InstructionsforfillingintheEmissionTestTemplateThisInformationCollectionRequest(ICR)spreadsheetisintendedtocollectinformationaboutemissiondatafromfossilfuelburningpowerplantsandwhichtestmethodswereusedtodosoforcaseswherethetestmethodsarenotcurrentlysupportedbytheElectronicReportingTool(ERT).ThisspreadsheetshouldonlybeusedifthemethodisnotintheERTorifyoudonothaveaccesstoalabwhichperformsmethodsthatareintheERT.Youmustcompleteatleast3separaterunsorsamplingeventsforeachoftherequestedconstituents.Thisspreadsheetisintendedtobeusedforoneboilerofonefacility.Dataformultipleboilersshouldbehandledbyusingseparatecopiesofthisspreadsheet.Fieldsshadedinyellowarerequired.Allcellsthatareshadedingreenarepopulatedusingdrop‐downlists.Youdonotneedtopopulatecellsshadedingray,astheyareautomaticallypopulatedfromtheBoilerInformationworksheet.Pleasenameeachresultingspreadsheetwiththefollowingnamingconvention:[FacilityID]_Unit_[BoilerID]_EmisTestMethods.xls(example:8100_Unit_2_EmisTestMethods.xls).Pleaserefertothefollowingstepswhenusingthesespreadsheets.BoilerInformationWorksheet1.PleaseentertheEIAFacilityCode,FacilityNameandBoilerIDofyourboilerontheBoilerInformationworksheet.2.Pleaseenterthecontroldeviceconfiguration.EmissionDataWorksheetsInstructionsforfillingintheEmissionTestTemplateThisInformationCollectionRequest(ICR)spreadsheetisintendedtocollectinformationaboutemissiondatafromfossilfuelburningpowerplantsandwhichtestmethodswereusedtodosoforcaseswherethetestmethodsarenotcurrentlysupportedbytheElectronicReportingTool(ERT).ThisspreadsheetshouldonlybeusedifthemethodisnotintheERTorifyoudonothaveaccesstoalabwhichperformsmethodsthatareintheERT.Youmustcompleteatleast3separaterunsorsamplingeventsforeachoftherequestedconstituents.Thisspreadsheetisintendedtobeusedforoneboilerofonefacility.Dataformultipleboilersshouldbehandledbyusingseparatecopiesofthisspreadsheet.Fieldsshadedinyellowarerequired.Allcellsthatareshadedingreenarepopulatedusingdrop‐downlists.Youdonotneedtopopulatecellsshadedingray,astheyareautomaticallypopulatedfromtheBoilerInformationworksheet.Pleasenameeachresultingspreadsheetwiththefollowingnamingconvention:[FacilityID]_Unit_[BoilerID]_EmisTestMethods.xls(example:8100_Unit_2_EmisTestMethods.xls).Pleaserefertothefollowingstepswhenusingthesespreadsheets.BoilerInformationWorksheet1.PleaseentertheEIAFacilityCode,FacilityNameandBoilerIDofyourboilerontheBoilerInformationworksheet.2.Pleaseenterthecontroldeviceconfiguration.EmissionDataWorksheetsTheemissiondataworksheetsareprovidedforeachconstituentorconstituentfamilyrequiredforthisanalysis.Oneachspreadsheet,youmustenterboileroperatinginformationduringsampling,fuelinputinformation,andemissiontestresults.Therearegenerally1to3emissiontestresultsrecordstobeentereddependingontheconstituentorconstituentfamily.Forexample,COonlyrequires1recordwith3sampleevents,whileMercuryrequiresthatyouenterbothHg0andHg+2,oriftheOntario‐HydroMethodwasused,youwouldneedtoenterHg0,HgP,andHg+2.However,boththeSpeciatedVolatileOrganicHAPandSpeciatedSemi‐VolatileOrganicHAPworksheetsallowyoutouseadrop‐downprovidedintheConstituentfieldtodefineasmanyrecordsasneededtorecordeachHAPthatyouhaveresultsfor.Generalinstructionsfollowfortheseworksheets:BoilerOperationInformation1.Pleaseprovidethevaluesofallrequestedparametersforeachoftestrun/sample.2.PleaseprovideanyothersupportinginformationorcommentsintheOtherSupportingInformationfield.FuelInformation1.Pleaseenterwhattypesoffuelarebeingusedinyourboilerusingthedrop‐downsintheFuelTypeSelectionfield.Youmayenterupto4fueltypes.Ifyouarenotburningoneormoreofthefueltypesenteredinoneormoresamples,thenenteraninputrateofzero.2.Pleaseentertheunitofmeasureusingthedropdownprovided.3.Pleaseenterthetestmethodusedtodeterminethefuelinputrate.4.PleaseprovideanyotherinformationthatyoufeelmaybeimportantintheOtherSupportingInformationfield.EmissionData1.Someconstituentsaskfortheemissionrateresultsofeachrunintwodifferentunitsofmeasure,whileothersdonot.Ifemissionrateresultsarerequestedintwodifferentunitsofmeasure(ex.lb/MMBtu(PoundspermillionBTU)andppmvd@7%O2(partspermillionbyvolumedrybasisat7percentoxygen)),youarerequiredtoprovideboth.2.Pleaseprovidethetestmethodused.ThismayormaynotmatchtheexamplegivenintheTestMethodUsedfield.Pleaseensurethatthenameincludestheowningorganizationofthetestmethod(ex.U.S.EPAMethod0010).3.PleaseprovideanyotherinformationthatyoufeelmaybeimportantintheOtherSupportingInformationfield.4.IfdatasheetsandQA/QCdocumentationtablesareprovidedforthetestmethodyouareenteringdataforpleasealsoenterthesedata1.Pleaseprovidethevaluesofallrequestedparametersforeachoftestrun/sample.2.PleaseprovideanyothersupportinginformationorcommentsintheOtherSupportingInformationfield.FuelInformation1.Pleaseenterwhattypesoffuelarebeingusedinyourboilerusingthedrop‐downsintheFuelTypeSelectionfield.Youmayenterupto4fueltypes.Ifyouarenotburningoneormoreofthefueltypesenteredinoneormoresamples,thenenteraninputrateofzero.2.Pleaseentertheunitofmeasureusingthedropdownprovided.3.Pleaseenterthetestmethodusedtodeterminethefuelinputrate.4.PleaseprovideanyotherinformationthatyoufeelmaybeimportantintheOtherSupportingInformationfield.EmissionData1.Someconstituentsaskfortheemissionrateresultsofeachrunintwodifferentunitsofmeasure,whileothersdonot.Ifemissionrateresultsarerequestedintwodifferentunitsofmeasure(ex.lb/MMBtu(PoundspermillionBTU)andppmvd@7%O2(partspermillionbyvolumedrybasisat7percentoxygen)),youarerequiredtoprovideboth.2.Pleaseprovidethetestmethodused.ThismayormaynotmatchtheexamplegivenintheTestMethodUsedfield.Pleaseensurethatthenameincludestheowningorganizationofthetestmethod(ex.U.S.EPAMethod0010).3.PleaseprovideanyotherinformationthatyoufeelmaybeimportantintheOtherSupportingInformationfield.4.IfdatasheetsandQA/QCdocumentationtablesareprovidedforthetestmethodyouareenteringdataforpleasealsoenterthesedata.

# EIA Facility Cod e Facility Name Boiler ID

8102 General James M. G a 2

# Control Device Configuraton

Listed (by boiler) in the Configuration Order Section of the Facility Unit Configurations Section of the Electronic IC R

# EIA Facility Code Facility Name Boiler ID

8102 General James M. Ga v 2

M26A-1 3/11/2010 8:27 3/11/2010

M26A-2 3/11/2010 10:27 3/11/2010

M26A-3 3/11/2010 12:16 3/11/2010 Run Number Test Start Date Test Start Time Test End Date

# Measured Value

( μ g /m3 ) Basis (Wet or Dry)

9:56 199.41 Dry

11:46 206.51 Dry

13:35 214.83 Dry Hy d

Test End Time

# Test Method Used Data Flag (ADL,

BDL, DDL ) Test Method

Comments

U.S. EPA Method 26A-Mod BDL <0.0002

U.S. EPA Method 26A-Mod BDL <0.0002

U.S. EPA Method 26A-Mod BDL <0.0002 d rogen Cyanide Emission Test Results Calculated

Emission Rate

( lb/mmBtu )

# 13 12.1 7 4027283 122.8

13.5 11.9 6.9 3888457 124.2

13.4 12 7 3908536 124 Flue Gas

Flow Rate

( dscfm ) Steam Output

(1000 lb/hr) Total Heat

Input

( mmBtu/hr ) Flue Gas

Temperature

( F ) Flue Gas

Moisture

( % ) Flue Gas

CO 2 

# (%) Flue Gas

O 2 

# (%)

# Fuel Input

Rate Fuel Type Units of

Measure Measurement

Method Fuel Input

Rate Fuel Type Units of

Measure Measurement

Method

1125000 bituminous lb/hour Other

1125000 bituminous lb/hour Other

1125000 bituminous lb/hour Other Fuel #1 Fuel #2

# Fuel Input Rate Fuel Type Units of

Measure Measurement

Method Fuel Input

Rate Fuel Type Units of

Measure Measurement

Method Fuel #4 Fuel #3

# Other Supporting Information