9/2010

ICR Phase II ‐ Voluntary Additional PM Data from T Particulate MattET Sample #2 10/9/2010

ICR Phase II ‐ Voluntary Additional PM Data from T Particulate MattET Sample #3 10/9/2010

ICR Phase II ‐ Comments Additional PM from commeParticulate MattET Sample #1 12/14/2009

ICR Phase II ‐ Comments Additional PM from commeParticulate MattET Sample #2 12/14/2009

ICR Phase II ‐ Comments Additional PM from commeParticulate MattET Sample #3 12/15/2009

ICR Phase II ‐ Comments Additional PM from commeParticulate MattET Sample #4 12/15/2009

ICR Phase II ‐ Comments Additional PM from commeParticulate MattET Sample #5 12/15/2009

ICR Phase II ‐ Comments Additional PM from commeParticulate MattET Sample #6 12/15/2009

ICR Phase II ‐ Comments Additional PM from commeParticulate MattET Sample #1 12/14/2009

ICR Phase II ‐ Comments Additional PM from commeParticulate MattET Sample #2 12/14/2009

ICR Phase II ‐ Comments Additional PM from commeParticulate MattET Sample #3 12/15/2009

ICR Phase II ‐ Comments Additional PM from commeParticulate MattET Sample #4 12/15/2009

ICR Phase II ‐ Comments Additional PM from commeParticulate MattET Sample #5 12/15/2009

ICR Phase II ‐ Comments Additional PM from commeParticulate MattET Sample #6 12/15/2009
Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

0.00413 ‐5.489477872 0

0.00643 ‐5.046780741 0

0.00584 ‐5.143024482 0

0.0135 ‐4.305065594 0

0.0153 ‐4.179902451 0

0.01746 ‐4.047842729 0

0.0038 ‐5.572754212 0

0.00517 ‐5.26488259 0

0.00333 ‐5.704782975 0

0.072134591 ‐2.629221582 0

0.06514044 ‐2.731209721 0

0.068337227 ‐2.683300615 0

0.063203083 ‐2.761402203 0

0.068691306 ‐2.678132645 0

0.059662294 ‐2.819055054 0

0.072134591 ‐2.629221582 0

0.06514044 ‐2.731209721 0

0.068337227 ‐2.683300615 0

0.063203083 ‐2.761402203 0

0.068691306 ‐2.678132645 0

0.059662294 ‐2.819055054 0
Appendix C‐7a (ii): N

In top

12%?

Min Test

Avg?

YES Yes

YES

YES

YES Yes

YES Yes

Number of sources with

test data 3

n 21

n‐1 18

Average of natural log of

test run values (μ) ‐3.683769394

Variance of natural log of

test runs (σ2

) 1.471277284

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 578.7053314

Denominator for

calculation of flatness of z

distribution (β2z) 33.76392634

Flatness of z distribution

(β2z) 19.13975222

Skewness of z distribution

(√β1z) 6.720069505
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.992292241 0.999267899 0.995756412

z‐value 3.585 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 0.052437633

exp (2μ + σ2

) 0.002749705

exp (σ2

) ‐ 1 3.3547939

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.124177244

Square root term 0.17534863

Confidence Level 99% 99.9% 99.5%

UPL 2.62E‐01 3.03E‐01 2.74E‐01

Analysis of Data

Distribution

Normal Log‐normal

Skewness = ‐3.18E‐01 ‐6.17E‐01

SE Skewness 0.53 0.53

Skewness Test normal normal

Kurtosis = ‐1.99E+00 ‐1.47E+00

SE Kurtosis 1.07 1.07

Kurtosis Test normal normal

Number of test runs = 21 21
Non‐Continental Liquid Filterable PM Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source

N/A Liquid 1 HITesoro SG1102 ICR Phase II ‐ Voluntary

N/A Liquid 1 HITesoro SG1102 ICR Phase II ‐ Comments

N/A Liquid 1 HITesoro SG1102 ICR Phase II ‐ Voluntary

N/A Liquid 2 HIChevronKapolei F‐5103 ICR Phase II ‐ Comments

N/A Liquid 3 HIChevronKapolei F‐5153 ICR Phase II ‐ Comments

Source Tab Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1

Additional PM Data from Test Report Particulate M 0.0041 ‐5.496768305 3 2

Additional PM from comments Particulate M 0.005466667 ‐5.209086233 3 2

2012 PM from Test Report Particulate M 0.01542 ‐4.172089911 3 2

Additional PM from comments Particulate M 0.066194823 ‐2.715153016 6 5

Additional PM from comments Particulate M 0.066194823 ‐2.715153016 6 5

Data Type Fuel

ET No. 6 Residual oil

ET No. 6 Residual oil

ET No. 6 Residual oil

ET No. 6 Residual oil

ET No. 6 Residual oil
Appendix C‐7a (iii): Non‐Continental Liquid Filterable PM Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 19.139752 6.7200695

5.56134E‐06 ‐5 =f(a) 199.24879

2.19709E‐05 1 ‐4.899 178.31191

4.58383E‐05 2 ‐4.798 158.93273

8.00495E‐05 3 ‐4.697 141.03756

0.000128356 4 ‐4.596 124.55436

0.000195514 5 ‐4.495 109.4128

0.000287387 6 ‐4.394 95.544211

0.000410971 7 ‐4.293 82.881615

0.000574294 8 ‐4.192 71.359708

0.000786121 9 ‐4.091 60.914864

0.001055381 10 ‐3.99 51.48514

0.00139024 11 ‐3.889 43.01027

0.001796733 12 ‐3.788 35.43167

0.002276875 13 ‐3.687 28.692432

0.002826229 14 ‐3.586 22.737331

0.003430941 15 ‐3.485 17.512819

0.004064349 16 ‐3.384 12.967029

0.004683363 17 ‐3.283 9.049774

0.005224967 18 ‐3.182 5.7125444

0.005603307 19 ‐3.081 2.9085117

0.005707984 20 ‐2.98 0.5925265

0.006011701 21 ‐2.879 ‐1.278881

0.006879953 22 ‐2.778 ‐2.747502

0.008483921 23 ‐2.677 ‐3.853446

0.010999384 24 ‐2.576 ‐4.635145

0.014591868 25 ‐2.475 ‐5.129351

0.019397453 26 ‐2.374 ‐5.371136

0.025499842 27 ‐2.273 ‐5.393894

0.032904947 28 ‐2.172 ‐5.229337

0.041514919 29 ‐2.071 ‐4.907499

0.051104177 30 ‐1.97 ‐4.456734

0.061300491 31 ‐1.869 ‐3.903718

0.071574408 32 ‐1.768 ‐3.273446

0.081240213 33 ‐1.667 ‐2.589233

0.089471058 34 ‐1.566 ‐1.872715

0.095329976 35 ‐1.465 ‐1.14385

0.097817047 36 ‐1.364 ‐0.420915

0.099702771 37 ‐1.263 0.2794923

0.106889869 38 ‐1.162 0.9424543

0.120154748 39 ‐1.061 1.5547318

0.140042049 40 ‐0.96 2.1047657

0.16679281 41 ‐0.859 2.5826762

0.200288169 42 ‐0.758 2.9802632

0.240015763 43 ‐0.657 3.2910059

0.285064425 44 ‐0.556 3.5100631

   1 3 1 3

6

z z z

      

 2z

1z
0.334150428 45 ‐0.455 3.6342732

0.385675616 46 ‐0.354 3.6621541

0.437814529 47 ‐0.253 3.593903

0.488624503 48 ‐0.152 3.4313968

0.536170102 49 ‐0.051 3.1781919

0.578651392 50 0.05 2.8395241

0.614524859 51 0.151 2.4223089

0.642606205 52 0.252 1.9351411

0.662145923 53 0.353 1.3882951

0.672871174 54 0.454 0.7937248

0.674990802 55 0.555 0.1650637

0.680817653 56 0.656 ‐0.482375

0.693545411 57 0.757 ‐1.1316

0.711831565 58 0.858 ‐1.763938

0.73414281 59 0.959 ‐2.359038

0.758867873 60 1.06 ‐2.89487

0.78442706 61 1.161 ‐3.347722

0.809369705 62 1.262 ‐3.692205

0.832452544 63 1.363 ‐3.901249

0.852694515 64 1.464 ‐3.946105

0.86940612 65 1.565 ‐3.796345

0.882194014 66 1.666 ‐3.41986

0.890943661 67 1.767 ‐2.782864

0.895784513 68 1.868 ‐1.849889

0.897043088 69 1.969 ‐0.583788

0.898896577 70 2.07 1.0542639

0.90330271 71 2.171 3.1047729

0.909663944 72 2.272 5.6099241

0.917388876 73 2.373 8.613582

0.925927478 74 2.474 12.161291

0.934796342 75 2.575 16.300274

0.943594014 76 2.676 21.079434

0.952007351 77 2.777 26.549355

0.959810393 78 2.878 32.762298

0.966857555 79 2.979 39.772204

0.973073009 80 3.08 47.634696

0.978437982 81 3.181 56.407073

0.982977472 82 3.282 66.148316

0.986747516 83 3.383 76.919085

0.989823824 84 3.484 88.781718

0.992292241 85 3.585 101.80023

0.994241242 86 3.686 116.04033

0.995756412 87 3.787 131.56939

0.996916733 88 3.888 148.45646

0.997792414 89 3.989 166.77229

0.998443923 90 4.09 186.58929

0.998921938 91 4.191 207.98155

0.999267899 92 4.292 231.02485

0.999514949 93 4.393 255.79665

0.999689053 94 4.494 282.37608

0.999810165 95 4.595 310.84395

0.999893339 96 4.696 341.28275
0.99994974 97 4.797 373.77667

0.999987509 98 4.898 408.41155

1 99 4.999 445.27492
distribution of Z

Normal

distribution

1.48672E‐06 0.000296227

2.45094E‐06 0.000437032

3.9995E‐06 0.000635652

6.46025E‐06 0.000911137

1.03291E‐05 0.001286533

1.63472E‐05 0.001788598

2.56093E‐05 0.002446817

3.97118E‐05 0.003291375

6.09553E‐05 0.004349749

9.26132E‐05 0.00564152

0.000139285 0.007171107

0.000207351 0.008918209

0.000305546 0.010826002

0.000445674 0.012787468

0.000643469 0.01463077

0.000919619 0.016105122

0.001300942 0.016869355

0.001821704 0.016486008

0.002525035 0.014424372

0.003464389 0.010076216

0.004704958 0.002787812

0.006324913 ‐0.008088812

0.008416337 ‐0.023123901

0.011085658 ‐0.042717984

0.014453386 ‐0.066993541

0.018652949 ‐0.095677522

0.023828414 ‐0.127985661

0.030130931 ‐0.162523038

0.03771375 ‐0.197217889

0.046725789 ‐0.229306744

0.057303789 ‐0.255387753

0.069563239 ‐0.271555272

0.083588399 ‐0.273622081

0.099421884 ‐0.257426385

0.117054396 ‐0.21920956

0.136415346 ‐0.156038757

0.157365126 ‐0.066237395

0.179689839 0.050221932

0.203099244 0.191411755

0.227228529 0.353279425

0.251644341 0.529652378

0.275855243 0.712444775

0.299326439 0.892071559

0.321498297 1.058052776

0.341807853 1.199767132

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 1.30729239

0.37471238 1.372254471

0.386376486 1.388599605

0.394360216 1.353206386

0.398423793 1.266267274

0.398443914 1.131391116

0.394419966 0.955407002

0.386474058 0.747881836

0.374844865 0.520395291

0.359875719 0.285642292

0.34199778 0.056451413

0.32170943 ‐0.155184714

0.299553264 ‐0.338974468

0.276092166 ‐0.487009498

0.25188591 ‐0.594208527

0.227469632 ‐0.658494963

0.203335281 ‐0.68070996

0.17991684 ‐0.664289786

0.157579839 ‐0.614758123

0.136615273 ‐0.539098176

0.117237788 ‐0.445075046

0.099587708 ‐0.340576039

0.083736272 ‐0.233026651

0.069693339 ‐0.128924924

0.05741676 ‐0.033519226

0.046822635 0.049363412

0.037795734 0.117347173

0.030199481 0.169416798

0.023885038 0.205735735

0.018699163 0.227405952

0.014490659 0.236201709

0.011115369 0.234305689

0.008439746 0.224069817

0.006343145 0.207816013

0.004718997 0.187684906

0.003475077 0.165534254

0.002533081 0.142883671

0.001827693 0.120898842

0.001305351 0.100406432

0.000922829 0.08193035

0.00064578 0.065740597

0.00044732 0.051907151

0.000306705 0.040353036

0.000208159 0.030902482

0.000139842 0.023321731

9.29928E‐05 0.01735146

6.12113E‐05 0.012730817

3.98826E‐05 0.009213871

2.5722E‐05 0.006579607

1.64209E‐05 0.004636865

1.03767E‐05 0.003225523

6.49066E‐06 0.00221515
4.01874E‐06 0.00150211

2.46298E‐06 0.001005907

1.49417E‐06 0.000665317
Absolute values

0.000296227 1.49595E‐05

0.000437032 4.41402E‐05

0.000635652 6.42008E‐05

0.000911137 9.20249E‐05

0.001286533 0.00012994

0.001788598 0.000180648

0.002446817 0.000247128

0.003291375 0.000332429

0.004349749 0.000439325

0.00564152 0.000569793

0.007171107 0.000724282

0.008918209 0.000900739

0.010826002 0.001093426

0.012787468 0.001291534

0.01463077 0.001477708

0.016105122 0.001626617

0.016869355 0.001703805

0.016486008 0.001665087

0.014424372 0.001456862

0.010076216 0.001017698

0.002787812 0.000281569

0.008088812 0.00081697

0.023123901 0.002335514

0.042717984 0.004314516

0.066993541 0.006766348

0.095677522 0.00966343

0.127985661 0.012926552

0.162523038 0.016414827

0.197217889 0.019919007

0.229306744 0.023159981

0.255387753 0.025794163

0.271555272 0.027427082

0.273622081 0.02763583

0.257426385 0.026000065

0.21920956 0.022140166

0.156038757 0.015759914

0.066237395 0.006689977

0.050221932 0.005072415

0.191411755 0.019332587

0.353279425 0.035681222

0.529652378 0.05349489

0.712444775 0.071956922

0.892071559 0.090099227

1.058052776 0.10686333

1.199767132 0.12117648

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
1.30729239 0.132036531

1.372254471 0.138597702

1.388599605 0.14024856

1.353206386 0.136673845

1.266267274 0.127892995

1.131391116 0.114270503

0.955407002 0.096496107

0.747881836 0.075536065

0.520395291 0.052559924

0.285642292 0.028849872

0.056451413 0.005701593

0.155184714 0.015673656

0.338974468 0.034236421

0.487009498 0.049187959

0.594208527 0.060015061

0.658494963 0.066507991

0.68070996 0.068751706

0.664289786 0.067093268

0.614758123 0.06209057

0.539098176 0.054448916

0.445075046 0.04495258

0.340576039 0.03439818

0.233026651 0.023535692

0.128924924 0.013021417

0.033519226 0.003385442

0.049363412 0.004985705

0.117347173 0.011852064

0.169416798 0.017111097

0.205735735 0.020779309

0.227405952 0.022968001

0.236201709 0.023856373

0.234305689 0.023664875

0.224069817 0.022631052

0.207816013 0.020989417

0.187684906 0.018956176

0.165534254 0.01671896

0.142883671 0.014431251

0.120898842 0.012210783

0.100406432 0.01014105

0.08193035 0.008274965

0.065740597 0.0066398

0.051907151 0.005242622

0.040353036 0.004075657

0.030902482 0.003121151

0.023321731 0.002355495

0.01735146 0.001752497

0.012730817 0.001285813

0.009213871 0.000930601

0.006579607 0.00066454

0.004636865 0.000468323

0.003225523 0.000325778

0.00221515 0.00022373
0.00150211 0.000151713

0.001005907 0.000101597

0.000665317 3.35985E‐05
Cumulative normalization

1.49595E‐05 5.56134E‐06

5.90997E‐05 2.19709E‐05

0.000123301 4.58383E‐05

0.000215325 8.00495E‐05

0.000345265 0.000128356

0.000525914 0.000195514

0.000773042 0.000287387

0.001105471 0.000410971

0.001544796 0.000574294

0.002114589 0.000786121

0.002838871 0.001055381

0.00373961 0.00139024

0.004833036 0.001796733

0.00612457 0.002276875

0.007602278 0.002826229

0.009228896 0.003430941

0.0109327 0.004064349

0.012597787 0.004683363

0.014054649 0.005224967

0.015072347 0.005603307

0.015353916 0.005707984

0.016170886 0.006011701

0.0185064 0.006879953

0.022820916 0.008483921

0.029587264 0.010999384

0.039250693 0.014591868

0.052177245 0.019397453

0.068592072 0.025499842

0.088511079 0.032904947

0.11167106 0.041514919

0.137465223 0.051104177

0.164892305 0.061300491

0.192528136 0.071574408

0.218528201 0.081240213

0.240668366 0.089471058

0.256428281 0.095329976

0.263118257 0.097817047

0.268190673 0.099702771

0.28752326 0.106889869

0.323204482 0.120154748

0.376699372 0.140042049

0.448656294 0.16679281

0.538755522 0.200288169

0.645618852 0.240015763

0.766795332 0.285064425

) () f b  


0.898831864 0.334150428

1.037429565 0.385675616

1.177678125 0.437814529

1.31435197 0.488624503

1.442244965 0.536170102

1.556515468 0.578651392

1.653011575 0.614524859

1.728547641 0.642606205

1.781107565 0.662145923

1.809957436 0.672871174

1.815659029 0.674990802

1.831332685 0.680817653

1.865569107 0.693545411

1.914757066 0.711831565

1.974772127 0.73414281

2.041280118 0.758867873

2.110031824 0.78442706

2.177125093 0.809369705

2.239215663 0.832452544

2.293664579 0.852694515

2.338617159 0.86940612

2.373015339 0.882194014

2.39655103 0.890943661

2.409572448 0.895784513

2.41295789 0.897043088

2.417943594 0.898896577

2.429795659 0.90330271

2.446906755 0.909663944

2.467686064 0.917388876

2.490654066 0.925927478

2.514510438 0.934796342

2.538175313 0.943594014

2.560806364 0.952007351

2.581795782 0.959810393

2.600751957 0.966857555

2.617470917 0.973073009

2.631902168 0.978437982

2.644112951 0.982977472

2.654254 0.986747516

2.662528966 0.989823824

2.669168766 0.992292241

2.674411388 0.994241242

2.678487045 0.995756412

2.681608196 0.996916733

2.68396369 0.997792414

2.685716188 0.998443923

2.687002 0.998921938

2.687932601 0.999267899

2.688597142 0.999514949

2.689065465 0.999689053

2.689391243 0.999810165

2.689614973 0.999893339
2.689766686 0.99994974

2.689868283 0.999987509

2.689901881 1

130.8131485
Appendix C‐7b (i): Non‐Continental Liquid CO Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Liquid N/A no 1 HITesoro

YES Liquid N/A no 1 HITesoro

YES Liquid N/A no 1 HITesoro

YES Liquid N/A no 1 HITesoro

YES Liquid N/A no 1 HITesoro

YES Liquid N/A no 1 HITesoro

YES Yes Liquid N/A no 1 HITesoro

YES Yes Liquid N/A no 1 HITesoro

YES Yes Liquid N/A no 1 HITesoro

YES Yes Liquid N/A no 2 HITesoro

YES Yes Liquid N/A no 2 HITesoro

YES Yes Liquid N/A no 2 HITesoro

YES Liquid N/A no 2 HITesoro

YES Liquid N/A no 2 HITesoro

YES Liquid N/A no 2 HITesoro

YES Liquid N/A no 2 HITesoro

YES Liquid N/A no 2 HITesoro

YES Liquid N/A no 2 HITesoro

YES Yes Liquid N/A no 3 HIChevronKapolei

YES Yes Liquid N/A no 3 HIChevronKapolei

YES Yes Liquid N/A no 3 HIChevronKapolei
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

SG1102 ICR Phase II ‐ Voluntary 2012 CO from Test Report CO ET Sample #1

SG1102 ICR Phase II ‐ Voluntary 2012 CO from Test Report CO ET Sample #2

SG1102 ICR Phase II ‐ Voluntary 2012 CO from Test Report CO ET Sample #3

SG1102 ICR Phase II ‐ Voluntary Additional CO Data from TeCO ET Sample #1

SG1102 ICR Phase II ‐ Voluntary Additional CO Data from TeCO ET Sample #2

SG1102 ICR Phase II ‐ Voluntary Additional CO Data from TeCO ET Sample #3

SG1102 ICR Phase II ‐ Voluntary Additional CO Data from TeCO ET Sample #1

SG1102 ICR Phase II ‐ Voluntary Additional CO Data from TeCO ET Sample #2

SG1102 ICR Phase II ‐ Voluntary Additional CO Data from TeCO ET Sample #3

SG1103 ICR Phase II ‐ Voluntary Additional CO Data from TeCO ET Sample #1

SG1103 ICR Phase II ‐ Voluntary Additional CO Data from TeCO ET Sample #2

SG1103 ICR Phase II ‐ Voluntary Additional CO Data from TeCO ET Sample #3

SG1103 ICR Phase II ‐ Voluntary Additional CO Data from TeCO ET Sample #1

SG1103 ICR Phase II ‐ Voluntary Additional CO Data from TeCO ET Sample #2

SG1103 ICR Phase II ‐ Voluntary Additional CO Data from TeCO ET Sample #3

SG1103 ICR Phase II ‐ Voluntary SG1103ComplTestMACT'05CO ET Sample #1

SG1103 ICR Phase II ‐ Voluntary SG1103ComplTestMACT'05CO ET Sample #2

SG1103 ICR Phase II ‐ Voluntary SG1103ComplTestMACT'05CO ET Sample #3

F‐5103 ICR Phase II ‐ Voluntary Crude.Furnace.SourceTest. CO ET Sample #1

F‐5103 ICR Phase II ‐ Voluntary Crude.Furnace.SourceTest. CO ET Sample #2

F‐5103 ICR Phase II ‐ Voluntary Crude.Furnace.SourceTest. CO ET Sample #3
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

1/26/2012 19.30138623 2.960176919 0

1/26/2012 19.33604693 2.96197107 0

1/26/2012 19.37083233 2.963768447 0

10/7/2010 10.72782313 2.372840659 0

10/8/2010 8.59153581 2.15077751 0

10/8/2010 8.674593968 2.16039852 0

10/9/2010 8.388071794 2.126810672 0

10/9/2010 8.547885177 2.145683905 0

10/9/2010 8.602518216 2.152054976 0

1/1/2002 18 2.890371758 0

1/1/2002 18 2.890371758 0

1/1/2002 18 2.890371758 0

1/1/2005 18 2.890371758 0

1/1/2005 18 2.890371758 0

1/1/2005 18 2.890371758 0

10/6/2005 26.70535714 3.284864187 0

10/6/2005 26.61733685 3.281562765 0

10/6/2005 26.24963432 3.267652058 0

12/14/2009 18 2.890371758 0

12/14/2009 18 2.890371758 0

12/14/2009 18 2.890371758 0
Appendix C‐7b (ii): Non‐Continen

In top

12%?

Min Test

Avg?

Combustor

Design

YES Yes N/A

YES N/A

YES N/A

YES N/A

YES Yes N/A

Number of sources with

test data 3 YES N/A

n 21 YES Yes N/A

n‐1 18

Average of natural log of

test run values (μ) 2.754376548

Variance of natural log of

test runs (σ2

) 0.155419449

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 6.143795181

Denominator for

calculation of flatness of z

distribution (β2z) 0.084821085

Flatness of z distribution

(β2z) 74.43240489

Skewness of z distribution

(√β1z) 0.750050412
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990836236 0.999279758 0.9960239

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 16.98085058

exp (2μ + σ2

) 288.3492864

exp (σ2

) ‐ 1 0.168147837

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.008004806

Square root term 12.89                  

Confidence Level 99% 99.9% 99.5%

UPL 3.20E+01 3.54E+01 3.33E+01

Analysis of Data

Distribution

Normal Log‐normal

Skewness = ‐6.13E‐02 ‐6.27E‐01

SE Skewness 0.53 0.53

Skewness Test normal normal

Kurtosis = ‐6.08E‐01 ‐8.89E‐01

SE Kurtosis 1.07 1.07

Kurtosis Test normal normal

Number of test runs = 21 21
ntal Liquid CO Test Averages and Calculation of UPL

Fuel

Category Rank FacilityID UnitID Data Source Source Tab Pollutant

Liquid 1 HITesoro SG1102 ICR Phase II ‐ Voluntary Additional CO Data froCO

Liquid 1 HITesoro SG1102 ICR Phase II ‐ Voluntary Additional CO Data froCO

Liquid 1 HITesoro SG1102 ICR Phase II ‐ Voluntary 2012 CO from Test RepCO

Liquid 2 HITesoro SG1103 ICR Phase II ‐ Voluntary Additional CO Data froCO

Liquid 2 HITesoro SG1103 ICR Phase II ‐ Voluntary Additional CO Data froCO

Liquid 2 HITesoro SG1103 ICR Phase II ‐ Voluntary SG1103ComplTestMACCO

Liquid 3 HIChevronKapolei F‐5103 ICR Phase II ‐ Voluntary Crude.Furnace.SourceTCO

Test Average

Test Average ‐

Rounded

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

8.512825062 9 2.141573857 3 2 ET No. 6 Residual oil

9.331317636 9 2.233376231 3 2 ET No. 6 Residual oil

19.3360885 9 2.96197322 3 2 ET No. 6 Residual oil

18 18 2.890371758 3 2 ET No. 6 Residual oil

18 18 2.890371758 3 2 ET No. 6 Residual oil

26.52410944 18 3.27805411 3 2 ET No. 6 Residual oil

18 18 2.890371758 3 2 ET No. 6 Residual oil
Appendix C‐7b (iii): Non‐Continental Liquid CO Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 74.432405 0.7500504

1.24623E‐05 ‐5 =f(a) 1409.9445

4.98489E‐05 1 ‐4.899 1282.8766

0.000105211 2 ‐4.798 1164.1518

0.000186129 3 ‐4.697 1053.414

0.000302845 4 ‐4.596 950.31449

0.000468941 5 ‐4.495 854.51219

0.000702093 6 ‐4.394 765.67329

0.001024822 7 ‐4.293 683.47147

0.001465192 8 ‐4.192 607.58783

0.002057326 9 ‐4.091 537.71091

0.002841579 10 ‐3.99 473.53668

0.003864187 11 ‐3.889 414.76855

0.005176154 12 ‐3.788 361.11734

0.00683112 13 ‐3.687 312.30134

0.008881978 14 ‐3.586 268.04625

0.011376017 15 ‐3.485 228.08521

0.014348479 16 ‐3.384 192.15878

0.017814542 17 ‐3.283 160.01498

0.021759945 18 ‐3.182 131.40923

0.026130717 19 ‐3.081 106.10441

0.030822789 20 ‐2.98 83.870826

0.035672541 21 ‐2.879 64.486214

0.040449648 22 ‐2.778 47.735743

0.0448538 23 ‐2.677 33.412019

0.048516949 24 ‐2.576 21.315078

0.051012638 25 ‐2.475 11.252391

0.05187364 26 ‐2.374 3.0388618

0.053128722 27 ‐2.273 ‐3.503172

0.05696011 28 ‐2.172 ‐8.543941

0.063764004 29 ‐2.071 ‐12.24624

0.073824692 30 ‐1.97 ‐14.76543

0.087265229 31 ‐1.869 ‐16.24945

0.104001356 32 ‐1.768 ‐16.83879

0.123704011 33 ‐1.667 ‐16.66651

0.145775972 34 ‐1.566 ‐15.85824

0.169347747 35 ‐1.465 ‐14.53219

0.193296678 36 ‐1.364 ‐12.7991

0.216291371 37 ‐1.263 ‐10.76232

0.236861207 38 ‐1.162 ‐8.517741

0.253487902 39 ‐1.061 ‐6.153823

0.264713295 40 ‐0.96 ‐3.751598

0.269255048 41 ‐0.859 ‐1.384663

0.272389989 42 ‐0.758 0.8808181

0.283805184 43 ‐0.657 2.9861152

0.303638432 44 ‐0.556 4.8799314

   1 3 1 3

6

z z z

      

 2z

1z    1 3 1 3

6

z z z

      

 2z

1z
0.33151854 45 ‐0.455 6.5184028

0.366561463 46 ‐0.354 7.865099

0.407408496 47 ‐0.253 8.8910229

0.452304978 48 ‐0.152 9.5746106

0.499213798 49 ‐0.051 9.9017315

0.545954226 50 0.05 9.8656883

0.590353853 51 0.151 9.467217

0.630399956 52 0.252 8.7144868

0.664376664 53 0.353 7.6231003

0.690975839 54 0.454 6.2160933

0.709372446 55 0.555 4.523935

0.719258958 56 0.656 2.5845277

0.720837582 57 0.757 0.4432071

0.726901869 58 0.858 ‐1.847258

0.739560879 59 0.959 ‐4.226665

0.757486049 60 1.06 ‐6.627378

0.779183705 61 1.161 ‐8.974329

0.803111711 62 1.262 ‐11.18502

0.827787334 63 1.363 ‐13.1695

0.851878112 64 1.464 ‐14.83042

0.874270042 65 1.565 ‐16.06297

0.894110238 66 1.666 ‐16.75491

0.910823988 67 1.767 ‐16.78658

0.924108527 68 1.868 ‐16.03087

0.933907647 69 1.969 ‐14.35325

0.940372396 70 2.07 ‐11.61175

0.943813501 71 2.171 ‐7.656972

0.944650915 72 2.272 ‐2.332075

0.945936658 73 2.373 4.5272056

0.948847679 74 2.474 13.092572

0.952904174 75 2.575 23.54316

0.957670836 76 2.676 36.065537

0.962774124 77 2.777 50.853703

0.967911104 78 2.878 68.109095

0.972851146 79 2.979 88.04058

0.97743209 80 3.08 110.86446

0.981552566 81 3.181 136.80447

0.985162087 82 3.282 166.09177

0.988250263 83 3.383 198.96497

0.990836236 84 3.484 235.6701

0.992959071 85 3.585 276.46064

0.994669594 86 3.686 321.59747

0.996023853 87 3.787 371.34894

0.997078222 88 3.888 425.99081

0.997886011 89 3.989 485.80628

0.998495361 90 4.09 551.08599

0.998948164 91 4.191 622.12801

0.999279758 92 4.292 699.23783

0.999519152 93 4.393 782.72839

0.999689591 94 4.494 872.92005

0.99980929 95 4.595 970.14062

0.999892234 96 4.696 1074.7253
0.999948955 97 4.797 1187.0169

0.999987243 98 4.898 1307.3653

1 99 4.999 1436.1282
distribution of Z

Normal

distribution

1.48672E‐06 0.002096192

2.45094E‐06 0.003144253

3.9995E‐06 0.004656028

6.46025E‐06 0.006805314

1.03291E‐05 0.009815882

1.63472E‐05 0.013968922

2.56093E‐05 0.019608327

3.97118E‐05 0.027141859

6.09553E‐05 0.03703567

9.26132E‐05 0.04979912

0.000139285 0.065956546

0.000207351 0.086002545

0.000305546 0.110337925

0.000445674 0.139184559

0.000643469 0.172479485

0.000919619 0.209751507

0.001300942 0.249987462

0.001821704 0.291499897

0.002525035 0.33181284

0.003464389 0.367586938

0.004704958 0.394608675

0.006324913 0.407869678

0.008416337 0.401760122

0.011085658 0.370394233

0.014453386 0.308075061

0.018652949 0.209890274

0.023828414 0.072411258

0.030130931 ‐0.105553847

0.03771375 ‐0.322224068

0.046725789 ‐0.572215285

0.057303789 ‐0.846115364

0.069563239 ‐1.13036452

0.083588399 ‐1.407527466

0.099421884 ‐1.65701583

0.117054396 ‐1.856277137

0.136415346 ‐1.982413317

0.157365126 ‐2.014132477

0.179689839 ‐1.933879951

0.203099244 ‐1.729946758

0.227228529 ‐1.398324109

0.251644341 ‐0.944068383

0.275855243 ‐0.38196657

0.299326439 0.263652132

0.321498297 0.960030953

0.341807853 1.667998859

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 2.344748952

0.37471238 2.947149974

0.386376486 3.435282193

0.394360216 3.775845516

0.398423793 3.945085435

0.398443914 3.930923472

0.394419966 3.734059409

0.386474058 3.367923082

0.374844865 2.857480002

0.359875719 2.237021054

0.34199778 1.547175722

0.32170943 0.831466928

0.299553264 0.132764138

0.276092166 ‐0.510013395

0.25188591 ‐1.064637274

0.227469632 ‐1.507527255

0.203335281 ‐1.82479774

0.17991684 ‐2.012372704

0.157579839 ‐2.075248108

0.136615273 ‐2.026061998

0.117237788 ‐1.883186921

0.099587708 ‐1.668583174

0.083736272 ‐1.405645527

0.069693339 ‐1.117244888

0.05741676 ‐0.824117169

0.046822635 ‐0.54369283

0.037795734 ‐0.289400871

0.030199481 ‐0.070427465

0.023885038 0.108132478

0.018699163 0.244820142

0.014490659 0.341155908

0.011115369 0.400881748

0.008439746 0.429192354

0.006343145 0.432025885

0.004718997 0.415463219

0.003475077 0.385262572

0.002533081 0.346536758

0.001827693 0.303564835

0.001305351 0.259719196

0.000922829 0.217483223

0.00064578 0.178532864

0.00044732 0.143856952

0.000306705 0.113894707

0.000208159 0.088673627

0.000139842 0.067936007

9.29928E‐05 0.051247027

6.12113E‐05 0.038081253

3.98826E‐05 0.027887419

2.5722E‐05 0.020133357

1.64209E‐05 0.01433412

1.03767E‐05 0.010066824

6.49066E‐06 0.006975675
4.01874E‐06 0.004770308

2.46298E‐06 0.003220008

1.49417E‐06 0.002145821
Absolute values

0.002096192 0.000105858

0.003144253 0.00031757

0.004656028 0.000470259

0.006805314 0.000687337

0.009815882 0.000991404

0.013968922 0.001410861

0.019608327 0.001980441

0.027141859 0.002741328

0.03703567 0.003740603

0.04979912 0.005029711

0.065956546 0.006661611

0.086002545 0.008686257

0.110337925 0.01114413

0.139184559 0.01405764

0.172479485 0.017420428

0.209751507 0.021184902

0.249987462 0.025248734

0.291499897 0.02944149

0.33181284 0.033513097

0.367586938 0.037126281

0.394608675 0.039855476

0.407869678 0.041194837

0.401760122 0.040577772

0.370394233 0.037409818

0.308075061 0.031115581

0.209890274 0.021198918

0.072411258 0.007313537

0.105553847 0.010660939

0.322224068 0.032544631

0.572215285 0.057793744

0.846115364 0.085457652

1.13036452 0.114166816

1.407527466 0.142160274

1.65701583 0.167358599

1.856277137 0.187483991

1.982413317 0.200223745

2.014132477 0.20342738

1.933879951 0.195321875

1.729946758 0.174724623

1.398324109 0.141230735

0.944068383 0.095350907

0.38196657 0.038578624

0.263652132 0.026628865

0.960030953 0.096963126

1.667998859 0.168467885

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
2.344748952 0.236819644

2.947149974 0.297662147

3.435282193 0.346963501

3.775845516 0.381360397

3.945085435 0.398453629

3.930923472 0.397023271

3.734059409 0.37714

3.367923082 0.340160231

2.857480002 0.28860548

2.237021054 0.225939126

1.547175722 0.156264748

0.831466928 0.08397816

0.132764138 0.013409178

0.510013395 0.051511353

1.064637274 0.107528365

1.507527255 0.152260253

1.82479774 0.184304572

2.012372704 0.203249643

2.075248108 0.209600059

2.026061998 0.204632262

1.883186921 0.190201879

1.668583174 0.168526901

1.405645527 0.141970198

1.117244888 0.112841734

0.824117169 0.083235834

0.54369283 0.054912976

0.289400871 0.029229488

0.070427465 0.007113174

0.108132478 0.01092138

0.244820142 0.024726834

0.341155908 0.034456747

0.400881748 0.040489057

0.429192354 0.043348428

0.432025885 0.043634614

0.415463219 0.041961785

0.385262572 0.03891152

0.346536758 0.035000213

0.303564835 0.030660048

0.259719196 0.026231639

0.217483223 0.021965805

0.178532864 0.018031819

0.143856952 0.014529552

0.113894707 0.011503365

0.088673627 0.008956036

0.067936007 0.006861537

0.051247027 0.00517595

0.038081253 0.003846207

0.027887419 0.002816629

0.020133357 0.002033469

0.01433412 0.001447746

0.010066824 0.001016749

0.006975675 0.000704543
0.004770308 0.000481801

0.003220008 0.000325221

0.002145821 0.000108364
Cumulative normalization

0.000105858 1.24623E‐05

0.000423427 4.98489E‐05

0.000893686 0.000105211

0.001581023 0.000186129

0.002572427 0.000302845

0.003983288 0.000468941

0.005963729 0.000702093

0.008705057 0.001024822

0.01244566 0.001465192

0.017475371 0.002057326

0.024136982 0.002841579

0.032823239 0.003864187

0.043967369 0.005176154

0.05802501 0.00683112

0.075445438 0.008881978

0.09663034 0.011376017

0.121879074 0.014348479

0.151320563 0.017814542

0.18483366 0.021759945

0.221959941 0.026130717

0.261815417 0.030822789

0.303010254 0.035672541

0.343588027 0.040449648

0.380997844 0.0448538

0.412113425 0.048516949

0.433312343 0.051012638

0.44062588 0.05187364

0.451286819 0.053128722

0.48383145 0.05696011

0.541625193 0.063764004

0.627082845 0.073824692

0.741249662 0.087265229

0.883409936 0.104001356

1.050768534 0.123704011

1.238252525 0.145775972

1.43847627 0.169347747

1.641903651 0.193296678

1.837225526 0.216291371

2.011950148 0.236861207

2.153180883 0.253487902

2.24853179 0.264713295

2.287110413 0.269255048

2.313739279 0.272389989

2.410702405 0.283805184

2.57917029 0.303638432

) () f b  

 ) () f b 

 


2.815989934 0.33151854

3.113652081 0.366561463

3.460615583 0.407408496

3.84197598 0.452304978

4.240429609 0.499213798

4.637452879 0.545954226

5.01459288 0.590353853

5.354753111 0.630399956

5.643358591 0.664376664

5.869297718 0.690975839

6.025562466 0.709372446

6.109540625 0.719258958

6.122949803 0.720837582

6.174461156 0.726901869

6.281989521 0.739560879

6.434249774 0.757486049

6.618554345 0.779183705

6.821803988 0.803111711

7.031404047 0.827787334

7.236036309 0.851878112

7.426238188 0.874270042

7.594765089 0.894110238

7.736735287 0.910823988

7.849577021 0.924108527

7.932812855 0.933907647

7.987725831 0.940372396

8.016955319 0.943813501

8.024068492 0.944650915

8.034989873 0.945936658

8.059716707 0.948847679

8.094173454 0.952904174

8.13466251 0.957670836

8.178010938 0.962774124

8.221645553 0.967911104

8.263607338 0.972851146

8.302518857 0.97743209

8.33751907 0.981552566

8.368179118 0.985162087

8.394410757 0.988250263

8.416376563 0.990836236

8.434408382 0.992959071

8.448937934 0.994669594

8.460441299 0.996023853

8.469397336 0.997078222

8.476258872 0.997886011

8.481434822 0.998495361

8.485281029 0.998948164

8.488097658 0.999279758

8.490131127 0.999519152

8.491578873 0.999689591

8.492595623 0.99980929

8.493300166 0.999892234
8.493781967 0.999948955

8.494107188 0.999987243

8.494215552 1

427.997459
Appendix C‐7c (i): Non‐Continental Liquid TSM Run and Fuel Analysis Data

Calculated in Access:

(ln(test run) ‐ ln(test

average))^2

Calculated in Access:

(ln(FA) ‐ ln(FA avg))^2 In top 12%? Min Test Avg?

Fuel

Category

Metals

Process

Heater? Rank

0 0 YES Yes Liquid No 1

0 0 YES Yes Liquid No 2

0 0 YES Yes Liquid No 3

0 0 YES Yes Liquid No 4

0 0 YES Yes Liquid No 5

0 0 YES Yes Liquid No 6

0 0 YES Yes Liquid No 7

0 0 YES Yes Liquid No 8
FacilityID UnitID Data Source Source Tab

HIChevronKapolei AG‐5060‐1 Fuel Analysis Fuel Analysis

HIChevronKapolei AG‐5060‐2 Fuel Analysis Fuel Analysis

HIChevronKapolei F‐5103 Fuel Analysis Fuel Analysis

HIChevronKapolei F‐5153 Fuel Analysis Fuel Analysis

HIChevronKapolei F‐5201 Fuel Analysis Fuel Analysis

HIChevronKapolei F‐5202 Fuel Analysis Fuel Analysis

HIChevronKapolei F‐5203 Fuel Analysis Fuel Analysis

HIChevronKapolei F‐5300 Fuel Analysis Fuel Analysis
Pollutant

Data

Type Run Number Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

TSM8 FA Sample #1 1/31/2012 0.000851714 ‐7.06825985 0

TSM8 FA Sample #1 1/31/2012 0.000851714 ‐7.06825985 0

TSM8 FA Sample #1 1/31/2012 0.000851714 ‐7.06825985 0

TSM8 FA Sample #1 1/31/2012 0.000851714 ‐7.06825985 0

TSM8 FA Sample #1 1/31/2012 0.000851714 ‐7.06825985 0

TSM8 FA Sample #1 1/31/2012 0.000851714 ‐7.06825985 0

TSM8 FA Sample #1 1/31/2012 0.000851714 ‐7.06825985 0

TSM8 FA Sample #1 1/31/2012 0.000851714 ‐7.06825985 0
Data Type In Top 12%? Appendix 

ET Yes

Emission Test

Data

In top

12%?

Data Type In Top 12%? YES

FA Yes

Fuel Analysis

Data YES

YES

Emission Test Data YES

Number of Unique Sources (units) with

stack test data in top 12% 1 YES

Total number of test runs for units with

test data 3 YES

∑(n1i ‐ 1) 2

Fuel Analysis Data

n3u 43

n3: Number of Unique Sources (units) with 5

(n3u ‐ 1) 38

Log Normal UPL Calculation

Average of natural log of test run values

(x=

) ‐11.28112114

Average of natural log of fuel analysis

values (f

=

) ‐8.750310756

Average of x

= and f = (X‐

) ‐10.01571595
Numerator for variance calculation

[ ΣΣ(xki ‐ xi

)

2 + ΣΣ(f ui ‐ f u)2 ] 1.156373312

Σ (n1i ‐ 1) 2

Σ (n3u ‐ 1) 38

Denominator for variance calculation 39

Total pooled variance (s2

) 0.029650598

m (number of test runs in test condition) 3

Numerator for calculation of flatness of z

distribution (β2z) 3.495262449

Denominator for calculation of flatness of

z distribution (β2z) 0.002717046

Flatness of z distribution (β2z) 1288.419817

Skewness of z distribution (√β1z) 0.303486591

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A that is larger

than confidence level 0.990815677 0.999274745 0.996005994

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the

memorandum

exp (X‐

+ (s2/2)) 4.53595E‐05

Go to distribution tab for 99 percentile, which reads in

(β2z) and (√β1z)
exp (2X‐

+ s

2

) 2.05749E‐09

exp (s2

) ‐ 1 0.030094554

(s2/n) + [s4/(2(n ‐ 1))] 0.00064042

Square root term 1.40576E‐05

UPL 6.17E‐05 6.55E‐05 6.31E‐05

Confidence Level 99% 99.9% 99.5%

Analysis of Data Distribution Normal Log‐Normal

Skewness = ‐1.44E+00 ‐2.61E+00

SE Skewness 0.36 0.36

Skewness Test normal normal

Kurtosis = 1.78E+00 6.20E+00

SE Kurtosis 0.72 0.72

Kurtosis Test non‐normal non‐normal

Number of test runs = 46 46
C-6h (ii): Light Liquid Fuel TSM Test and Fuel Analysis Averages and Calculation of UPL

Min Test

Avg?

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source

Yes N/A Light Liqu 1 TNMilanArmyAmmunD88L‐1, Source #27‐0ICR Phase II ‐ ERT

Yes N/A Light Liqu 2 TNInvistaChattanoogaEU003 ‐ Vaporizer #2 Fuel Analysis

Yes N/A Light Liqu 3 PAUnitedRefiningWa 34 Fuel Analysis

Yes N/A Light Liqu 4 PAUnitedRefiningWa 53 Fuel Analysis

Yes N/A Light Liqu 5 PAUnitedRefiningWa 54 Fuel Analysis

Yes N/A Light Liqu 6 PAUnitedRefiningWa 55 Fuel Analysis


Source Tab Pollutant Test Average

ln (Test

Average)

Number

of test

runs in

average

Num

test

runs ‐ 1

Data

Type Fuel

ERT TSM8 1.2609E‐05 ‐11.2811211 3 2 ET No. 2 Distillate

Fuel Analysis TSM8 4.6429E‐05 ‐9.97758345 3 2 FA No. 2 Distillate

Fuel Analysis TSM8 0.0002153 ‐8.44349258 10 9 FA No. 2 Distillate

Fuel Analysis TSM8 0.0002153 ‐8.44349258 10 9 FA No. 2 Distillate

Fuel Analysis TSM8 0.0002153 ‐8.44349258 10 9 FA No. 2 Distillate

Fuel Analysis TSM8 0.0002153 ‐8.44349258 10 9 FA No. 2 Distillate
Appendix C‐6a (iii):  Liquid Fuel Hg Calculation of "z" Distribution (Recommended Option)

∆z z

VLOOKUP 0.101 31.746555 12.655797

5.45579E‐06 ‐5 =f(a) 341.51261

2.15229E‐05 1 ‐4.899 305.03672

4.48418E‐05 2 ‐4.798 271.30094

7.81867E‐05 3 ‐4.697 240.17471

0.000125142 4 ‐4.596 211.53046

0.000190221 5 ‐4.495 185.24361

0.000278935 6 ‐4.394 161.19258

0.000397784 7 ‐4.293 139.25875

0.000554099 8 ‐4.192 119.32654

0.000755686 9 ‐4.091 101.28333

0.001010178 10 ‐3.99 85.019493

0.001324016 11 ‐3.889 70.428401

0.001700971 12 ‐3.788 57.406415

0.002140144 13 ‐3.687 45.852887

0.002633414 14 ‐3.586 35.67016

0.003162351 15 ‐3.485 26.76357

0.003694717 16 ‐3.384 19.041442

0.004180765 17 ‐3.283 12.415094

0.004549704 18 ‐3.182 6.7988359

0.004706796 19 ‐3.081 2.1099669

0.004881845 20 ‐2.98 ‐1.731221

0.005534492 21 ‐2.879 ‐4.801444

0.006832157 22 ‐2.778 ‐7.174428

0.008957468 23 ‐2.677 ‐8.920908

0.012097353 24 ‐2.576 ‐10.10863

0.016427644 25 ‐2.475 ‐10.80233

0.02209331 26 ‐2.374 ‐11.06379

0.029184981 27 ‐2.273 ‐10.95176

0.037713062 28 ‐2.172 ‐10.52203

0.047581455 29 ‐2.071 ‐9.827381

0.058563511 30 ‐1.97 ‐8.917606

0.070283325 31 ‐1.869 ‐7.83951

0.082205722 32 ‐1.768 ‐6.636904

0.093638116 33 ‐1.667 ‐5.350608

0.103746892 34 ‐1.566 ‐4.018452

0.111589913 35 ‐1.465 ‐2.675273

0.116165343 36 ‐1.364 ‐1.352918

0.116475204 37 ‐1.263 ‐0.08024

0.121350187 38 ‐1.162 1.1168961

0.132169754 39 ‐1.061 2.2156186

0.149454075 40 ‐0.96 3.1960469

0.173412234 41 ‐0.859 4.0412916

0.203887126 42 ‐0.758 4.7374548

0.240323935 43 ‐0.657 5.2736299

   1 3 1 3

6

z z z

      

 2z

1z
0.281767735 44 ‐0.556 5.6419018

0.326893301 45 ‐0.455 5.8373467

0.374067203 46 ‐0.354 5.8580321

0.421438976 47 ‐0.253 5.705017

0.467054974 48 ‐0.152 5.3823517

0.508985885 49 ‐0.051 4.897078

0.545457098 50 0.05 4.259229

0.574970437 51 0.151 3.4818291

0.596406377 52 0.252 2.5808941

0.609097588 53 0.353 1.5754314

0.612867448 54 0.454 0.4874394

0.617704288 55 0.555 ‐0.658092

0.630378504 56 0.656 ‐1.833181

0.649735526 57 0.757 ‐3.006855

0.674330499 58 0.858 ‐4.14515

0.7025394 59 0.959 ‐5.211111

0.732675963 60 1.06 ‐6.16479

0.763104194 61 1.161 ‐6.963249

0.79233749 62 1.262 ‐7.56056

0.819117352 63 1.363 ‐7.9078

0.842467271 64 1.464 ‐7.953057

0.861720083 65 1.565 ‐7.641428

0.87651972 66 1.666 ‐6.915018

0.88680048 67 1.767 ‐5.712939

0.892748571 68 1.868 ‐3.971315

0.894751579 69 1.969 ‐1.623275

0.896161383 70 2.07 1.4010409

0.900364407 71 2.171 5.1744846

0.906707118 72 2.272 9.7728996

0.914547958 73 2.373 15.275121

0.923293615 74 2.474 21.762974

0.932424714 75 2.575 29.321277

0.941511111 76 2.676 38.037839

0.950217819 77 2.777 48.003461

0.958303167 78 2.878 59.311932

0.965611128 79 2.979 72.060038

0.972059744 80 3.08 86.347552

0.977627498 81 3.181 102.27724

0.98233915 82 3.282 119.95486

0.98625224 83 3.383 139.48916

0.989445081 84 3.484 160.99188

0.99200671 85 3.585 184.57775

0.994028996 86 3.686 210.36449

0.995600851 87 3.787 238.47282

0.996804337 88 3.888 269.02645

0.997712397 89 3.989 302.15206

0.998387844 90 4.09 337.97935

0.998883307 91 4.191 376.641

0.999241812 92 4.292 418.27268

0.999497759 93 4.393 463.01306

0.999678091 94 4.494 511.00377

0.999803505 95 4.595 562.38948
0.999889614 96 4.696 617.31781

0.999947992 97 4.797 675.9394

0.999987077 98 4.898 738.40786

1 99 4.999 804.87981
distribution of Z

Normal

distribution

1.48672E‐06 0.000507733

2.45094E‐06 0.000747627

3.9995E‐06 0.001085069

6.46025E‐06 0.001551588

1.03291E‐05 0.002184917

1.63472E‐05 0.003028223

2.56093E‐05 0.004128023

3.97118E‐05 0.005530211

6.09553E‐05 0.00727358

9.26132E‐05 0.009380172

0.000139285 0.011841938

0.000207351 0.014603378

0.000305546 0.017540295

0.000445674 0.020435435

0.000643469 0.022952646

0.000919619 0.024612289

0.001300942 0.024771815

0.001821704 0.022616625

0.002525035 0.017167296

0.003464389 0.007309746

0.004704958 ‐0.00814532

0.006324913 ‐0.030368715

0.008416337 ‐0.060382411

0.011085658 ‐0.09889414

0.014453386 ‐0.146103872

0.018652949 ‐0.201495351

0.023828414 ‐0.263632532

0.030130931 ‐0.329986789

0.03771375 ‐0.396825251

0.046725789 ‐0.459192136

0.057303789 ‐0.51101263

0.069563239 ‐0.545341709

0.083588399 ‐0.554768182

0.099421884 ‐0.531967574

0.117054396 ‐0.470377521

0.136415346 ‐0.364948353

0.157365126 ‐0.212902066

0.179689839 ‐0.014418323

0.203099244 0.226840749

0.227228529 0.503451762

0.251644341 0.80426712

0.275855243 1.11481148

0.299326439 1.418045475

0.321498297 1.69546304

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.341807853 1.928446347

0.359712192 2.099764767

0.37471238 2.19507714

0.386376486 2.204284408

0.394360216 2.122585386

0.398423793 1.951112401

0.398443914 1.697063864

0.394419966 1.373302898

0.386474058 0.997448618

0.374844865 0.590542352

0.359875719 0.175417607

0.34199778 ‐0.225065918

0.32170943 ‐0.589751537

0.299553264 ‐0.900713194

0.276092166 ‐1.144443441

0.25188591 ‐1.312605335

0.227469632 ‐1.402302478

0.203335281 ‐1.415874281

0.17991684 ‐1.360272029

0.157579839 ‐1.246109834

0.136615273 ‐1.086509093

0.117237788 ‐0.895864154

0.099587708 ‐0.688650776

0.083736272 ‐0.478380234

0.069693339 ‐0.276774177

0.05741676 ‐0.09320318

0.046822635 0.065600428

0.037795734 0.195573444

0.030199481 0.295136497

0.023885038 0.364846842

0.018699163 0.406949394

0.014490659 0.424884637

0.011115369 0.422804622

0.008439746 0.405137027

0.006343145 0.376224204

0.004718997 0.340051093

0.003475077 0.300064424

0.002533081 0.259076506

0.001827693 0.219240706

0.001305351 0.182082362

0.000922829 0.148567983

0.00064578 0.119196693

0.00044732 0.094100225

0.000306705 0.073140891

0.000208159 0.056000154

0.000139842 0.042253477

9.29928E‐05 0.031429645

6.12113E‐05 0.023054679

3.98826E‐05 0.0166818

2.5722E‐05 0.011909632

1.64209E‐05 0.008391134

1.03767E‐05 0.005835727
6.49066E‐06 0.004006799

4.01874E‐06 0.002716422

2.46298E‐06 0.00181868

1.49417E‐06 0.001202628
Absolute values

0.000507733 2.56405E‐05

0.000747627 7.55103E‐05

0.001085069 0.000109592

0.001551588 0.00015671

0.002184917 0.000220677

0.003028223 0.000305851

0.004128023 0.00041693

0.005530211 0.000558551

0.00727358 0.000734632

0.009380172 0.000947397

0.011841938 0.001196036

0.014603378 0.001474941

0.017540295 0.00177157

0.020435435 0.002063979

0.022952646 0.002318217

0.024612289 0.002485841

0.024771815 0.002501953

0.022616625 0.002284279

0.017167296 0.001733897

0.007309746 0.000738284

0.00814532 0.000822677

0.030368715 0.00306724

0.060382411 0.006098623

0.09889414 0.009988308

0.146103872 0.014756491

0.201495351 0.02035103

0.263632532 0.026626886

0.329986789 0.033328666

0.396825251 0.04007935

0.459192136 0.046378406

0.51101263 0.051612276

0.545341709 0.055079513

0.554768182 0.056031586

0.531967574 0.053728725

0.470377521 0.04750813

0.364948353 0.036859784

0.212902066 0.021503109

0.014418323 0.001456251

0.226840749 0.022910916

0.503451762 0.050848628

0.80426712 0.081230979

1.11481148 0.112595959

1.418045475 0.143222593

1.69546304 0.171241767

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
1.928446347 0.194773081

2.099764767 0.212076242

2.19507714 0.221702791

2.204284408 0.222632725

2.122585386 0.214381124

1.951112401 0.197062352

1.697063864 0.17140345

1.373302898 0.138703593

0.997448618 0.10074231

0.590542352 0.059644778

0.175417607 0.017717178

0.225065918 0.022731658

0.589751537 0.059564905

0.900713194 0.090972033

1.144443441 0.115588788

1.312605335 0.132573139

1.402302478 0.14163255

1.415874281 0.143003302

1.360272029 0.137387475

1.246109834 0.125857093

1.086509093 0.109737418

0.895864154 0.09048228

0.688650776 0.069553728

0.478380234 0.048316404

0.276774177 0.027954192

0.09320318 0.009413521

0.065600428 0.006625643

0.195573444 0.019752918

0.295136497 0.029808786

0.364846842 0.036849531

0.406949394 0.041101889

0.424884637 0.042913348

0.422804622 0.042703267

0.405137027 0.04091884

0.376224204 0.037998645

0.340051093 0.03434516

0.300064424 0.030306507

0.259076506 0.026166727

0.219240706 0.022143311

0.182082362 0.018390319

0.148567983 0.015005366

0.119196693 0.012038866

0.094100225 0.009504123

0.073140891 0.00738723

0.056000154 0.005656016

0.042253477 0.004267601

0.031429645 0.003174394

0.023054679 0.002328523

0.0166818 0.001684862

0.011909632 0.001202873

0.008391134 0.000847505

0.005835727 0.000589408
0.004006799 0.000404687

0.002716422 0.000274359

0.00181868 0.000183687

0.001202628 6.07327E‐05
Cumulative normalization

2.56405E‐05 5.45579E‐06

0.000101151 2.15229E‐05

0.000210743 4.48418E‐05

0.000367453 7.81867E‐05

0.00058813 0.000125142

0.00089398 0.000190221

0.001310911 0.000278935

0.001869462 0.000397784

0.002604093 0.000554099

0.003551491 0.000755686

0.004747527 0.001010178

0.006222468 0.001324016

0.007994038 0.001700971

0.010058016 0.002140144

0.012376234 0.002633414

0.014862075 0.003162351

0.017364028 0.003694717

0.019648307 0.004180765

0.021382204 0.004549704

0.022120489 0.004706796

0.022943166 0.004881845

0.026010406 0.005534492

0.03210903 0.006832157

0.042097338 0.008957468

0.056853829 0.012097353

0.077204859 0.016427644

0.103831745 0.02209331

0.137160411 0.029184981

0.177239761 0.037713062

0.223618167 0.047581455

0.275230442 0.058563511

0.330309955 0.070283325

0.386341541 0.082205722

0.440070266 0.093638116

0.487578396 0.103746892

0.52443818 0.111589913

0.545941288 0.116165343

0.547397539 0.116475204

0.570308455 0.121350187

0.621157083 0.132169754

0.702388062 0.149454075

0.814984021 0.173412234

0.958206614 0.203887126

1.129448381 0.240323935

) () f b  


1.324221462 0.281767735

1.536297704 0.326893301

1.758000495 0.374067203

1.98063322 0.421438976

2.195014344 0.467054974

2.392076697 0.508985885

2.563480147 0.545457098

2.702183739 0.574970437

2.80292605 0.596406377

2.862570827 0.609097588

2.880288006 0.612867448

2.903019663 0.617704288

2.962584569 0.630378504

3.053556601 0.649735526

3.169145389 0.674330499

3.301718528 0.7025394

3.443351078 0.732675963

3.58635438 0.763104194

3.723741855 0.79233749

3.849598948 0.819117352

3.959336367 0.842467271

4.049818646 0.861720083

4.119372375 0.87651972

4.167688778 0.88680048

4.19564297 0.892748571

4.205056491 0.894751579

4.211682135 0.896161383

4.231435053 0.900364407

4.261243839 0.906707118

4.29809337 0.914547958

4.339195259 0.923293615

4.382108607 0.932424714

4.424811874 0.941511111

4.465730713 0.950217819

4.503729358 0.958303167

4.538074518 0.965611128

4.568381025 0.972059744

4.594547752 0.977627498

4.616691064 0.98233915

4.635081382 0.98625224

4.650086748 0.989445081

4.662125614 0.99200671

4.671629737 0.994028996

4.679016967 0.995600851

4.684672983 0.996804337

4.688940584 0.997712397

4.692114978 0.998387844

4.694443501 0.998883307

4.696128362 0.999241812

4.697331235 0.999497759

4.69817874 0.999678091

4.698768148 0.999803505
4.699172835 0.999889614

4.699447194 0.999947992

4.69963088 0.999987077

4.699691613 1

226.1510328
Appendix C‐6b (i): Liquid HCl Run and Fuel Analysis Data

Calculated in Access:

(ln(test run) ‐ ln(test

average))^2

Calculated in Access:

(ln(FA) ‐ ln(FA avg))^2 In top 12%?

Min Test

Avg?

Fuel

Category

Metals

Process

Heater? Rank

0 0 YES Yes Liquid no 1

0 0 YES Yes Liquid no 1

0 0 YES Yes Liquid no 1

0.009018989 0 YES Yes Liquid no 2

0.026995493 0 YES Yes Liquid no 2

0.106276611 0 YES Yes Liquid no 2

1.42017E‐05 0 YES Liquid no 2

4.62979E‐06 0 YES Liquid no 2

3.47322E‐05 0 YES Liquid no 2

0 0.001666435 YES Yes Liquid no 3

0 0.005923002 YES Yes Liquid no 3

0 0.001666435 YES Yes Liquid no 3

0 0 YES Yes Liquid no 4

0 0 YES Yes Liquid no 4

0.0152713 0 YES Yes Liquid no 5

0.003067914 0 YES Yes Liquid no 5

0.006534364 0 YES Yes Liquid no 5

0.031158812 0 YES Yes Liquid no 6

0.173131862 0 YES Yes Liquid no 6

0.018887454 0 YES Yes Liquid no 6

0.000732325 0 YES Yes Liquid no 7

0.00328972 0 YES Yes Liquid no 7

0.000779407 0 YES Yes Liquid no 7

0.034618564 0 YES Yes Liquid no 8

0.003789913 0 YES Yes Liquid no 8

0.024463424 0 YES Yes Liquid no 8

0 0 YES Yes Liquid no 9

0 0 YES Yes Liquid no 9

0 0 YES Yes Liquid no 9

4.95741E‐05 0 YES Yes Liquid no 10

0.013644573 0 YES Yes Liquid no 10

0.015451773 0 YES Yes Liquid no 10
FacilityID UnitID Data Source Source Tab

SCMilliken‐Dewey D30 ICR Phase II ‐ Templates HCl and HF

SCMilliken‐Dewey D30 ICR Phase II ‐ Templates HCl and HF

SCMilliken‐Dewey D30 ICR Phase II ‐ Templates HCl and HF

TNInvistaChattanooga EU003 ‐ Vaporizer #2 ICR Phase I Inorganic HAP Vap #2

TNInvistaChattanooga EU003 ‐ Vaporizer #2 ICR Phase I Inorganic HAP Vap #2

TNInvistaChattanooga EU003 ‐ Vaporizer #2 ICR Phase I Inorganic HAP Vap #2

TNInvistaChattanooga EU003 ‐ Vaporizer #2 ICR Phase II ‐ Templates HCl and HF

TNInvistaChattanooga EU003 ‐ Vaporizer #2 ICR Phase II ‐ Templates HCl and HF

TNInvistaChattanooga EU003 ‐ Vaporizer #2 ICR Phase II ‐ Templates HCl and HF

MIConsumerEnergyCo‐CamEUKEWANEEBOILER ICR Phase II ‐ Templates Fuel

MIConsumerEnergyCo‐CamEUKEWANEEBOILER ICR Phase II ‐ Templates Fuel

MIConsumerEnergyCo‐CamEUKEWANEEBOILER ICR Phase II ‐ Templates Fuel

OKIPValliant Power Boiler EUG‐D2 ICR Phase I Blank

OKIPValliant Power Boiler EUG‐D2 ICR Phase I Blank

PABoeingRidleyPark 033 ICR Phase II ‐ Templates HCl and HF

PABoeingRidleyPark 033 ICR Phase II ‐ Templates HCl and HF

PABoeingRidleyPark 033 ICR Phase II ‐ Templates HCl and HF

CTElectric Boat EMU 17 ICR Phase II ‐ ERT ERT

CTElectric Boat EMU 17 ICR Phase II ‐ ERT ERT

CTElectric Boat EMU 17 ICR Phase II ‐ ERT ERT

SCDAKAmericas P8F ICR Phase II ‐ ERT ERT

SCDAKAmericas P8F ICR Phase II ‐ ERT ERT

SCDAKAmericas P8F ICR Phase II ‐ ERT ERT

MEFPLEnergyWyman Unit #5 ICR Phase II ‐ ERT ERT

MEFPLEnergyWyman Unit #5 ICR Phase II ‐ ERT ERT

MEFPLEnergyWyman Unit #5 ICR Phase II ‐ ERT ERT

NCMCASCherryPoint CP‐152‐BOIL‐03 ICR Phase I Inorganic HAP CP‐152‐BOIL

NCMCASCherryPoint CP‐152‐BOIL‐03 ICR Phase I Inorganic HAP CP‐152‐BOIL

NCMCASCherryPoint CP‐152‐BOIL‐03 ICR Phase I Inorganic HAP CP‐152‐BOIL

MNGPDuluth EU33 Boiler #3 ICR Phase II ‐ ERT ERT

MNGPDuluth EU33 Boiler #3 ICR Phase II ‐ ERT ERT

MNGPDuluth EU33 Boiler #3 ICR Phase II ‐ ERT ERT
Pollutant

Data

Type Run Number Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

Hydrogen Chlor ET Sample #1 8/13/2009 ND 0.0001 ‐9.210340372 1

Hydrogen Chlor ET Sample #2 8/13/2009 ND 0.0001 ‐9.210340372 1

Hydrogen Chlor ET Sample #3 8/13/2009 ND 0.0001 ‐9.210340372 1

Hydrogen Chlor ET Sample #1 8/31/2006 0.000195 ‐8.542510999 0

Hydrogen Chlor ET Sample #2 8/31/2006 0.000209 ‐8.473176306 0

Hydrogen Chlor ET Sample #3 8/31/2006 0.000128 ‐8.963480294 0

Hydrogen Chlor ET Sample #1 7/29/2009 ND 0.000618 ‐7.389022101 1

Hydrogen Chlor ET Sample #2 7/30/2009 ND 0.000619 ‐7.387405285 1

Hydrogen Chlor ET Sample #3 7/30/2009 ND 0.000624 ‐7.37936019 1

Hydrogen Chlor FA Sample #1 9/1/2010 ND 0.000171333 ‐8.671899581 1

Hydrogen Chlor FA Sample #2 9/1/2010 ND 0.00019275 ‐8.554116546 1

Hydrogen Chlor FA Sample #3 9/1/2010 ND 0.000171333 ‐8.671899581 1

Hydrogen Chlor FA Sample #1 9/8/2005 0.000290395 ‐8.144266839 0

Hydrogen Chlor FA Sample #1 9/8/2005 0.000290395 ‐8.144266839 0

Hydrogen Chlor ET Sample #1 9/22/2009 0.000476 ‐7.650092704 0

Hydrogen Chlor ET Sample #2 9/23/2009 0.000398 ‐7.829058553 0

Hydrogen Chlor ET Sample #3 9/24/2009 0.000388 ‐7.854505218 0

Hydrogen Chlor ET 1 8/17/2009 ADL 0.000502599 ‐7.595717721 0

Hydrogen Chlor ET 2 8/17/2009 ADL 0.000277878 ‐8.188327481 0

Hydrogen Chlor ET 3 8/17/2009 ADL 0.000483333 ‐7.634804676 0

Hydrogen Chlor ET 1 7/15/2009 0.000434127 ‐7.742173853 0

Hydrogen Chlor ET 2 7/15/2009 0.000398983 ‐7.82659145 0

Hydrogen Chlor ET 3 7/16/2009 0.000434499 ‐7.741317495 0

Hydrogen Chlor ET HCL/HF R‐1 10/6/2009 0.000588491 ‐7.437949482 0

Hydrogen Chlor ET HCL/HF‐ R3 10/6/2009 0.000459408 ‐7.685572394 0

Hydrogen Chlor ET HCL/HF‐R2 10/6/2009 0.000417837 ‐7.780418004 0

Hydrogen Chlor ET Sample #1 2/28/2006 ND 0.0007 ‐7.264430223 1

Hydrogen Chlor ET Sample #2 2/28/2006 ND 0.0007 ‐7.264430223 1

Hydrogen Chlor ET Sample #3 2/28/2006 ND 0.0007 ‐7.264430223 1

Hydrogen Chlor ET 1 8/6/2009 ADL 0.000736847 ‐7.213129658 0

Hydrogen Chlor ET 2 8/6/2009 ADL 0.000833999 ‐7.089278782 0

Hydrogen Chlor ET 3 8/7/2009 ADL 0.000655315 ‐7.330393928 0
Data Type In Top 12%? Appendix 

ET Yes

Emission Test

Data

In top

12%?

Data Type In Top 12%? YES

FA Yes

Fuel Analysis

Data YES

YES

Emission Test Data YES

Number of Unique Sources (units) with

stack test data in top 12% 8 YES

Total number of test runs for units with

test data 27 YES

∑(n1i ‐ 1) 19 YES

YES

Fuel Analysis Data YES

n3u 5 YES

n3: Number of Unique Sources (units) with F 2 YES

(n3u ‐ 1) 3

Log Normal UPL Calculation

Average of natural log of test run values

(x=

) ‐7.82892218

Average of natural log of fuel analysis

values (f

=

) ‐8.387672213

Average of x

= and f= (X‐

) ‐8.108297197
Numerator for variance calculation

[ ΣΣ(xki ‐ xi

)

2 + ΣΣ(f ui ‐ f u)2 ] 0.496471508

Σ (n1i ‐ 1) 19

Σ (n3u ‐ 1) 3

Denominator for variance calculation 14

Total pooled variance (s2

) 0.035462251

m (number of test runs in test condition) 3

Numerator for calculation of flatness of z

distribution (β2z) 3.597407066

Denominator for calculation of flatness of z

distribution (β2z) 0.003909313

Flatness of z distribution (β2z) 922.2147045

Skewness of z distribution (√β1z) 0.333042781

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A that is larger

than confidence level 0.990815539 0.999274788 0.996006079

z‐value 3.484 4.292 3.787

The following are individual terms in

Equation 19 in the memorandum

exp (X‐

+ (s2/2)) 0.000306416

Go to distribution tab for 99 percentile, which reads in (β2z)

and (√β1z)
exp (2X‐

+ s

2

) 9.38909E‐08

exp (s2

) ‐ 1 0.036098535

(s2

/n) + [s4/(2(n ‐ 1))] 0.001094263

Square root term 0.000105322

UPL 4.29E‐04 4.57E‐04 4.39E‐04

Confidence Level 99% 99.9% 99.5%

Analysis of Data Distribution Normal Log‐Normal

Skewness = 8.21E‐02 ‐7.01E‐01

SE Skewness 0.43 0.43

Skewness Test normal normal

Kurtosis = ‐1.13E+00 ‐6.44E‐01

SE Kurtosis 0.87 0.87

Kurtosis Test normal normal

Number of test runs = 32 32
C-6b (ii): Liquid Fuel HCl Test and Fuel Analysis Averages and Calculation of UPL

Min Test

Avg?

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source

Yes N/A Liquid 1 SCMilliken‐Dewey D30 ICR Phase II ‐ Templates

Yes N/A Liquid 2 TNInvistaChattanooga EU003 ‐ Vaporizer #2 ICR Phase I

N/A Liquid 2 TNInvistaChattanooga EU003 ‐ Vaporizer #2 ICR Phase II ‐ Templates

Yes N/A Liquid 3 MIConsumerEnergyCoEUKEWANEEBOILER Fuel Analysis

Yes N/A Liquid 4 OKIPValliant Power Boiler EUG‐D2 Fuel Analysis

Yes N/A Liquid 5 PABoeingRidleyPark 033 ICR Phase II ‐ Templates

Yes N/A Liquid 6 CTElectric Boat EMU 17 ICR Phase II ‐ ERT

Yes N/A Liquid 7 SCDAKAmericas P8F ICR Phase II ‐ ERT

Yes N/A Liquid 8 MEFPLEnergyWyman Unit #5 ICR Phase II ‐ ERT

Yes N/A Liquid 9 NCMCASCherryPoint CP‐152‐BOIL‐03 ICR Phase I

Yes N/A Liquid 10 MNGPDuluth EU33 Boiler #3 ICR Phase II ‐ ERT


Source Tab Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

HCl and HF Hydrogen Chl 0.0001 ‐9.210340372 3 2 ET Anhydrides Waste

Inorganic HAP Vap #2 Hydrogen Chl 0.000177333 ‐8.637479357 3 2 ET /No. 2 Distillate/

HCl and HF Hydrogen Chl 0.000620333 ‐7.38525359 3 2 ET No. 2 Distillate

Fuel Analysis Hydrogen Chl 0.000178472 ‐8.631077587 3 2 FA No. 2 Distillate

Fuel Analysis Hydrogen Chl 0.000290395 ‐8.144266839 2 1 FA No. 6 Residual oil

HCl and HF Hydrogen Chl 0.000420667 ‐7.773669804 3 2 ET No. 6 Residual oil

ERT Hydrogen Chl 0.00042127 ‐7.77223631 3 2 ET No. 4 Fuel oil

ERT Hydrogen Chl 0.000422536 ‐7.769235365 3 2 ET No. 6 Residual oil

ERT Hydrogen Chl 0.000488579 ‐7.624010128 3 2 ET No. 6 Residual oil

Inorganic HAP CP‐152‐Hydrogen Chl 0.0007 ‐7.264430223 3 2 ET /No. 2 Distillate/

ERT Hydrogen Chl 0.000742054 ‐7.206088768 3 2 ET No. 6 Residual oil
Appendix C‐6b (iii):  Liquid Fuel HCl Calculation of "z" Distribution (Recommended Option)

∆z z

VLOOKUP 0.101 922.2147 0.3330428

1.28058E‐05 ‐5 =f(a) 18302.587

5.12304E‐05 1 ‐4.899 16656.379

0.000108141 2 ‐4.798 15117.998

0.000191341 3 ‐4.697 13682.852

0.000311374 4 ‐4.596 12346.446

0.000482231 5 ‐4.495 11104.378

0.000722125 6 ‐4.394 9952.3457

0.00105427 7 ‐4.293 8886.1386

0.00150761 8 ‐4.192 7901.6439

0.002117352 9 ‐4.091 6994.8441

0.002925161 10 ‐3.99 6161.8172

0.003978803 11 ‐3.889 5398.737

0.00533101 12 ‐3.788 4701.8727

0.007037288 13 ‐3.687 4067.5894

0.009152436 14 ‐3.586 3492.3479

0.011725527 15 ‐3.485 2972.7044

0.014793244 16 ‐3.384 2505.3109

0.018371555 17 ‐3.283 2086.915

0.022445967 18 ‐3.182 1714.3601

0.026960801 19 ‐3.081 1384.5851

0.031808286 20 ‐2.98 1094.6245

0.036818546 21 ‐2.879 841.60872

0.041751896 22 ‐2.778 622.76359

0.046295036 23 ‐2.677 435.41066

0.050062885 24 ‐2.576 276.96717

0.052607659 25 ‐2.475 144.94597

0.053436499 26 ‐2.374 36.955601

0.054834647 27 ‐2.273 ‐49.29977

0.058953054 28 ‐2.172 ‐116.0203

0.066223361 29 ‐2.071 ‐165.3105

0.0769663 30 ‐1.97 ‐199.1793

0.091340665 31 ‐1.869 ‐219.5398

0.10929526 32 ‐1.768 ‐228.2097

0.130529294 33 ‐1.667 ‐226.9107

0.154466939 34 ‐1.566 ‐217.2692

0.180251306 35 ‐1.465 ‐200.8157

0.20676201 36 ‐1.364 ‐178.9852

0.232658596 37 ‐1.263 ‐153.117

0.256449729 38 ‐1.162 ‐124.4547

0.276585181 39 ‐1.061 ‐94.14624

0.291564841 40 ‐0.96 ‐63.24398

0.300056364 41 ‐0.859 ‐32.7046

0.301011188 42 ‐0.758 ‐3.389089

0.308254667 43 ‐0.657 23.937177

   1 3 1 3

6

z z z

      

 2z

1z
0.323891688 44 ‐0.556 48.604495

0.347604851 45 ‐0.455 70.03881

0.378557565 46 ‐0.354 87.761723

0.41543014 47 ‐0.253 101.39049

0.456497145 48 ‐0.152 110.63801

0.49974042 49 ‐0.051 115.31286

0.542988274 50 0.05 115.31925

0.584068565 51 0.151 110.65704

0.620961829 52 0.252 101.42177

0.651940615 53 0.353 87.8046

0.6756827 54 0.454 70.092373

0.691348714 55 0.555 48.66757

0.698618495 56 0.656 24.00833

0.699552182 57 0.757 ‐3.311554

0.708029699 58 0.858 ‐32.62264

0.723003783 59 0.959 ‐63.15981

0.743142636 60 1.06 ‐94.06233

0.766945936 61 1.161 ‐124.3738

0.792862555 62 1.262 ‐153.0421

0.819399696 63 1.363 ‐178.9196

0.845215058 64 1.464 ‐200.7629

0.869186204 65 1.565 ‐217.2329

0.890454186 66 1.666 ‐226.895

0.908441272 67 1.767 ‐228.2189

0.922845062 68 1.868 ‐219.5786

0.933613127 69 1.969 ‐199.2523

0.940903457 70 2.07 ‐165.423

0.945036408 71 2.171 ‐116.1775

0.946443634 72 2.272 ‐49.50726

0.947268516 73 2.373 36.691898

0.949813856 74 2.474 144.61993

0.953586037 75 2.575 276.5724

0.958136434 76 2.676 434.94052

0.963079117 77 2.777 622.21115

0.968099988 78 2.878 840.96683

0.972958656 79 2.979 1093.8857

0.977484661 80 3.08 1383.7417

0.981569778 81 3.181 1713.4042

0.985158002 82 3.282 2085.8383

0.988234633 83 3.383 2504.1049

0.990815539 84 3.484 2971.3605

0.992937378 85 3.585 3490.857

0.994649265 86 3.686 4065.9424

0.996006079 87 3.787 4700.0599

0.997063437 88 3.888 5396.7486

0.997874189 89 3.989 6159.6433

0.998486223 90 4.09 6992.4743

0.998941319 91 4.191 7899.0677

0.999274788 92 4.292 8883.3451

0.999515664 93 4.393 9949.3239

0.999687241 94 4.494 11101.117

0.999807793 95 4.595 12342.933
0.999891361 96 4.696 13679.076

0.99994853 97 4.797 15113.947

0.999987133 98 4.898 16652.04

1 99 4.999 18297.948
distribution of Z

Normal

distribution

1.48672E‐06 0.027210813

2.45094E‐06 0.040823782

3.9995E‐06 0.060464474

6.46025E‐06 0.088394603

1.03291E‐05 0.12752753

1.63472E‐05 0.181526021

2.56093E‐05 0.254872213

3.97118E‐05 0.352884259

6.09553E‐05 0.481646698

9.26132E‐05 0.647814797

0.000139285 0.858248567

0.000207351 1.119431846

0.000305546 1.436637941

0.000445674 1.812818462

0.000643469 2.247217993

0.000919619 2.73375561

0.001300942 3.259264531

0.001821704 3.801741083

0.002525035 4.328818425

0.003464389 4.796741044

0.004704958 5.150161851

0.006324913 5.32310178

0.008416337 5.241388458

0.011085658 4.826813899

0.014453386 4.003113512

0.018652949 2.703669804

0.023828414 0.880593361

0.030130931 ‐1.485448001

0.03771375 ‐4.37556104

0.046725789 ‐7.724265346

0.057303789 ‐11.41372902

0.069563239 ‐15.27190166

0.083588399 ‐19.07568027

0.099421884 ‐22.55988887

0.117054396 ‐25.43231306

0.136415346 ‐27.39434539

0.157365126 ‐28.1660332

0.179689839 ‐27.51357086

0.203099244 ‐25.2766529

0.227228529 ‐21.39271115

0.251644341 ‐15.91499089

0.275855243 ‐9.021734511

0.299326439 ‐1.014443973

0.321498297 7.695761707

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.341807853 16.61339801

0.359712192 25.19381391

0.37471238 32.88540427

0.386376486 39.17490083

0.394360216 43.63123147

0.398423793 45.94338829

0.398443914 45.94825299

0.394419966 43.64534707

0.386474058 39.19688203

0.374844865 32.91310353

0.359875719 25.22454303

0.34199778 16.64420079

0.32170943 7.723706119

0.299553264 ‐0.991986767

0.276092166 ‐9.006853975

0.25188591 ‐15.90906701

0.227469632 ‐21.39632458

0.203335281 ‐25.28957945

0.17991684 ‐27.5348543

0.157579839 ‐28.19412231

0.136615273 ‐27.42727496

0.117237788 ‐25.46790597

0.099587708 ‐22.59595645

0.083736272 ‐19.11020095

0.069693339 ‐15.30316295

0.05741676 ‐11.44042366

0.046822635 ‐7.745538693

0.037795734 ‐4.391012557

0.030199481 ‐1.495093698

0.023885038 0.876387396

0.018699163 2.704271641

0.014490659 4.007716374

0.011115369 4.834524328

0.008439746 5.25130424

0.006343145 5.334374763

0.004718997 5.162043294

0.003475077 4.808609386

0.002533081 4.340191072

0.001827693 3.812272968

0.001305351 3.268736794

0.000922829 2.742057826

0.00064578 2.254327096

0.00044732 1.818776982

0.000306705 1.441533523

0.000208159 1.12337934

0.000139842 0.861375386

9.29928E‐05 0.650249738

6.12113E‐05 0.483512065

3.98826E‐05 0.35429086

2.5722E‐05 0.255916731

1.64209E‐05 0.18229017

1.03767E‐05 0.12807848
6.49066E‐06 0.088786217

4.01874E‐06 0.060738969

2.46298E‐06 0.041013562

1.49417E‐06 0.027340263
Absolute values

0.027210813 0.001374146

0.040823782 0.004123202

0.060464474 0.006106912

0.088394603 0.008927855

0.12752753 0.01288028

0.181526021 0.018334128

0.254872213 0.025742094

0.352884259 0.03564131

0.481646698 0.048646317

0.647814797 0.065429294

0.858248567 0.086683105

1.119431846 0.113062616

1.436637941 0.145100432

1.812818462 0.183094665

2.247217993 0.226969017

2.73375561 0.276109317

3.259264531 0.329185718

3.801741083 0.383975849

4.328818425 0.437210661

4.796741044 0.484470845

5.150161851 0.520166347

5.32310178 0.53763328

5.241388458 0.529380234

4.826813899 0.487508204

4.003113512 0.404314465

2.703669804 0.27307065

0.880593361 0.088939929

1.485448001 0.150030248

4.37556104 0.441931665

7.724265346 0.7801508

11.41372902 1.152786631

15.27190166 1.542462067

19.07568027 1.926643707

22.55988887 2.278548776

25.43231306 2.568663619

27.39434539 2.766828885

28.1660332 2.844769353

27.51357086 2.778870657

25.2766529 2.552941943

21.39271115 2.160663826

15.91499089 1.60741408

9.021734511 0.911195186

1.014443973 0.102458841

7.695761707 0.777271932

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
16.61339801 1.677953199

25.19381391 2.544575205

32.88540427 3.321425832

39.17490083 3.956664984

43.63123147 4.406754379

45.94338829 4.640282218

45.94825299 4.640773552

43.64534707 4.408180054

39.19688203 3.958885085

32.91310353 3.324223456

25.22454303 2.547678846

16.64420079 1.68106428

7.723706119 0.780094318

0.991986767 0.100190663

9.006853975 0.909692251

15.90906701 1.606815768

21.39632458 2.161028782

25.28957945 2.554247524

27.5348543 2.781020285

28.19412231 2.847606353

27.42727496 2.770154771

25.46790597 2.572258503

22.59595645 2.282191601

19.11020095 1.930130296

15.30316295 1.545619458

11.44042366 1.155482789

7.745538693 0.782299408

4.391012557 0.443492268

1.495093698 0.151004463

0.876387396 0.088515127

2.704271641 0.273131436

4.007716374 0.404779354

4.834524328 0.488286957

5.25130424 0.530381728

5.334374763 0.538771851

5.162043294 0.521366373

4.808609386 0.485669548

4.340191072 0.438359298

3.812272968 0.38503957

3.268736794 0.330142416

2.742057826 0.27694784

2.254327096 0.227687037

1.818776982 0.183696475

1.441533523 0.145594886

1.12337934 0.113461313

0.861375386 0.086998914

0.650249738 0.065675224

0.483512065 0.048834719

0.35429086 0.035783377

0.255916731 0.02584759

0.18229017 0.018411307

0.12807848 0.012935927
0.088786217 0.008967408

0.060738969 0.006134636

0.041013562 0.00414237

0.027340263 0.001380683
Cumulative normalization

0.001374146 1.28058E‐05

0.005497348 5.12304E‐05

0.01160426 0.000108141

0.020532115 0.000191341

0.033412395 0.000311374

0.051746524 0.000482231

0.077488617 0.000722125

0.113129927 0.00105427

0.161776244 0.00150761

0.227205538 0.002117352

0.313888644 0.002925161

0.42695126 0.003978803

0.572051692 0.00533101

0.755146357 0.007037288

0.982115374 0.009152436

1.258224691 0.011725527

1.587410408 0.014793244

1.971386258 0.018371555

2.408596918 0.022445967

2.893067764 0.026960801

3.413234111 0.031808286

3.950867391 0.036818546

4.480247625 0.041751896

4.967755829 0.046295036

5.372070293 0.050062885

5.645140944 0.052607659

5.734080873 0.053436499

5.884111121 0.054834647

6.326042786 0.058953054

7.106193586 0.066223361

8.258980217 0.0769663

9.801442285 0.091340665

11.72808599 0.10929526

14.00663477 0.130529294

16.57529839 0.154466939

19.34212727 0.180251306

22.18689663 0.20676201

24.96576728 0.232658596

27.51870923 0.256449729

29.67937305 0.276585181

31.28678713 0.291564841

32.19798232 0.300056364

32.30044116 0.301011188

33.07771309 0.308254667

) () f b  


34.75566629 0.323891688

37.30024149 0.347604851

40.62166733 0.378557565

44.57833231 0.41543014

48.98508669 0.456497145

53.62536891 0.49974042

58.26614246 0.542988274

62.67432251 0.584068565

66.6332076 0.620961829

69.95743105 0.651940615

72.5051099 0.6756827

74.18617418 0.691348714

74.9662685 0.698618495

75.06645916 0.699552182

75.97615141 0.708029699

77.58296718 0.723003783

79.74399596 0.743142636

82.29824349 0.766945936

85.07926377 0.792862555

87.92687012 0.819399696

90.69702489 0.845215058

93.2692834 0.869186204

95.551475 0.890454186

97.48160529 0.908441272

99.02722475 0.922845062

100.1827075 0.933613127

100.9650069 0.940903457

101.4084992 0.945036408

101.5595037 0.946443634

101.6480188 0.947268516

101.9211502 0.949813856

102.3259296 0.953586037

102.8142166 0.958136434

103.3445983 0.963079117

103.8833701 0.968099988

104.4047365 0.972958656

104.8904061 0.977484661

105.3287654 0.981569778

105.7138049 0.985158002

106.0439473 0.988234633

106.3208952 0.990815539

106.5485822 0.992937378

106.7322787 0.994649265

106.8778736 0.996006079

106.9913349 0.997063437

107.0783338 0.997874189

107.144009 0.998486223

107.1928437 0.998941319

107.2286271 0.999274788

107.2544747 0.999515664

107.272886 0.999687241

107.2858219 0.999807793
107.2947894 0.999891361

107.300924 0.99994853

107.3050664 0.999987133

107.306447 1

5418.004022
Appendix C‐6a (iv):  Average of Liquid Hg Test Data by Source

Rank FacilityID UnitID Pollutant

Test

Average

Average of

ln (Test

Average)

Number of

Test Runs

(n) n‐1

1 TNMilanArmD88L‐1, SourMercury (HgN/A 7.043E‐08 ‐16.46871 3 2

2 CTElectric BoEMU 17 Mercury (HgN/A 7.615E‐08 ‐16.39056 3 2

3 MEFPLEnergUnit #5 Mercury (HgN/A 8.604E‐08 ‐16.26844 3 2

4 MNGPDulut EU33 Boiler Mercury (HgN/A 1.049E‐07 ‐16.06994 3 2

6 PABoeingRid033 Mercury (HgN/A 1.175E‐07 ‐15.95661 3 2
Appendix C‐6b (iv):  Average of Liquid HCl Test Data by Source

Rank FacilityID UnitID Pollutant

Test

Average

Average of

ln (Test

Average)

Number of

Test Runs

(n)

1 SCMilliken‐DD30 Hydrogen ChN/A 0.0001 ‐9.21034 3

2 TNInvistaChaEU003 ‐ Vap Hydrogen ChN/A 0.0003988 ‐8.011366 6

5 PABoeingRid033 Hydrogen ChN/A 0.0004207 ‐7.77367 3

6 CTElectric BoEMU 17 Hydrogen ChN/A 0.0004213 ‐7.772236 3

7 SCDAKAmer P8F Hydrogen ChN/A 0.0004225 ‐7.769235 3

8 MEFPLEnergUnit #5 Hydrogen ChN/A 0.0004886 ‐7.62401 3

9 NCMCASCheCP‐152‐BOILHydrogen ChN/A 0.0007 ‐7.26443 3

10 MNGPDulut EU33 Boiler Hydrogen ChN/A 0.0007421 ‐7.206089 3
n

‐1

25222222
Appendix C‐6c (i): Heavy Liquid Filterable PM Run Data

In top 12%? Min Test Avg?

Fuel

Category

Metals

Process

Heater? Rank FacilityID UnitID

YES Yes Heavy Liquino 1 SCMilliken‐Dewey D30

YES Yes Heavy Liquino 1 SCMilliken‐Dewey D30

YES Yes Heavy Liquino 1 SCMilliken‐Dewey D30

YES Yes Heavy Liquino 2 MNGPDuluth EU33 Boiler #3

YES Yes Heavy Liquino 2 MNGPDuluth EU33 Boiler #3

YES Yes Heavy Liquino 2 MNGPDuluth EU33 Boiler #3

YES Yes Heavy Liquino 3 NYConEd59thStStationNewBoiler 118

YES Yes Heavy Liquino 3 NYConEd59thStStationNewBoiler 118

YES Yes Heavy Liquino 3 NYConEd59thStStationNewBoiler 118

YES Yes Heavy Liquino 4 PABoeingRidleyPark 033

YES Yes Heavy Liquino 4 PABoeingRidleyPark 033

YES Yes Heavy Liquino 4 PABoeingRidleyPark 033
Data Source Source Tab Pollutant

Data

Type Run Number Test Date

Test

Burning

Waste?

ICR Phase II ‐ Test Report Phase II PM From Test Rep Particulate MattET Sample #1 8/12/2009

ICR Phase II ‐ Test Report Phase II PM From Test Rep Particulate MattET Sample #2 8/12/2009

ICR Phase II ‐ Test Report Phase II PM From Test Rep Particulate MattET Sample #3 8/12/2009

ICR Phase II ‐ ERT ERT Particulate MattET 1 9/10/2009

ICR Phase II ‐ ERT ERT Particulate MattET 2 9/10/2009

ICR Phase II ‐ ERT ERT Particulate MattET 3 9/10/2009

ICR Phase II ‐ ERT ERT Particulate MattET M5‐1 8/19/2009

ICR Phase II ‐ ERT ERT Particulate MattET M5‐2 8/19/2009

ICR Phase II ‐ ERT ERT Particulate MattET M5‐3 8/19/2009

ICR Phase II ‐ ERT ERT Particulate MattET M29‐1 9/22/2009

ICR Phase II ‐ ERT ERT Particulate MattET M29‐2 9/23/2009

ICR Phase II ‐ ERT ERT Particulate MattET M29‐3 9/24/2009
Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

0.004 ‐5.521460918 0

0.0015 ‐6.502290171 0

0.001 ‐6.907755279 0

ADL 0.011530479 ‐4.462761383 0

ADL 0.011104417 ‐4.500412337 0

ADL 0.010416835 ‐4.564331998 0

DDL 0.017961302 ‐4.019535715 1

DDL 0.017081308 ‐4.069770498 1

DDL 0.017480382 ‐4.046676037 1

ADL 0.013285404 ‐4.321089323 0

ADL 0.019729768 ‐3.925626734 0

ADL 0.02176197 ‐3.827591317 0
Appendix C‐6c (ii): H

In top

12%?

Min Test

Avg?

YES Yes

YES Yes

YES Yes

YES Yes

Number of sources with

test data 4

n 12

n‐1 8

Average of natural log of

test run values (μ) ‐4.722441809

Variance of natural log of

test runs (σ2

) 1.063371645

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 141.0952252

Denominator for

calculation of flatness of z

distribution (β2z) 10.78580442

Flatness of z distribution

(β2z) 15.08156719

Skewness of z distribution

(√β1z) 3.89246019
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990267127 0.999290878 0.995919268

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 0.015134839

exp (2μ + σ2

) 0.000229063

exp (σ2

) ‐ 1 1.896119232

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.140012452

Square root term 0.03989536

Confidence Level 99% 99.9% 99.5%

UPL 6.15E‐02 7.22E‐02 6.55E‐02

Analysis of Data

Distribution

Normal Log‐normal

Skewness = ‐4.66E‐01 ‐1.43E+00

SE Skewness 0.71 0.71

Skewness Test normal normal

Kurtosis = ‐9.90E‐01 8.39E‐01

SE Kurtosis 1.41 1.41

Kurtosis Test normal normal

Number of test runs = 12 12
Heavy Liquid Filterable PM Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

N/A Heavy Liq 1 SCMilliken‐Dewey D30 ICR Phase II ‐ Test Repor Phase II PM From Test

N/A Heavy Liq 2 MNGPDuluth EU33 Boiler #3 ICR Phase II ‐ ERT ERT

N/A Heavy Liq 3 NYConEd59thStStationBoiler 118 ICR Phase II ‐ ERT ERT

N/A Heavy Liq 4 PABoeingRidleyPark 033 ICR Phase II ‐ ERT ERT

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

Particulate M 0.002166667 ‐6.134565391 3 2 ET Anhydrides Waste

Particulate M 0.011017244 ‐4.508293615 3 2 ET No. 6 Residual oil

Particulate M 0.017507664 ‐4.045116537 3 2 ET No. 6 Residual oil

Particulate M 0.018259047 ‐4.003094587 3 2 ET No. 6 Residual oil
Appendix C‐6c (iii): Heavy Liquid Filterable PM Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 15.081567 3.8924602

6.59387E‐06 ‐5 =f(a) 170.26278

2.6161E‐05 1 ‐4.899 153.23995

5.47988E‐05 2 ‐4.798 137.44002

9.61314E‐05 3 ‐4.697 122.80665

0.00015494 4 ‐4.596 109.28475

0.000237398 5 ‐4.495 96.820492

0.000351287 6 ‐4.394 85.361312

0.000506157 7 ‐4.293 74.855893

0.000713381 8 ‐4.192 65.25418

0.000986027 9 ‐4.091 56.507374

0.001338459 10 ‐3.99 48.567932

0.001785573 11 ‐3.889 41.389572

0.002341557 12 ‐3.788 34.927265

0.003018087 13 ‐3.687 29.137241

0.003821879 14 ‐3.586 23.976989

0.004751592 15 ‐3.485 19.405253

0.005794133 16 ‐3.384 15.382034

0.006920548 17 ‐3.283 11.868591

0.008081793 18 ‐3.182 8.8274406

0.009204853 19 ‐3.081 6.222356

0.010189831 20 ‐2.98 4.0183679

0.010908757 21 ‐2.879 2.181764

0.011206959 22 ‐2.778 0.6800894

0.011506041 23 ‐2.677 ‐0.517854

0.012591862 24 ‐2.576 ‐1.442006

0.014653061 25 ‐2.475 ‐2.121051

0.017858906 26 ‐2.374 ‐2.582414

0.022336286 27 ‐2.273 ‐2.852265

0.02814332 28 ‐2.172 ‐2.955515

0.035241364 29 ‐2.071 ‐2.915819

0.043467898 30 ‐1.97 ‐2.755574

0.052513383 31 ‐1.869 ‐2.49592

0.061905536 32 ‐1.768 ‐2.15674

0.071004479 33 ‐1.667 ‐1.756659

0.079011837 34 ‐1.566 ‐1.313046

0.084996002 35 ‐1.465 ‐0.842013

0.087934421 36 ‐1.364 ‐0.358413

0.089096716 37 ‐1.263 0.124157

0.095375075 38 ‐1.162 0.5933574

0.107664341 39 ‐1.061 1.0381058

0.126655445 40 ‐0.96 1.448577

0.152757045 41 ‐0.859 1.8162031

0.186030239 42 ‐0.758 2.1336734

0.226144035 43 ‐0.657 2.3949343

0.272357932 44 ‐0.556 2.5951896

   1 3 1 3

6

z z z

      

 2z

1z
0.323535829 45 ‐0.455 2.7309

0.378192607 46 ‐0.354 2.7997839

0.434571534 47 ‐0.253 2.8008164

0.490747383 48 ‐0.152 2.7342302

0.544747297 49 ‐0.051 2.6015149

0.59467932 50 0.05 2.4054177

0.638857438 51 0.151 2.1499425

0.675912066 52 0.252 1.8403509

0.70487626 53 0.353 1.4831614

0.725240293 54 0.454 1.0861499

0.736970379 55 0.555 0.6583494

0.740490909 56 0.656 0.2100501

0.744348755 57 0.757 ‐0.247201

0.754426057 58 0.858 ‐0.700598

0.769334564 59 0.959 ‐1.13608

0.787564857 60 1.06 ‐1.538327

0.807594426 61 1.161 ‐1.890764

0.827986612 62 1.262 ‐2.175557

0.847473047 63 1.363 ‐2.373615

0.865014493 64 1.464 ‐2.46459

0.879837518 65 1.565 ‐2.426877

0.891446986 66 1.666 ‐2.237614

0.899616547 67 1.767 ‐1.87268

0.904361027 68 1.868 ‐1.3067

0.905895681 69 1.969 ‐0.513039

0.907203656 70 2.07 0.5361939

0.910886133 71 2.171 1.8701473

0.916423052 72 2.272 3.5192268

0.923285838 73 2.373 5.5150952

0.930972852 74 2.474 7.8906727

0.939035662 75 2.575 10.680137

0.947095956 76 2.676 13.918921

0.954853799 77 2.777 17.643718

0.962088508 78 2.878 21.892477

0.9686538 79 2.979 26.704403

0.97446895 80 3.08 32.11996

0.979507625 81 3.181 38.180869

0.983785836 82 3.282 44.930107

0.987350174 83 3.383 52.411909

0.990267127 84 3.484 60.671768

0.992614006 85 3.585 69.756432

0.994471698 86 3.686 79.71391

0.995919268 87 3.787 90.593463

0.997030256 88 3.888 102.44561

0.997870433 89 3.989 115.32214

0.998496743 90 4.09 129.27608

0.998957111 91 4.191 144.36172

0.999290878 92 4.292 160.63462

0.999529613 93 4.393 178.15157

0.999698121 94 4.494 196.97065

0.999815514 95 4.595 217.15118

0.999896248 96 4.696 238.75373
0.999951069 97 4.797 261.84015

0.999987828 98 4.898 286.47352

1 99 4.999 312.71819
distribution of Z

Normal

distribution

1.48672E‐06 0.000253133

2.45094E‐06 0.000375582

3.9995E‐06 0.000549692

6.46025E‐06 0.000793361

1.03291E‐05 0.001128812

1.63472E‐05 0.001582749

2.56093E‐05 0.00218604

3.97118E‐05 0.00297266

6.09553E‐05 0.003977585

9.26132E‐05 0.005233328

0.000139285 0.006764783

0.000207351 0.008582156

0.000305546 0.010671883

0.000445674 0.012985708

0.000643469 0.015428452

0.000919619 0.017845441

0.001300942 0.020011136

0.001821704 0.021621058

0.002525035 0.022289592

0.003464389 0.021556661

0.004704958 0.01890625

0.006324913 0.013799467

0.008416337 0.005723861

0.011085658 ‐0.005740751

0.014453386 ‐0.020841872

0.018652949 ‐0.039563854

0.023828414 ‐0.061534837

0.030130931 ‐0.085941403

0.03771375 ‐0.111463561

0.046725789 ‐0.136243945

0.057303789 ‐0.157904821

0.069563239 ‐0.173624258

0.083588399 ‐0.180278406

0.099421884 ‐0.174650343

0.117054396 ‐0.153697853

0.136415346 ‐0.114863506

0.157365126 ‐0.056401709

0.179689839 0.022309752

0.203099244 0.120510438

0.227228529 0.235887248

0.251644341 0.364526204

0.275855243 0.501009151

0.299326439 0.638664857

0.321498297 0.7699673

0.341807853 0.88705617

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 0.982338042

0.37471238 1.049113686

0.386376486 1.082169607

0.394360216 1.078271609

0.398423793 1.036505452

0.398443914 0.958424025

0.394419966 0.847980249

0.386474058 0.711247874

0.374844865 0.555955436

0.359875719 0.390878972

0.34199778 0.225154021

0.32170943 0.067575091

0.299553264 ‐0.074049719

0.276092166 ‐0.193429545

0.25188591 ‐0.286162469

0.227469632 ‐0.349922751

0.203335281 ‐0.384459087

0.17991684 ‐0.391419355

0.157579839 ‐0.374033862

0.136615273 ‐0.33670063

0.117237788 ‐0.284521685

0.099587708 ‐0.222838806

0.083736272 ‐0.156811258

0.069693339 ‐0.091068288

0.05741676 ‐0.029457042

0.046822635 0.02510601

0.037795734 0.070683589

0.030199481 0.106278822

0.023885038 0.13172826

0.018699163 0.147548972

0.014490659 0.154762218

0.011115369 0.154713945

0.008439746 0.148908506

0.006343145 0.138867161

0.004718997 0.126017994

0.003475077 0.111619347

0.002533081 0.096715224

0.001827693 0.082118461

0.001305351 0.068415957

0.000922829 0.055989671

0.00064578 0.045047338

0.00044732 0.035657619

0.000306705 0.0277855

0.000208159 0.02132493

0.000139842 0.016126852

9.29928E‐05 0.012021744

6.12113E‐05 0.008836566

3.98826E‐05 0.006406525

2.5722E‐05 0.004582419

1.64209E‐05 0.003234433

1.03767E‐05 0.002253305

6.49066E‐06 0.001549669
4.01874E‐06 0.001052267

2.46298E‐06 0.000705577

1.49417E‐06 0.000467254
Absolute values

0.000253133 1.27832E‐05

0.000375582 3.79338E‐05

0.000549692 5.55189E‐05

0.000793361 8.01295E‐05

0.001128812 0.00011401

0.001582749 0.000159858

0.00218604 0.00022079

0.00297266 0.000300239

0.003977585 0.000401736

0.005233328 0.000528566

0.006764783 0.000683243

0.008582156 0.000866798

0.010671883 0.00107786

0.012985708 0.001311557

0.015428452 0.001558274

0.017845441 0.001802389

0.020011136 0.002021125

0.021621058 0.002183727

0.022289592 0.002251249

0.021556661 0.002177223

0.01890625 0.001909531

0.013799467 0.001393746

0.005723861 0.00057811

0.005740751 0.000579816

0.020841872 0.002105029

0.039563854 0.003995949

0.061534837 0.006215019

0.085941403 0.008680082

0.111463561 0.01125782

0.136243945 0.013760638

0.157904821 0.015948387

0.173624258 0.01753605

0.180278406 0.018208119

0.174650343 0.017639685

0.153697853 0.015523483

0.114863506 0.011601214

0.056401709 0.005696573

0.022309752 0.002253285

0.120510438 0.012171554

0.235887248 0.023824612

0.364526204 0.036817147

0.501009151 0.050601924

0.638664857 0.064505151

0.7699673 0.077766697

0.88705617 0.089592673

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
0.982338042 0.099216142

1.049113686 0.105960482

1.082169607 0.10929913

1.078271609 0.108905432

1.036505452 0.104687051

0.958424025 0.096800827

0.847980249 0.085646005

0.711247874 0.071836035

0.555955436 0.056151499

0.390878972 0.039478776

0.225154021 0.022740556

0.067575091 0.006825084

0.074049719 0.007479022

0.193429545 0.019536384

0.286162469 0.028902409

0.349922751 0.035342198

0.384459087 0.038830368

0.391419355 0.039533355

0.374033862 0.03777742

0.33670063 0.034006764

0.284521685 0.02873669

0.222838806 0.022506719

0.156811258 0.015837937

0.091068288 0.009197897

0.029457042 0.002975161

0.02510601 0.002535707

0.070683589 0.007139042

0.106278822 0.010734161

0.13172826 0.013304554

0.147548972 0.014902446

0.154762218 0.015630984

0.154713945 0.015626108

0.148908506 0.015039759

0.138867161 0.014025583

0.126017994 0.012727817

0.111619347 0.011273554

0.096715224 0.009768238

0.082118461 0.008293965

0.068415957 0.006910012

0.055989671 0.005654957

0.045047338 0.004549781

0.035657619 0.00360142

0.0277855 0.002806336

0.02132493 0.002153818

0.016126852 0.001628812

0.012021744 0.001214196

0.008836566 0.000892493

0.006406525 0.000647059

0.004582419 0.000462824

0.003234433 0.000326678

0.002253305 0.000227584

0.001549669 0.000156517
0.001052267 0.000106279

0.000705577 7.12633E‐05

0.000467254 2.35963E‐05
Cumulative normalization

1.27832E‐05 6.59387E‐06

5.0717E‐05 2.6161E‐05

0.000106236 5.47988E‐05

0.000186365 9.61314E‐05

0.000300375 0.00015494

0.000460233 0.000237398

0.000681023 0.000351287

0.000981262 0.000506157

0.001382998 0.000713381

0.001911564 0.000986027

0.002594807 0.001338459

0.003461605 0.001785573

0.004539465 0.002341557

0.005851021 0.003018087

0.007409295 0.003821879

0.009211685 0.004751592

0.011232809 0.005794133

0.013416536 0.006920548

0.015667785 0.008081793

0.017845008 0.009204853

0.019754539 0.010189831

0.021148285 0.010908757

0.021726395 0.011206959

0.022306211 0.011506041

0.02441124 0.012591862

0.028407189 0.014653061

0.034622208 0.017858906

0.04330229 0.022336286

0.054560109 0.02814332

0.068320748 0.035241364

0.084269135 0.043467898

0.101805185 0.052513383

0.120013304 0.061905536

0.137652988 0.071004479

0.153176472 0.079011837

0.164777686 0.084996002

0.170474258 0.087934421

0.172727543 0.089096716

0.184899097 0.095375075

0.208723709 0.107664341

0.245540856 0.126655445

0.29614278 0.152757045

0.360647931 0.186030239

0.438414628 0.226144035

0.528007301 0.272357932

) () f b  


0.627223444 0.323535829

0.733183926 0.378192607

0.842483056 0.434571534

0.951388489 0.490747383

1.056075539 0.544747297

1.152876366 0.59467932

1.238522371 0.638857438

1.310358406 0.675912066

1.366509905 0.70487626

1.405988682 0.725240293

1.428729238 0.736970379

1.435554322 0.740490909

1.443033344 0.744348755

1.462569728 0.754426057

1.491472137 0.769334564

1.526814335 0.787564857

1.565644703 0.807594426

1.605178057 0.827986612

1.642955477 0.847473047

1.676962241 0.865014493

1.705698931 0.879837518

1.728205651 0.891446986

1.744043588 0.899616547

1.753241485 0.904361027

1.756216646 0.905895681

1.758752353 0.907203656

1.765891396 0.910886133

1.776625557 0.916423052

1.789930111 0.923285838

1.804832557 0.930972852

1.820463541 0.939035662

1.836089649 0.947095956

1.851129409 0.954853799

1.865154992 0.962088508

1.877882809 0.9686538

1.889156363 0.97446895

1.898924601 0.979507625

1.907218565 0.983785836

1.914128577 0.987350174

1.919783534 0.990267127

1.924333315 0.992614006

1.927934734 0.994471698

1.93074107 0.995919268

1.932894888 0.997030256

1.9345237 0.997870433

1.935737896 0.998496743

1.936630389 0.998957111

1.937277448 0.999290878

1.937740273 0.999529613

1.93806695 0.999698121

1.938294534 0.999815514

1.938451051 0.999896248
1.93855733 0.999951069

1.938628593 0.999987828

1.938652189 1

95.1584941
Appendix C‐6d (i): Heavy Liquid CO Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Yes Heavy LiquiN/A no 1 ORGeorgiaPacificWaunaM

YES Yes Heavy LiquiN/A no 1 ORGeorgiaPacificWaunaM

YES Yes Heavy LiquiN/A no 1 ORGeorgiaPacificWaunaM

YES Yes Heavy LiquiN/A no 2 PABoeingRidleyPark

YES Yes Heavy LiquiN/A no 2 PABoeingRidleyPark

YES Yes Heavy LiquiN/A no 3 VANewportNewsShipbuild

YES Yes Heavy LiquiN/A no 3 VANewportNewsShipbuild

YES Yes Heavy LiquiN/A no 3 VANewportNewsShipbuild
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

EU33 ‐ Power Boiler ICR Phase I Org HAP & CO Pwr Blr EU‐3CO ET Sample #1

EU33 ‐ Power Boiler ICR Phase I Org HAP & CO Pwr Blr EU‐3CO ET Sample #2

EU33 ‐ Power Boiler ICR Phase I Org HAP & CO Pwr Blr EU‐3CO ET Sample #3

033 ICR Phase II ‐ ERT ERT CO ET ITM‐1

033 ICR Phase II ‐ ERT ERT CO ET ITM‐2

78‐E1 ICR Phase II ‐ ERT ERT CO ET CO‐1

78‐E1 ICR Phase II ‐ ERT ERT CO ET CO‐2

78‐E1 ICR Phase II ‐ ERT ERT CO ET CO‐3
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

3/14/2007 ND 4.628481807 1.532228911 1

3/14/2007 ND 4.628481807 1.532228911 1

3/14/2007 ND 4.628481807 1.532228911 1

9/22/2009 7.154722503 1.967772629 0

9/23/2009 4.298860546 1.458349998 0

11/17/2009 7.772413545 2.05058074 0

11/18/2009 8.692987841 2.162516705 0

11/18/2009 9.656660822 2.267647918 0
Appendix C‐6d (ii): Heavy Liquid

In top

12%?

Min Test

Avg?

Combustor

Design

YES Yes N/A

YES Yes N/A

YES Yes N/A

Number of sources with

test data 3

n 8 Step 4

n‐1 5

Average of natural log of

test run values (μ) 1.81294434

Variance of natural log of

test runs (σ2

) 0.110219949

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 5.077721395

Denominator for

calculation of flatness of z

distribution (β2z) 0.040733263

Flatness of z distribution

(β2z) 126.6578591

Skewness of z distribution

(√β1z) 0.614209859
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990822226 0.999276936 0.9960133

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 6.475684491

exp (2μ + σ2

) 41.93448962

exp (σ2

) ‐ 1 0.116523622

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.014645239

Square root term 4.49                    

Confidence Level 99% 99.9% 99.5%

UPL 1.17E+01 1.29E+01 1.21E+01

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 3.97E‐01 2.23E‐01

SE Skewness 0.87 0.87

Skewness Test normal normal

Kurtosis = ‐1.81E+00 ‐2.19E+00

SE Kurtosis 1.73 1.73

Kurtosis Test normal normal

Number of test runs = 8 8
CO Test Averages and Calculation of UPL

Fuel

Category Rank FacilityID UnitID Data Source Source Tab Pollutant

Heavy Liq 1 ORGeorgiaPacificWau EU33 ‐ Power Boiler ICR Phase I Org HAP & CO Pwr Blr CO

Heavy Liq 2 PABoeingRidleyPark 033 ICR Phase II ‐ ERT ERT CO

Heavy Liq 3 VANewportNewsShipb78‐E1 ICR Phase II ‐ ERT ERT CO

Test Average

Test Average ‐

Rounded

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

4.628481807 5 1.532228911 3 2 ET /Natural gas/No. 6 Residual oil/

5.726791525 6 1.745155431 2 1 ET No. 6 Residual oil

8.707354069 9 2.164167964 3 2 ET No. 6 Residual oil
Appendix C‐6d (iii): Heavy Liquid CO Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 126.65786 0.6142099

1.26501E‐05 ‐5 =f(a) 2452.5918

5.06044E‐05 1 ‐4.899 2231.8105

0.000106814 2 ‐4.798 2025.5062

0.000188981 3 ‐4.697 1833.0618

0.000307513 4 ‐4.596 1653.8731

0.000476218 5 ‐4.495 1487.3487

0.000713065 6 ‐4.394 1332.9102

0.001040959 7 ‐4.293 1189.9918

0.00148845 8 ‐4.192 1058.041

0.00209026 9 ‐4.091 936.51771

0.002887471 10 ‐3.99 824.89503

0.003927174 11 ‐3.889 722.65877

0.00526134 12 ‐3.788 629.30768

0.006944667 13 ‐3.687 544.35332

0.00903114 14 ‐3.586 467.32017

0.011569094 15 ‐3.485 397.74554

0.014594656 16 ‐3.384 335.17963

0.018123571 17 ‐3.283 279.18551

0.022141626 18 ‐3.182 229.33908

0.026594152 19 ‐3.081 185.22917

0.031375359 20 ‐2.98 146.45742

0.036318596 21 ‐2.879 112.63838

0.041188908 22 ‐2.778 83.399442

0.045679489 23 ‐2.677 58.380873

0.049413718 24 ‐2.576 37.235812

0.051954363 25 ‐2.475 19.630262

0.052821232 26 ‐2.374 5.243096

0.054124537 27 ‐2.273 ‐6.233947

0.058074923 28 ‐2.172 ‐15.09626

0.065086418 29 ‐2.071 ‐21.62636

0.075461539 30 ‐1.97 ‐26.09392

0.089341057 31 ‐1.869 ‐28.75571

0.106656885 32 ‐1.768 ‐29.85567

0.127093471 33 ‐1.667 ‐29.62483

0.150063365 34 ‐1.566 ‐28.28139

0.174702135 35 ‐1.465 ‐26.03067

0.1998867 36 ‐1.364 ‐23.06511

0.224279302 37 ‐1.263 ‐19.56429

0.246396914 38 ‐1.162 ‐15.69493

0.264703123 39 ‐1.061 ‐11.61088

0.277716644 40 ‐0.96 ‐7.453104

0.284128155 41 ‐0.859 ‐3.349721

0.285341125 42 ‐0.758 0.5840294

0.294812345 43 ‐0.657 4.2457731

0.312708905 44 ‐0.556 7.5460042

   1 3 1 3

6

z z z

      

 2z

1z    1 3 1 3

6

z z z

      

 2z

1z
0.33868635 45 ‐0.455 10.408084

0.371883413 46 ‐0.354 12.768243

0.410959131 47 ‐0.253 14.575578

0.454170918 48 ‐0.152 15.792055

0.499487916 49 ‐0.051 16.392507

0.544730148 50 0.05 16.364636

0.587721211 51 0.151 15.70901

0.626440728 52 0.252 14.439066

0.659162817 53 0.353 12.58111

0.684568341 54 0.454 10.174314

0.701821599 55 0.555 7.270719

0.710605851 56 0.656 3.9352332

0.711116393 57 0.757 0.2456332

0.718218681 58 0.858 ‐3.707437

0.731886741 59 0.959 ‐7.820464

0.750790339 60 1.06 ‐11.97707

0.773431789 61 1.161 ‐16.048

0.798263248 62 1.262 ‐19.89115

0.823795344 63 1.363 ‐23.35153

0.848688831 64 1.464 ‐26.26129

0.871823493 65 1.565 ‐28.4397

0.8923414 66 1.666 ‐29.69319

0.909664402 67 1.767 ‐29.81529

0.923488143 68 1.868 ‐28.58669

0.933756737 69 1.969 ‐25.77519

0.940623365 70 2.07 ‐21.13573

0.944402468 71 2.171 ‐14.41038

0.94551898 72 2.272 ‐5.32836

0.946578647 73 2.373 6.3940037

0.949310212 74 2.474 21.053239

0.953227302 75 2.575 38.958745

0.957888172 76 2.676 60.432787

0.962913221 77 2.777 85.8105

0.967994009 78 2.878 115.43989

0.972895059 79 2.979 149.68181

0.977450076 80 3.08 188.91002

0.981554262 81 3.181 233.51112

0.985154371 82 3.282 283.88457

0.988237857 83 3.383 340.44273

0.990822226 84 3.484 403.6108

0.992945348 85 3.585 473.82685

0.994657204 86 3.686 551.54184

0.99601327 87 3.787 637.21957

0.997069558 88 3.888 731.33674

0.997879162 89 3.989 834.38287

0.998490112 90 4.09 946.8604

0.998944258 91 4.191 1069.2846

0.999276936 92 4.292 1202.1836

0.99951718 93 4.393 1346.0985

0.999688267 94 4.494 1501.5832

0.999808449 95 4.595 1669.2043

0.999891744 96 4.696 1849.5415
0.999948717 97 4.797 2043.1874

0.999987182 98 4.898 2250.7472

1 99 4.999 2472.8392
distribution of Z

Normal

distribution

1.48672E‐06 0.003646316

2.45094E‐06 0.005470033

3.9995E‐06 0.008101018

6.46025E‐06 0.011842032

1.03291E‐05 0.017083001

1.63472E‐05 0.024314057

2.56093E‐05 0.034134843

3.97118E‐05 0.047256677

6.09553E‐05 0.064493154

9.26132E‐05 0.086733888

0.000139285 0.114895484

0.000207351 0.149843797

0.000305546 0.192282383

0.000445674 0.24260407

0.000643469 0.300706095

0.000919619 0.365774385

0.001300942 0.43604932

0.001821704 0.508593311

0.002525035 0.579089113

0.003464389 0.641705874

0.004704958 0.689075961

0.006324913 0.71242794

0.008416337 0.701917841

0.011085658 0.647190423

0.014453386 0.538183581

0.018652949 0.366162277

0.023828414 0.124934664

0.030130931 ‐0.187834625

0.03771375 ‐0.569336533

0.046725789 ‐1.01050894

0.057303789 ‐1.495280453

0.069563239 ‐2.000340531

0.083588399 ‐2.495587329

0.099421884 ‐2.945356485

0.117054396 ‐3.310461333

0.136415346 ‐3.550982672

0.157365126 ‐3.629643588

0.179689839 ‐3.515504378

0.203099244 ‐3.187629037

0.227228529 ‐2.638322743

0.251644341 ‐1.875531485

0.275855243 ‐0.924038116

0.299326439 0.174815431

0.321498297 1.365008836

0.341807853 2.579283494

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 3.743914826

0.37471238 4.784418797

0.386376486 5.631660754

0.394360216 6.22775837

0.398423793 6.531165014

0.398443914 6.52038961

0.394419966 6.195947171

0.386474058 5.580324586

0.374844865 4.715964561

0.359875719 3.661488645

0.34199778 2.486569772

0.32170943 1.266001639

0.299553264 0.073580237

0.276092166 ‐1.023594212

0.25188591 ‐1.969864729

0.227469632 ‐2.724419539

0.203335281 ‐3.263125379

0.17991684 ‐3.578753268

0.157579839 ‐3.679730439

0.136615273 ‐3.587692914

0.117237788 ‐3.334207823

0.099587708 ‐2.957076688

0.083736272 ‐2.496621439

0.069693339 ‐1.992301739

0.05741676 ‐1.479927643

0.046822635 ‐0.989630389

0.037795734 ‐0.544650982

0.030199481 ‐0.160913708

0.023885038 0.152721022

0.018699163 0.393677945

0.014490659 0.564537896

0.011115369 0.671732732

0.008439746 0.724218851

0.006343145 0.732251969

0.004718997 0.706348012

0.003475077 0.65647695

0.002533081 0.591502518

0.001827693 0.518853968

0.001305351 0.444397381

0.000922829 0.372463775

0.00064578 0.305988099

0.00044732 0.246715647

0.000306705 0.195438654

0.000208159 0.152233991

0.000139842 0.116681573

9.29928E‐05 0.088051196

6.12113E‐05 0.065452282

3.98826E‐05 0.047946204

2.5722E‐05 0.034624376

1.64209E‐05 0.024657325

1.03767E‐05 0.017320773

6.49066E‐06 0.012004743
4.01874E‐06 0.008211031

2.46298E‐06 0.005543534

1.49417E‐06 0.003694845
Absolute values

0.003646316 0.000184139

0.005470033 0.000552473

0.008101018 0.000818203

0.011842032 0.001196045

0.017083001 0.001725383

0.024314057 0.00245572

0.034134843 0.003447619

0.047256677 0.004772924

0.064493154 0.006513809

0.086733888 0.008760123

0.114895484 0.011604444

0.149843797 0.015134224

0.192282383 0.019420521

0.24260407 0.024503011

0.300706095 0.030371316

0.365774385 0.036943213

0.43604932 0.044040981

0.508593311 0.051367924

0.579089113 0.058488

0.641705874 0.064812293

0.689075961 0.069596672

0.71242794 0.071955222

0.701917841 0.070893702

0.647190423 0.065366233

0.538183581 0.054356542

0.366162277 0.03698239

0.124934664 0.012618401

0.187834625 0.018971297

0.569336533 0.05750299

1.01050894 0.102061403

1.495280453 0.151023326

2.000340531 0.202034394

2.495587329 0.25205432

2.945356485 0.297481005

3.310461333 0.334356595

3.550982672 0.35864925

3.629643588 0.366594002

3.515504378 0.355065942

3.187629037 0.321950533

2.638322743 0.266470597

1.875531485 0.18942868

0.924038116 0.09332785

0.174815431 0.017656359

1.365008836 0.137865892

2.579283494 0.260507633

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
3.743914826 0.378135397

4.784418797 0.483226298

5.631660754 0.568797736

6.22775837 0.629003595

6.531165014 0.659647666

6.52038961 0.658559351

6.195947171 0.625790664

5.580324586 0.563612783

4.715964561 0.476312421

3.661488645 0.369810353

2.486569772 0.251143547

1.266001639 0.127866166

0.073580237 0.007431604

1.023594212 0.103383015

1.969864729 0.198956338

2.724419539 0.275166373

3.263125379 0.329575663

3.578753268 0.36145408

3.679730439 0.371652774

3.587692914 0.362356984

3.334207823 0.33675499

2.957076688 0.298664745

2.496621439 0.252158765

1.992301739 0.201222476

1.479927643 0.149472692

0.989630389 0.099952669

0.544650982 0.055009749

0.160913708 0.016252285

0.152721022 0.015424823

0.393677945 0.039761472

0.564537896 0.057018327

0.671732732 0.067845006

0.724218851 0.073146104

0.732251969 0.073957449

0.706348012 0.071341149

0.65647695 0.066304172

0.591502518 0.059741754

0.518853968 0.052404251

0.444397381 0.044884135

0.372463775 0.037618841

0.305988099 0.030904798

0.246715647 0.02491828

0.195438654 0.019739304

0.152233991 0.015375633

0.116681573 0.011784839

0.088051196 0.008893171

0.065452282 0.00661068

0.047946204 0.004842567

0.034624376 0.003497062

0.024657325 0.00249039

0.017320773 0.001749398

0.012004743 0.001212479
0.008211031 0.000829314

0.005543534 0.000559897

0.003694845 0.00018659
Cumulative normalization

0.000184139 1.26501E‐05

0.000736612 5.06044E‐05

0.001554815 0.000106814

0.00275086 0.000188981

0.004476243 0.000307513

0.006931963 0.000476218

0.010379582 0.000713065

0.015152507 0.001040959

0.021666315 0.00148845

0.030426438 0.00209026

0.042030882 0.002887471

0.057165105 0.003927174

0.076585626 0.00526134

0.101088637 0.006944667

0.131459953 0.00903114

0.168403166 0.011569094

0.212444147 0.014594656

0.263812071 0.018123571

0.322300072 0.022141626

0.387112365 0.026594152

0.456709037 0.031375359

0.528664259 0.036318596

0.599557961 0.041188908

0.664924194 0.045679489

0.719280735 0.049413718

0.756263125 0.051954363

0.768881526 0.052821232

0.787852824 0.054124537

0.845355813 0.058074923

0.947417216 0.065086418

1.098440542 0.075461539

1.300474936 0.089341057

1.552529256 0.106656885

1.850010261 0.127093471

2.184366856 0.150063365

2.543016105 0.174702135

2.909610108 0.1998867

3.26467605 0.224279302

3.586626583 0.246396914

3.85309718 0.264703123

4.04252586 0.277716644

4.13585371 0.284128155

4.153510068 0.285341125

4.291375961 0.294812345

4.551883593 0.312708905

) () f b  

 ) () f b 

 


4.930018991 0.33868635

5.413245289 0.371883413

5.982043026 0.410959131

6.611046621 0.454170918

7.270694287 0.499487916

7.929253638 0.544730148

8.555044302 0.587721211

9.118657085 0.626440728

9.594969506 0.659162817

9.964779859 0.684568341

10.21592341 0.701821599

10.34378957 0.710605851

10.35122118 0.711116393

10.45460419 0.718218681

10.65356053 0.731886741

10.9287269 0.750790339

11.25830257 0.773431789

11.61975665 0.798263248

11.99140942 0.823795344

12.3537664 0.848688831

12.69052139 0.871823493

12.98918614 0.8923414

13.2413449 0.909664402

13.44256738 0.923488143

13.59204007 0.933756737

13.69199274 0.940623365

13.74700249 0.944402468

13.76325478 0.94551898

13.7786796 0.946578647

13.81844107 0.949310212

13.8754594 0.953227302

13.9433044 0.957888172

14.01645051 0.962913221

14.09040796 0.967994009

14.16174911 0.972895059

14.22805328 0.977450076

14.28779503 0.981554262

14.34019928 0.985154371

14.38508342 0.988237857

14.42270226 0.990822226

14.45360706 0.992945348

14.47852534 0.994657204

14.49826464 0.99601327

14.51364028 0.997069558

14.52542511 0.997879162

14.53431829 0.998490112

14.54092897 0.998944258

14.54577153 0.999276936

14.54926859 0.99951718

14.55175898 0.999688267

14.55350838 0.999808449

14.55472086 0.999891744
14.55555018 0.999948717

14.55611007 0.999987182

14.55629666 1

734.2643088
Appendix C‐6e (i): Light Liquid Filterable PM Run Data

In top 12%? Min Test Avg?

Fuel

Category

Metals

Process

Heater? Rank FacilityID UnitID

YES Yes Light Liquidno 1 TNMilanArmyAmmunitionD88L‐1, Source #27‐0010‐

YES Yes Light Liquidno 1 TNMilanArmyAmmunitionD88L‐1, Source #27‐0010‐

YES Yes Light Liquidno 1 TNMilanArmyAmmunitionD88L‐1, Source #27‐0010‐

YES Yes Light Liquidno 2 ALBP‐Decatur24 AB‐8301

YES Yes Light Liquidno 2 ALBP‐Decatur24 AB‐8301

YES Yes Light Liquidno 2 ALBP‐Decatur24 AB‐8301

YES Yes Light Liquidno 3 SCCogenSouth B002 ‐ Auxiliary Boiler #1

YES Yes Light Liquidno 3 SCCogenSouth B002 ‐ Auxiliary Boiler #1

YES Yes Light Liquidno 3 SCCogenSouth B002 ‐ Auxiliary Boiler #1

YES Light Liquidno 3 SCCogenSouth B002 ‐ Auxiliary Boiler #1

YES Light Liquidno 3 SCCogenSouth B002 ‐ Auxiliary Boiler #1

YES Light Liquidno 3 SCCogenSouth B002 ‐ Auxiliary Boiler #1

YES Yes Light Liquidno 4 SCCogenSouth B003 ‐ Auxiliary Boiler #2

YES Yes Light Liquidno 4 SCCogenSouth B003 ‐ Auxiliary Boiler #2

YES Yes Light Liquidno 4 SCCogenSouth B003 ‐ Auxiliary Boiler #2

YES Light Liquidno 4 SCCogenSouth B003 ‐ Auxiliary Boiler #2

YES Light Liquidno 4 SCCogenSouth B003 ‐ Auxiliary Boiler #2

YES Light Liquidno 4 SCCogenSouth B003 ‐ Auxiliary Boiler #2

YES Yes Light Liquidno 5 SCCogenSouth B004 ‐ Auxiliary Boiler #3

YES Yes Light Liquidno 5 SCCogenSouth B004 ‐ Auxiliary Boiler #3

YES Yes Light Liquidno 5 SCCogenSouth B004 ‐ Auxiliary Boiler #3

YES Light Liquidno 5 SCCogenSouth B004 ‐ Auxiliary Boiler #3

YES Light Liquidno 5 SCCogenSouth B004 ‐ Auxiliary Boiler #3

YES Light Liquidno 5 SCCogenSouth B004 ‐ Auxiliary Boiler #3
Data Source Source Tab Pollutant

Data

Type Run Number Test Date

Test

Burning

Waste?

ICR Phase II ‐ ERT ERT Particulate MattET 1 11/17/2009

ICR Phase II ‐ ERT ERT Particulate MattET 2 11/17/2009

ICR Phase II ‐ ERT ERT Particulate MattET 3 11/18/2009

ICR Phase I PM and Metals Particulate MattET Sample #1 1/24/2001

ICR Phase I PM and Metals Particulate MattET Sample #2 1/24/2001

ICR Phase I PM and Metals Particulate MattET Sample #3 1/24/2001

ICR Phase I PM and Metals (4) Particulate MattET Sample #1 11/14/2006

ICR Phase I PM and Metals (4) Particulate MattET Sample #2 11/14/2006

ICR Phase I PM and Metals (4) Particulate MattET Sample #3 11/14/2006

ICR Phase I PM and Metals (5) Particulate MattET Sample #1 11/30/2004

ICR Phase I PM and Metals (5) Particulate MattET Sample #2 11/30/2004

ICR Phase I PM and Metals (5) Particulate MattET Sample #3 11/30/2004

ICR Phase I PM and Metals (6) Particulate MattET Sample #1 11/14/2006

ICR Phase I PM and Metals (6) Particulate MattET Sample #2 11/14/2006

ICR Phase I PM and Metals (6) Particulate MattET Sample #3 11/14/2006

ICR Phase I PM and Metals (7) Particulate MattET Sample #1 11/30/2004

ICR Phase I PM and Metals (7) Particulate MattET Sample #2 11/30/2004

ICR Phase I PM and Metals (7) Particulate MattET Sample #3 11/30/2004

ICR Phase I PM and Metals (8) Particulate MattET Sample #1 11/14/2006

ICR Phase I PM and Metals (8) Particulate MattET Sample #2 11/14/2006

ICR Phase I PM and Metals (8) Particulate MattET Sample #3 11/14/2006

ICR Phase I PM and Metals (9) Particulate MattET Sample #1 11/30/2004

ICR Phase I PM and Metals (9) Particulate MattET Sample #2 11/30/2004

ICR Phase I PM and Metals (9) Particulate MattET Sample #3 11/30/2004
Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

ADL 0.000719007 ‐7.237638906 0

ADL 0.000411723 ‐7.795158976 0

DLL 0.000402415 ‐7.818026098 1

0.004511109 ‐5.401212345 0

0.000991473 ‐6.91631851 0

0.00140024 ‐6.571111599 0

0.00222 ‐6.110248083 0

0.0019 ‐6.265901393 0

0.00502 ‐5.294325345 0

0.00312 ‐5.769922277 0

0.00276 ‐5.892524599 0

0.00361 ‐5.624047507 0

0.00222 ‐6.110248083 0

0.0019 ‐6.265901393 0

0.00502 ‐5.294325345 0

0.00312 ‐5.769922277 0

0.00276 ‐5.892524599 0

0.00361 ‐5.624047507 0

0.00222 ‐6.110248083 0

0.0019 ‐6.265901393 0

0.00502 ‐5.294325345 0

0.00312 ‐5.769922277 0

0.00276 ‐5.892524599 0

0.00361 ‐5.624047507 0
Appendix C‐6e (ii): L

In top

12%?

Min Test

Avg?

YES Yes

YES Yes

YES Yes

YES

YES Yes

Number of sources with

test data 5 YES

n 24 YES Yes

n‐1 19 YES

Average of natural log of

test run values (μ) ‐6.108765585

Variance of natural log of

test runs (σ2

) 0.506955926

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 22.01901033

Denominator for

calculation of flatness of z

distribution (β2z) 1.307709502

Flatness of z distribution

(β2z) 18.83784532

Skewness of z distribution

(√β1z) 1.717098511
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990750835 0.99929588 0.996045609

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 0.002864712

exp (2μ + σ2

) 8.20657E‐06

exp (σ2

) ‐ 1 0.660229632

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.026710214

Square root term 0.004269363

Confidence Level 99% 99.9% 99.5%

UPL 7.82E‐03 8.97E‐03 8.25E‐03

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 1.35E‐01 ‐1.24E+00

SE Skewness 0.50 0.50

Skewness Test normal normal

Kurtosis = ‐6.13E‐01 1.07E+00

SE Kurtosis 1.00 1.00

Kurtosis Test normal normal

Number of test runs = 24 24
Light Liquid Filterable PM Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

N/A Light Liqu 1 TNMilanArmyAmmun D88L‐1, Source #27‐00ICR Phase II ‐ ERT ERT

N/A Light Liqu 2 ALBP‐Decatur24 AB‐8301 ICR Phase I PM and Metals

N/A Light Liqu 3 SCCogenSouth B002 ‐ Auxiliary BoilerICR Phase I PM and Metals (4)

N/A Light Liqu 3 SCCogenSouth B002 ‐ Auxiliary BoilerICR Phase I PM and Metals (5)

N/A Light Liqu 4 SCCogenSouth B003 ‐ Auxiliary BoilerICR Phase I PM and Metals (6)

N/A Light Liqu 4 SCCogenSouth B003 ‐ Auxiliary BoilerICR Phase I PM and Metals (7)

N/A Light Liqu 5 SCCogenSouth B004 ‐ Auxiliary BoilerICR Phase I PM and Metals (8)

N/A Light Liqu 5 SCCogenSouth B004 ‐ Auxiliary BoilerICR Phase I PM and Metals (9)

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

Particulate M 0.000511049 ‐7.579045764 3 2 ET No. 2 Distillate

Particulate M 0.002300941 ‐6.074437258 3 2 ET /No. 2 Distillate/

Particulate M 0.003046667 ‐5.793707182 3 2 ET /No. 2 Distillate/

Particulate M 0.003163333 ‐5.756128955 3 2 ET /No. 2 Distillate/

Particulate M 0.003046667 ‐5.793707182 3 2 ET /No. 2 Distillate/

Particulate M 0.003163333 ‐5.756128955 3 2 ET /No. 2 Distillate/

Particulate M 0.003046667 ‐5.793707182 3 2 ET /No. 2 Distillate/

Particulate M 0.003163333 ‐5.756128955 3 2 ET /No. 2 Distillate/
Appendix C‐6e (iii): Light Liquid Filterable PM Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 18.837845 1.7170985

1.00469E‐05 ‐5 =f(a) 284.95695

4.01115E‐05 1 ‐4.899 258.62401

8.45125E‐05 2 ‐4.798 234.06337

0.000149226 3 ‐4.697 211.19769

0.000242284 4 ‐4.596 189.95126

0.000374288 5 ‐4.495 170.25004

0.000558941 6 ‐4.394 152.02163

0.000813585 7 ‐4.293 135.19526

0.001159656 8 ‐4.192 119.70183

0.001622966 9 ‐4.091 105.47388

0.002233689 10 ‐3.99 92.4456

0.003025898 11 ‐3.889 80.552829

0.004036473 12 ‐3.788 69.733052

0.005303197 13 ‐3.687 59.9254

0.006861862 14 ‐3.586 51.070656

0.00874227 15 ‐3.485 43.11125

0.010963066 16 ‐3.384 35.99126

0.013525484 17 ‐3.283 29.65641

0.01640626 18 ‐3.182 24.054075

0.019550167 19 ‐3.081 19.133278

0.022862853 20 ‐2.98 14.844687

0.026204939 21 ‐2.879 11.140622

0.029388477 22 ‐2.778 7.9750488

0.032177065 23 ‐2.677 5.3035814

0.034290869 24 ‐2.576 3.0834824

0.035417691 25 ‐2.475 1.2736625

0.035604533 26 ‐2.374 ‐0.16532

0.037421302 27 ‐2.273 ‐1.271258

0.041142463 28 ‐2.172 ‐2.080296

0.046964287 29 ‐2.071 ‐2.626932

0.054965891 30 ‐1.97 ‐2.944015

0.065071078 31 ‐1.869 ‐3.062746

0.077015145 32 ‐1.768 ‐3.012677

0.090321174 33 ‐1.667 ‐2.821713

0.104290363 34 ‐1.566 ‐2.516111

0.118010262 35 ‐1.465 ‐2.12048

0.130383649 36 ‐1.364 ‐1.657778

0.140178959 37 ‐1.263 ‐1.14932

0.146101038 38 ‐1.162 ‐0.614769

0.146878543 39 ‐1.061 ‐0.072142

0.152395066 40 ‐0.96 0.4621944

0.165132424 41 ‐0.859 0.9735192

0.18570058 42 ‐0.758 1.4487608

0.214314659 43 ‐0.657 1.8764954

0.250742088 44 ‐0.556 2.2469473

   1 3 1 3

6

z z z

      

 2z

1z
0.294282001 45 ‐0.455 2.551989

0.343781272 46 ‐0.354 2.7851409

0.397688093 47 ‐0.253 2.9415717

0.454140183 48 ‐0.152 3.018098

0.511081119 49 ‐0.051 3.0131846

0.566395145 50 0.05 2.9269444

0.618048753 51 0.151 2.7611384

0.664226463 52 0.252 2.5191757

0.703448755 53 0.353 2.2061133

0.734661954 54 0.454 1.8286565

0.757292785 55 0.555 1.3951587

0.771263972 56 0.656 0.9156214

0.776971169 57 0.757 0.4016939

0.778717082 58 0.858 ‐0.133326

0.786775219 59 0.959 ‐0.674493

0.799778129 60 1.06 ‐1.205212

0.816243125 61 1.161 ‐1.707243

0.834681336 62 1.262 ‐2.160695

0.853695461 63 1.363 ‐2.544029

0.872059237 64 1.464 ‐2.834061

0.888774132 65 1.565 ‐3.005955

0.903101437 66 1.666 ‐3.033229

0.914570481 67 1.767 ‐2.887753

0.922965767 68 1.868 ‐2.539748

0.928297371 69 1.969 ‐1.957788

0.930759788 70 2.07 ‐1.108797

0.930834983 71 2.171 0.0419463

0.933027664 72 2.272 1.5308136

0.936874686 73 2.373 3.3958239

0.941909314 74 2.474 5.6766442

0.947692601 75 2.575 8.4145897

0.953835893 76 2.676 11.652624

0.96001463 77 2.777 15.435357

0.965974295 78 2.878 19.809051

0.971529925 79 2.979 24.821611

0.976560753 80 3.08 30.522593

0.981001665 81 3.181 36.963202

0.984832935 82 3.282 44.196289

0.988069515 83 3.383 52.276354

0.990750835 84 3.484 61.259545

0.99293176 85 3.585 71.203658

0.994675073 86 3.686 82.168138

0.996045609 87 3.787 94.214076

0.997106008 88 3.888 107.40421

0.997913891 89 3.989 121.80294

0.998520251 90 4.09 137.47629

0.99896878 91 4.191 154.49195

0.99929588 92 4.292 172.91925

0.999531131 93 4.393 192.82917

0.999698033 94 4.494 214.29434

0.999814868 95 4.595 237.38904

0.999895583 96 4.696 262.1892
0.999950626 97 4.797 288.77238

0.999987683 98 4.898 317.21781

1 99 4.999 347.60636
distribution of Z

Normal

distribution

1.48672E‐06 0.000423651

2.45094E‐06 0.000633872

3.9995E‐06 0.000936137

6.46025E‐06 0.001364389

1.03291E‐05 0.001962023

1.63472E‐05 0.00278312

2.56093E‐05 0.003893161

3.97118E‐05 0.005368842

6.09553E‐05 0.007296455

9.26132E‐05 0.009768272

0.000139285 0.012876283

0.000207351 0.016702685

0.000305546 0.021306648

0.000445674 0.026707187

0.000643469 0.03286239

0.000919619 0.039645928

0.001300942 0.046822547

0.001821704 0.054025196

0.002525035 0.060737371

0.003464389 0.066285115

0.004704958 0.069843623

0.006324913 0.070463464

0.008416337 0.067120702

0.011085658 0.058793692

0.014453386 0.044566763

0.018652949 0.023757561

0.023828414 ‐0.003939308

0.030130931 ‐0.038304174

0.03771375 ‐0.078455766

0.046725789 ‐0.122745488

0.057303789 ‐0.168703238

0.069563239 ‐0.213054538

0.083588399 ‐0.251824867

0.099421884 ‐0.280540067

0.117054396 ‐0.294521902

0.136415346 ‐0.289265962

0.157365126 ‐0.26087652

0.179689839 ‐0.206521184

0.203099244 ‐0.124859197

0.227228529 ‐0.016392674

0.251644341 0.116308602

0.275855243 0.268550378

0.299326439 0.433652413

0.321498297 0.603290078

0.341807853 0.768024246

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 0.917981561

0.37471238 1.043626786

0.386376486 1.136554133

0.394360216 1.190217777

0.398423793 1.200524446

0.398443914 1.166223202

0.394419966 1.089048131

0.386474058 0.973596044

0.374844865 0.826950234

0.359875719 0.658089082

0.34199778 0.477141194

0.32170943 0.294564028

0.299553264 0.120328725

0.276092166 ‐0.036810259

0.25188591 ‐0.169895189

0.227469632 ‐0.274149179

0.203335281 ‐0.347142703

0.17991684 ‐0.388745334

0.157579839 ‐0.400887714

0.136615273 ‐0.387175974

0.117237788 ‐0.352411481

0.099587708 ‐0.302072317

0.083736272 ‐0.24180966

0.069693339 ‐0.177003518

0.05741676 ‐0.112409826

0.046822635 ‐0.051916807

0.037795734 0.00158539

0.030199481 0.046229778

0.023885038 0.081109384

0.018699163 0.106148493

0.014490659 0.121932951

0.011115369 0.129523212

0.008439746 0.130270501

0.006343145 0.125651686

0.004718997 0.117133102

0.003475077 0.106068373

0.002533081 0.093630775

0.001827693 0.080777267

0.001305351 0.06823901

0.000922829 0.056532089

0.00064578 0.045981928

0.00044732 0.036755444

0.000306705 0.028895962

0.000208159 0.022357105

0.000139842 0.017033138

9.29928E‐05 0.012784304

6.12113E‐05 0.00945665

3.98826E‐05 0.006896468

2.5722E‐05 0.004959956

1.64209E‐05 0.003518903

1.03767E‐05 0.002463307

6.49066E‐06 0.001701781
4.01874E‐06 0.0011605

2.46298E‐06 0.0007813

1.49417E‐06 0.000519383
Absolute values

0.000423651 2.13944E‐05

0.000633872 6.40211E‐05

0.000936137 9.45498E‐05

0.001364389 0.000137803

0.001962023 0.000198164

0.00278312 0.000281095

0.003893161 0.000393209

0.005368842 0.000542253

0.007296455 0.000736942

0.009768272 0.000986595

0.012876283 0.001300505

0.016702685 0.001686971

0.021306648 0.002151971

0.026707187 0.002697426

0.03286239 0.003319101

0.039645928 0.004004239

0.046822547 0.004729077

0.054025196 0.005456545

0.060737371 0.006134474

0.066285115 0.006694797

0.069843623 0.007054206

0.070463464 0.00711681

0.067120702 0.006779191

0.058793692 0.005938163

0.044566763 0.004501243

0.023757561 0.002399514

0.003939308 0.00039787

0.038304174 0.003868722

0.078455766 0.007924032

0.122745488 0.012397294

0.168703238 0.017039027

0.213054538 0.021518508

0.251824867 0.025434312

0.280540067 0.028334547

0.294521902 0.029746712

0.289265962 0.029215862

0.26087652 0.026348529

0.206521184 0.02085864

0.124859197 0.012610779

0.016392674 0.00165566

0.116308602 0.011747169

0.268550378 0.027123588

0.433652413 0.043798894

0.603290078 0.060932298

0.768024246 0.077570449

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
0.917981561 0.092716138

1.043626786 0.105406305

1.136554133 0.114791967

1.190217777 0.120211996

1.200524446 0.121252969

1.166223202 0.117788543

1.089048131 0.109993861

0.973596044 0.0983332

0.826950234 0.083521974

0.658089082 0.066466997

0.477141194 0.048191261

0.294564028 0.029750967

0.120328725 0.012153201

0.036810259 0.003717836

0.169895189 0.017159414

0.274149179 0.027689067

0.347142703 0.035061413

0.388745334 0.039263279

0.400887714 0.040489659

0.387175974 0.039104773

0.352411481 0.03559356

0.302072317 0.030509304

0.24180966 0.024422776

0.177003518 0.017877355

0.112409826 0.011353392

0.051916807 0.005243598

0.00158539 0.000160124

0.046229778 0.004669208

0.081109384 0.008192048

0.106148493 0.010720998

0.121932951 0.012315228

0.129523212 0.013081844

0.130270501 0.013157321

0.125651686 0.01269082

0.117133102 0.011830443

0.106068373 0.010712906

0.093630775 0.009456708

0.080777267 0.008158504

0.06823901 0.00689214

0.056532089 0.005709741

0.045981928 0.004644175

0.036755444 0.0037123

0.028895962 0.002918492

0.022357105 0.002258068

0.017033138 0.001720347

0.012784304 0.001291215

0.00945665 0.000955122

0.006896468 0.000696543

0.004959956 0.000500956

0.003518903 0.000355409

0.002463307 0.000248794

0.001701781 0.00017188
0.0011605 0.000117211

0.0007813 7.89113E‐05

0.000519383 2.62289E‐05
Cumulative normalization

2.13944E‐05 1.00469E‐05

8.54154E‐05 4.01115E‐05

0.000179965 8.45125E‐05

0.000317769 0.000149226

0.000515933 0.000242284

0.000797028 0.000374288

0.001190237 0.000558941

0.00173249 0.000813585

0.002469432 0.001159656

0.003456028 0.001622966

0.004756532 0.002233689

0.006443504 0.003025898

0.008595475 0.004036473

0.011292901 0.005303197

0.014612002 0.006861862

0.018616241 0.00874227

0.023345318 0.010963066

0.028801863 0.013525484

0.034936338 0.01640626

0.041631134 0.019550167

0.04868534 0.022862853

0.05580215 0.026204939

0.062581341 0.029388477

0.068519504 0.032177065

0.073020747 0.034290869

0.075420261 0.035417691

0.075818131 0.035604533

0.079686852 0.037421302

0.087610885 0.041142463

0.100008179 0.046964287

0.117047206 0.054965891

0.138565714 0.065071078

0.164000026 0.077015145

0.192334573 0.090321174

0.222081285 0.104290363

0.251297147 0.118010262

0.277645676 0.130383649

0.298504315 0.140178959

0.311115094 0.146101038

0.312770754 0.146878543

0.324517923 0.152395066

0.351641511 0.165132424

0.395440405 0.18570058

0.456372703 0.214314659

0.533943151 0.250742088

) () f b  


0.626659289 0.294282001

0.732065595 0.343781272

0.846857562 0.397688093

0.967069557 0.454140183

1.088322526 0.511081119

1.20611107 0.566395145

1.316104931 0.618048753

1.414438132 0.664226463

1.497960105 0.703448755

1.564427102 0.734661954

1.612618363 0.757292785

1.64236933 0.771263972

1.654522531 0.776971169

1.658240367 0.778717082

1.675399781 0.786775219

1.703088848 0.799778129

1.738150261 0.816243125

1.77741354 0.834681336

1.817903199 0.853695461

1.857007973 0.872059237

1.892601532 0.888774132

1.923110836 0.903101437

1.947533612 0.914570481

1.965410967 0.922965767

1.97676436 0.928297371

1.982007957 0.930759788

1.982168082 0.930834983

1.986837289 0.933027664

1.995029337 0.936874686

2.005750335 0.941909314

2.018065563 0.947692601

2.031147407 0.953835893

2.044304728 0.96001463

2.056995548 0.965974295

2.068825991 0.971529925

2.079538897 0.976560753

2.088995605 0.981001665

2.097154109 0.984832935

2.104046249 0.988069515

2.10975599 0.990750835

2.114400165 0.99293176

2.118112465 0.994675073

2.121030957 0.996045609

2.123289025 0.997106008

2.125009371 0.997913891

2.126300586 0.998520251

2.127255708 0.99896878

2.127952251 0.99929588

2.128453207 0.999531131

2.128808616 0.999698033

2.12905741 0.999814868

2.12922929 0.999895583
2.1293465 0.999950626

2.129425411 0.999987683

2.12945164 1

105.9181249
Appendix C‐6f (i): Light Liquid CO Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Yes Light LiquidN/A no 1 NJMerckRahway

YES Yes Light LiquidN/A no 1 NJMerckRahway

YES Yes Light LiquidN/A no 1 NJMerckRahway

YES Yes Light LiquidN/A no 2 NJPolyOne

YES Yes Light LiquidN/A no 2 NJPolyOne

YES Yes Light LiquidN/A no 3 NJMerckRahway

YES Yes Light LiquidN/A no 3 NJMerckRahway

YES Yes Light LiquidN/A no 3 NJMerckRahway

YES Yes Light LiquidN/A no 4 NJMerckRahway

YES Yes Light LiquidN/A no 4 NJMerckRahway

YES Yes Light LiquidN/A no 4 NJMerckRahway

YES Yes Light LiquidN/A no 5 NJMerckRahway

YES Yes Light LiquidN/A no 5 NJMerckRahway

YES Yes Light LiquidN/A no 5 NJMerckRahway

YES Yes Light LiquidN/A no 6 TNMilanArmyAmmunition

YES Yes Light LiquidN/A no 6 TNMilanArmyAmmunition

YES Yes Light LiquidN/A no 6 TNMilanArmyAmmunition

YES Yes Light LiquidN/A no 7 NJMerckRahway

YES Yes Light LiquidN/A no 7 NJMerckRahway

YES Yes Light LiquidN/A no 7 NJMerckRahway
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

E750009 ‐ Boiler #9 ICR Phase I Organic HAP and CO (6) CO ET Sample #1

E750009 ‐ Boiler #9 ICR Phase I Organic HAP and CO (6) CO ET Sample #2

E750009 ‐ Boiler #9 ICR Phase I Organic HAP and CO (6) CO ET Sample #3

E200 Boiler #2 ICR Phase II ‐ Voluntary CO (2) CO ET Sample #2

E200 Boiler #2 ICR Phase II ‐ Voluntary CO (2) CO ET Sample #3

E750005 ‐ Boiler #5 ICR Phase I Organic HAP and CO (4) CO ET Sample #1

E750005 ‐ Boiler #5 ICR Phase I Organic HAP and CO (4) CO ET Sample #2

E750005 ‐ Boiler #5 ICR Phase I Organic HAP and CO (4) CO ET Sample #3

E750003 ‐ Boiler #3 ICR Phase I Organic HAP and CO (2) CO ET Sample #1

E750003 ‐ Boiler #3 ICR Phase I Organic HAP and CO (2) CO ET Sample #2

E750003 ‐ Boiler #3 ICR Phase I Organic HAP and CO (2) CO ET Sample #3

E750010 ‐ Boiler #10 ICR Phase I Organic HAP and CO (8) CO ET Sample #1

E750010 ‐ Boiler #10 ICR Phase I Organic HAP and CO (8) CO ET Sample #2

E750010 ‐ Boiler #10 ICR Phase I Organic HAP and CO (8) CO ET Sample #3

D88L‐1, Source #27‐0010‐ ICR Phase II ‐ Templates CO CO ET Sample  #1

D88L‐1, Source #27‐0010‐ ICR Phase II ‐ Templates CO CO ET Sample  #2

D88L‐1, Source #27‐0010‐ ICR Phase II ‐ Templates CO CO ET Sample  #3

E750011 ‐ Boiler #11 ICR Phase I Organic HAP and CO (10) CO ET Sample #1

E750011 ‐ Boiler #11 ICR Phase I Organic HAP and CO (10) CO ET Sample #2

E750011 ‐ Boiler #11 ICR Phase I Organic HAP and CO (10) CO ET Sample #3
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

3/14/2008 ND 1.022797219 0.022541245 1

3/14/2008 ND 1.028659865 0.028256853 1

3/14/2008 ND 1.034590107 0.034005317 1

6/10/2010 1.278039622 0.245327359 0

6/10/2010 1.286367783 0.251822575 0

3/18/2008 1.282572834 0.248868087 0

3/18/2008 1.410830118 0.344178267 0

3/18/2008 1.282572834 0.248868087 0

3/12/2008 1.667344685 0.511232352 0

3/12/2008 1.667344685 0.511232352 0

3/12/2008 1.667344685 0.511232352 0

10/28/2003 2.111817168 0.747548794 0

10/29/2003 2.124978188 0.753761538 0

10/29/2003 2.098818171 0.74137441 0

11/18/2009 3.474415604 1.245426293 0

11/18/2009 4.24650796 1.446096989 0

11/19/2009 4.889918257 1.587175587 0

3/5/2008 4.745519487 1.557200907 0

3/5/2008 4.873776771 1.583869154 0

3/5/2008 5.002034054 1.609844641 0
Appendix C‐6f (ii): Light Liquid CO

In top

12%?

Min Test

Avg?

Combustor

Design

YES Yes N/A

YES Yes N/A

YES Yes N/A

YES Yes N/A

YES Yes N/A

Number of sources with

test data 7 YES Yes N/A

n 20 YES Yes N/A

n‐1 13

Average of natural log of

test run values (μ) 0.711493158

Variance of natural log of

test runs (σ2

) 0.336377092

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 12.20545321

Denominator for

calculation of flatness of z

distribution (β2z) 0.479680382

Flatness of z distribution

(β2z) 27.44497058

Skewness of z distribution

(√β1z) 1.241249113
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990815361 0.999288658 0.9960421

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 2.410132449

exp (2μ + σ2

) 5.808738419

exp (σ2

) ‐ 1 0.399866804

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.019796474

Square root term 2.83                    

Confidence Level 99% 99.9% 99.5%

UPL 5.70E+00 6.46E+00 5.98E+00

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 9.02E‐01 5.36E‐01

SE Skewness 0.55 0.55

Skewness Test normal normal

Kurtosis = ‐9.33E‐01 ‐1.26E+00

SE Kurtosis 1.10 1.10

Kurtosis Test normal normal

Number of test runs = 20 20
O Test Averages and Calculation of UPL

Fuel

Category Rank FacilityID UnitID Data Source Source Tab Pollutant

Light Liqu 1 NJMerckRahway E750009 ‐ Boiler #9 ICR Phase I Organic HAP and CO (6CO

Light Liqu 2 NJPolyOne E200 Boiler #2 ICR Phase II ‐ Voluntary CO (2) CO

Light Liqu 3 NJMerckRahway E750005 ‐ Boiler #5 ICR Phase I Organic HAP and CO (4CO

Light Liqu 4 NJMerckRahway E750003 ‐ Boiler #3 ICR Phase I Organic HAP and CO (2CO

Light Liqu 5 NJMerckRahway E750010 ‐ Boiler #10 ICR Phase I Organic HAP and CO (8CO

Light Liqu 6 TNMilanArmyAmmun D88L‐1, Source #27‐00ICR Phase II ‐ Templates CO CO

Light Liqu 7 NJMerckRahway E750011 ‐ Boiler #11 ICR Phase I Organic HAP and CO (1CO

Test Average

Test Average ‐

Rounded

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

1.028682397 1 0.028278757 3 2 ET /No. 2 Distillate/

1.282203703 1 0.24858024 2 1 ET Kerosene

1.325325262 1 0.28165791 3 2 ET /No. 2 Distillate/

1.667344685 2 0.511232352 3 2 ET /No. 2 Distillate/

2.111871176 2 0.747574368 3 2 ET /No. 2 Distillate/

4.20361394 4 1.435944617 3 2 ET No. 2 Distillate

4.873776771 5 1.583869154 3 2 ET /No. 2 Distillate/
Appendix C‐6f (iii): Light Liquid CO Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 27.444971 1.2412491

1.1366E‐05 ‐5 =f(a) 465.1061

4.54315E‐05 1 ‐4.899 422.79041

9.58257E‐05 2 ‐4.798 383.2806

0.000169405 3 ‐4.697 346.45584

0.000275415 4 ‐4.596 312.19784

0.000426099 5 ‐4.495 280.39086

0.000637347 6 ‐4.394 250.92168

0.00092936 7 ‐4.293 223.67965

0.001327241 8 ‐4.192 198.55666

0.001861407 9 ‐4.091 175.44713

0.002567694 10 ‐3.99 154.24803

0.003486962 11 ‐3.889 134.85889

0.004664009 12 ‐3.788 117.18176

0.006145561 13 ‐3.687 101.12125

0.007977138 14 ‐3.586 86.584496

0.010198613 15 ‐3.485 73.481199

0.012838385 16 ‐3.384 61.723592

0.015906201 17 ‐3.283 51.226452

0.019384863 18 ‐3.182 41.907103

0.023221279 19 ‐3.081 33.68541

0.027317591 20 ‐2.98 26.483783

0.031523376 21 ‐2.879 20.227176

0.035630186 22 ‐2.778 14.843087

0.039369844 23 ‐2.677 10.261556

0.042417984 24 ‐2.576 6.4151681

0.044404183 25 ‐2.475 3.2390527

0.044929714 26 ‐2.374 0.6708819

0.046266073 27 ‐2.273 ‐1.349128

0.049834531 28 ‐2.172 ‐2.878218

0.055934433 29 ‐2.071 ‐3.971083

0.0647505 30 ‐1.97 ‐4.679876

0.076308694 31 ‐1.869 ‐5.054206

0.090436104 32 ‐1.768 ‐5.141138

0.106729863 33 ‐1.667 ‐4.985194

0.124540161 34 ‐1.566 ‐4.62835

0.142971915 35 ‐1.465 ‐4.110041

0.160908479 36 ‐1.364 ‐3.467157

0.177058988 37 ‐1.263 ‐2.734044

0.190028614 38 ‐1.162 ‐1.942504

0.198408423 39 ‐1.061 ‐1.121796

0.200878934 40 ‐0.96 ‐0.298636

0.205438658 41 ‐0.859 0.5028055

0.217846132 42 ‐0.758 1.2609011

0.238525184 43 ‐0.657 1.9565669

0.267440199 44 ‐0.556 2.5732628

   1 3 1 3

6

z z z

      

 2z

1z    1 3 1 3

6

z z z

      

 2z

1z
0.304063087 45 ‐0.455 3.0969926

0.347378424 46 ‐0.354 3.5163038

0.395928657 47 ‐0.253 3.8222877

0.447897235 48 ‐0.152 4.0085793

0.50122357 49 ‐0.051 4.0713573

0.553740315 50 0.05 4.0093442

0.603320945 51 0.151 3.8238064

0.648024472 52 0.252 3.5185537

0.686224363 53 0.353 3.0999401

0.716710411 54 0.454 2.576863

0.738755194 55 0.555 1.9607637

0.752140456 56 0.656 1.2656273

0.757142875 57 0.757 0.5079825

0.759803137 58 0.858 ‐0.293098

0.769044257 59 0.959 ‐1.115998

0.783525677 60 1.06 ‐1.936558

0.801761527 61 1.161 ‐2.728073

0.822233886 62 1.262 ‐3.461297

0.843496247 63 1.363 ‐4.104437

0.864259496 64 1.464 ‐4.623159

0.883455247 65 1.565 ‐4.980584

0.900274124 66 1.666 ‐5.137289

0.914179245 67 1.767 ‐5.051308

0.924897422 68 1.868 ‐4.678132

0.932392283 69 1.969 ‐3.970705

0.936824488 70 2.07 ‐2.879431

0.938504571 71 2.171 ‐1.352168

0.939165538 72 2.272 0.6657684

0.941703013 73 2.373 3.2316078

0.945640389 74 2.474 6.4051225

0.95052254 75 2.575 10.248629

0.955940478 76 2.676 14.826987

0.961547101 77 2.777 20.207601

0.967064808 78 2.878 26.460418

0.972286297 79 2.979 33.657929

0.977070155 80 3.08 41.87517

0.981332897 81 3.181 51.18972

0.985038996 82 3.282 61.681701

0.988190229 83 3.383 73.43378

0.990815361 84 3.484 86.531166

0.99296086 85 3.585 101.06161

0.994683083 86 3.686 117.11542

0.99604209 87 3.787 134.78543

0.997097067 88 3.888 154.16702

0.997903225 89 3.989 175.35813

0.99850993 90 4.09 198.45923

0.998959823 91 4.191 223.57333

0.999288658 92 4.292 250.80599

0.999525649 93 4.393 280.26532

0.999694108 94 4.494 312.06197

0.999812243 95 4.595 346.30912

0.999893993 96 4.696 383.12252
0.999949826 97 4.797 422.62043

0.999987471 98 4.898 464.92369

1 99 4.999 510.15566
distribution of Z

Normal

distribution

1.48672E‐06 0.000691482

2.45094E‐06 0.001036234

3.9995E‐06 0.001532932

6.46025E‐06 0.00223819

1.03291E‐05 0.003224719

1.63472E‐05 0.004583619

2.56093E‐05 0.006425919

3.97118E‐05 0.008882714

6.09553E‐05 0.012103071

9.26132E‐05 0.016248717

0.000139285 0.021484433

0.000207351 0.027963084

0.000305546 0.035804407

0.000445674 0.045067101

0.000643469 0.055714448

0.000919619 0.067574712

0.001300942 0.080298823

0.001821704 0.093319425

0.002525035 0.105816882

0.003464389 0.116699358

0.004704958 0.124605073

0.006324913 0.127935124

0.008416337 0.124924424

0.011085658 0.113756101

0.014453386 0.092720904

0.018652949 0.060417885

0.023828414 0.015986052

0.030130931 ‐0.040650487

0.03771375 ‐0.108548377

0.046725789 ‐0.185551967

0.057303789 ‐0.268174613

0.069563239 ‐0.351586934

0.083588399 ‐0.42973951

0.099421884 ‐0.495637348

0.117054396 ‐0.541768725

0.136415346 ‐0.560672688

0.157365126 ‐0.545609585

0.179689839 ‐0.491279861

0.203099244 ‐0.394521066

0.227228529 ‐0.254904135

0.251644341 ‐0.075150093

0.275855243 0.13870154

0.299326439 0.37742104

0.321498297 0.629032916

0.341807853 0.879561428

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 1.114026001

0.37471238 1.317602581

0.386376486 1.476842101

0.394360216 1.580824196

0.398423793 1.622125612

0.398443914 1.597498801

0.394419966 1.508185574

0.386474058 1.359829738

0.374844865 1.161996629

0.359875719 0.92735043

0.34199778 0.670576847

0.32170943 0.407164242

0.299553264 0.152167824

0.276092166 ‐0.080922086

0.25188591 ‐0.281104229

0.227469632 ‐0.440508101

0.203335281 ‐0.554713518

0.17991684 ‐0.62274554

0.157579839 ‐0.646776489

0.136615273 ‐0.631594095

0.117237788 ‐0.583912613

0.099587708 ‐0.511610835

0.083736272 ‐0.422977728

0.069693339 ‐0.326034611

0.05741676 ‐0.227985017

0.046822635 ‐0.134822548

0.037795734 ‐0.051106191

0.030199481 0.020105861

0.023885038 0.077187076

0.018699163 0.119770427

0.014490659 0.148509387

0.011115369 0.164807431

0.008439746 0.170547022

0.006343145 0.167842273

0.004718997 0.158831662

0.003475077 0.145519457

0.002533081 0.129667694

0.001827693 0.11273524

0.001305351 0.095856884

0.000922829 0.079853475

0.00064578 0.065263611

0.00044732 0.05238806

0.000306705 0.041339413

0.000208159 0.032091183

0.000139842 0.02452239

9.29928E‐05 0.018455278

6.12113E‐05 0.01368521

3.98826E‐05 0.010002794

2.5722E‐05 0.007208991

1.64209E‐05 0.005124334

1.03767E‐05 0.003593534

6.49066E‐06 0.002486717
4.01874E‐06 0.0016984

2.46298E‐06 0.001145095

1.49417E‐06 0.00076226
Absolute values

0.000691482 3.49199E‐05

0.001036234 0.00010466

0.001532932 0.000154826

0.00223819 0.000226057

0.003224719 0.000325697

0.004583619 0.000462945

0.006425919 0.000649018

0.008882714 0.000897154

0.012103071 0.00122241

0.016248717 0.00164112

0.021484433 0.002169928

0.027963084 0.002824272

0.035804407 0.003616245

0.045067101 0.004551777

0.055714448 0.005627159

0.067574712 0.006825046

0.080298823 0.008110181

0.093319425 0.009425262

0.105816882 0.010687505

0.116699358 0.011786635

0.124605073 0.012585112

0.127935124 0.012921448

0.124924424 0.012617367

0.113756101 0.011489366

0.092720904 0.009364811

0.060417885 0.006102206

0.015986052 0.001614591

0.040650487 0.004105699

0.108548377 0.010963386

0.185551967 0.018740749

0.268174613 0.027085636

0.351586934 0.03551028

0.42973951 0.04340369

0.495637348 0.050059372

0.541768725 0.054718641

0.560672688 0.056627942

0.545609585 0.055106568

0.491279861 0.049619266

0.394521066 0.039846628

0.254904135 0.025745318

0.075150093 0.007590159

0.13870154 0.014008856

0.37742104 0.038119525

0.629032916 0.063532324

0.879561428 0.088835704

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
1.114026001 0.112516626

1.317602581 0.133077861

1.476842101 0.149161052

1.580824196 0.159663244

1.622125612 0.163834687

1.597498801 0.161347379

1.508185574 0.152326743

1.359829738 0.137342804

1.161996629 0.11736166

0.92735043 0.093662393

0.670576847 0.067728262

0.407164242 0.041123588

0.152167824 0.01536895

0.080922086 0.008173131

0.281104229 0.028391527

0.440508101 0.044491318

0.554713518 0.056026065

0.62274554 0.0628973

0.646776489 0.065324425

0.631594095 0.063791004

0.583912613 0.058975174

0.511610835 0.051672694

0.422977728 0.042720751

0.326034611 0.032929496

0.227985017 0.023026487

0.134822548 0.013617077

0.051106191 0.005161725

0.020105861 0.002030692

0.077187076 0.007795895

0.119770427 0.012096813

0.148509387 0.014999448

0.164807431 0.016645551

0.170547022 0.017225249

0.167842273 0.01695207

0.158831662 0.016041998

0.145519457 0.014697465

0.129667694 0.013096437

0.11273524 0.011386259

0.095856884 0.009681545

0.079853475 0.008065201

0.065263611 0.006591625

0.05238806 0.005291194

0.041339413 0.004175281

0.032091183 0.003241209

0.02452239 0.002476761

0.018455278 0.001863983

0.01368521 0.001382206

0.010002794 0.001010282

0.007208991 0.000728108

0.005124334 0.000517558

0.003593534 0.000362947

0.002486717 0.000251158
0.0016984 0.000171538

0.001145095 0.000115655

0.00076226 3.84941E‐05
Cumulative normalization

3.49199E‐05 1.1366E‐05

0.000139579 4.54315E‐05

0.000294406 9.58257E‐05

0.000520463 0.000169405

0.000846159 0.000275415

0.001309105 0.000426099

0.001958123 0.000637347

0.002855277 0.00092936

0.004077687 0.001327241

0.005718807 0.001861407

0.007888735 0.002567694

0.010713007 0.003486962

0.014329252 0.004664009

0.018881029 0.006145561

0.024508188 0.007977138

0.031333234 0.010198613

0.039443415 0.012838385

0.048868677 0.015906201

0.059556182 0.019384863

0.071342817 0.023221279

0.08392793 0.027317591

0.096849377 0.031523376

0.109466744 0.035630186

0.12095611 0.039369844

0.130320922 0.042417984

0.136423128 0.044404183

0.138037719 0.044929714

0.142143419 0.046266073

0.153106805 0.049834531

0.171847553 0.055934433

0.198933189 0.0647505

0.23444347 0.076308694

0.27784716 0.090436104

0.327906532 0.106729863

0.382625173 0.124540161

0.439253115 0.142971915

0.494359683 0.160908479

0.543978949 0.177058988

0.583825577 0.190028614

0.609570894 0.198408423

0.617161054 0.200878934

0.631169909 0.205438658

0.669289434 0.217846132

0.732821759 0.238525184

0.821657463 0.267440199

) () f b  

 ) () f b 

 


0.934174089 0.304063087

1.06725195 0.347378424

1.216413002 0.395928657

1.376076246 0.447897235

1.539910933 0.50122357

1.701258312 0.553740315

1.853585054 0.603320945

1.990927858 0.648024472

2.108289518 0.686224363

2.201951911 0.716710411

2.269680173 0.738755194

2.310803761 0.752140456

2.326172711 0.757142875

2.334345842 0.759803137

2.362737369 0.769044257

2.407228687 0.783525677

2.463254753 0.801761527

2.526152052 0.822233886

2.591476477 0.843496247

2.655267481 0.864259496

2.714242655 0.883455247

2.765915349 0.900274124

2.8086361 0.914179245

2.841565596 0.924897422

2.864592082 0.932392283

2.87820916 0.936824488

2.883370885 0.938504571

2.885401577 0.939165538

2.893197472 0.941703013

2.905294285 0.945640389

2.920293733 0.95052254

2.936939283 0.955940478

2.954164533 0.961547101

2.971116602 0.967064808

2.9871586 0.972286297

3.001856065 0.977070155

3.014952502 0.981332897

3.026338762 0.985038996

3.036020307 0.988190229

3.044085508 0.990815361

3.050677133 0.99296086

3.055968327 0.994683083

3.060143607 0.99604209

3.063384817 0.997097067

3.065861578 0.997903225

3.067725561 0.99850993

3.069107768 0.998959823

3.07011805 0.999288658

3.070846158 0.999525649

3.071363716 0.999694108

3.071726662 0.999812243

3.071977821 0.999893993
3.072149359 0.999949826

3.072265014 0.999987471

3.072303508 1

153.7684704
Appendix C‐6g (i): Heavy Liquid TSM Run and Fuel Analysis Data

Calculated in Access:

(ln(test run) ‐ ln(test

average))^2

Calculated in Access:

(ln(FA) ‐ ln(FA avg))^2 In top 12%? Min Test Avg?

Fuel

Category

Metals

Process

Heater? Rank

0.029229599 0 YES Yes Heavy LiquiNo 1

0.00026392 0 YES Yes Heavy LiquiNo 1

0.034870141 0 YES Yes Heavy LiquiNo 1

0.02431039 0 YES Yes Heavy LiquiNo 2

0.044192091 0 YES Yes Heavy LiquiNo 2

0.265534201 0 YES Yes Heavy LiquiNo 2

0.02006794 0 YES Yes Heavy LiquiNo 3

8.60216E‐05 0 YES Yes Heavy LiquiNo 3

0.023797464 0 YES Yes Heavy LiquiNo 3

0 0 YES Yes Heavy LiquiNo 4
FacilityID UnitID Data Source Source Tab

SCMilliken‐Dewey D30 ICR Phase II ‐ Templates Metals

SCMilliken‐Dewey D30 ICR Phase II ‐ Templates Metals

SCMilliken‐Dewey D30 ICR Phase II ‐ Templates Metals

MNGPDuluth EU33 Boiler #3 ICR Phase II ‐ ERT ERT

MNGPDuluth EU33 Boiler #3 ICR Phase II ‐ ERT ERT

MNGPDuluth EU33 Boiler #3 ICR Phase II ‐ ERT ERT

NYConEd59thStStationNewBoiler 118 ICR Phase II ‐ ERT ERT

NYConEd59thStStationNewBoiler 118 ICR Phase II ‐ ERT ERT

NYConEd59thStStationNewBoiler 118 ICR Phase II ‐ ERT ERT

OKIPValliant Power Boiler EUG‐D2 Fuel Analysis Fuel Analysis
Pollutant

Data

Type Run Number Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

TSM8 ET Sample #1 8/12/2009 2.99331E‐06 ‐12.71912979 0

TSM8 ET Sample #2 8/12/2009 2.48226E‐06 ‐12.90634206 0

TSM8 ET Sample #3 8/12/2009 2.09317E‐06 ‐13.07683194 0

TSM8 ET 1 9/10/2009 3.84728E‐05 ‐10.16555855 0

TSM8 ET 2 9/10/2009 4.06197E‐05 ‐10.1112573 0

TSM8 ET 3 9/10/2009 1.96629E‐05 ‐10.83677656 0

TSM8 ET 29‐1 9/19/2009 0.000254795 ‐8.275052497 0

TSM8 ET 29‐2 9/19/2009 0.000219099 ‐8.425988635 0

TSM8 ET 29‐3 9/19/2009 0.000189527 ‐8.570978119 0

TSM8 FA Sample #1 9/8/2005 0.000271186 ‐8.212704001 0
Data Type In Top 12%? Appendix 

ET Yes

Emission Test

Data

In top

12%?

Data Type In Top 12%? YES

FA Yes

Fuel Analysis

Data YES

YES

Emission Test Data YES

Number of Unique Sources (units) with

stack test data in top 12% 3

Total number of test runs for units with

test data 9

∑(n1i ‐ 1) 6

Fuel Analysis Data

n3u 2

n3: Number of Unique Sources (units) with F 1

(n3u ‐ 1) 1

Log Normal UPL Calculation

Average of natural log of test run values

(x=

) ‐10.32972462

Average of natural log of fuel analysis

values (f

=

) ‐8.212704001

Average of x

= and f= (X‐

) ‐9.271214311
Numerator for variance calculation

[ ΣΣ(xki ‐ xi

)

2 + ΣΣ(f ui ‐ f u)2 ] 0.442351768

Σ (n1i ‐ 1) 6

Σ (n3u ‐ 1) 1

Denominator for variance calculation 4

Total pooled variance (s2

) 0.110587942

m (number of test runs in test condition) 3

Numerator for calculation of flatness of z

distribution (β2z) 5.085839062

Denominator for calculation of flatness of z

distribution (β2z) 0.041021081

Flatness of z distribution (β2z) 125.9811075

Skewness of z distribution (√β1z) 0.615373117

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A that is larger

than confidence level 0.990822393 0.999276961 0.996013374

z‐value 3.484 4.292 3.787

The following are individual terms in

Equation 19 in the memorandum

exp (X‐

+ (s2/2)) 9.94436E‐05

Go to distribution tab for 99 percentile, which reads in (β2z)

and (√β1z)
exp (2X‐

+ s

2

) 9.88902E‐09

exp (s2

) ‐ 1 0.11693457

(s2

/n) + [s4/(2(n ‐ 1))] 0.009771557

Square root term 6.58695E‐05

UPL 1.76E‐04 1.94E‐04 1.83E‐04

Confidence Level 99% 99.9% 99.5%

Analysis of Data Distribution Normal Log‐Normal

Skewness = 5.53E‐01 ‐3.71E‐01

SE Skewness 0.74 0.74

Skewness Test normal normal

Kurtosis = ‐1.87E+00 ‐1.64E+00

SE Kurtosis 1.48 1.48

Kurtosis Test normal normal

Number of test runs = 11 11
C-6g (ii): Heavy Liquid Fuel TSM Test and Fuel Analysis Averages and Calculation of UPL

Min Test

Avg?

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source

Yes N/A Heavy Liq 1 SCMilliken‐Dewey D30 ICR Phase II ‐ Templates

Yes N/A Heavy Liq 2 MNGPDuluth EU33 Boiler #3 ICR Phase II ‐ ERT

Yes N/A Heavy Liq 3 NYConEd59thStStationBoiler 118 ICR Phase II ‐ ERT

Yes N/A Heavy Liq 4 OKIPValliant Power Boiler EUG‐D2 Fuel Analysis


Source Tab Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

Metals TSM8 2.52291E‐06 ‐12.89009645 3 2 ET Anhydrides Waste

ERT TSM8 3.29185E‐05 ‐10.32147645 3 2 ET No. 6 Residual oil

ERT TSM8 0.00022114 ‐8.416713853 3 2 ET No. 6 Residual oil

Fuel Analysis TSM8 0.000271186 ‐8.212704001 2 1 FA No. 6 Residual oil
Appendix C‐6g (iii):  Heavy Liquid Fuel TSM Calculation of "z" Distribution (Recommended Option)

∆z z

VLOOKUP 0.101 125.98111 0.6153731

1.26488E‐05 ‐5 =f(a) 2439.0919

5.05989E‐05 1 ‐4.899 2219.5242

0.000106802 2 ‐4.798 2014.3541

0.00018896 3 ‐4.697 1822.9678

0.000307479 4 ‐4.596 1644.7645

0.000476165 5 ‐4.495 1479.1559

0.000712985 6 ‐4.394 1325.5669

0.001040842 7 ‐4.293 1183.4348

0.001488281 8 ‐4.192 1052.21

0.002090021 9 ‐4.091 931.35545

0.002887139 10 ‐3.99 820.34716

0.003926718 11 ‐3.889 718.67374

0.005260725 12 ‐3.788 625.83667

0.006943849 13 ‐3.687 541.35022

0.009030066 14 ‐3.586 464.74144

0.011567707 15 ‐3.485 395.55021

0.014592891 16 ‐3.384 333.32918

0.01812136 17 ‐3.283 277.6438

0.022138903 18 ‐3.182 228.07234

0.026590856 19 ‐3.081 184.20584

0.031371442 20 ‐2.98 145.64815

0.036314035 21 ‐2.879 112.01593

0.041183715 22 ‐2.778 82.938606

0.045673725 23 ‐2.677 58.05843

0.049407508 24 ‐2.576 37.030439

0.051947911 25 ‐2.475 19.522469

0.052814839 26 ‐2.374 5.2151556

0.054117675 27 ‐2.273 ‐6.198071

0.058067058 28 ‐2.172 ‐15.01098

0.065076889 29 ‐2.071 ‐21.50455

0.075449549 30 ‐1.97 ‐25.94695

0.089325686 31 ‐1.869 ‐28.59356

0.106637094 32 ‐1.768 ‐29.68697

0.127068125 33 ‐1.667 ‐29.45695

0.150031263 34 ‐1.566 ‐28.1205

0.174662039 35 ‐1.465 ‐25.88179

0.199837381 36 ‐1.364 ‐22.93223

0.224219576 37 ‐1.263 ‐19.45041

0.246325691 38 ‐1.162 ‐15.60212

0.264619445 39 ‐1.061 ‐11.54036

0.27761972 40 ‐0.96 ‐7.405338

0.284017387 41 ‐0.859 ‐3.324451

0.285244588 42 ‐0.758 0.5876923

0.294730212 43 ‐0.657 4.2292823

   1 3 1 3

6

z z z

      

 2z

1z
0.312641141 44 ‐0.556 7.5113076

0.338632734 45 ‐0.455 10.357554

0.371843566 46 ‐0.354 12.704606

0.410932552 47 ‐0.253 14.501842

0.454157024 48 ‐0.152 15.711443

0.499486082 49 ‐0.051 16.308383

0.544739747 50 0.05 16.280436

0.587741642 51 0.151 15.628172

0.626471444 52 0.252 14.364959

0.659203335 53 0.353 12.516964

0.684618252 54 0.454 10.123149

0.701880557 55 0.555 7.2352741

0.710673565 56 0.656 3.9178982

0.71119261 57 0.757 0.2483763

0.718286634 58 0.858 ‐3.683139

0.731946674 59 0.959 ‐7.773696

0.750842519 60 1.06 ‐11.90755

0.773476523 61 1.161 ‐15.95615

0.798300892 62 1.262 ‐19.77816

0.823826307 63 1.363 ‐23.21943

0.848713572 64 1.464 ‐26.11304

0.871842517 65 1.565 ‐28.27924

0.892355246 66 1.666 ‐29.52549

0.909673629 67 1.767 ‐29.64648

0.923493315 68 1.868 ‐28.42408

0.933758408 69 1.969 ‐25.62735

0.940622067 70 2.07 ‐21.01258

0.944398698 71 2.171 ‐14.32324

0.945513192 72 2.272 ‐5.290022

0.946574474 73 2.373 6.369192

0.949307303 74 2.474 20.949315

0.953225359 75 2.575 38.758056

0.957886948 76 2.676 60.115922

0.962912515 77 2.777 85.356219

0.967993663 78 2.878 114.82505

0.972894953 79 2.979 148.88131

0.977450118 80 3.08 187.8967

0.981554389 81 3.181 232.25571

0.985154536 82 3.282 282.35564

0.988238032 83 3.383 338.60658

0.990822393 84 3.484 401.43141

0.992945497 85 3.585 471.26581

0.994657331 86 3.686 548.55828

0.996013374 87 3.787 633.77008

0.99706964 88 3.888 727.37529

0.997879226 89 3.989 829.8608

0.99849016 90 4.09 941.72626

0.998944293 91 4.191 1063.4842

0.999276961 92 4.292 1195.6598

0.999517198 93 4.393 1338.7911

0.999688279 94 4.494 1493.4291

0.999808456 95 4.595 1660.1373
0.999891749 96 4.696 1839.4923

0.999948719 97 4.797 2032.0833

0.999987182 98 4.898 2238.5123

1 99 4.999 2459.3943
distribution of Z

Normal

distribution

1.48672E‐06 0.003626246

2.45094E‐06 0.00543992

3.9995E‐06 0.008056415

6.46025E‐06 0.011776822

1.03291E‐05 0.016988918

1.63472E‐05 0.024180128

2.56093E‐05 0.033946787

3.97118E‐05 0.046996286

6.09553E‐05 0.064137723

9.26132E‐05 0.086255795

0.000139285 0.114262035

0.000207351 0.149017498

0.000305546 0.191221832

0.000445674 0.241265665

0.000643469 0.299046764

0.000919619 0.363755514

0.001300942 0.433641982

0.001821704 0.505784784

0.002525035 0.575890536

0.003464389 0.638160662

0.004704958 0.685268378

0.006324913 0.708490974

0.008416337 0.69803929

0.011085658 0.643615925

0.014453386 0.535215242

0.018652949 0.36415162

0.023828414 0.124268888

0.030130931 ‐0.186753644

0.03771375 ‐0.566120384

0.046725789 ‐1.004817001

0.057303789 ‐1.486858502

0.069563239 ‐1.989060767

0.083588399 ‐2.481486105

0.099421884 ‐2.928665466

0.117054396 ‐3.29162761

0.136415346 ‐3.530673704

0.157365126 ‐3.608733696

0.179689839 ‐3.495040985

0.203099244 ‐3.168778736

0.227228529 ‐2.622299466

0.251644341 ‐1.863511293

0.275855243 ‐0.917067142

0.299326439 0.175911846

0.321498297 1.359707045

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.341807853 2.567423938

0.359712192 3.725738573

0.37471238 4.76057303

0.386376486 5.603170931

0.394360216 6.195968066

0.398423793 6.497647836

0.398443914 6.486840551

0.394419966 6.164063007

0.386474058 5.551684146

0.374844865 4.691919674

0.359875719 3.643075428

0.34199778 2.474447691

0.32170943 1.260424781

0.299553264 0.074401917

0.276092166 ‐1.016885733

0.25188591 ‐1.958084546

0.227469632 ‐2.708605703

0.203335281 ‐3.244448335

0.17991684 ‐3.55842389

0.157579839 ‐3.658914713

0.136615273 ‐3.56743983

0.117237788 ‐3.315395047

0.099587708 ‐2.940376336

0.083736272 ‐2.482486079

0.069693339 ‐1.980968856

0.05741676 ‐1.471439339

0.046822635 ‐0.983864201

0.037795734 ‐0.54135737

0.030199481 ‐0.159755923

0.023885038 0.152128393

0.018699163 0.391734641

0.014490659 0.561629772

0.011115369 0.668210657

0.008439746 0.72038483

0.006343145 0.728351962

0.004718997 0.702570432

0.003475077 0.652955573

0.002533081 0.588322478

0.001827693 0.516059555

0.001305351 0.44200056

0.000922829 0.370452572

0.00064578 0.30433423

0.00044732 0.24538104

0.000306705 0.194380675

0.000208159 0.151409383

0.000139842 0.116049198

9.29928E‐05 0.087573758

6.12113E‐05 0.065097229

3.98826E‐05 0.047686014

2.5722E‐05 0.034436415

1.64209E‐05 0.024523428

1.03767E‐05 0.017226689
6.49066E‐06 0.011939517

4.01874E‐06 0.008166407

2.46298E‐06 0.0055134

1.49417E‐06 0.003674756
Absolute values

0.003626246 0.000183125

0.00543992 0.000549432

0.008056415 0.000813698

0.011776822 0.001189459

0.016988918 0.001715881

0.024180128 0.002442193

0.033946787 0.003428626

0.046996286 0.004746625

0.064137723 0.00647791

0.086255795 0.008711835

0.114262035 0.011540465

0.149017498 0.015050767

0.191221832 0.019313405

0.241265665 0.024367832

0.299046764 0.030203723

0.363755514 0.036739307

0.433641982 0.04379784

0.505784784 0.051084263

0.575890536 0.058164944

0.638160662 0.064454227

0.685268378 0.069212106

0.708490974 0.071557588

0.69803929 0.070501968

0.643615925 0.065005208

0.535215242 0.054056739

0.36415162 0.036779314

0.124268888 0.012551158

0.186753644 0.018862118

0.566120384 0.057178159

1.004817001 0.101486517

1.486858502 0.150172709

1.989060767 0.200895137

2.481486105 0.250630097

2.928665466 0.295795212

3.29162761 0.332454389

3.530673704 0.356598044

3.608733696 0.364482103

3.495040985 0.352999139

3.168778736 0.320046652

2.622299466 0.264852246

1.863511293 0.188214641

0.917067142 0.092623781

0.175911846 0.017767096

1.359707045 0.137330412

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
2.567423938 0.259309818

3.725738573 0.376299596

4.76057303 0.480817876

5.603170931 0.565920264

6.195968066 0.625792775

6.497647836 0.656262431

6.486840551 0.655170896

6.164063007 0.622570364

5.551684146 0.560720099

4.691919674 0.473883887

3.643075428 0.367950618

2.474447691 0.249919217

1.260424781 0.127302903

0.074401917 0.007514594

1.016885733 0.102705459

1.958084546 0.197766539

2.708605703 0.273569176

3.244448335 0.327689282

3.55842389 0.359400813

3.658914713 0.369550386

3.56743983 0.360311423

3.315395047 0.3348549

2.940376336 0.29697801

2.482486079 0.250731094

1.980968856 0.200077854

1.471439339 0.148615373

0.983864201 0.099370284

0.54135737 0.054677094

0.159755923 0.016135348

0.152128393 0.015364968

0.391734641 0.039565199

0.561629772 0.056724607

0.668210657 0.067489276

0.72038483 0.072758868

0.728351962 0.073563548

0.702570432 0.070959614

0.652955573 0.065948513

0.588322478 0.05942057

0.516059555 0.052122015

0.44200056 0.044642057

0.370452572 0.03741571

0.30433423 0.030737757

0.24538104 0.024783485

0.194380675 0.019632448

0.151409383 0.015292348

0.116049198 0.011720969

0.087573758 0.00884495

0.065097229 0.00657482

0.047686014 0.004816287

0.034436415 0.003478078

0.024523428 0.002476866

0.017226689 0.001739896
0.011939517 0.001205891

0.008166407 0.000824807

0.0055134 0.000556853

0.003674756 0.000185575
Cumulative normalization

0.000183125 1.26488E‐05

0.000732557 5.05989E‐05

0.001546255 0.000106802

0.002735714 0.00018896

0.004451595 0.000307479

0.006893788 0.000476165

0.010322413 0.000712985

0.015069038 0.001040842

0.021546948 0.001488281

0.030258784 0.002090021

0.041799249 0.002887139

0.056850016 0.003926718

0.076163421 0.005260725

0.100531254 0.006943849

0.130734977 0.009030066

0.167474284 0.011567707

0.211272124 0.014592891

0.262356387 0.01812136

0.320521331 0.022138903

0.384975558 0.026590856

0.454187664 0.031371442

0.525745253 0.036314035

0.596247221 0.041183715

0.661252429 0.045673725

0.715309169 0.049407508

0.752088482 0.051947911

0.76463964 0.052814839

0.783501758 0.054117675

0.840679917 0.058067058

0.942166434 0.065076889

1.092339143 0.075449549

1.29323428 0.089325686

1.543864377 0.106637094

1.839659589 0.127068125

2.172113977 0.150031263

2.528712021 0.174662039

2.893194125 0.199837381

3.246193264 0.224219576

3.566239917 0.246325691

3.831092163 0.264619445

4.019306803 0.27761972

4.111930585 0.284017387

4.129697681 0.285244588

4.267028092 0.294730212

) () f b  


4.52633791 0.312641141

4.902637506 0.338632734

5.383455382 0.371843566

5.949375646 0.410932552

6.575168421 0.454157024

7.231430852 0.499486082

7.886601748 0.544739747

8.509172112 0.587741642

9.06989221 0.626471444

9.543776097 0.659203335

9.911726716 0.684618252

10.16164593 0.701880557

10.28894884 0.710673565

10.29646343 0.71119261

10.39916889 0.718286634

10.59693543 0.731946674

10.8705046 0.750842519

11.19819389 0.773476523

11.5575947 0.798300892

11.92714508 0.823826307

12.28745651 0.848713572

12.62231141 0.871842517

12.91928942 0.892355246

13.17002051 0.909673629

13.37009836 0.923493315

13.51871374 0.933758408

13.61808402 0.940622067

13.67276112 0.944398698

13.68889646 0.945513192

13.70426143 0.946574474

13.74382663 0.949307303

13.80055124 0.953225359

13.86804051 0.957886948

13.94079938 0.962912515

14.01436293 0.967993663

14.08532254 0.972894953

14.15127106 0.977450118

14.21069163 0.981554389

14.26281364 0.985154536

14.3074557 0.988238032

14.34487141 0.990822393

14.37560917 0.992945497

14.40039265 0.994657331

14.4200251 0.996013374

14.43531745 0.99706964

14.44703842 0.997879226

14.45588337 0.99849016

14.46245819 0.998944293

14.46727447 0.999276961

14.47075255 0.999517198

14.47322942 0.999688279

14.47496931 0.999808456
14.4761752 0.999891749

14.47700001 0.999948719

14.47755686 0.999987182

14.47774244 1

730.2963424
Appendix C‐6h (i): Light Liquid TSM Run and Fuel Analysis Data

Calculated in Access:

(ln(test run) ‐ ln(test

average))^2

Calculated in Access:

(ln(FA) ‐ ln(FA avg))^2 In top 12%? Min Test Avg?

Fuel

Category

Metals

Process

Heater? Rank

0.14785679 0 YES Yes Light LiquidNo 1

0.154629354 0 YES Yes Light LiquidNo 1

0.031461989 0 YES Yes Light LiquidNo 1

0 0.014543452 YES Yes Light LiquidNo 2

0 0.011424557 YES Yes Light LiquidNo 2

0 6.41323E‐07 YES Yes Light LiquidNo 2

0 0.00543178 YES Yes Light LiquidNo 3

0 0.001386144 YES Yes Light LiquidNo 3

0 0.002157692 YES Yes Light LiquidNo 3

0 0.004666223 YES Yes Light LiquidNo 3

0 0.003955113 YES Yes Light LiquidNo 3

0 0.003955113 YES Yes Light LiquidNo 3

0 0.026799455 YES Yes Light LiquidNo 3

0 0.067392153 YES Yes Light LiquidNo 3

0 0.08308128 YES Yes Light LiquidNo 3

0 0.000289179 YES Yes Light LiquidNo 3

0 0.00543178 YES Yes Light LiquidNo 4

0 0.001386144 YES Yes Light LiquidNo 4

0 0.002157692 YES Yes Light LiquidNo 4

0 0.004666223 YES Yes Light LiquidNo 4

0 0.003955113 YES Yes Light LiquidNo 4

0 0.003955113 YES Yes Light LiquidNo 4

0 0.026799455 YES Yes Light LiquidNo 4

0 0.067392153 YES Yes Light LiquidNo 4

0 0.08308128 YES Yes Light LiquidNo 4

0 0.000289179 YES Yes Light LiquidNo 4

0 0.00543178 YES Yes Light LiquidNo 5

0 0.001386144 YES Yes Light LiquidNo 5

0 0.002157692 YES Yes Light LiquidNo 5

0 0.004666223 YES Yes Light LiquidNo 5

0 0.003955113 YES Yes Light LiquidNo 5

0 0.003955113 YES Yes Light LiquidNo 5

0 0.026799455 YES Yes Light LiquidNo 5

0 0.067392153 YES Yes Light LiquidNo 5

0 0.08308128 YES Yes Light LiquidNo 5

0 0.000289179 YES Yes Light LiquidNo 5

0 0.00543178 YES Yes Light LiquidNo 6

0 0.001386144 YES Yes Light LiquidNo 6

0 0.002157692 YES Yes Light LiquidNo 6

0 0.004666223 YES Yes Light LiquidNo 6

0 0.003955113 YES Yes Light LiquidNo 6

0 0.003955113 YES Yes Light LiquidNo 6

0 0.026799455 YES Yes Light LiquidNo 6

0 0.067392153 YES Yes Light LiquidNo 6

0 0.08308128 YES Yes Light LiquidNo 6

0 0.000289179 YES Yes Light LiquidNo 6
FacilityID UnitID Data Source Source Tab

TNMilanArmyAmmunitionD88L‐1, Source #27‐0010‐ ICR Phase II ‐ ERT ERT

TNMilanArmyAmmunitionD88L‐1, Source #27‐0010‐ ICR Phase II ‐ ERT ERT

TNMilanArmyAmmunitionD88L‐1, Source #27‐0010‐ ICR Phase II ‐ ERT ERT

TNInvistaChattanooga EU003 ‐ Vaporizer #2 Fuel Analysis Fuel Analysis

TNInvistaChattanooga EU003 ‐ Vaporizer #2 Fuel Analysis Fuel Analysis

TNInvistaChattanooga EU003 ‐ Vaporizer #2 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 34 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 34 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 34 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 34 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 34 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 34 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 34 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 34 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 34 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 34 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 53 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 53 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 53 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 53 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 53 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 53 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 53 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 53 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 53 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 53 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 54 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 54 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 54 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 54 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 54 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 54 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 54 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 54 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 54 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 54 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 55 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 55 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 55 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 55 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 55 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 55 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 55 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 55 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 55 Fuel Analysis Fuel Analysis

PAUnitedRefiningWarrant 55 Fuel Analysis Fuel Analysis
Pollutant

Data

Type Run Number Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

TSM8 ET 1 11/17/2009 8.58372E‐06 ‐11.66564264 0

TSM8 ET 2 11/17/2009 1.86831E‐05 ‐10.88789175 0

TSM8 ET 3 11/18/2009 1.05594E‐05 ‐11.45849641 0

TSM8 FA Sample #1 7/28/2009 4.11544E‐05 ‐10.09817968 0

TSM8 FA Sample #2 7/29/2009 5.16667E‐05 ‐9.87069773 0

TSM8 FA Sample #3 7/30/2009 4.64663E‐05 ‐9.976782621 0

TSM8 FA Sample #1 9/20/2009 0.0002 ‐8.517193191 0

TSM8 FA Sample #10 10/26/2009 0.000223464 ‐8.406261631 0

TSM8 FA Sample #2 9/25/2009 0.000205525 ‐8.489943549 0

TSM8 FA Sample #3 9/27/2009 0.000201081 ‐8.511802343 0

TSM8 FA Sample #4 9/30/2009 0.000202174 ‐8.506382275 0

TSM8 FA Sample #5 10/3/2009 0.000202174 ‐8.506382275 0

TSM8 FA Sample #6 10/6/2009 0.000253591 ‐8.279787193 0

TSM8 FA Sample #7 10/9/2009 0.000166071 ‐8.70309257 0

TSM8 FA Sample #8 10/12/2009 0.000287222 ‐8.155254348 0

TSM8 FA Sample #9 10/17/2009 0.000211667 ‐8.460497848 0

TSM8 FA Sample #1 9/20/2009 0.0002 ‐8.517193191 0

TSM8 FA Sample #10 10/26/2009 0.000223464 ‐8.406261631 0

TSM8 FA Sample #2 9/25/2009 0.000205525 ‐8.489943549 0

TSM8 FA Sample #3 9/27/2009 0.000201081 ‐8.511802343 0

TSM8 FA Sample #4 9/30/2009 0.000202174 ‐8.506382275 0

TSM8 FA Sample #5 10/3/2009 0.000202174 ‐8.506382275 0

TSM8 FA Sample #6 10/6/2009 0.000253591 ‐8.279787193 0

TSM8 FA Sample #7 10/9/2009 0.000166071 ‐8.70309257 0

TSM8 FA Sample #8 10/12/2009 0.000287222 ‐8.155254348 0

TSM8 FA Sample #9 10/17/2009 0.000211667 ‐8.460497848 0

TSM8 FA Sample #1 9/20/2009 0.0002 ‐8.517193191 0

TSM8 FA Sample #10 10/26/2009 0.000223464 ‐8.406261631 0

TSM8 FA Sample #2 9/25/2009 0.000205525 ‐8.489943549 0

TSM8 FA Sample #3 9/27/2009 0.000201081 ‐8.511802343 0

TSM8 FA Sample #4 9/30/2009 0.000202174 ‐8.506382275 0

TSM8 FA Sample #5 10/3/2009 0.000202174 ‐8.506382275 0

TSM8 FA Sample #6 10/6/2009 0.000253591 ‐8.279787193 0

TSM8 FA Sample #7 10/9/2009 0.000166071 ‐8.70309257 0

TSM8 FA Sample #8 10/12/2009 0.000287222 ‐8.155254348 0

TSM8 FA Sample #9 10/17/2009 0.000211667 ‐8.460497848 0

TSM8 FA Sample #1 9/20/2009 0.0002 ‐8.517193191 0

TSM8 FA Sample #10 10/26/2009 0.000223464 ‐8.406261631 0

TSM8 FA Sample #2 9/25/2009 0.000205525 ‐8.489943549 0

TSM8 FA Sample #3 9/27/2009 0.000201081 ‐8.511802343 0

TSM8 FA Sample #4 9/30/2009 0.000202174 ‐8.506382275 0

TSM8 FA Sample #5 10/3/2009 0.000202174 ‐8.506382275 0

TSM8 FA Sample #6 10/6/2009 0.000253591 ‐8.279787193 0

TSM8 FA Sample #7 10/9/2009 0.000166071 ‐8.70309257 0

TSM8 FA Sample #8 10/12/2009 0.000287222 ‐8.155254348 0

TSM8 FA Sample #9 10/17/2009 0.000211667 ‐8.460497848 0
Data Type In Top 12%? Appendix 

ET Yes

Emission Test

Data

In top

12%?

Data Type In Top 12%? YES

FA Yes

Fuel Analysis

Data YES

YES

Emission Test Data YES

Number of Unique Sources (units) with

stack test data in top 12% 5 YES

Total number of test runs for units with

test data 15 YES

∑(n1i ‐ 1) 10 YES

YES

Fuel Analysis Data YES

n3u 612 YES

n3: Number of Unique Sources (units) with 11 YES

(n3u ‐ 1) 601 YES

YES

YES

YES

Log Normal UPL Calculation YES

Average of natural log of test run values

(x=

) ‐16.23085164

Average of natural log of fuel analysis

values (f

=

) ‐15.67681499

Average of x

= and f = (X‐

) ‐15.95383332
Numerator for variance calculation

[ ΣΣ(xki ‐ xi

)

2 + ΣΣ(f ui ‐ f u)2 ] 1176.691132

Σ (n1i ‐ 1) 10

Σ (n3u ‐ 1) 601

Denominator for variance calculation 606

Total pooled variance (s2

) 1.941734541

m (number of test runs in test condition) 3

Numerator for calculation of flatness of z

distribution (β2z) 3181.46819

Denominator for calculation of flatness of

z distribution (β2z) 106.952493

Flatness of z distribution (β2z) 31.74655477

Skewness of z distribution (√β1z) 12.65579686

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A that is larger

than confidence level 0.99200671 0.999241812 0.995600851

z‐value 3.585 4.292 3.787

The following are individual terms in Equation 19 in the

memorandum

exp (X‐

+ (s2/2)) 3.11158E‐07

Go to distribution tab for 99 percentile, which reads in

(β2z) and (√β1z)
exp (2X‐

+ s

2

) 9.68191E‐14

exp (s2) ‐ 1 5.970831684

(s2/n) + [s4/(2(n ‐ 1))] 0.006098579

Square root term 1.31893E‐06

UPL 1.89E‐06 2.20E‐06 1.98E‐06

Confidence Level 99% 99.9% 99.5%

Analysis of Data Distribution Normal Log‐Normal

Skewness = 2.43E+00 2.19E‐01

SE Skewness 0.10 0.10

Skewness Test non‐normal non‐normal

Kurtosis = 7.04E+00 ‐4.83E‐01

SE Kurtosis 0.20 0.20

Kurtosis Test non‐normal normal

Number of test runs = 627 627
C-6a (ii): Liquid Fuel Hg Test and Fuel Analysis Averages and Calculation of UP

Min Test

Avg?

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source

Yes N/A Liquid 1 TNMilanArmyAmmunD88L‐1, Source #27‐0ICR Phase II ‐ ERT

Yes N/A Liquid 2 CTElectric Boat EMU 17 ICR Phase II ‐ ERT

Yes N/A Liquid 3 MEFPLEnergyWyman Unit #5 ICR Phase II ‐ ERT

Yes N/A Liquid 4 MNGPDuluth EU33 Boiler #3 ICR Phase II ‐ ERT

Yes N/A Liquid 5 OKIPValliant Power Boiler EUG‐D2 Fuel Analysis

Yes N/A Liquid 6 PABoeingRidleyPark 033 ICR Phase II ‐ ERT

Yes N/A Liquid 7 HITesoro H101A Fuel Analysis

Yes N/A Liquid 8 HITesoro H102A Fuel Analysis

Yes N/A Liquid 9 HITesoro H102B Fuel Analysis

Yes N/A Liquid 10 HITesoro H175 Fuel Analysis

Yes N/A Liquid 11 HITesoro H501 Fuel Analysis

Yes N/A Liquid 12 HITesoro H502 Fuel Analysis

Yes N/A Liquid 13 HITesoro H503 Fuel Analysis

Yes N/A Liquid 14 HITesoro H504 Fuel Analysis

Yes N/A Liquid 15 HITesoro SG1102 Fuel Analysis

Yes N/A Liquid 16 HITesoro SG1103 Fuel Analysis


Source Tab Pollutant Test Average

ln (Test

Average)

Number

of test

runs in

average

Num

test

runs ‐ 1

Data

Type Fuel

ERT Mercury (Hg) 7.0425E‐08 ‐16.4687113 3 2 ET No. 2 Distillate

ERT Mercury (Hg) 7.615E‐08 ‐16.3905586 3 2 ET No. 4 Fuel oil

ERT Mercury (Hg) 8.6041E‐08 ‐16.2684391 3 2 ET No. 6 Residual oil

ERT Mercury (Hg) 1.0493E‐07 ‐16.0699406 3 2 ET No. 6 Residual oil

Fuel Analysis Mercury (Hg) 1.1299E‐07 ‐15.995928 2 1 FA No. 6 Residual oil

ERT Mercury (Hg) 1.1753E‐07 ‐15.9566087 3 2 ET No. 6 Residual oil

Fuel Analysis Mercury (Hg) 1.6051E‐07 ‐15.6449037 61 60 FA No. 6 Residual oil

Fuel Analysis Mercury (Hg) 1.6051E‐07 ‐15.6449037 61 60 FA No. 6 Residual oil

Fuel Analysis Mercury (Hg) 1.6051E‐07 ‐15.6449037 61 60 FA No. 6 Residual oil

Fuel Analysis Mercury (Hg) 1.6051E‐07 ‐15.6449037 61 60 FA No. 6 Residual oil

Fuel Analysis Mercury (Hg) 1.6051E‐07 ‐15.6449037 61 60 FA No. 6 Residual oil

Fuel Analysis Mercury (Hg) 1.6051E‐07 ‐15.6449037 61 60 FA No. 6 Residual oil

Fuel Analysis Mercury (Hg) 1.6051E‐07 ‐15.6449037 61 60 FA No. 6 Residual oil

Fuel Analysis Mercury (Hg) 1.6051E‐07 ‐15.6449037 61 60 FA No. 6 Residual oil

Fuel Analysis Mercury (Hg) 1.6051E‐07 ‐15.6449037 61 60 FA No. 6 Residual oil

Fuel Analysis Mercury (Hg) 1.6051E‐07 ‐15.6449037 61 60 FA No. 6 Residual oil
Appendix C‐7c (iii):  Non‐Continental Liquid Fuel TSM Calculation of "z" Distribution (Recommended Option)

∆z z

VLOOKUP 0.101 #DIV/0! #DIV/0!

#DIV/0! ‐5 =f(a) #DIV/0!

#DIV/0! 1 ‐4.899 #DIV/0!

#DIV/0! 2 ‐4.798 #DIV/0!

#DIV/0! 3 ‐4.697 #DIV/0!

#DIV/0! 4 ‐4.596 #DIV/0!

#DIV/0! 5 ‐4.495 #DIV/0!

#DIV/0! 6 ‐4.394 #DIV/0!

#DIV/0! 7 ‐4.293 #DIV/0!

#DIV/0! 8 ‐4.192 #DIV/0!

#DIV/0! 9 ‐4.091 #DIV/0!

#DIV/0! 10 ‐3.99 #DIV/0!

#DIV/0! 11 ‐3.889 #DIV/0!

#DIV/0! 12 ‐3.788 #DIV/0!

#DIV/0! 13 ‐3.687 #DIV/0!

#DIV/0! 14 ‐3.586 #DIV/0!

#DIV/0! 15 ‐3.485 #DIV/0!

#DIV/0! 16 ‐3.384 #DIV/0!

#DIV/0! 17 ‐3.283 #DIV/0!

#DIV/0! 18 ‐3.182 #DIV/0!

#DIV/0! 19 ‐3.081 #DIV/0!

#DIV/0! 20 ‐2.98 #DIV/0!

#DIV/0! 21 ‐2.879 #DIV/0!

#DIV/0! 22 ‐2.778 #DIV/0!

#DIV/0! 23 ‐2.677 #DIV/0!

#DIV/0! 24 ‐2.576 #DIV/0!

#DIV/0! 25 ‐2.475 #DIV/0!

#DIV/0! 26 ‐2.374 #DIV/0!

#DIV/0! 27 ‐2.273 #DIV/0!

#DIV/0! 28 ‐2.172 #DIV/0!

#DIV/0! 29 ‐2.071 #DIV/0!

#DIV/0! 30 ‐1.97 #DIV/0!

#DIV/0! 31 ‐1.869 #DIV/0!

#DIV/0! 32 ‐1.768 #DIV/0!

#DIV/0! 33 ‐1.667 #DIV/0!

#DIV/0! 34 ‐1.566 #DIV/0!

#DIV/0! 35 ‐1.465 #DIV/0!

#DIV/0! 36 ‐1.364 #DIV/0!

#DIV/0! 37 ‐1.263 #DIV/0!

#DIV/0! 38 ‐1.162 #DIV/0!

#DIV/0! 39 ‐1.061 #DIV/0!

#DIV/0! 40 ‐0.96 #DIV/0!

#DIV/0! 41 ‐0.859 #DIV/0!

#DIV/0! 42 ‐0.758 #DIV/0!

#DIV/0! 43 ‐0.657 #DIV/0!

   1 3 1 3

6

z z z

      

 2z

1z
#DIV/0! 44 ‐0.556 #DIV/0!

#DIV/0! 45 ‐0.455 #DIV/0!

#DIV/0! 46 ‐0.354 #DIV/0!

#DIV/0! 47 ‐0.253 #DIV/0!

#DIV/0! 48 ‐0.152 #DIV/0!

#DIV/0! 49 ‐0.051 #DIV/0!

#DIV/0! 50 0.05 #DIV/0!

#DIV/0! 51 0.151 #DIV/0!

#DIV/0! 52 0.252 #DIV/0!

#DIV/0! 53 0.353 #DIV/0!

#DIV/0! 54 0.454 #DIV/0!

#DIV/0! 55 0.555 #DIV/0!

#DIV/0! 56 0.656 #DIV/0!

#DIV/0! 57 0.757 #DIV/0!

#DIV/0! 58 0.858 #DIV/0!

#DIV/0! 59 0.959 #DIV/0!

#DIV/0! 60 1.06 #DIV/0!

#DIV/0! 61 1.161 #DIV/0!

#DIV/0! 62 1.262 #DIV/0!

#DIV/0! 63 1.363 #DIV/0!

#DIV/0! 64 1.464 #DIV/0!

#DIV/0! 65 1.565 #DIV/0!

#DIV/0! 66 1.666 #DIV/0!

#DIV/0! 67 1.767 #DIV/0!

#DIV/0! 68 1.868 #DIV/0!

#DIV/0! 69 1.969 #DIV/0!

#DIV/0! 70 2.07 #DIV/0!

#DIV/0! 71 2.171 #DIV/0!

#DIV/0! 72 2.272 #DIV/0!

#DIV/0! 73 2.373 #DIV/0!

#DIV/0! 74 2.474 #DIV/0!

#DIV/0! 75 2.575 #DIV/0!

#DIV/0! 76 2.676 #DIV/0!

#DIV/0! 77 2.777 #DIV/0!

#DIV/0! 78 2.878 #DIV/0!

#DIV/0! 79 2.979 #DIV/0!

#DIV/0! 80 3.08 #DIV/0!

#DIV/0! 81 3.181 #DIV/0!

#DIV/0! 82 3.282 #DIV/0!

#DIV/0! 83 3.383 #DIV/0!

#DIV/0! 84 3.484 #DIV/0!

#DIV/0! 85 3.585 #DIV/0!

#DIV/0! 86 3.686 #DIV/0!

#DIV/0! 87 3.787 #DIV/0!

#DIV/0! 88 3.888 #DIV/0!

#DIV/0! 89 3.989 #DIV/0!

#DIV/0! 90 4.09 #DIV/0!

#DIV/0! 91 4.191 #DIV/0!

#DIV/0! 92 4.292 #DIV/0!

#DIV/0! 93 4.393 #DIV/0!

#DIV/0! 94 4.494 #DIV/0!

#DIV/0! 95 4.595 #DIV/0!
#DIV/0! 96 4.696 #DIV/0!

#DIV/0! 97 4.797 #DIV/0!

#DIV/0! 98 4.898 #DIV/0!

#DIV/0! 99 4.999 #DIV/0!
distribution of Z

Normal

distribution

1.48672E‐06 #DIV/0!

2.45094E‐06 #DIV/0!

3.9995E‐06 #DIV/0!

6.46025E‐06 #DIV/0!

1.03291E‐05 #DIV/0!

1.63472E‐05 #DIV/0!

2.56093E‐05 #DIV/0!

3.97118E‐05 #DIV/0!

6.09553E‐05 #DIV/0!

9.26132E‐05 #DIV/0!

0.000139285 #DIV/0!

0.000207351 #DIV/0!

0.000305546 #DIV/0!

0.000445674 #DIV/0!

0.000643469 #DIV/0!

0.000919619 #DIV/0!

0.001300942 #DIV/0!

0.001821704 #DIV/0!

0.002525035 #DIV/0!

0.003464389 #DIV/0!

0.004704958 #DIV/0!

0.006324913 #DIV/0!

0.008416337 #DIV/0!

0.011085658 #DIV/0!

0.014453386 #DIV/0!

0.018652949 #DIV/0!

0.023828414 #DIV/0!

0.030130931 #DIV/0!

0.03771375 #DIV/0!

0.046725789 #DIV/0!

0.057303789 #DIV/0!

0.069563239 #DIV/0!

0.083588399 #DIV/0!

0.099421884 #DIV/0!

0.117054396 #DIV/0!

0.136415346 #DIV/0!

0.157365126 #DIV/0!

0.179689839 #DIV/0!

0.203099244 #DIV/0!

0.227228529 #DIV/0!

0.251644341 #DIV/0!

0.275855243 #DIV/0!

0.299326439 #DIV/0!

0.321498297 #DIV/0!

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.341807853 #DIV/0!

0.359712192 #DIV/0!

0.37471238 #DIV/0!

0.386376486 #DIV/0!

0.394360216 #DIV/0!

0.398423793 #DIV/0!

0.398443914 #DIV/0!

0.394419966 #DIV/0!

0.386474058 #DIV/0!

0.374844865 #DIV/0!

0.359875719 #DIV/0!

0.34199778 #DIV/0!

0.32170943 #DIV/0!

0.299553264 #DIV/0!

0.276092166 #DIV/0!

0.25188591 #DIV/0!

0.227469632 #DIV/0!

0.203335281 #DIV/0!

0.17991684 #DIV/0!

0.157579839 #DIV/0!

0.136615273 #DIV/0!

0.117237788 #DIV/0!

0.099587708 #DIV/0!

0.083736272 #DIV/0!

0.069693339 #DIV/0!

0.05741676 #DIV/0!

0.046822635 #DIV/0!

0.037795734 #DIV/0!

0.030199481 #DIV/0!

0.023885038 #DIV/0!

0.018699163 #DIV/0!

0.014490659 #DIV/0!

0.011115369 #DIV/0!

0.008439746 #DIV/0!

0.006343145 #DIV/0!

0.004718997 #DIV/0!

0.003475077 #DIV/0!

0.002533081 #DIV/0!

0.001827693 #DIV/0!

0.001305351 #DIV/0!

0.000922829 #DIV/0!

0.00064578 #DIV/0!

0.00044732 #DIV/0!

0.000306705 #DIV/0!

0.000208159 #DIV/0!

0.000139842 #DIV/0!

9.29928E‐05 #DIV/0!

6.12113E‐05 #DIV/0!

3.98826E‐05 #DIV/0!

2.5722E‐05 #DIV/0!

1.64209E‐05 #DIV/0!

1.03767E‐05 #DIV/0!
6.49066E‐06 #DIV/0!

4.01874E‐06 #DIV/0!

2.46298E‐06 #DIV/0!

1.49417E‐06 #DIV/0!
Absolute values

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!
#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!
Cumulative normalization

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

) () f b






#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!
#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0! #DIV/0!

#DIV/0!
Appendix C‐7c (iv):  Average of Non‐Continental Liquid TSM Test Data by Source

Rank FacilityID UnitID Pollutant

Test

Average

Average of

ln (Test

Average)

Number of

Test Runs

(n) n‐1

N/A ‐ No Test Data
Appendix C‐8a (i): Process Gas CO Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Yes Process GasN/A no 1 WVMountainStateCarbonF

YES Yes Process GasN/A no 1 WVMountainStateCarbonF

YES Yes Process GasN/A no 1 WVMountainStateCarbonF
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

S5 ICR Phase I Organic HAP and CO (3) CO ET Sample #1

S5 ICR Phase I Organic HAP and CO (3) CO ET Sample #2

S5 ICR Phase I Organic HAP and CO (3) CO ET Sample #3
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

9/6/2007 3.29 1.190887565 0

9/6/2007 1.98 0.683096845 0

9/6/2007 1.99 0.688134639 0
Appendix C‐8a (ii): P

In top

12%?

Min Test

Avg?

YES Yes

Number of sources with

test data 1

n 3

n‐1 2

Average of natural log of

test run values (μ) 0.854039683

Variance of natural log of

test runs (σ2

) 0.085106217

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 4.543960444

Denominator for

calculation of flatness of z

distribution (β2z) 0.023673752

Flatness of z distribution

(β2z) 193.9408612

Skewness of z distribution

(√β1z) 0.531520749
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990810237 0.999275263 0.996006144

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 2.45123699

exp (2μ + σ2

) 6.008562781

exp (σ2

) ‐ 1 0.088832713

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.030179506

Square root term 1.798135116

Confidence Level 99% 99.9% 99.5%

UPL 4.54E+00 5.02E+00 4.72E+00

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 1.73E+00 1.73E+00

SE Skewness 1.41 1.41

Skewness Test normal normal

Kurtosis = #DIV/0! #DIV/0!

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3
Process Gas CO Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

N/A Process G 1 WVMountainStateCar S5 ICR Phase I Organic HAP and CO (3

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

CO 2.42 0.88376754 3 2 ET /Coke Oven Gas/
Appendix C‐8a (iii): Process Gas CO Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 193.94086 0.5315207

1.2735E‐05 ‐5 =f(a) 3794.1609

5.09456E‐05 1 ‐4.899 3452.7565

0.000107537 2 ‐4.798 3133.7268

0.000190267 3 ‐4.697 2836.1188

0.000309615 4 ‐4.596 2558.9989

0.000479491 5 ‐4.495 2301.4536

0.000717995 6 ‐4.394 2062.5892

0.0010482 7 ‐4.293 1841.532

0.00149887 8 ‐4.192 1637.428

0.002104991 9 ‐4.091 1449.4431

0.002907962 10 ‐3.99 1276.7632

0.003955244 11 ‐3.889 1118.5939

0.005299222 12 ‐3.788 974.16072

0.006995044 13 ‐3.687 842.70913

0.009097148 14 ‐3.586 723.50439

0.011654293 15 ‐3.485 615.83166

0.014702942 16 ‐3.384 518.99596

0.018259014 17 ‐3.283 432.32217

0.022308228 18 ‐3.182 355.15506

0.026795484 19 ‐3.081 286.85926

0.031614085 20 ‐2.98 226.81926

0.036595865 21 ‐2.879 174.43943

0.041503619 22 ‐2.778 129.144

0.046027438 23 ‐2.677 90.377096

0.049786657 24 ‐2.576 57.60268

0.052339014 25 ‐2.475 30.3046

0.053198306 26 ‐2.374 7.9865713

0.05453538 27 ‐2.273 ‐9.827823

0.058553356 28 ‐2.172 ‐23.59513

0.06567437 29 ‐2.071 ‐33.75202

0.076209174 30 ‐1.97 ‐40.71531

0.0903065 31 ‐1.869 ‐44.88194

0.107905466 32 ‐1.768 ‐46.62897

0.12869649 33 ‐1.667 ‐46.3136

0.152096372 34 ‐1.566 ‐44.27317

0.177242789 35 ‐1.465 ‐40.82513

0.203012311 36 ‐1.364 ‐36.26707

0.228064182 37 ‐1.263 ‐30.87673

0.250909714 38 ‐1.162 ‐24.91194

0.270004335 39 ‐1.061 ‐18.6107

0.283856454 40 ‐0.96 ‐12.19112

0.29114481 41 ‐0.859 ‐5.851443

0.291455609 42 ‐0.758 0.2299582

0.300012512 43 ‐0.657 5.894576

0.316995302 44 ‐0.556 11.003774

   1 3 1 3

6

z z z

      

 2z

1z
0.342071034 45 ‐0.455 15.438785

0.374388174 46 ‐0.354 19.10071

0.412613288 47 ‐0.253 21.910523

0.455008887 48 ‐0.152 23.809065

0.499546754 49 ‐0.051 24.757044

0.544047287 50 0.05 24.735042

0.586332559 51 0.151 23.743508

0.624379276 52 0.252 21.802761

0.656457816 53 0.353 18.952987

0.681245083 54 0.454 15.254246

0.697901735 55 0.555 10.786463

0.706108164 56 0.656 5.6494354

0.706158442 57 0.757 ‐0.037172

0.713805084 58 0.858 ‐6.133824

0.728000322 59 0.959 ‐12.48112

0.747412106 60 1.06 ‐18.89978

0.770540082 61 1.161 ‐25.19066

0.795833213 62 1.262 ‐31.13475

0.821798772 63 1.363 ‐36.49318

0.847094343 64 1.464 ‐41.00718

0.87059704 65 1.565 ‐44.39814

0.891447006 66 1.666 ‐46.36756

0.909065056 67 1.767 ‐46.5971

0.923146759 68 1.868 ‐44.74851

0.933637102 69 1.969 ‐40.4637

0.94069099 70 2.07 ‐33.36471

0.944625301 71 2.171 ‐23.0537

0.945867937 72 2.272 ‐9.112951

0.946827254 73 2.373 8.8950995

0.949480777 74 2.474 31.4279

0.953338681 75 2.575 58.962766

0.95795592 76 2.676 91.996881

0.962949854 77 2.777 131.0473

0.968009335 78 2.878 176.65094

0.972896549 79 2.979 229.36459

0.977443243 80 3.08 289.76493

0.981543028 81 3.181 358.44847

0.985141405 82 3.282 436.03163

0.988224874 83 3.383 523.15066

0.990810237 84 3.484 620.4617

0.992934869 85 3.585 728.64078

0.994648416 86 3.686 848.38375

0.996006144 87 3.787 980.40638

0.997063944 88 3.888 1125.4443

0.997874854 89 3.989 1284.2529

0.998486888 90 4.09 1457.6077

0.998941904 91 4.191 1646.3038

0.999275263 92 4.292 1851.1563

0.999516026 93 4.393 2073.0002

0.9996875 94 4.494 2312.6903

0.999807966 95 4.595 2571.1013

0.999891466 96 4.696 2849.1279
0.999948583 97 4.797 3147.6843

0.999987147 98 4.898 3467.7051

1 99 4.999 3810.1442
distribution of Z

Normal

distribution

1.48672E‐06 0.005640853

2.45094E‐06 0.008462498

3.9995E‐06 0.012533349

6.46025E‐06 0.018322027

1.03291E‐05 0.026432125

1.63472E‐05 0.037622431

2.56093E‐05 0.052821385

3.97118E‐05 0.073130489

6.09553E‐05 0.099809837

9.26132E‐05 0.134237546

0.000139285 0.177833932

0.000207351 0.231941214

0.000305546 0.297650816

0.000445674 0.375573466

0.000643469 0.465552729

0.000919619 0.566330539

0.001300942 0.67518373

0.001821704 0.78756297

0.002525035 0.896778806

0.003464389 0.993792022

0.004704958 1.067174967

0.006324913 1.103314154

0.008416337 1.086919507

0.011085658 1.001889627

0.014453386 0.832553799

0.018652949 0.565270157

0.023828414 0.190307329

0.030130931 ‐0.296121445

0.03771375 ‐0.889860761

0.046725789 ‐1.57708988

0.057303789 ‐2.333141689

0.069563239 ‐3.122132967

0.083588399 ‐3.897640735

0.099421884 ‐4.604585335

0.117054396 ‐5.182368705

0.136415346 ‐5.569173824

0.157365126 ‐5.707172633

0.179689839 ‐5.548234421

0.203099244 ‐5.059597116

0.227228529 ‐4.228883016

0.251644341 ‐3.067827011

0.275855243 ‐1.614151307

0.299326439 0.068832567

0.321498297 1.895096153

0.341807853 3.761176301

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 5.553519022

0.37471238 7.157272688

0.386376486 8.465711048

0.394360216 9.38934783

0.398423793 9.863795463

0.398443914 9.855527108

0.394419966 9.364913757

0.386474058 8.426201398

0.374844865 7.104430013

0.359875719 5.489632764

0.34199778 3.688946506

0.32170943 1.81747663

0.299553264 ‐0.011135056

0.276092166 ‐1.693500886

0.25188591 ‐3.143817536

0.227469632 ‐4.29912519

0.203335281 ‐5.122149771

0.17991684 ‐5.601666422

0.157579839 ‐5.750588875

0.136615273 ‐5.602206749

0.117237788 ‐5.205139271

0.099587708 ‐4.61763926

0.083736272 ‐3.901867143

0.069693339 ‐3.118673037

0.05741676 ‐2.323294766

0.046822635 ‐1.562223724

0.037795734 ‐0.871331373

0.030199481 ‐0.275206392

0.023885038 0.212459791

0.018699163 0.587675422

0.014490659 0.854409347

0.011115369 1.022579274

0.008439746 1.106005935

0.006343145 1.12052256

0.004718997 1.082370801

0.003475077 1.006955553

0.002533081 0.907978924

0.001827693 0.796932133

0.001305351 0.68289542

0.000922829 0.572580095

0.00064578 0.47054194

0.00044732 0.379498945

0.000306705 0.300695884

0.000208159 0.234270842

0.000139842 0.179592193

9.29928E‐05 0.135547012

6.12113E‐05 0.100772364

3.98826E‐05 0.073828916

2.5722E‐05 0.053321756

1.64209E‐05 0.037976422

1.03767E‐05 0.026679457

6.49066E‐06 0.018492717
4.01874E‐06 0.012649714

2.46298E‐06 0.008540871

1.49417E‐06 0.005693007
Absolute values

0.005640853 0.000284863

0.008462498 0.000854712

0.012533349 0.001265868

0.018322027 0.001850525

0.026432125 0.002669645

0.037622431 0.003799866

0.052821385 0.00533496

0.073130489 0.007386179

0.099809837 0.010080794

0.134237546 0.013557992

0.177833932 0.017961227

0.231941214 0.023426063

0.297650816 0.030062732

0.375573466 0.03793292

0.465552729 0.047020826

0.566330539 0.057199384

0.67518373 0.068193557

0.78756297 0.07954386

0.896778806 0.090574659

0.993792022 0.100372994

1.067174967 0.107784672

1.103314154 0.11143473

1.086919507 0.10977887

1.001889627 0.101190852

0.832553799 0.084087934

0.565270157 0.057092286

0.190307329 0.01922104

0.296121445 0.029908266

0.889860761 0.089875937

1.57708988 0.159286078

2.333141689 0.235647311

3.122132967 0.31533543

3.897640735 0.393661714

4.604585335 0.465063119

5.182368705 0.523419239

5.569173824 0.562486556

5.707172633 0.576424436

5.548234421 0.560371676

5.059597116 0.511019309

4.228883016 0.427117185

3.067827011 0.309850528

1.614151307 0.163029282

0.068832567 0.006952089

1.895096153 0.191404711

3.761176301 0.379878806

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
5.553519022 0.560905421

7.157272688 0.722884541

8.465711048 0.855036816

9.38934783 0.948324131

9.863795463 0.996243342

9.855527108 0.995408238

9.364913757 0.945856289

8.426201398 0.851046341

7.104430013 0.717547431

5.489632764 0.554452909

3.688946506 0.372583597

1.81747663 0.18356514

0.011135056 0.001124641

1.693500886 0.17104359

3.143817536 0.317525571

4.29912519 0.434211644

5.122149771 0.517337127

5.601666422 0.565768309

5.750588875 0.580809476

5.602206749 0.565822882

5.205139271 0.525719066

4.61763926 0.466381565

3.901867143 0.394088581

3.118673037 0.314985977

2.323294766 0.234652771

1.562223724 0.157784596

0.871331373 0.088004469

0.275206392 0.027795846

0.212459791 0.021458439

0.587675422 0.059355218

0.854409347 0.086295344

1.022579274 0.103280507

1.106005935 0.111706599

1.12052256 0.113172779

1.082370801 0.109319451

1.006955553 0.101702511

0.907978924 0.091705871

0.796932133 0.080490145

0.68289542 0.068972437

0.572580095 0.05783059

0.47054194 0.047524736

0.379498945 0.038329393

0.300695884 0.030370284

0.234270842 0.023661355

0.179592193 0.018138811

0.135547012 0.013690248

0.100772364 0.010178009

0.073828916 0.007456721

0.053321756 0.005385497

0.037976422 0.003835619

0.026679457 0.002694625

0.018492717 0.001867764
0.012649714 0.001277621

0.008540871 0.000862628

0.005693007 0.000287497
Cumulative normalization

0.000284863 1.2735E‐05

0.001139575 5.09456E‐05

0.002405444 0.000107537

0.004255968 0.000190267

0.006925613 0.000309615

0.010725479 0.000479491

0.016060438 0.000717995

0.023446618 0.0010482

0.033527411 0.00149887

0.047085404 0.002104991

0.065046631 0.002907962

0.088472693 0.003955244

0.118535426 0.005299222

0.156468346 0.006995044

0.203489171 0.009097148

0.260688556 0.011654293

0.328882113 0.014702942

0.408425972 0.018259014

0.499000632 0.022308228

0.599373626 0.026795484

0.707158298 0.031614085

0.818593027 0.036595865

0.928371898 0.041503619

1.02956275 0.046027438

1.113650684 0.049786657

1.170742969 0.052339014

1.18996401 0.053198306

1.219872276 0.05453538

1.309748212 0.058553356

1.46903429 0.06567437

1.704681601 0.076209174

2.020017031 0.0903065

2.413678745 0.107905466

2.878741864 0.12869649

3.402161103 0.152096372

3.964647659 0.177242789

4.541072095 0.203012311

5.101443771 0.228064182

5.61246308 0.250909714

6.039580265 0.270004335

6.349430793 0.283856454

6.512460075 0.29114481

6.519412164 0.291455609

6.710816875 0.300012512

7.090695682 0.316995302

) () f b  


7.651601103 0.342071034

8.374485645 0.374388174

9.22952246 0.412613288

10.17784659 0.455008887

11.17408993 0.499546754

12.16949817 0.544047287

13.11535446 0.586332559

13.9664008 0.624379276

14.68394823 0.656457816

15.23840114 0.681245083

15.61098474 0.697901735

15.79454988 0.706108164

15.79567452 0.706158442

15.96671811 0.713805084

16.28424368 0.728000322

16.71845532 0.747412106

17.23579245 0.770540082

17.80156076 0.795833213

18.38237024 0.821798772

18.94819312 0.847094343

19.47391218 0.87059704

19.94029375 0.891447006

20.33438233 0.909065056

20.64936831 0.923146759

20.88402108 0.933637102

21.04180568 0.94069099

21.12981014 0.944625301

21.15760599 0.945867937

21.17906443 0.946827254

21.23841965 0.949480777

21.32471499 0.953338681

21.4279955 0.95795592

21.5397021 0.962949854

21.65287487 0.968009335

21.76219433 0.972896549

21.86389684 0.977443243

21.95560271 0.981543028

22.03609285 0.985141405

22.10506529 0.988224874

22.16289588 0.990810237

22.21042062 0.992934869

22.24875001 0.994648416

22.27912029 0.996006144

22.30278165 0.997063944

22.32092046 0.997874854

22.33461071 0.998486888

22.34478872 0.998941904

22.35224544 0.999275263

22.35763094 0.999516026

22.36146655 0.9996875

22.36416118 0.999807966

22.36602894 0.999891466
22.36730656 0.999948583

22.36816919 0.999987147

22.36845669 1

1128.818509
Appendix C‐8b (i): Process Gas HCl Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Yes Process Gas no 1 WVMountainStateCarbonF

YES Yes Process Gas no 1 WVMountainStateCarbonF

YES Yes Process Gas no 1 WVMountainStateCarbonF
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

S1 ICR Phase II ‐ Test Report Phase II HCl From Test Rep Hydrogen Chlor ET Sample #1

S1 ICR Phase II ‐ Test Report Phase II HCl From Test Rep Hydrogen Chlor ET Sample #2

S1 ICR Phase II ‐ Test Report Phase II HCl From Test Rep Hydrogen Chlor ET Sample #3
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

10/22/2009 0.0014 ‐6.571283042 0

10/22/2009 0.0012 ‐6.725433722 0

10/23/2009 0.0011 ‐6.812445099 0
Appendix C‐8b (ii): P

In top

12%?

Min Test

Avg?

YES Yes

Number of sources with

test data 1

n 3

n‐1 2

Average of natural log of

test run values (μ) ‐6.703053955

Variance of natural log of

test runs (σ2

) 0.014915425

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 3.243843109

Denominator for

calculation of flatness of z

distribution (β2z) 0.000677452

Flatness of z distribution

(β2z) 4790.302599

Skewness of z distribution

(√β1z) 0.213387934
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990815425 0.999274635 0.996005641

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 0.001236344

exp (2μ + σ2

) 1.52855E‐06

exp (σ2

) ‐ 1 0.015027215

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.005027426

Square root term 0.00037158

Confidence Level 99% 99.9% 99.5%

UPL 1.67E‐03 1.77E‐03 1.71E‐03

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 9.35E‐01 7.97E‐01

SE Skewness 1.41 1.41

Skewness Test normal normal

Kurtosis = #DIV/0! #DIV/0!

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3
Process Gas HCl Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

N/A Process G 1 WVMountainStateCar S1 ICR Phase II ‐ Test Repor Phase II HCl From Test

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

Hydrogen Chl 0.001233333 ‐6.698034748 3 2 ET Coke Oven Gas
Appendix C‐8b (iii): Process Gas HCl Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 4790.3026 0.2133879

1.28169E‐05 ‐5 =f(a) 95344.198

5.12747E‐05 1 ‐4.899 86768.885

0.000108235 2 ‐4.798 78755.213

0.000191508 3 ‐4.697 71279.268

0.000311646 4 ‐4.596 64317.634

0.000482654 5 ‐4.495 57847.393

0.000722759 6 ‐4.394 51846.125

0.001055199 7 ‐4.293 46291.908

0.001508942 8 ‐4.192 41163.319

0.002119227 9 ‐4.091 36439.433

0.002927756 10 ‐3.99 32099.823

0.003982336 11 ‐3.889 28124.558

0.005335743 12 ‐3.788 24494.209

0.007043529 13 ‐3.687 21189.844

0.00916053 14 ‐3.586 18193.026

0.011735847 15 ‐3.485 15485.821

0.014806165 16 ‐3.384 13050.79

0.018387422 17 ‐3.283 10870.993

0.022465041 18 ‐3.182 8929.9875

0.026983191 19 ‐3.081 7211.831

0.031833855 20 ‐2.98 5701.0776

0.036846797 21 ‐2.879 4382.78

0.041781831 22 ‐2.778 3242.4889

0.046324995 23 ‐2.677 2266.2536

0.050090367 24 ‐2.576 1440.6211

0.052629127 25 ‐2.475 752.6369

0.05344718 26 ‐2.374 189.84445

0.054862313 27 ‐2.273 ‐259.7145

0.0590055 28 ‐2.172 ‐607.5001

0.066310114 29 ‐2.071 ‐864.4744

0.077098703 30 ‐1.97 ‐1041.101

0.0915319 31 ‐1.869 ‐1147.346

0.109560285 32 ‐1.768 ‐1192.676

0.130884708 33 ‐1.667 ‐1186.06

0.154930742 34 ‐1.566 ‐1135.971

0.180842588 35 ‐1.465 ‐1050.38

0.207500549 36 ‐1.364 ‐936.7635

0.233564408 37 ‐1.263 ‐802.0966

0.257542566 38 ‐1.162 ‐652.8584

0.277884024 39 ‐1.061 ‐495.0291

0.293087404 40 ‐0.96 ‐334.0908

0.301818638 41 ‐0.859 ‐175.0274

0.303027058 42 ‐0.758 ‐22.32462

0.310005466 43 ‐0.657 120.02984

0.325368548 44 ‐0.556 248.54659

   1 3 1 3

6

z z z

      

 2z

1z
0.348801598 45 ‐0.455 360.23439

0.37947071 46 ‐0.354 452.60013

0.416058768 47 ‐0.253 523.64889

0.456842737 48 ‐0.152 571.88393

0.49980661 49 ‐0.051 596.30667

0.542780579 50 0.05 596.41668

0.583594106 51 0.151 572.21172

0.620229061 52 0.252 524.18771

0.650959085 53 0.353 453.33874

0.674462836 54 0.454 361.15708

0.689901653 55 0.555 249.63315

0.696955953 56 0.656 121.25555

0.698092935 57 0.757 ‐20.98896

0.706761174 58 0.858 ‐173.6154

0.721913102 59 0.959 ‐332.6408

0.742216688 60 1.06 ‐493.5837

0.76617147 61 1.161 ‐651.4649

0.79222628 62 1.262 ‐800.8065

0.818888398 63 1.363 ‐935.6329

0.844815731 64 1.464 ‐1049.47

0.868886192 65 1.565 ‐1135.346

0.890241322 66 1.666 ‐1185.791

0.908304014 67 1.767 ‐1192.835

0.922772612 68 1.868 ‐1148.013

0.933595533 69 1.969 ‐1042.359

0.940931684 70 2.07 ‐866.4109

0.945102382 71 2.171 ‐610.2073

0.946540255 72 2.272 ‐263.2889

0.947340631 73 2.373 185.30178

0.949866687 74 2.474 747.02037

0.953623949 75 2.575 1433.8207

0.958163011 76 2.676 2258.1546

0.963097246 77 2.777 3232.9724

0.968111955 78 2.878 4371.7223

0.972966232 79 2.979 5688.3508

0.977489192 80 3.08 7197.3026

0.981572261 81 3.181 8913.5204

0.985159163 82 3.282 10852.445

0.988234983 83 3.383 13030.016

0.990815425 84 3.484 15462.671

0.992937032 85 3.585 18167.344

0.99464883 86 3.686 21161.47

0.996005641 87 3.787 24462.981

0.99706304 88 3.888 28090.306

0.997873854 89 3.989 32062.374

0.998485954 90 4.09 36398.61

0.998941112 91 4.191 41118.941

0.999274635 92 4.292 46243.787

0.999515555 93 4.393 51794.07

0.999687167 94 4.494 57791.209

0.999807745 95 4.595 64257.121

0.999891333 96 4.696 71214.222
0.999948516 97 4.797 78685.425

0.99998713 98 4.898 86694.141

1 99 4.999 95264.281
distribution of Z

Normal

distribution

1.48672E‐06 0.14175008

2.45094E‐06 0.212665309

3.9995E‐06 0.314981685

6.46025E‐06 0.460481664

1.03291E‐05 0.664342522

1.63472E‐05 0.945645639

2.56093E‐05 1.327740917

3.97118E‐05 1.838333442

6.09553E‐05 2.509120522

9.26132E‐05 3.374772003

0.000139285 4.471023031

0.000207351 5.831646615

0.000305546 7.484105368

0.000445674 9.443760319

0.000643469 11.70665046

0.000919619 14.24105628

0.001300942 16.97832277

0.001821704 19.80372903

0.002525035 22.548527

0.003464389 24.98458713

0.004704958 26.82332795

0.006324913 27.72070095

0.008416337 27.28988097

0.011085658 25.12291351

0.014453386 20.821854

0.018652949 14.03889756

0.023828414 4.52369209

0.030130931 ‐7.825440431

0.03771375 ‐22.91110832

0.046725789 ‐40.39324638

0.057303789 ‐59.6590289

0.069563239 ‐79.81307196

0.083588399 ‐99.69384437

0.099421884 ‐117.9203581

0.117054396 ‐132.9704024

0.136415346 ‐143.2880143

0.157365126 ‐147.4139003

0.179689839 ‐144.1286163

0.203099244 ‐132.5950546

0.227228529 ‐112.4847369

0.251644341 ‐84.07205293

0.275855243 ‐48.28221382

0.299326439 ‐6.682348865

0.321498297 38.58938887

0.341807853 84.95517752

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 129.5807005

0.37471238 169.5948702

0.386376486 202.3256187

0.394360216 225.5282719

0.398423793 237.5827643

0.398443914 237.6385953

0.394419966 225.6917261

0.386474058 202.5849511

0.374844865 169.9317003

0.359875719 129.9716647

0.34199778 85.37398388

0.32170943 39.00905367

0.299553264 ‐6.287311475

0.276092166 ‐47.9338635

0.25188591 ‐83.78752902

0.227469632 ‐112.275313

0.203335281 ‐132.465789

0.17991684 ‐144.0785776

0.157579839 ‐147.4368892

0.136615273 ‐143.373658

0.117237788 ‐133.105474

0.099587708 ‐118.0901661

0.083736272 ‐99.88355287

0.069693339 ‐80.00883773

0.05741676 ‐59.84887635

0.046822635 ‐40.56764219

0.037795734 ‐23.06323346

0.030199481 ‐7.951188286

0.023885038 4.425940109

0.018699163 13.96865543

0.014490659 20.77700658

0.011115369 25.10022209

0.008439746 27.28546699

0.006343145 27.73046987

0.004718997 26.84330969

0.003475077 25.01118338

0.002533081 22.57866679

0.001827693 19.83494269

0.001305351 17.00874939

0.000922829 14.26940201

0.00064578 11.73211502

0.00044732 9.465947061

0.000306705 7.502927223

0.000208159 5.847237239

0.000139842 4.483658899

9.29928E‐05 3.384808544

6.12113E‐05 2.516943079

3.98826E‐05 1.84432224

2.5722E‐05 1.332248223

1.64209E‐05 0.948982821

1.03767E‐05 0.666774615

6.49066E‐06 0.462227212
4.01874E‐06 0.316215981

2.46298E‐06 0.213525514

1.49417E‐06 0.142341124
Absolute values

0.14175008 0.007158379

0.212665309 0.021479196

0.314981685 0.03181315

0.460481664 0.046508648

0.664342522 0.067098595

0.945645639 0.09551021

1.327740917 0.134101833

1.838333442 0.185671678

2.509120522 0.253421173

3.374772003 0.340851972

4.471023031 0.451573326

5.831646615 0.588996308

7.484105368 0.755894642

9.443760319 0.953819792

11.70665046 1.182371696

14.24105628 1.438346684

16.97832277 1.7148106

19.80372903 2.000176632

22.548527 2.277401227

24.98458713 2.5234433

26.82332795 2.709156123

27.72070095 2.799790796

27.28988097 2.756277978

25.12291351 2.537414265

20.821854 2.103007254

14.03889756 1.417928654

4.52369209 0.456892901

7.825440431 0.790369483

22.91110832 2.31402194

40.39324638 4.079717884

59.6590289 6.025561919

79.81307196 8.061120268

99.69384437 10.06907828

117.9203581 11.90995617

132.9704024 13.43001064

143.2880143 14.47208944

147.4139003 14.88880393

144.1286163 14.55699025

132.5950546 13.39210051

112.4847369 11.36095842

84.07205293 8.491277346

48.28221382 4.876503596

6.682348865 0.674917235

38.58938887 3.897528276

84.95517752 8.58047293

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
129.5807005 13.08765075

169.5948702 17.1290819

202.3256187 20.43488749

225.5282719 22.77835546

237.5827643 23.9958592

237.6385953 24.00149812

225.6917261 22.79486433

202.5849511 20.46108007

169.9317003 17.16310173

129.9716647 13.12713814

85.37398388 8.622772372

39.00905367 3.93991442

6.287311475 0.635018459

47.9338635 4.841320213

83.78752902 8.462540431

112.275313 11.33980661

132.465789 13.37904468

144.0785776 14.55193633

147.4368892 14.8911258

143.373658 14.48073946

133.105474 13.44365287

118.0901661 11.92710677

99.88355287 10.08823884

80.00883773 8.080892611

59.84887635 6.044736511

40.56764219 4.097331862

23.06323346 2.329386579

7.951188286 0.803070017

4.425940109 0.447019951

13.96865543 1.410834198

20.77700658 2.098477665

25.10022209 2.535122431

27.28546699 2.755832166

27.73046987 2.800777457

26.84330969 2.711174279

25.01118338 2.526129521

22.57866679 2.280445346

19.83494269 2.003329212

17.00874939 1.717883688

14.26940201 1.441209603

11.73211502 1.184943617

9.465947061 0.956060653

7.502927223 0.75779565

5.847237239 0.590570961

4.483658899 0.452849549

3.384808544 0.341865663

2.516943079 0.254211251

1.84432224 0.186276546

1.332248223 0.134557071

0.948982821 0.095847265

0.666774615 0.067344236

0.462227212 0.046684948
0.316215981 0.031937814

0.213525514 0.021566077

0.142341124 0.007188227
Cumulative normalization

0.007158379 1.28169E‐05

0.028637575 5.12747E‐05

0.060450725 0.000108235

0.106959373 0.000191508

0.174057968 0.000311646

0.269568178 0.000482654

0.40367001 0.000722759

0.589341688 0.001055199

0.842762861 0.001508942

1.183614833 0.002119227

1.635188159 0.002927756

2.224184467 0.003982336

2.980079109 0.005335743

3.933898902 0.007043529

5.116270598 0.00916053

6.554617282 0.011735847

8.269427882 0.014806165

10.26960451 0.018387422

12.54700574 0.022465041

15.07044904 0.026983191

17.77960516 0.031833855

20.57939596 0.036846797

23.33567394 0.041781831

25.8730882 0.046324995

27.97609546 0.050090367

29.39402411 0.052629127

29.85091701 0.05344718

30.64128649 0.054862313

32.95530843 0.0590055

37.03502632 0.066310114

43.06058824 0.077098703

51.1217085 0.0915319

61.19078679 0.109560285

73.10074296 0.130884708

86.53075359 0.154930742

101.002843 0.180842588

115.891647 0.207500549

130.4486372 0.233564408

143.8407377 0.257542566

155.2016961 0.277884024

163.6929735 0.293087404

168.5694771 0.301818638

169.2443943 0.303027058

173.1419226 0.310005466

181.7223955 0.325368548

) () f b  


194.8100463 0.348801598

211.9391282 0.37947071

232.3740157 0.416058768

255.1523711 0.456842737

279.1482303 0.49980661

303.1497284 0.542780579

325.9445928 0.583594106

346.4056728 0.620229061

363.5687746 0.650959085

376.6959127 0.674462836

385.3186851 0.689901653

389.2585995 0.696955953

389.893618 0.698092935

394.7349382 0.706761174

403.1974786 0.721913102

414.5372852 0.742216688

427.9163299 0.76617147

442.4682662 0.79222628

457.359392 0.818888398

471.8401315 0.844815731

485.2837844 0.868886192

497.2108912 0.890241322

507.29913 0.908304014

515.3800226 0.922772612

521.4247591 0.933595533

525.522091 0.940931684

527.8514776 0.945102382

528.6545476 0.946540255

529.1015675 0.947340631

530.5124017 0.949866687

532.6108794 0.953623949

535.1460018 0.958163011

537.901834 0.963097246

540.7026114 0.968111955

543.4137857 0.972966232

545.9399152 0.977489192

548.2203606 0.981572261

550.2236898 0.985159163

551.9415735 0.988234983

553.3827831 0.990815425

554.5677267 0.992937032

555.5237874 0.99464883

556.281583 0.996005641

556.872154 0.99706304

557.3250035 0.997873854

557.6668692 0.998485954

557.9210804 0.998941112

558.107357 0.999274635

558.241914 0.999515555

558.3377613 0.999687167

558.4051055 0.999807745

558.4517905 0.999891333
558.4837283 0.999948516

558.5052944 0.99998713

558.5124826 1

28202.08961
Appendix C‐8c (i): Process Gas Hg Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Yes Process Gas no 1 WVMountainStateCarbonF

YES Yes Process Gas no 1 WVMountainStateCarbonF

YES Yes Process Gas no 1 WVMountainStateCarbonF
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

S1 ICR Phase II ‐ Test Report Phase II Metals From Test RMercury (Hg) ET Sample #1

S1 ICR Phase II ‐ Test Report Phase II Metals From Test RMercury (Hg) ET Sample #2

S1 ICR Phase II ‐ Test Report Phase II Metals From Test RMercury (Hg) ET Sample #3
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

10/19/2009 0.00000688 ‐11.88689191 0

10/19/2009 0.00000582 ‐12.0542103 0

10/20/2009 0.00000591 ‐12.03886473 0
Appendix C‐8c (ii): P

In top

12%?

Min Test

Avg?

YES Yes

Number of sources with

test data 1

n 3

n‐1 2

Average of natural log of

test run values (μ) ‐11.99332231

Variance of natural log of

test runs (σ2

) 0.008554445

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 3.138569142

Denominator for

calculation of flatness of z

distribution (β2z) 0.000221423

Flatness of z distribution

(β2z) 14176.54084

Skewness of z distribution

(√β1z) 0.161000753
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990815196 0.999274598 0.99600549

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 6.21189E‐06

exp (2μ + σ2

) 3.85876E‐11

exp (σ2

) ‐ 1 0.008591139

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.002869776

Square root term 1.41109E‐06

Confidence Level 99% 99.9% 99.5%

UPL 7.85E‐06 8.23E‐06 7.99E‐06

Analysis of Data

Distribution

Normal Log‐normal

Skewness = 1.69E+00 1.68E+00

SE Skewness 1.41 1.41

Skewness Test normal normal

Kurtosis = #DIV/0! #DIV/0!

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3
Process Gas Hg Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

N/A Process G 1 WVMountainStateCar S1 ICR Phase II ‐ Test Repor Phase II Metals From T

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

Mercury (Hg) 6.20333E‐06 ‐11.99042378 3 2 ET Coke Oven Gas
Appendix C‐8c (iii): Process Gas Hg Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 14176.541 0.1610008

1.28184E‐05 ‐5 =f(a) 282287.74

5.12809E‐05 1 ‐4.899 256898.65

0.000108248 2 ‐4.798 233172.42

0.000191531 3 ‐4.697 211038.23

0.000311683 4 ‐4.596 190426.76

0.000482712 5 ‐4.495 171270.15

0.000722846 6 ‐4.394 153502.04

0.001055326 7 ‐4.293 137057.5

0.001509123 8 ‐4.192 121873.13

0.002119482 9 ‐4.091 107886.96

0.002928106 10 ‐3.99 95038.514

0.003982811 11 ‐3.889 83268.791

0.005336375 12 ‐3.788 72520.262

0.007044356 13 ‐3.687 62736.874

0.009161594 14 ‐3.586 53864.048

0.01173719 15 ‐3.485 45848.679

0.014807827 16 ‐3.384 38639.141

0.018389435 17 ‐3.283 32185.277

0.022467421 18 ‐3.182 26438.411

0.026985925 19 ‐3.081 21351.337

0.031836889 20 ‐2.98 16878.326

0.03685002 21 ‐2.879 12975.124

0.041785052 22 ‐2.778 9598.9515

0.046327921 23 ‐2.677 6708.5045

0.050092575 24 ‐2.576 4263.9532

0.052630037 25 ‐2.475 2226.9429

0.05344603 26 ‐2.374 560.59381

0.054864197 27 ‐2.273 ‐770.4988

0.059011628 28 ‐2.172 ‐1800.265

0.066321947 29 ‐2.071 ‐2561.16

0.077117966 30 ‐1.97 ‐3084.163

0.091560582 31 ‐1.869 ‐3398.78

0.109600633 32 ‐1.768 ‐3533.042

0.130939201 33 ‐1.667 ‐3513.503

0.155002062 34 ‐1.566 ‐3365.244

0.18093357 35 ‐1.465 ‐3111.871

0.207614128 36 ‐1.364 ‐2775.514

0.233703556 37 ‐1.263 ‐2376.83

0.257710224 38 ‐1.162 ‐1934.998

0.27808303 39 ‐1.061 ‐1467.726

0.293320426 40 ‐0.96 ‐991.244

0.302088113 41 ‐0.859 ‐520.3083

0.303335136 42 ‐0.758 ‐68.20035

0.310273114 43 ‐0.657 353.27363

0.325594293 44 ‐0.556 733.78213

   1 3 1 3

6

z z z

      

 2z

1z
0.348984335 45 ‐0.455 1064.4686

0.379609706 46 ‐0.354 1337.9513

0.416153652 47 ‐0.253 1548.3236

0.456893477 48 ‐0.152 1691.1536

0.499813494 49 ‐0.051 1763.4844

0.542744183 50 0.05 1763.8338

0.583515268 51 0.151 1692.1948

0.62010885 52 0.252 1550.0352

0.650798774 53 0.353 1340.2976

0.674263883 54 0.454 1067.3996

0.689665682 55 0.555 737.23366

0.696684732 56 0.656 357.16719

0.697855063 57 0.757 ‐63.95753

0.706554638 58 0.858 ‐515.8233

0.72173579 59 0.959 ‐986.638

0.742066416 60 1.06 ‐1463.135

0.766045998 61 1.161 ‐1930.571

0.792123344 62 1.262 ‐2372.731

0.818805738 63 1.363 ‐2771.923

0.84475112 64 1.464 ‐3108.979

0.868837465 65 1.565 ‐3363.259

0.89020641 66 1.666 ‐3512.646

0.908280964 67 1.767 ‐3533.548

0.922759613 68 1.868 ‐3400.899

0.933590933 69 1.969 ‐3088.159

0.940933998 70 2.07 ‐2567.311

0.945110299 71 2.171 ‐1808.864

0.946552639 72 2.272 ‐781.8531

0.947349517 73 2.373 546.1637

0.949872887 74 2.474 2209.1015

0.953628127 75 2.575 4242.351

0.958165703 76 2.676 6682.7776

0.963098876 77 2.777 9568.7216

0.968112847 78 2.878 12939.998

0.972966633 79 2.979 16837.898

0.977489281 80 3.08 21305.186

0.981572167 81 3.181 26386.102

0.985158973 82 3.282 32126.36

0.988234755 83 3.383 38573.152

0.990815196 84 3.484 45775.141

0.992936821 85 3.585 53782.467

0.994648648 86 3.686 62646.744

0.99600549 87 3.787 72421.063

0.99706292 88 3.888 83159.986

0.99787376 89 3.989 94919.555

0.998485884 90 4.09 107757.28

0.99894106 91 4.191 121732.16

0.999274598 92 4.292 136904.64

0.999515529 93 4.393 153336.68

0.99968715 94 4.494 171091.68

0.999807734 95 4.595 190234.53

0.999891326 96 4.696 210831.61
0.999948513 97 4.797 232950.73

0.999987129 98 4.898 256661.22

1 99 4.999 282033.88
distribution of Z

Normal

distribution

1.48672E‐06 0.419682687

2.45094E‐06 0.629643121

3.9995E‐06 0.93257371

6.46025E‐06 1.363359043

1.03291E‐05 1.966934801

1.63472E‐05 2.799795551

2.56093E‐05 3.931073631

3.97118E‐05 5.442795585

6.09553E‐05 7.428807354

9.26132E‐05 9.991754941

0.000139285 13.23743714

0.000207351 17.26584144

0.000305546 22.15826906

0.000445674 27.96018747

0.000643469 34.65985085

0.000919619 42.16331974

0.001300942 50.26728742

0.001821704 58.63204393

0.002525035 66.75790062

0.003464389 73.96933274

0.004704958 79.41180516

0.006324913 82.066526

0.008416337 80.78801469

0.011085658 74.36819014

0.014453386 61.62856332

0.018652949 41.53905119

0.023828414 13.35806159

0.030130931 ‐23.21584632

0.03771375 ‐67.8947415

0.046725789 ‐119.6722039

0.057303789 ‐176.7342214

0.069563239 ‐236.4301536

0.083588399 ‐295.3212883

0.099421884 ‐349.3190456

0.117054396 ‐393.9165736

0.136415346 ‐424.5069113

0.157365126 ‐436.7691059

0.179689839 ‐427.0921161

0.203099244 ‐392.9966751

0.227228529 ‐333.5092216

0.251644341 ‐249.4409412

0.275855243 ‐143.5297855

0.299326439 ‐20.41416772

0.321498297 113.5768707

0.341807853 250.8124938

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 382.9023267

0.37471238 501.3469277

0.386376486 598.235841

0.394360216 666.9237053

0.398423793 702.6141271

0.398443914 702.7888478

0.394419966 667.4354324

0.386474058 599.0484005

0.374844865 502.4036759

0.359875719 384.1311973

0.34199778 252.1322761

0.32170943 114.9040534

0.299553264 ‐19.15868598

0.276092166 ‐142.4147714

0.25188591 ‐248.520215

0.227469632 ‐332.8187103

0.203335281 ‐392.5532783

0.17991684 ‐426.8943265

0.157579839 ‐436.7991492

0.136615273 ‐424.7340334

0.117237788 ‐394.301028

0.099587708 ‐349.8163161

0.083736272 ‐295.8861179

0.069693339 ‐237.0200332

0.05741676 ‐177.3120966

0.046822635 ‐120.2082776

0.037795734 ‐68.36736103

0.030199481 ‐23.61155754

0.023885038 13.04514078

0.018699163 41.30834897

0.014490659 61.47446234

0.011115369 74.28153854

0.008439746 80.75758239

0.006343145 82.08028961

0.004718997 79.4579882

0.003475077 74.03716948

0.002533081 66.83812595

0.001827693 58.7171375

0.001305351 50.3515162

0.000922829 42.24263041

0.00064578 34.73166341

0.00044732 28.02313606

0.000306705 22.21192759

0.000208159 17.31046178

0.000139842 13.27371796

9.29928E‐05 10.02065089

6.12113E‐05 7.451381405

3.98826E‐05 5.46011249

2.5722E‐05 3.944129501

1.64209E‐05 2.809476886

1.03767E‐05 1.97400002

6.49066E‐06 1.368436001
4.01874E‐06 0.936167582

2.46298E‐06 0.632150215

1.49417E‐06 0.421406831
Absolute values

0.419682687 0.021193976

0.629643121 0.063593955

0.93257371 0.094189945

1.363359043 0.137699263

1.966934801 0.198660415

2.799795551 0.282779351

3.931073631 0.397038437

5.442795585 0.549722354

7.428807354 0.750309543

9.991754941 1.009167249

13.23743714 1.336981152

17.26584144 1.743849986

22.15826906 2.237985175

27.96018747 2.823978935

34.65985085 3.500644936

42.16331974 4.258495294

50.26728742 5.07699603

58.63204393 5.921836437

66.75790062 6.742547963

73.96933274 7.470902607

79.41180516 8.020592321

82.066526 8.288719126

80.78801469 8.159589483

74.36819014 7.511187205

61.62856332 6.224484895

41.53905119 4.19544417

13.35806159 1.34916422

23.21584632 2.344800479

67.8947415 6.857368892

119.6722039 12.08689259

176.7342214 17.85015636

236.4301536 23.87944551

295.3212883 29.82745012

349.3190456 35.2812236

393.9165736 39.78557393

424.5069113 42.87519804

436.7691059 44.11367969

427.0921161 43.13630372

392.9966751 39.69266419

333.5092216 33.68443138

249.4409412 25.19353506

143.5297855 14.49650833

20.41416772 2.06183094

113.5768707 11.47126394

250.8124938 25.33206187

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
382.9023267 38.67313499

501.3469277 50.6360397

598.235841 60.42181994

666.9237053 67.35929424

702.6141271 70.96402683

702.7888478 70.98167363

667.4354324 67.41097868

599.0484005 60.50388845

502.4036759 50.74277127

384.1311973 38.79725093

252.1322761 25.46535988

114.9040534 11.60530939

19.15868598 1.935027284

142.4147714 14.38389192

248.520215 25.10054172

332.8187103 33.61468974

392.5532783 39.64788111

426.8943265 43.11632698

436.7991492 44.11671407

424.7340334 42.89813737

394.301028 39.82440383

349.8163161 35.33144792

295.8861179 29.88449791

237.0200332 23.93902335

177.3120966 17.90852176

120.2082776 12.14103604

68.36736103 6.905103464

23.61155754 2.384767312

13.04514078 1.317559219

41.30834897 4.172143246

61.47446234 6.208920696

74.28153854 7.502435392

80.75758239 8.156515822

82.08028961 8.29010925

79.4579882 8.025256808

74.03716948 7.477754117

66.83812595 6.75065072

58.7171375 5.930430887

50.3515162 5.085503136

42.24263041 4.266505672

34.73166341 3.507898005

28.02313606 2.830336742

22.21192759 2.243404686

17.31046178 1.748356639

13.27371796 1.340645514

10.02065089 1.01208574

7.451381405 0.752589522

5.46011249 0.551471361

3.944129501 0.39835708

2.809476886 0.283757165

1.97400002 0.199374002

1.368436001 0.138212036
0.936167582 0.094552926

0.632150215 0.063847172

0.421406831 0.021281045
Cumulative normalization

0.021193976 1.28184E‐05

0.084787931 5.12809E‐05

0.178977876 0.000108248

0.316677139 0.000191531

0.515337554 0.000311683

0.798116905 0.000482712

1.195155341 0.000722846

1.744877695 0.001055326

2.495187238 0.001509123

3.504354487 0.002119482

4.841335639 0.002928106

6.585185625 0.003982811

8.823170799 0.005336375

11.64714973 0.007044356

15.14779467 0.009161594

19.40628996 0.01173719

24.48328599 0.014807827

30.40512243 0.018389435

37.14767039 0.022467421

44.618573 0.026985925

52.63916532 0.031836889

60.92788445 0.03685002

69.08747393 0.041785052

76.59866114 0.046327921

82.82314603 0.050092575

87.0185902 0.052630037

88.36775442 0.05344603

90.7125549 0.054864197

97.56992379 0.059011628

109.6568164 0.066321947

127.5069727 0.077117966

151.3864183 0.091560582

181.2138684 0.109600633

216.495092 0.130939201

256.2806659 0.155002062

299.155864 0.18093357

343.2695436 0.207614128

386.4058474 0.233703556

426.0985116 0.257710224

459.7829429 0.27808303

484.976478 0.293320426

499.4729863 0.302088113

501.5348173 0.303335136

513.0060812 0.310273114

538.3381431 0.325594293

) () f b  


577.0112781 0.348984335

627.6473178 0.379609706

688.0691377 0.416153652

755.428432 0.456893477

826.3924588 0.499813494

897.3741324 0.542744183

964.7851111 0.583515268

1025.289 0.62010885

1076.031771 0.650798774

1114.829022 0.674263883

1140.294382 0.689665682

1151.899691 0.696684732

1153.834718 0.697855063

1168.21861 0.706554638

1193.319152 0.72173579

1226.933842 0.742066416

1266.581723 0.766045998

1309.69805 0.792123344

1353.814764 0.818805738

1396.712901 0.84475112

1436.537305 0.868837465

1471.868753 0.89020641

1501.753251 0.908280964

1525.692274 0.922759613

1543.600796 0.933590933

1555.741832 0.940933998

1562.646935 0.945110299

1565.031703 0.946552639

1566.349262 0.947349517

1570.521405 0.949872887

1576.730326 0.953628127

1584.232761 0.958165703

1592.389277 0.963098876

1600.679386 0.968112847

1608.704643 0.972966633

1616.182397 0.977489281

1622.933048 0.981572167

1628.863479 0.985158973

1633.948982 0.988234755

1638.215488 0.990815196

1641.723386 0.992936821

1644.553723 0.994648648

1646.797127 0.99600549

1648.545484 0.99706292

1649.886129 0.99787376

1650.898215 0.998485884

1651.650805 0.99894106

1652.202276 0.999274598

1652.600633 0.999515529

1652.88439 0.99968715

1653.083764 0.999807734

1653.221976 0.999891326
1653.316529 0.999948513

1653.380376 0.999987129

1653.401657 1

83489.22172
Appendix C‐8d (i): Process Gas Filterable PM Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Yes Process Gas no 1 WVMountainStateCarbonF

YES Yes Process Gas no 1 WVMountainStateCarbonF

YES Yes Process Gas no 1 WVMountainStateCarbonF
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

S1 ICR Phase II ‐ Test Report Phase II PM From Test Rep Particulate MattET Sample #1

S1 ICR Phase II ‐ Test Report Phase II PM From Test Rep Particulate MattET Sample #2

S1 ICR Phase II ‐ Test Report Phase II PM From Test Rep Particulate MattET Sample #3
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

10/19/2009 0.0063 ‐5.067205646 0

10/19/2009 0.0059 ‐5.132802928 0

10/20/2009 0.0061 ‐5.099466508 0
Appendix C‐8d (ii): P

In top

12%?

Min Test

Avg?

YES Yes

Number of sources with

test data 1

n 3

n‐1 2

Average of natural log of

test run values (μ) ‐5.099825027

Variance of natural log of

test runs (σ2

) 0.001075847

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 3.017240207

Denominator for

calculation of flatness of z

distribution (β2z) 3.47608E‐06

Flatness of z distribution

(β2z) 868002.7718

Skewness of z distribution

(√β1z) 0.056847132
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990815014 0.999274575 0.996005388

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 0.006101094

exp (2μ + σ2

) 3.72234E‐05

exp (σ2

) ‐ 1 0.001076426

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.000358905

Square root term 0.000490348

Confidence Level 99% 99.9% 99.5%

UPL 6.67E‐03 6.80E‐03 6.72E‐03

Analysis of Data

Distribution

Normal Log‐normal

Skewness = ‐2.00E‐14 ‐4.92E‐02

SE Skewness 1.41 1.41

Skewness Test normal normal

Kurtosis = #DIV/0! #DIV/0!

SE Kurtosis 2.83 2.83

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 3 3
Process Gas Filterable PM Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

N/A Process G 1 WVMountainStateCar S1 ICR Phase II ‐ Test Repor Phase II PM From Test

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

Particulate M 0.0061 ‐5.099466508 3 2 ET Coke Oven Gas
Appendix C‐8d (iii): Process Gas Filterable PM Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 868002.77 0.0568471

1.28191E‐05 ‐5 =f(a) 17287662

5.12837E‐05 1 ‐4.899 15732801

0.000108254 2 ‐4.798 14279775

0.000191541 3 ‐4.697 12924248

0.0003117 4 ‐4.596 11661973

0.000482739 5 ‐4.495 10488797

0.000722886 6 ‐4.394 9400652.9

0.001055384 7 ‐4.293 8393566.9

0.001509206 8 ‐4.192 7463654.3

0.002119596 9 ‐4.091 6607121.3

0.002928263 10 ‐3.99 5820263.9

0.003983022 11 ‐3.889 5099468.8

0.005336655 12 ‐3.788 4441212.9

0.007044721 13 ‐3.687 3842063.4

0.00916206 14 ‐3.586 3298677.9

0.011737774 15 ‐3.485 2807804.2

0.014808542 16 ‐3.384 2366280.5

0.01839029 17 ‐3.283 1971035.4

0.022468415 18 ‐3.182 1619087.7

0.026987043 19 ‐3.081 1307546.6

0.031838094 20 ‐2.98 1033611.5

0.036851246 21 ‐2.879 794572.32

0.041786191 22 ‐2.778 587809.18

0.046328815 23 ‐2.677 410792.54

0.050093004 24 ‐2.576 261083.2

0.052629703 25 ‐2.475 136332.29

0.053444547 26 ‐2.374 34281.228

0.054864352 27 ‐2.273 ‐47238.2

0.059014021 28 ‐2.172 ‐110303.9

0.066327299 29 ‐2.071 ‐156903.5

0.077127123 30 ‐1.97 ‐188934.2

0.091574516 31 ‐1.869 ‐208202.9

0.109620434 32 ‐1.768 ‐216426.4

0.130966071 33 ‐1.667 ‐215230.7

0.155037297 34 ‐1.566 ‐206152

0.180978538 35 ‐1.465 ‐190635.9

0.207670246 36 ‐1.364 ‐170037.6

0.233772257 37 ‐1.263 ‐145622.2

0.257792929 38 ‐1.162 ‐118564.3

0.278181114 39 ‐1.061 ‐89948.29

0.293435189 40 ‐0.96 ‐60768.13

0.302220751 41 ‐0.859 ‐31927.54

0.303486719 42 ‐0.758 ‐4239.892

0.31040483 43 ‐0.657 21571.782

0.325705378 44 ‐0.556 44874.76

   1 3 1 3

6

z z z

      

 2z

1z
0.349074195 45 ‐0.455 65126.65

0.379677913 46 ‐0.354 81875.381

0.416199945 47 ‐0.253 94759.209

0.456917758 48 ‐0.152 103506.71

0.499815816 49 ‐0.051 107936.8

0.542724742 50 0.05 107958.7

0.583474392 51 0.151 103571.95

0.620046991 52 0.252 94866.451

0.650716499 53 0.353 82022.39

0.674161865 54 0.454 65310.296

0.689544692 55 0.555 45091.021

0.696545635 56 0.656 21815.738

0.697733127 57 0.757 ‐3974.053

0.70644884 58 0.858 ‐31646.53

0.721645046 59 0.959 ‐60479.54

0.741989589 60 1.06 ‐89660.61

0.765981918 61 1.161 ‐118287

0.792070819 62 1.262 ‐145365.4

0.818763577 63 1.363 ‐169812.6

0.844718147 64 1.464 ‐190454.7

0.868812542 65 1.565 ‐206027.7

0.890188446 66 1.666 ‐215177

0.908268939 67 1.767 ‐216458.1

0.922752583 68 1.868 ‐208335.7

0.933588039 69 1.969 ‐189184.6

0.940934477 70 2.07 ‐157288.9

0.945113482 71 2.171 ‐110842.7

0.946557948 72 2.272 ‐47949.62

0.947353186 73 2.373 33377.09

0.949875319 74 2.474 135214.41

0.95362965 75 2.575 259729.69

0.958166576 76 2.676 409180.58

0.963099301 77 2.777 585915.08

0.968112978 78 2.878 792371.49

0.97296658 79 2.979 1031078.5

0.977489126 80 3.08 1304654.9

0.981571965 81 3.181 1615810.2

0.985158759 82 3.282 1967343.9

0.988234551 83 3.383 2362145.9

0.990815014 84 3.484 2803196.5

0.992936666 85 3.585 3293566.3

0.99464852 86 3.686 3836416.2

0.996005388 87 3.787 4434997.4

0.99706284 88 3.888 5092651.5

0.9978737 89 3.989 5812810.4

0.998485839 90 4.09 6598996.2

0.998941028 91 4.191 7454821.5

0.999274575 92 4.292 8383989.1

0.999515514 93 4.393 9390292.3

0.99968714 94 4.494 10477614

0.999807727 95 4.595 11649930

0.999891323 96 4.696 12911302
0.999948512 97 4.797 14265885

0.999987128 98 4.898 15717925

1 99 4.999 17271756
distribution of Z

Normal

distribution

1.48672E‐06 25.70190458

2.45094E‐06 38.56014795

3.9995E‐06 57.1119989

6.46025E‐06 83.49383051

1.03291E‐05 120.457554

1.63472E‐05 171.4629566

2.56093E‐05 240.743769

3.97118E‐05 333.3233655

6.09553E‐05 454.9489323

9.26132E‐05 611.9065482

0.000139285 810.6753208

0.000207351 1057.37839

0.000305546 1356.994416

0.000445674 1712.307405

0.000643469 2122.597337

0.000919619 2582.110275

0.001300942 3078.394123

0.001821704 3590.642812

0.002525035 4088.252392

0.003464389 4529.849771

0.004704958 4863.098188

0.006324913 5025.600614

0.008416337 4947.200355

0.011085658 4553.905812

0.014453386 3773.536445

0.018652949 2542.999135

0.023828414 816.867297

0.030130931 ‐1423.330983

0.03771375 ‐4159.974115

0.046725789 ‐7331.439185

0.057303789 ‐10826.64453

0.069563239 ‐14483.27075

0.083588399 ‐18090.73351

0.099421884 ‐21398.64645

0.117054396 ‐24131.00358

0.136415346 ‐26005.66311

0.157365126 ‐26757.99329

0.179689839 ‐26166.83229

0.203099244 ‐24080.32373

0.227228529 ‐20438.81688

0.251644341 ‐15291.95634

0.275855243 ‐8807.380444

0.299326439 ‐1269.11189

0.321498297 6935.291082

0.341807853 15338.54547

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 23426.84996

0.37471238 30679.71893

0.386376486 36612.73034

0.394360216 40818.93036

0.398423793 43004.58958

0.398443914 43015.48549

0.394419966 40850.84662

0.386474058 36663.42248

0.374844865 30745.67175

0.359875719 23503.58987

0.34199778 15421.02896

0.32170943 7018.328554

0.299553264 ‐1190.44051

0.276092166 ‐8737.358339

0.25188591 ‐15233.94346

0.227469632 ‐20395.06643

0.203335281 ‐24051.91061

0.17991684 ‐26153.69018

0.157579839 ‐26759.04565

0.136615273 ‐26019.02559

0.117237788 ‐24154.22982

0.099587708 ‐21428.989

0.083736272 ‐18125.39301

0.069693339 ‐14519.61218

0.05741676 ‐10862.36537

0.046822635 ‐7364.68191

0.037795734 ‐4189.382232

0.030199481 ‐1448.053598

0.023885038 797.2130776

0.018699163 2528.396319

0.014490659 3763.654421

0.011115369 4548.193181

0.008439746 4944.974622

0.006343145 5026.127498

0.004718997 4865.656001

0.003475077 4533.776853

0.002533081 4092.977724

0.001827693 3595.701487

0.001305351 3083.430382

0.000922829 2586.871245

0.00064578 2126.920624

0.00044732 1716.10537

0.000306705 1360.237457

0.000208159 1060.078933

0.000139842 812.8736559

9.29928E‐05 613.6591042

6.12113E‐05 456.3191826

3.98826E‐05 334.3752465

2.5722E‐05 241.5373077

1.64209E‐05 172.0517065

1.03767E‐05 120.8874145

6.49066E‐06 83.80285207
4.01874E‐06 57.33083155

2.46298E‐06 38.71285812

1.49417E‐06 25.80695666
Absolute values

25.70190458 1.297946181

38.56014795 3.894574943

57.1119989 5.768311889

83.49383051 8.432876882

120.457554 12.16621296

171.4629566 17.31775861

240.743769 24.31512067

333.3233655 33.66565991

454.9489323 45.94984216

611.9065482 61.80256136

810.6753208 81.8782074

1057.37839 106.7952174

1356.994416 137.056436

1712.307405 172.9430479

2122.597337 214.3823311

2582.110275 260.7931377

3078.394123 310.9178064

3590.642812 362.6549241

4088.252392 412.9134916

4529.849771 457.5148269

4863.098188 491.172917

5025.600614 507.585662

4947.200355 499.6672358

4553.905812 459.944487

3773.536445 381.127181

2542.999135 256.8429126

816.867297 82.503597

1423.330983 143.7564293

4159.974115 420.1573857

7331.439185 740.4753577

10826.64453 1093.491098

14483.27075 1462.810346

18090.73351 1827.164084

21398.64645 2161.263292

24131.00358 2437.231361

26005.66311 2626.571974

26757.99329 2702.557322

26166.83229 2642.850062

24080.32373 2432.112697

20438.81688 2064.320505

15291.95634 1544.48759

8807.380444 889.5454248

1269.11189 128.1803008

6935.291082 700.4643993

15338.54547 1549.193092

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
23426.84996 2366.111846

30679.71893 3098.651611

36612.73034 3697.885765

40818.93036 4122.711967

43004.58958 4343.463548

43015.48549 4344.564035

40850.84662 4125.935508

36663.42248 3703.00567

30745.67175 3105.312847

23503.58987 2373.862576

15421.02896 1557.523925

7018.328554 708.8511839

1190.44051 120.2344915

8737.358339 882.4731922

15233.94346 1538.628289

20395.06643 2059.90171

24051.91061 2429.242972

26153.69018 2641.522708

26759.04565 2702.663611

26019.02559 2627.921584

24154.22982 2439.577212

21428.989 2164.327889

18125.39301 1830.664694

14519.61218 1466.48083

10862.36537 1097.098902

7364.68191 743.832873

4189.382232 423.1276054

1448.053598 146.2534134

797.2130776 80.51852084

2528.396319 255.3680282

3763.654421 380.1290965

4548.193181 459.3675113

4944.974622 499.4424368

5026.127498 507.6388773

4865.656001 491.4312561

4533.776853 457.9114622

4092.977724 413.3907501

3595.701487 363.1658502

3083.430382 311.4264686

2586.871245 261.2739958

2126.920624 214.8189831

1716.10537 173.3266424

1360.237457 137.3839832

1060.078933 107.0679723

812.8736559 82.10023925

613.6591042 61.97956952

456.3191826 46.08823744

334.3752465 33.77189989

241.5373077 24.39526808

172.0517065 17.37722235

120.8874145 12.20962886

83.80285207 8.464088059
57.33083155 5.790413987

38.71285812 3.90999867

25.80695666 1.303251311
Cumulative normalization

1.297946181 1.28191E‐05

5.192521125 5.12837E‐05

10.96083301 0.000108254

19.39370989 0.000191541

31.55992285 0.0003117

48.87768147 0.000482739

73.19280213 0.000722886

106.858462 0.001055384

152.8083042 0.001509206

214.6108656 0.002119596

296.489073 0.002928263

403.2842904 0.003983022

540.3407264 0.005336655

713.2837743 0.007044721

927.6661053 0.00916206

1188.459243 0.011737774

1499.377049 0.014808542

1862.031974 0.01839029

2274.945465 0.022468415

2732.460292 0.026987043

3223.633209 0.031838094

3731.218871 0.036851246

4230.886107 0.041786191

4690.830594 0.046328815

5071.957775 0.050093004

5328.800688 0.052629703

5411.304285 0.053444547

5555.060714 0.054864352

5975.218099 0.059014021

6715.693457 0.066327299

7809.184555 0.077127123

9271.994901 0.091574516

11099.15898 0.109620434

13260.42228 0.130966071

15697.65364 0.155037297

18324.22561 0.180978538

21026.78293 0.207670246

23669.633 0.233772257

26101.74569 0.257792929

28166.0662 0.278181114

29710.55379 0.293435189

30600.09921 0.302220751

30728.27951 0.303486719

31428.74391 0.31040483

32977.937 0.325705378

) () f b  


35344.04885 0.349074195

38442.70046 0.379677913

42140.58623 0.416199945

46263.29819 0.456917758

50606.76174 0.499815816

54951.32578 0.542724742

59077.26128 0.583474392

62780.26695 0.620046991

65885.5798 0.650716499

68259.44238 0.674161865

69816.9663 0.689544692

70525.81749 0.696545635

70646.05198 0.697733127

71528.52517 0.70644884

73067.15346 0.721645046

75127.05517 0.741989589

77556.29814 0.765981918

80197.82085 0.792070819

82900.48446 0.818763577

85528.40604 0.844718147

87967.98326 0.868812542

90132.31115 0.890188446

91962.97584 0.908268939

93429.45667 0.922752583

94526.55557 0.933588039

95270.38844 0.940934477

95693.51605 0.945113482

95839.76946 0.946557948

95920.28798 0.947353186

96175.65601 0.949875319

96555.78511 0.95362965

97015.15262 0.958166576

97514.59506 0.963099301

98022.23393 0.968112978

98513.66519 0.97296658

98971.57665 0.977489126

99384.9674 0.981571965

99748.13325 0.985158759

100059.5597 0.988234551

100320.8337 0.990815014

100535.6527 0.992936666

100708.9793 0.99464852

100846.3633 0.996005388

100953.4313 0.99706284

101035.5315 0.9978737

101097.5111 0.998485839

101143.5993 0.998941028

101177.3712 0.999274575

101201.7665 0.999515514

101219.1437 0.99968714

101231.3534 0.999807727

101239.8175 0.999891323
101245.6079 0.999948512

101249.5179 0.999987128

101250.8211 1

5112717.898
Appendix C‐8e (i): Process Gas TSM Run Data

In top 12%? Min Test Avg?

Fuel

Category

Combusto

r Design

Metals

Process

Heater? Rank FacilityID

YES Yes Process Gas No 1 WVMountainStateCarbonF

YES Yes Process Gas No 1 WVMountainStateCarbonF
UnitID Data Source Source Tab Pollutant

Data

Type Run Number

S1 ICR Phase II ‐ Test Report Phase II Metals From Test RTSM8 ET Sample #1

S1 ICR Phase II ‐ Test Report Phase II Metals From Test RTSM8 ET Sample #2
Test Date

Test

Burning

Waste?

Non‐

Detect?

Test Run

Emission Value ln (Run Value)

If Test

Run is

ND, "1"

10/19/2009 ADL 9.14E‐05 ‐9.300269182 0

10/19/2009 ADL 4.34E‐05 ‐10.04429304 0
Appendix C‐8e (ii): P

In top

12%?

Min Test

Avg?

YES Yes

Number of sources with

test data 1

n 2

n‐1 1

Average of natural log of

test run values (μ) ‐9.672281111

Variance of natural log of

test runs (σ2

) 0.276785751

m (test runs in test

condition) 3

Numerator for calculation

of flatness of z distribution

(β2z) 9.832341169

Denominator for

calculation of flatness of z

distribution (β2z) 0.305060577

Flatness of z distribution

(β2z) 34.23078265

Skewness of z distribution

(√β1z) 1.082050735
Go to distribution tab for 99 percentile, which reads in (β2z) and (√β1z)

normalization normalization normalization

Confidence level >0.99 >0.999 >0.995

Smallest value in column A

that is larger than

confidence level 0.990819335 0.999285031 0.996033654

z‐value 3.484 4.292 3.787

The following are individual terms in Equation 19 in the memorandum

exp (μ + (σ/2)) 7.23577E‐05

exp (2μ + σ2

) 5.23564E‐09

exp (σ2

) ‐ 1 0.318883771

(σ2

/n) + [σ4/(2(n ‐ 1))] 0.176698051

Square root term 0.000115477

Confidence Level 99% 99.9% 99.5%

UPL 2.06E‐04 2.38E‐04 2.18E‐04

Analysis of Data

Distribution

Normal Log‐normal

Skewness = #DIV/0! #DIV/0!

SE Skewness 1.73 1.73

Skewness Test #DIV/0! #DIV/0!

Kurtosis = #DIV/0! #DIV/0!

SE Kurtosis 3.46 3.46

Kurtosis Test #DIV/0! #DIV/0!

Number of test runs = 2 2
Process Gas TSM Test Averages and Calculation of UPL

Combustor

Design

Fuel

Category Rank FacilityID UnitID Data Source Source Tab

N/A Process G 1 WVMountainStateCar S1 ICR Phase II ‐ Test Repor Phase II Metals From T

Pollutant Test Average

ln (Test

Average)

Number of

test runs in

average

Num

test runs

‐ 1 Data Type Fuel

TSM8 6.74E‐05 ‐9.604624191 2 1 ET Coke Oven Gas
Appendix C‐8e (iii): Process Gas TSM Calculation of "z" Distribution

∆z z

VLOOKUP 0.101 34.230783 1.0820507

1.1793E‐05 ‐5 =f(a) 603.17549

4.71523E‐05 1 ‐4.899 548.51536

9.94823E‐05 2 ‐4.798 497.46519

0.000175922 3 ‐4.697 449.87008

0.000286106 4 ‐4.596 405.57838

0.000442801 5 ‐4.495 364.44171

0.000662595 6 ‐4.394 326.3149

0.000966598 7 ‐4.293 291.05608

0.001381073 8 ‐4.192 258.52658

0.001937892 9 ‐4.091 228.59103

0.002674668 10 ‐3.99 201.11725

0.003634383 11 ‐3.889 175.97637

0.004864287 12 ‐3.788 153.04273

0.006413855 13 ‐3.687 132.19394

0.008331558 14 ‐3.586 113.31085

0.010660266 15 ‐3.485 96.277565

0.013431196 16 ‐3.384 80.981433

0.016656415 17 ‐3.283 67.313058

0.020320142 18 ‐3.182 55.166294

0.024369308 19 ‐3.081 44.438242

0.028704104 20 ‐2.98 35.029255

0.033169569 21 ‐2.879 26.842936

0.037549488 22 ‐2.778 19.786135

0.041564109 23 ‐2.677 13.768955

0.044873194 24 ‐2.576 8.7047485

0.047085868 25 ‐2.475 4.510116

0.047778342 26 ‐2.374 1.1049094

0.049036636 27 ‐2.273 ‐1.58777

0.052648825 28 ‐2.172 ‐3.64157

0.058949583 29 ‐2.071 ‐5.126891

0.068159786 30 ‐1.97 ‐6.11088

0.080340394 31 ‐1.869 ‐6.657438

0.095350076 32 ‐1.768 ‐6.827212

0.112811701 33 ‐1.667 ‐6.677603

0.132092967 34 ‐1.566 ‐6.26276

0.152305925 35 ‐1.465 ‐5.633581

0.172329014 36 ‐1.364 ‐4.837718

0.1908534 37 ‐1.263 ‐3.919568

0.206453068 38 ‐1.162 ‐2.920283

0.217675462 39 ‐1.061 ‐1.877762

0.2231468 40 ‐0.96 ‐0.826655

0.224609769 41 ‐0.859 0.2016378

0.23389149 42 ‐0.758 1.1789662

0.251483433 43 ‐0.657 2.0804298

0.277414256 44 ‐0.556 2.8843782

   1 3 1 3

6

z z z

      

 2z

1z
0.311212848 45 ‐0.455 3.5724108

0.351910056 46 ‐0.354 4.1293768

0.398081279 47 ‐0.253 4.5433755

0.447928032 48 ‐0.152 4.805756

0.499392516 49 ‐0.051 4.9111172

0.550295694 50 0.05 4.857308

0.598486769 51 0.151 4.6454272

0.641990674 52 0.252 4.2798233

0.679140387 53 0.353 3.768095

0.70868246 54 0.454 3.1210905

0.729847075 55 0.555 2.3529083

0.742377637 56 0.656 1.4808966

0.746519116 57 0.757 0.5256533

0.750069878 58 0.858 ‐0.488974

0.760245125 59 0.959 ‐1.535886

0.775709123 60 1.06 ‐2.584737

0.794972382 61 1.161 ‐3.601927

0.816506327 62 1.262 ‐4.550611

0.838848586 63 1.363 ‐5.39069

0.860690989 64 1.464 ‐6.078817

0.880944903 65 1.565 ‐6.568395

0.898781334 66 1.666 ‐6.809577

0.913645901 67 1.767 ‐6.749266

0.925251126 68 1.868 ‐6.331115

0.93355021 69 1.969 ‐5.495528

0.938697499 70 2.07 ‐4.179657

0.941001204 71 2.171 ‐2.317406

0.941128745 72 2.272 0.1605706

0.943218733 73 2.373 3.3268699

0.946788021 74 2.474 7.2573377

0.951373391 75 2.575 12.03107

0.956556912 76 2.676 17.730413

0.961982287 77 2.777 24.440963

0.967362971 78 2.878 32.251565

0.972483338 79 2.979 41.254314

0.977194515 80 3.08 51.544557

0.981406547 81 3.181 63.220888

0.985078477 82 3.282 76.385154

0.988207654 83 3.383 91.142448

0.990819335 84 3.484 107.60112

0.99295729 85 3.585 125.87275

0.994675863 86 3.686 146.07221

0.996033654 87 3.787 168.31757

0.997088832 88 3.888 192.73018

0.997895927 89 3.989 219.43464

0.998503866 90 4.09 248.55879

0.99895503 91 4.191 280.23373

0.999285031 92 4.292 314.5938

0.999523018 93 4.393 351.7766

0.999692288 94 4.494 391.92296

0.999811058 95 4.595 435.17698

0.999893289 96 4.696 481.68601
0.999949479 97 4.797 531.60064

0.99998738 98 4.898 585.07472

1 99 4.999 642.26533
distribution of Z

Normal

distribution

1.48672E‐06 0.000896753

2.45094E‐06 0.001344378

3.9995E‐06 0.001989613

6.46025E‐06 0.002906272

1.03291E‐05 0.004189255

1.63472E‐05 0.005957619

2.56093E‐05 0.008356683

3.97118E‐05 0.011558351

6.09553E‐05 0.015758553

9.26132E‐05 0.021170543

0.000139285 0.028012612

0.000207351 0.036488822

0.000305546 0.046761581

0.000445674 0.058915391

0.000643469 0.072912034

0.000919619 0.088538685

0.001300942 0.10535216

0.001821704 0.122624457

0.002525035 0.139296797

0.003464389 0.153951351

0.004704958 0.164811159

0.006324913 0.169779227

0.008416337 0.166526789

0.011085658 0.152637938

0.014453386 0.125813095

0.018652949 0.084126962

0.023828414 0.026328239

0.030130931 ‐0.047840983

0.03771375 ‐0.137337272

0.046725789 ‐0.239558023

0.057303789 ‐0.3501766

0.069563239 ‐0.463112939

0.083588399 ‐0.570675759

0.099421884 ‐0.663899899

0.117054396 ‐0.733083568

0.136415346 ‐0.768506966

0.157365126 ‐0.761288069

0.179689839 ‐0.704306626

0.203099244 ‐0.593107328

0.227228529 ‐0.426681134

0.251644341 ‐0.208023079

0.275855243 0.055622834

0.299326439 0.35289575

0.321498297 0.668854646

0.341807853 0.985903124

    2 4

2 336

24

z    z z 

 





 1 () 1 3 6

z

Gf z z

      

 ( )z
0.359712192 1.285039708

0.37471238 1.547328608

0.386376486 1.755453461

0.394360216 1.895198967

0.398423793 1.95670594

0.398443914 1.935364811

0.394419966 1.832249223

0.386474058 1.65404068

0.374844865 1.412451044

0.359875719 1.123204699

0.34199778 0.804689428

0.32170943 0.476418385

0.299553264 0.157461148

0.276092166 ‐0.135001778

0.25188591 ‐0.386868076

0.227469632 ‐0.587949092

0.203335281 ‐0.732398932

0.17991684 ‐0.818731572

0.157579839 ‐0.84946409

0.136615273 ‐0.830459289

0.117237788 ‐0.770064154

0.099587708 ‐0.678150215

0.083736272 ‐0.565158411

0.069693339 ‐0.441236573

0.05741676 ‐0.3155354

0.046822635 ‐0.19570255

0.037795734 ‐0.08758807

0.030199481 0.004849149

0.023885038 0.079462414

0.018699163 0.135706139

0.014490659 0.174338139

0.011115369 0.197080088

0.008439746 0.206275526

0.006343145 0.204576361

0.004718997 0.194678979

0.003475077 0.179121324

0.002533081 0.160143615

0.001827693 0.139608643

0.001305351 0.118972919

0.000922829 0.099297438

0.00064578 0.081286159

0.00044732 0.065341006

0.000306705 0.051623898

0.000208159 0.040118434

0.000139842 0.030686127

9.29928E‐05 0.023114177

6.12113E‐05 0.017153466

3.98826E‐05 0.012546817

2.5722E‐05 0.009048405

1.64209E‐05 0.006435722

1.03767E‐05 0.004515686

6.49066E‐06 0.00312646
4.01874E‐06 0.002136363

2.46298E‐06 0.001441024

1.49417E‐06 0.000959654
Absolute values

0.000896753 4.5286E‐05

0.001344378 0.000135782

0.001989613 0.000200951

0.002906272 0.000293533

0.004189255 0.000423115

0.005957619 0.000601719

0.008356683 0.000844025

0.011558351 0.001167393

0.015758553 0.001591614

0.021170543 0.002138225

0.028012612 0.002829274

0.036488822 0.003685371

0.046761581 0.00472292

0.058915391 0.005950454

0.072912034 0.007364115

0.088538685 0.008942407

0.10535216 0.010640568

0.122624457 0.01238507

0.139296797 0.014068977

0.153951351 0.015549086

0.164811159 0.016645927

0.169779227 0.017147702

0.166526789 0.016819206

0.152637938 0.015416432

0.125813095 0.012707123

0.084126962 0.008496823

0.026328239 0.002659152

0.047840983 0.004831939

0.137337272 0.013871064

0.239558023 0.02419536

0.3501766 0.035367837

0.463112939 0.046774407

0.570675759 0.057638252

0.663899899 0.06705389

0.733083568 0.07404144

0.768506966 0.077619204

0.761288069 0.076890095

0.704306626 0.071134969

0.593107328 0.05990384

0.426681134 0.043094795

0.208023079 0.021010331

0.055622834 0.005617906

0.35289575 0.035642471

0.668854646 0.067554319

0.985903124 0.099576215

    2 4

3 2 336

( ) 24

z z z

z z

 

  

  





1

() 2 ( ) 2

M

i

i

x f a fx  

  

 
1.285039708 0.12978901

1.547328608 0.156280189

1.755453461 0.1773008

1.895198967 0.191415096

1.95670594 0.1976273

1.935364811 0.195471846

1.832249223 0.185057172

1.65404068 0.167058109

1.412451044 0.142657555

1.123204699 0.113443675

0.804689428 0.081273632

0.476418385 0.048118257

0.157461148 0.015903576

0.135001778 0.01363518

0.386868076 0.039073676

0.587949092 0.059382858

0.732398932 0.073972292

0.818731572 0.082691889

0.84946409 0.085795873

0.830459289 0.083876388

0.770064154 0.07777648

0.678150215 0.068493172

0.565158411 0.057080999

0.441236573 0.044564894

0.3155354 0.031869075

0.19570255 0.019765958

0.08758807 0.008846395

0.004849149 0.000489764

0.079462414 0.008025704

0.135706139 0.01370632

0.174338139 0.017608152

0.197080088 0.019905089

0.206275526 0.020833828

0.204576361 0.020662212

0.194678979 0.019662577

0.179121324 0.018091254

0.160143615 0.016174505

0.139608643 0.014100473

0.118972919 0.012016265

0.099297438 0.010029041

0.081286159 0.008209902

0.065341006 0.006599442

0.051623898 0.005214014

0.040118434 0.004051962

0.030686127 0.003099299

0.023114177 0.002334532

0.017153466 0.0017325

0.012546817 0.001267229

0.009048405 0.000913889

0.006435722 0.000650008

0.004515686 0.000456084

0.00312646 0.000315772
0.002136363 0.000215773

0.001441024 0.000145543

0.000959654 4.84625E‐05
Cumulative normalization

4.5286E‐05 1.1793E‐05

0.000181068 4.71523E‐05

0.000382019 9.94823E‐05

0.000675553 0.000175922

0.001098667 0.000286106

0.001700387 0.000442801

0.002544412 0.000662595

0.003711805 0.000966598

0.005303419 0.001381073

0.007441644 0.001937892

0.010270918 0.002674668

0.013956289 0.003634383

0.018679209 0.004864287

0.024629663 0.006413855

0.031993778 0.008331558

0.040936186 0.010660266

0.051576754 0.013431196

0.063961824 0.016656415

0.0780308 0.020320142

0.093579887 0.024369308

0.110225814 0.028704104

0.127373516 0.033169569

0.144192722 0.037549488

0.159609153 0.041564109

0.172316276 0.044873194

0.180813099 0.047085868

0.183472251 0.047778342

0.18830419 0.049036636

0.202175255 0.052648825

0.226370615 0.058949583

0.261738452 0.068159786

0.308512859 0.080340394

0.36615111 0.095350076

0.433205 0.112811701

0.507246441 0.132092967

0.584865644 0.152305925

0.661755739 0.172329014

0.732890708 0.1908534

0.792794548 0.206453068

0.835889343 0.217675462

0.856899674 0.2231468

0.86251758 0.224609769

0.898160051 0.23389149

0.96571437 0.251483433

1.065290586 0.277414256

) () f b  


1.195079596 0.311212848

1.351359785 0.351910056

1.528660585 0.398081279

1.720075681 0.447928032

1.917702981 0.499392516

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