ProcessInformation1Nameoflegalowneroffacility:MississippiPowerCompany(50%)andGulfPowerCompany(50%)2Nameoflegaloperatoroffacility,ifdifferentfromlegalowner:MississippiPowerCompany3Addressof___legalowneror_X_operator:P.O.Box4079Gulfport,MS39502‐40794aPlantName(asreportedonU.S.DOE/EIAForm‐860(2007),"AnnualElectricGeneratorReport",schedule2,line1,page37,question1)ORPlantName(asreportedonU.S.DOE/EIAFormEIA‐923(2008),"PowerPlantOperationsReport",schedule2,page1,question1):VictorJDanielJr4bEIAPlantCode(asreportedonU.S.DOE/EIAForm‐860(2007),schedule2,line1,page37,question2)ORPlantID(asreportedonU.S.DOE/EIAFormEIA‐923(2008),schedule2,page1,question2):60735Completestreetaddressoffacility(physicallocation):13201Highway63NorthMossPoint,MS39562‐64896Providemailingaddressifdifferent:Sameasabove7Nameandtitleofcontact(s)abletoanswertechnicalquestionsaboutthecompletedsurvey:SarahMarkham,EngineerII8Contact(s)telephonenumber(s):(205)257‐6780ande‐mailaddress(es):sasander@southernco.com9IsthisfacilityconsideredtobeownedoroperatedbyasmallentityasdefinedbytheRegulatoryFlexibilityAct?____Yes_X__No____Don'tknow10Whichofthefollowingfossilfuelsorothermaterial(s)arefiredinanysteamgeneratingunitatthisfacility?_X_coal_X_oil(includingpetcoke)___naturalgas_X_other(specifyinquestion14below)11Whichofthefollowingfossilfuelorothermaterial(s)arepermitted1tobefiredinanysteamgeneratingunitatthisfacility?_X_coal_X_oil(includingpetcoke)_X_naturalgas_X_other(specifyinquestion14below)12Ifcoalorsolidfuel,asdescribedbelow,derivedfromafossilsourceisfired,indicatewhichrankofcoalorsolidfuelwasutilizedduringtheprevious12monthspriortothereceiptofthisICR:2,3____lignite(%_____)_X_subbituminous(%_44_)_X_bituminous(%_56_)____anthracite(%_____)____coalrefuse(includinggob,culm,andsubbituminous‐derivedcoalrefuse)(%_____)____synfuel(including,butnotlimitedto,briquettes,pellets,orextrusionswhichareformedbybindingmaterials,orprocessesthatrecyclematerials)(%_____)(pleasespecifythetypeorformofsynfuelused___________________________________________)____petroleumcoke(%_____)13Ifoilisfired,indicatewhichtypeofoilwasutilizedduringtheprevious12monthspriortothereceiptofthisICR:4_X*_distillate(%____)_X_other(specify‐usedoil)(%_<1__)____residualorbunkerC(%_____)*‐start‐up14aIf"other"wascheckedinquestions10or11aboveindicatingthatanynon‐fossilfuelorothermaterial(including,butnotlimitedto,plastics,treatedwood,rubberbeltingorgaskets,wholetires,tire‐derivedfuel,boilercleaningsolutions,animalwastes,etc.)iseitherutilizedorpermittedtobeused,pleaseindicatebelowwhatmaterialsarecombustedintheboilerandinwhatquantities(specifywhetherthisquantityisonaweightpercentageorheat[Btu]basis).Alsoindicate(yes/no)whetheryouarepermitted5toburnnon‐fossilfuel(s)orothermaterial(s)evenifyoudonotactuallyburnthem.14bIf"other"wascheckedinquestions10or11aboveindicatingthatanynon‐fossilfuelorothermaterial(including,butnotlimitedto,plastics,treatedwood,rubberbeltingorgaskets,wholetires,tire‐derivedfuel,boilercleaningsolutions,animalwastes,etc.)iseitherutilizedorpermittedtobeused,weresuchmaterialtobeclassifiedas"solidwaste"undertheResourceConservationandRecoveryActand,thusmaketheutilizingunitsubjecttoCAAsection129,wouldyoucontinuetoutilize(i.e.,useasafuel)thematerial?____Yes____No_X__NeitherExplain:Untiltheregulationsarefinalized,wecannotdeterminewithcertaintywhetherwewouldusetheothermaterialsornot.1"Permitted"inthiscontext,referstothefuelsthatthepermitanticipateswillbecombustedatthefacility.2Iftheboilerisfiredbyablendofcoalranks,pleasespecifypercentage(separately,onbothamassandonaBtubasis)ofeachcoalrank(e.g.,85%subbituminuous/15%bituminous).3Inreferencetofootnote1,ifnecessary,anotationcanbeaddedtoautilizedfueltypethatisnotlistedintheoperatingpermitnotingthereasonthefueltypewascombusted(e.g.,"thepermittingagencyallowedthisfueltobecombustedforspecialtestingandresearchpurposes").4Iftheboilerisfiredbyablendoffueloilranks,pleasespecifypercentage(separately,onbothavolumeandonaBtubasis)ofeachfueloilrank(e.g.,85%residualoil/15%distillate).5Ifnecessary,anotationcanbeaddedtoautilizedfueltypethatisnotlistedintheoperatingpermitnotingthereasonthefuelwascombusted(e.g.,"thepermittingagencyallowedthisfueltobecombustedforspecialtestingandresearchpurposes").BoilerchemicalcleaningwastesYNN/AN/APetroleumcontaminatedsoilNYQuantity/year6740gallons/2009N/AOtherMaterialUsedoilCleanwoodwastesActuallyburnYNPermittedtoburnYY15Identification(ordesignation)ofallcoal‐andoil‐firedsteamgeneratingunits(boilers)(asdefinedbyCleanAirActsection112(a)(8))locatedatthisfacility.



# Boiler ID 6 

# Original design fuel (i.e.,

coal rank or type of oil)

Design heat input,

(MMBtu/hr) 7 

# Present maximum heat

input, (MMBtu/hr) 8 

# MWe Gross capacity

summer MWe Net Capacity

summer Original design gross

efficiency (%, HHV) Present operating gross

efficiency (%, HHV) Design steam pressure

(psig) Operating steam pressure

(psig) Design steam temperature

( o 

# F) Operating steam

temperature ( o 

# F) Design steam reheat

temperature ( o 

# F) 9 

# Operating steam reheat

temperature ( o 

# F) 10 

# Fuel 11 

# Hours/year operated 12 

# Average annual capacity

factor for the past 3 years Applicable NSPS Estimated year of

retirement 131 bituminous CBI CBI 537 510 89.17 88.27 2400 2396 1000 1000 1000 978 Bituminousandsubbitimiouscoal,#2fueloil,usedoil,naturalgas,petroleumcontaminatedsoil(non‐haz),boilercleaningwaste,woodwaste,and#6fueloilandisequippedwithanelectrostaticprecipitator.CBI CBI 40CFRPart60,SubpartD,S.60.42(a)(1)and2),S.60.43(a)(2)andS.60.44(a)(3)N/A2 bituminous CBI CBI 536 510 89.17 88 2400 2401 1000 999 1000 976 Bituminousandsubbitimiouscoal,#2fueloil,usedoil,naturalgas,petroleumcontaminatedsoil(non‐haz),boilercleaningwaste,woodwaste,and#6fueloilandisequippedwithanelectrostaticprecipitator.CBICBI40CFRPart60,SubpartD,S.60.42(a)(1)and2),S.60.43(a)(2)andS.60.44(a)(3)N/ANote:"N/A"meansnotavailable.Originaldesignfuel.Basedontheoriginalcontractboilerdatasheet;onlytheprimaryfuelislistedifmultiplefuelswereincludedonthedatasheet.Designheatinput(MMBtu/hr).Indicatestheminimumlevelofheatinputrequiredtoachievemaximumsteamflow,basedonthedesignoftheunit(i.e.,designefficiency,designtemperature,anddesignpressure).Presentmaximumheatinput(MMBtu/hr).BasedonthecalculatedheatinputatgrossnormalfullloadasafunctionoftheDecember2009grossheatinputequation,whichtakesintoaccountaminimumoftwelvemonthsofactualoperatingdata.Thisresponsedoesnotaccountforchangesovertimeintheconditionoftheunit,heatrate,heatormoisturecontentofthecoal,ambientconditions,oroperationoftheunitatvalves‐wide‐openoremergencyconditions.MWeGrossCapacitySummer.IdentifiesthegrossnormalfullloadasofMay2009.MississippiPowerdoesnotchangeunitcapacitiesfromseasontoseason.MWeNetCapacitySummer.IdentifiesthenetnormalfullloadasofMay2009;takendirectlyfromthe2009installedandauthorizeddocument.MississippiPowerdoesnotchangeunitcapacitiesfromseasontoseason.Originaldesigngrossefficiency(%,HHV).Takendirectlyfromtheoriginalcontractboilerdatasheet.Presentoperatinggrossefficiency(%,HHV).Basedonthemostrecentactualtestoftheboilerefficiency,unlessnorecentboilerefficiencytestwasavailable.Wherenorecenttestwasavailable,thatstatusisindicated.Designsteampressure(psig).Basedonthethermaldesignoftheunitasrepresentedontheturbineheatbalancesheet.Operatingsteampressure(psig).Representstheaveragethrottlepressurewhentheunitoperatedatgrossnormalfullloadoverathreeyearperiod(January2007toDecember2009).Designsteamtemperature.Basedonthethermaldesignoftheunitasrepresentedontheturbineheatbalancesheet.Operatingsteamtemperature.Representstheaveragesteamtemperaturewhentheunitoperatedatgrossnormalfullloadoverathreeyearperiod(January2007toDecember2009).Designsteamreheattemperature.Basedonthethermaldesignoftheunitasrepresentedontheturbineheatbalancesheet.Operatingsteamreheattemperature.Representstheaveragereheatsteamtemperaturewhentheunitoperatedatgrossnormalfullloadoverathreeyearperiod(January2007toDecember2009).Fuel.Indicatesthefuelsburnedinthepreviouscalendaryear(JanuarytoDecember2009).Hours/yearoperated.Basedontheaverageservicehoursoperatedduringthelastthreeyears(January2007toDecember2009),asreportedtoNERCthroughtheGADSreportingsystem.Averageannualcapacityfactorforthepastthreeyears.Calculatedusingeachyear'sgrossgenerationdividedbythatyear'saveragegrossnormalfullload.Theaverageannualcapacityfactorforeachofthethreeyearswasthenaveragedtogethertoobtainthisresponse.NSPS.WherenoNSPSisidentified,theunitisnotcurrentlysubjecttoanyNSPS.Retirement.MississippiPowerhasnotcommittedtoactualretirementdatesforWatsonUnits4‐5.MississippiPowercontinuallyevaluatesretirementscenarioswithrespecttoitsgeneratingunitsforavarietyofplanningpurposes,takingintoaccountawiderangeofvariables.Whilethecompanyassumesfinancial"retirementdates"foraccountingpurposes,forexample,fordepreciationschedulesorforFERCorPublicServiceCommissionuses,thesedatesarenotindicativeoftheunit'sactualretirementdate.6BoilerID(asreportedonU.S.DOE/EIAFormEIA‐860(2007),"AnnualElectricGeneratingReport,"schedule6,partA,line1,page53,[forplantsequaltoorgreaterthan10MWbutlessthan100MW]oronschedule6,partB,line1,page54,[forplantsgreaterthan100MW])ORGeneratorID(asreportedonU.S.DOE/EIAFormEIA‐923(2008),"PowerPlantOperationsReport,"schedule5,partA,page8).7Perfuelburnedintheboiler.Reportthisbasedonhigherheatingvalue(HHV).8Perfuelburnedintheboiler.Reportthisbasedonhigherheatingvalue(HHV).9Pleaseindicateifmorethanonesteamreheatcycleisutilized,and,ifso,pleaseprovideinformationforboth.10Pleaseindicateifmorethanonesteamreheatcycleisutilized,and,ifso,pleaseprovideinformationforboth.11Indicatethefuelsutilizedfortheindicatedboiler,andpercentages,asindicatedinquestions11‐13.12The"hours/yearoperated"wouldbetheaverageoftheactualnumberofhourstheunitoperatedin1yearbasedonthelast3yearsofoperation.13ThiscanbetreatedasCBIandcanbesubmittedthroughtheproperCBIprocedureifdesired.16ForeachboilernotedinPartI,question15,providethefollowinginformationforeachcurrentemissioncontroldeviceinstalledandoperatingand/orplanned(pleasedesignatetheorderoftheemissioncontrols‐1forthefirstcontrolfollowingtheboiler,2forthesecondcontrolfollowingtheboiler,etc.):BoilerID14Type15NOxcontrol16SO2control17PMcontrol18Othercontrol191 tangential‐firedlow‐NOxburners‐2010N/AESP‐09/06/77(cold‐sideconversion1998)ESPDBfluegasconditioning‐20002 tangential‐firedlow‐NOxburners‐2008N/AESP‐06/01/81(cold‐sideconversion1998)ESPDBfluegasconditioning‐2000Note:"N/A"meansnotapplicable.14BoilerID(asreportedonU.S.DOE/EIAFormEIA‐860(2007),"AnnualElectricGeneratingReport,"schedule6,partA,line1,page53,[forplantsequaltoorgreaterthan10MWbutlessthan100MW]oronschedule6,partB,line1,page54,[forplantsgreaterthan100MW])ORGeneratorID(asreportedonU.S.DOE/EIAFormEIA‐923(2008),"PowerPlantOperationsReport,"schedule5,partA,page8).15Examples:tangential‐fired;cyclone;wall‐fired;circulatingfluidizedbed(CFB)16Examples:low‐NOxburners;selectivecatalyticreduction(SCR);selectivenon‐catalyticreduction(SNCR);over‐fireair(OFA).Includespecificdatethatcontrolwentonlineorplannedoperationaldatefornewinstallation.Ifthisboiler'scontrolconfigurationutilizesaSCR,pleaseincludethetypeofmaterialfromwhichthecatalystismanufacturedandthetypeofreductantusedinwiththeSCR(e.g.,anhydrousammonia,urea,other).Also,pleasenoteifthecatalystisspecificallydesignedtoreduceSO3formation?17Examples:wetfluegasdesulfurization(FGD;anytype);dryscrubbing(anytype);specifywhethercalcium‐orsodium‐based.Includespecificdatethatcontrolwentonlineorplannedoperationaldatefornewinstallation.18Examples:fabricfilter;cold‐sideelectrostaticprecipitator(ESP);hot‐sideESP;cycloneormulticlone;venturiscrubber.Includespecificdatethatcontrolwentonlineorplannedoperationaldatefornewinstallation.19Pleaseindicatesystemsinstalledspecificallytocontrolanyotherpollutants(e.g.,Hg,SO3,etc.).Examples:activatedcarboninjection(ACI);PowerspanECO®;drysorbentinjectionorwetESPforSO3control;fluegasconditioningtocontrolopacity(e.g.,SO3injection,ammonia,other);additiveuseformercurycontrol(e.g.,bromine;scrubberadditives).Includespecificdatethatcontrolwentonlineorplannedoperationaldatefornewinstallation.Alsoincludeanypollutantscontrolledbythistechnology(e.g.,controltechnology[pollutantcontrolled]).17ForeachboilernotedinPartI,question15,providethecompany(primevendor)nameandcompanycontactinformationforeachHAP‐specific(e.g.,mercury,hydrogenchloride)controltechnologythatyouhaveeithercontractedfor,areinstalling,orhaveinstalledforthepurposeofparticipatinginacontroltechnologydemonstrationproject20(e.g.,U.S.DepartmentofEnergyprogram,consentdecree,etc.).NameTelephoneAddress1N/AN/AN/AN/A2N/AN/AN/AN/ANote:"N/A"meansnotapplicable.20AcontroltechnologydemonstrationprojectisdefinedasaU.S.Government(e.g.,U.S.DepartmentofEnergyprogram)sponsored(inwholeorinpart)projectormandate(e.g.,asaresultofaconsentdecree)thataddsaHAPcontroltechnologytoafacility'sunittodemonstratethetechnology'sHAPremovalperformance.21BoilerID(asreportedonU.S.DOE/EIAFormEIA‐860(2007),"AnnualElectricGeneratingReport,"schedule6,partA,line1,page53,[forplantsequaltoorgreaterthan10MWbutlessthan100MW]oronschedule6,partB,line1,page54,[forplantsgreaterthan100MW])ORGeneratorID(asreportedonU.S.DOE/EIAFormEIA‐923(2008),"PowerPlantOperationsReport,"schedule5,partA,page8).Company(vendor)contactinformationBoilerID21Company(vendor)name18ForthecontroltechnologiesidentifiedinPartI,question17,providethedateofactualstart‐upofthedemonstration(ifthecontroliscurrentlyoperating),thedateofexpectedorprojectedstart‐up,thedatethedemonstrationwascompleted,thetypeofHAPcontrolinstalled(e.g.,sorbentandtype;pre‐combustionboilerchemicaladditive;combustionboilerchemicaladditive),thedesiredHAPemissionreductionorrate(ifany),andthecoalrank(s)uponwhichthedemonstrationwasconducted.PleasespecifytheformatofthetargetHAPemissionreductionrate(e.g.,lb/MWh,lb/TBtu,percentreduction,etc.).Iftheformatofthetargetend‐pointispercentreduction,provide(1)anestimateofwhatanequivalentemissionratewouldbe(andspecifytheformatoftheequivalentemissionrate),and(2)thebasisforcalculatingthepercentreduction(i.e.,wherethe"inlet"and"outlet"are).BoilerID22Demonstrationactivityactualstart‐updateDemonstrationactivityprojectedstart‐updateDemonstrationactivityend‐dateorprojectedend‐dateTypeofcontrol(e.g.,sorbentandtype;chemicaladditive23)DesiredHAPemissionreduction(%)oremissionrateCoalrank(s)inuse1 N/A N/A N/A N/A N/A N/A2 N/A N/A N/A N/A N/A N/ANote:"N/A"meansnotapplicable.22BoilerID(asreportedonU.S.DOE/EIAFormEIA‐860(2007),"AnnualElectricGeneratingReport,"schedule6,partA,line1,page53,[forplantsequaltoorgreaterthan10MWbutlessthan100MW]oronschedule6,partB,line1,page54,[forplantsgreaterthan100MW])ORGeneratorID(asreportedonU.S.DOE/EIAFormEIA‐923(2008),"PowerPlantOperationsReport,"schedule5,partA,page8).23Ifadditiveisused,pleaseindicateinjectionpoint.19ForeachboilernotedinPartI,question15,providethecompany(primevendor)nameandcompanycontactinformationforeachHAP(e.g.,mercury,hydrogenchloride,etc.)controltechnologythatyouhaveeithercontractedfor,areinstalling,orhaveinstalledforthepurposeofprovideanon‐demonstration,full‐scaleoperatingsystem.NameTelephoneAddress1N/AN/AN/AN/A2N/AN/AN/AN/ANote:"N/A"meansnotapplicable.24BoilerID(asreportedonU.S.DOE/EIAFormEIA‐860(2007),"AnnualElectricGeneratingReport,"schedule6,partA,line1,page53,[forplantsequaltoorgreaterthan10MWbutlessthan100MW]oronschedule6,partB,line1,page54,[forplantsgreaterthan100MW])ORGeneratorID(asreportedonU.S.DOE/EIAFormEIA‐923(2008),"PowerPlantOperationsReport,"schedule5,partA,page8).Company(vendor)contactinformationBoilerID24Company(vendor)name20ForthecontroltechnologiesidentifiedinPartI,question19,providethedateofactualstart‐up(ifthecontroliscurrentlyoperating),thedateofexpectedorprojectedstart‐up,thetypeofHAPcontrolinstalled(e.g.,sorbentandtype;pre‐constructionboilerchemicaladditive;combustionofboilerchemicaladditive),theguaranteedHAPemissionreductionoremissionrate,thesorbentfeedrateuponwhichtheguaranteeisbased,andthecoalrank(s)uponwhichtheguaranteeisbased.Pleasespecifytheformatoftheguarantee(e.g.,lb/MWh,lb/TBtu,percentreduction,etc.).Iftheformatoftheguaranteeispercentreduction,provide(1)anestimateofwhatanequivalentemissionratewouldbe(andspecifytheformatoftheequivalentemissionrate),and(2)thebasisforcalculatingthepercentreduction(i.e.,wherethe"inlet"and"outlet"are).BoilerID25Actualstart‐updateExpectedorprojectedstart‐updateTypeofcontrol(e.g.,sorbentandtype;chemicaladditive)26GuaranteedHAPemissionreduction(%)oremissionrateSorbentoradditivefeedrateonwhichguaranteeisbasedCoalrank(s)uponwhichguaranteeisbased1 N/A N/A N/A N/A N/A N/A2 N/A N/A N/A N/A N/A N/ANote:"N/A"meansnotapplicable.25BoilerID(asreportedonU.S.DOE/EIAFormEIA‐860(2007),"AnnualElectricGeneratingReport,"schedule6,partA,line1,page53,[forplantsequaltoorgreaterthan10MWbutlessthan100MW]oronschedule6,partB,line1,page54,[forplantsgreaterthan100MW])ORGeneratorID(asreportedonU.S.DOE/EIAFormEIA‐923(2008),"PowerPlantOperationsReport,"schedule5,partA,page8).26Ifadditiveisused,pleaseindicateinjectionpoint.21ForeachboilernotedinPartI,question15,providethefollowinginformation:PM28PM10(29)PM2.5(30)SO2HCland/orHFHCNMetalHAP31HgCOOtherorganics(specify)Otherpollutant(specify)1 TVOP3.B.1.0.1lb/MMBtu;Emissionpoints1&2aresubjecttotheNewSourcePerformanceStandards(NSPS),SubpartD,includingtherequirementsofSection60.42(a)(1)and(2)forparticulatematter,Section60.43(a)(2)forsulfurdioxide,andSection60.44(a)(3)fornitrogenoxides.N/AN/ATVOP3.B.1.1.2lb/MMBtu;Emissionpoints1&2aresubjecttotheNewSourcePerformanceStandards(NSPS),SubpartD,includingtherequirementsofSection60.42(a)(1)and(2)forparticulatematter,Section60.43(a)(2)forsulfurdioxide,andSection60.44(a)(3)fornitrogenoxides.N/AN/AN/A N/A PSD‐ConstructionPermit.0.153lb/mmBtubasedona3‐hourblockaverageand3660tons/year.N/AN/A2 TVOP3.B.1.0.1lb/MMBtu;Emissionpoints1&2aresubjecttotheNewSourcePerformanceStandards(NSPS),SubpartD,includingtherequirementsofSection60.42(a)(1)and(2)forparticulatematter,Section60.43(a)(2)forsulfurdioxide,andSection60.44(a)(3)fornitrogenoxides.N/AN/ATVOP3.B.1.1.2lb/MMBtu;Emissionpoints1&2aresubjecttotheNewSourcePerformanceStandards(NSPS),SubpartD,includingtherequirementsofSection60.42(a)(1)and(2)forparticulatematter,Section60.43(a)(2)forsulfurdioxide,andSection60.44(a)(3)fornitrogenoxides.N/AN/AN/A N/APSD‐ConstructionPermit.0.153lb/mmBtubasedona3‐hourblockaverageand3660tons/year.N/AN/ANote:"N/A"meansnotapplicable.27BoilerID(asreportedonU.S.DOE/EIAFormEIA‐860(2007),"AnnualElectricGeneratingReport,"schedule6,partA,line1,page53,[forplantsequaltoorgreaterthan10MWbutlessthan100MW]oronschedule6,partB,line1,page54,[forplantsgreaterthan100MW])ORGeneratorID(asreportedonU.S.DOE/EIAFormEIA‐923(2008),"PowerPlantOperationsReport,"schedule5,partA,page8).28IftheboilerhasseparatepermittedemissionlimitsforfilterableandcondensablePM,respectively,pleaseindicatethoseseparatelimits.Alsoincludethecompliancetestmethodutilized.29Listthecompliancetestmethodutilized.30Listthecompliancetestmethodutilized.31MetalHAPincludecompoundsofantimony,arsenic,beryllium,cadmium,chromium,cobalt,lead,manganese,nickel,phosphorus,andselenium;indicatepermitlevelforallmetalHAPforwhichapermitlevelhasbeendeveloped.*BoilerID1CO‐PSDPermit0.153Lb/MMBtubasedona3‐hourblockaverageand3660tons/year*BoilerID2CO‐PSDPermit0.153Lb/MMBtubasedona3‐hourblockaverageand3660tons/year*BoilerID1CO‐PSDPermitissuedJanuary4,2010Permittedemissionlimit(indicatetypeofpermitandformatofemissionlimit)BoilerID2722ForeachboilernotedinPartI,question15,providethefollowinginformation:PM33PM10PM2.5SO2 HCland/orHF HCNMetalHAP34HgCOOtherorganics(specify)Otherpollutant(specify)1 0.015lb/mmBtu(guaranteeexpires1999)N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A2 0.015lb/mmBtu(guaranteeexpires2002)N/A N/A N/A N/A N/A N/A N/A N/A N/A N/ANote:"N/A"meansnotapplicable.23Wasanyotherguaranteelevelsoughtoroffered?____Yes__X__NoPleaseelaborate.N/A‐notapplicable32BoilerID(asreportedonU.S.DOE/EIAFormEIA‐860(2007),"AnnualElectricGeneratingReport,"schedule6,partA,line1,page53,[forplantsequaltoorgreaterthan10MWbutlessthan100MW]oronschedule6,partB,line1,page54,[forplantsgreaterthan100MW])ORGeneratorID(asreportedonU.S.DOE/EIAFormEIA‐923(2008),"PowerPlantOperationsReport,"schedule5,partA,page8).33IftheboilerhasseparateguaranteedemissionrateforfilterableandcondensablePM,respectively,pleaseindicatethoseseparateemissionrates.34MetalHAPincludecompoundsofantimony,arsenic,beryllium,cadmium,cobalt,lead,manganese,nickel,phosphorus,andselenium;indicatepermitlevelforallmetalHAPforwhichapermitlevelhasbeendeveloped.MostrecentguaranteedemissionrateforeachpollutantforwhichthereisapermittedemissionlimitBoilerID3224ForeachboilernotedinPartI,question15,providethefollowinginformation:PM36PM10PM2.5SO2HCland/orHFHCNMetalHAP37HgCOOtherorganics(specify)1 TVOP5.B.3.Foremissionpoints1&2,thepermitteeshalldemonstratecomplaincewiththeparticulaematteremissionlimitsbyperformingastacktestbienniallyusingEPAReferenceMethods1‐5,orapprovedequivalents.N/A N/A TVOP‐Sect.5.B.2.Foremissionpoints1&2,thepermitteeshallinstall,calibrate,maintain,andoperateacontinuousemissionsmonitoringsystem(e.g.,COMS,CEMS)forthepurposeofmeasuringtheopacityofemissions,sulfurdioxideemissions,nitrogenoxidesemissions,andeithereoxygenorcarbondioxide,unlesscomplyingwithanotherstandardorrequirementmeetstherequirementsofthisstandard.40CFRPart60;CEMS,40CFRPart75.N/AN/AN/A N/APSD‐ConstructionPermit.0.153lN/A2 TVOP5.B.3.Foremissionpoints1&2,thepermitteeshalldemonstratecompliancewiththeparticulaematteremissionlimitsbyperformingastacktestbienniallyusingEPAReferenceMethods1‐5,orapprovedequivalents.N/A N/A TVOP‐Sect.5.B.2.Foremissionpoints1&2,thepermitteeshallinstall,calibrate,maintain,andoperateacontinuousemissionsmonitoringsystem(e.g.,COMS,CEMS)forthepurposeofmeasuringtheopacityofemissions,sulfurdioxideemissions,nitrogenoxidesemissions,andeithereoxygenorcarbondioxide,unlesscomplyingwithanotherstandardorrequirementmeetstherequirementsofthisstandard.40CFRPart60;CEMS,40CFRPart75.N/AN/AN/A N/APSD‐ConstructionPermit.0.153lN/ANote:"N/A"meansnotapplicable.35BoilerID(asreportedonU.S.DOE/EIAFormEIA‐860(2007),"AnnualElectricGeneratingReport,"schedule6,partA,line1,page53,[forplantsequaltoorgreaterthan10MWbutlessthan100MW]oronschedule6,partB,line1,page54,[forplantsgreaterthan100MW])ORGeneratorID(asreportedonU.S.DOE/EIAFormEIA‐923(2008),"PowerPlantOperationsReport,"schedule5,partA,page8).36Iftheboiler'smonitoring,recordkeeping,andreportingrequirementsrequireyourcompanytomonitoring,keeprecords,andreportfilterableandcondensablePMseparately,pleasedescribetheseparateactionsrequired.37MetalHAPincludecompoundsofantimony,arsenic,beryllium,cadmium,chromium,cobalt,lead,manganese,nickel,phosphorus,andselenium;indicatepermitlevelforallmetalHAPforwhichapermitlevelhasbeendeveloped.Requiredmonitoring,recordkeeping,andreportingrequirementsforeachpollutantforwhichthereisapermittedemissionlimitBoilerID3525ForthecontroltechnologiesidentifiedinPartI,questions17and19,providethecostinformationrequested.38FacilityName/UnitNo.:N/ARetrofittoexistingboiler?Installationonanewboiler?TotalCapitalInvestment:‐$TotalAnnualOperatingandMaintenanceCosts:‐$(Includebaseyearforoperatingcosts[e.g.,2006]Note:"N/A"meansnotapplicable.26Areanyothermeansofemissioncontrol(foranypollutant)employedonanyboilernotedinPartI,question15(e.g.,low‐ashcoal,coaloroilwithlowtraceconstituents,etc.)?Pleasespecify.NO.38ThiscanbetreatedasCBIandcanbesubmittedthroughtheproperCBIprocedureifdesired.FuelAnalysis391aPlantorfacilitynamefromPartI,question4a:VictorJDaniel,Jr1bPlantorfacilitycodefromPartI,question4b:607339TherespondentshouldreplytothisICRwithseparatepages18through24(PartII)foreachoftheirfacilities.2Foreachindividualcoalandoilshipmentreceivedduringthepreceding12calendarmonths,providethefollowinginformation,asavailable(indicatedN/Aifnotavailable;useadditionalpages,asnecessary):D.B. D.B. D.B.State/CountryCounty42Coalseam43%Sulf %Ash Btu/lb11,060 1,2 COGUNNISON DSEAMTRAIN0.49 9.82 13,17311,257 1,2 COGUNNISON DSEAMTRAIN0.59 10.48 12,87011,335 1,2 COGUNNISON DSEAMTRAIN0.5 8.84 13,13610,986 1,2 COGUNNISON DSEAMTRAIN0.51 9.06 13,06711,390 1,2 COGUNNISON DSEAMTRAIN0.51 10.18 12,90511,127 1,2 COGUNNISON DSEAMTRAIN0.5 8.16 13,20111,197 1,2 COGUNNISON DSEAMTRAIN0.57 9.38 12,93910,835 1,2 COGUNNISON DSEAMTRAIN0.49 9.61 12,94811,041 1,2 COGUNNISON DSEAMTRAIN0.53 10.63 12,91511,233 1,2 COGUNNISON DSEAMTRAIN0.54 10.75 12,82310,928 1,2 COGUNNISON DSEAMTRAIN0.51 10.28 12,91010,845 1,2 COGUNNISON DSEAMTRAIN0.54 13.75 12,43610,969 1,2 COGUNNISON DSEAMTRAIN0.54 12 12,72811,263 1,2 COGUNNISON DSEAMTRAIN0.52 10.49 12,97510,918 1,2 COGUNNISON DSEAMTRAIN0.56 9.26 13,14310,665 1,2 COGUNNISON DSEAMTRAIN0.57 12.41 12,60611,274 1,2 COGUNNISON DSEAMTRAIN0.53 11.72 12,71110,859 1,2 COGUNNISON DSEAMTRAIN0.55 10.32 12,94611,092 1,2 COGUNNISON DSEAMTRAIN0.53 10.79 12,87411,152 1,2 COGUNNISON DSEAMTRAIN0.53 9.72 12,97710,909 1,2COGUNNISONDSEAMTRAIN0.49 10.92 12,85811,204 1,2 COGUNNISON DSEAMTRAIN0.53 10.33 13,01811,170 1,2 COGUNNISON DSEAMTRAIN0.51 10.66 12,89610,817 1,2 COGUNNISON DSEAMTRAIN0.52 9.53 13,07910,965 1,2 COGUNNISON DSEAMTRAIN0.51 9.56 13,04911,314 1,2 COGUNNISON DSEAMTRAIN0.52 10.28 12,88810,902 1,2 COGUNNISON DSEAMTRAIN0.53 11.34 12,78411,331 1,2 COGUNNISON DSEAMTRAIN0.49 10.52 12,92411,368 1,2 COGUNNISON DSEAMTRAIN0.52 10.23 12,87911,247 1,2 COGUNNISON DSEAMTRAIN0.56 9.74 13,05710,996 1,2 COGUNNISON DSEAMTRAIN0.55 7.94 13,25411,453 1,2 COGUNNISON DSEAMTRAIN0.56 7.53 13,42310,945 1,2 COGUNNISON DSEAMTRAIN0.54 7.87 13,30511,239 1,2 COGUNNISON DSEAMTRAIN0.5 7.47 13,35811,367 1,2 COGUNNISON DSEAMTRAIN0.53 8.21 13,26110,813 1,2 COGUNNISON DSEAMTRAIN0.54 8.04 13,34911,256 1,2 COGUNNISON DSEAMTRAIN0.52 9.65 13,04311,371 1,2 COGUNNISON DSEAMTRAIN0.53 10.01 12,96911,163 1,2 COGUNNISON DSEAMTRAIN0.48 8.91 13,34411,204 1,2 COGUNNISON DSEAMTRAIN0.47 8.95 13,30311,359 1,2 COGUNNISON DSEAMTRAIN0.447.63 13,52811,123 1,2 COGUNNISON DSEAMTRAIN0.45 6.38 13,77411,448 1,2 COGUNNISON DSEAMTRAIN0.45 9.61 13,21711,357 1,2 COGUNNISON DSEAMTRAIN0.45 8.68 13,32111,309 1,2 COGUNNISON DSEAMTRAIN0.45 9.09 13,31111,208 1,2 COGUNNISON DSEAMTRAIN0.44 9.49 13,29811,140 1,2 COGUNNISON DSEAMTRAIN0.44 10.45 12,95911,120 1,2 COGUNNISON DSEAMTRAIN0.44 11 13,01211,231 1,2 COGUNNISON DSEAMTRAIN0.44 14.29 12,48910,568 1,2 COROUTTWADGETRAIN0.55 12.66 12,30410,612 1,2 COROUTTWADGETRAIN0.55 11.89 12,43510,813 1,2 COROUTTWADGETRAIN0.55 12.58 12,31711,706 1,2 COROUTTWADGETRAIN0.59 12.01 12,39611,092 1,2 COROUTTWADGETRAIN0.53 13.46 12,47510,950 1,2 COROUTTWADGETRAIN0.52 12.53 12,32510,983 1,2 COROUTTWADGETRAIN0.53 12.28 12,30010,927 1,2 COROUTTWADGETRAIN0.48 13.33 12,20610,671 1,2 COROUTTWADGETRAIN0.51 11.74 12,42210,910 1,2 COROUTTWADGETRAIN0.55 11.19 12,53910,922 1,2 COROUTTWADGETRAIN0.53 12.15 12,319VendorAnalysesFuelsourceAmountreceived,drybasis,shorttons40ID#ofboiler(s)firingfuel41FuelshipmentmethodD.B. D.B. D.B.State/CountryCounty42Coalseam43%Sulf %Ash Btu/lbVendorAnalysesFuelsourceAmountreceived,drybasis,shorttons40ID#ofboiler(s)firingfuel41Fuelshipmentmethod11,052 1,2 COROUTTWADGETRAIN0.53 12.33 12,36911,004 1,2 COROUTTWADGETRAIN0.52 12.16 12,37010,871 1,2 COROUTTWADGETRAIN0.54 12.47 12,27010,326 1,2 COROUTTWADGETRAIN0.54 11.88 12,41911,040 1,2 COROUTTWADGETRAIN0.55 11.79 12,46710,950 1,2 COROUTTWADGETRAIN0.56 11.67 12,50910,806 1,2 COROUTTWADGETRAIN0.55 11.59 12,46710,675 1,2 COROUTTWADGETRAIN0.59 11.2 12,54910,933 1,2 COROUTTWADGETRAIN0.59 11.73 12,49011,050 1,2 COROUTTWADGETRAIN0.58 12.75 12,24111,065 1,2 COROUTTWADGETRAIN0.55 10.94 12,58511,325 1,2 COROUTTWADGETRAIN0.53 11.38 12,46110,859 1,2 COROUTTWADGETRAIN0.52 11.36 12,40910,952 1,2 COROUTTWADGETRAIN0.51 11.35 12,47110,614 1,2 COROUTTWADGETRAIN0.53 11.56 12,45510,828 1,2 COROUTTWADGETRAIN0.51 12.28 12,34411,203 1,2 COROUTTWADGETRAIN0.52 12.59 12,30411,014 1,2 COROUTTWADGETRAIN0.51 11.66 12,48011,046 1,2 COROUTTWADGETRAIN0.54 11.48 12,52410,921 1,2 COROUTTWADGETRAIN0.51 11.7 12,41910,691 1,2 COROUTTWADGETRAIN0.47 11.87 12,40810,667 1,2 COROUTTWADGETRAIN0.47 11.91 12,44311,015 1,2 COROUTTWADGETRAIN0.52 11.18 12,47210,924 1,2 COROUTTWADGETRAIN0.52 11.78 12,45711,218 1,2 COROUTTWADGETRAIN0.53 11.49 12,53311,057 1,2 COROUTTWADGETRAIN0.54 11.22 12,5079,283 1,2 WYCAMPBELL WYODAKTRAIN0.26 6.1 12,0579,431 1,2 WYCAMPBELL WYODAKTRAIN0.29 6.11 12,1169,390 1,2 WYCAMPBELL WYODAKTRAIN0.27 6.71 12,0009,858 1,2 WYCAMPBELL WYODAKTRAIN0.29 7.02 11,9399,873 1,2 WYCAMPBELL WYODAKTRAIN0.29 5.97 12,0849,528 1,2 WYCAMPBELL WYODAKTRAIN0.29 6.74 11,9809,763 1,2 WYCAMPBELL WYODAKTRAIN0.35 6.54 12,0279,356 1,2 WYCAMPBELL WYODAKTRAIN0.28 6.52 12,0829,9581,2 WYCAMPBELL WYODAKTRAIN0.3 7.52 11,9019,996 1,2 WYCAMPBELL WYODAKTRAIN0.27 6.11 12,1349,953 1,2 WYCAMPBELL WYODAKTRAIN0.27 6.33 12,1029,819 1,2 WYCAMPBELL WYODAKTRAIN0.27 5.61 12,20010,542 1,2 WYCAMPBELL WYODAKTRAIN0.28 6.54 12,0159,555 1,2 WYCAMPBELL WYODAKTRAIN0.27 6.33 12,0449,933 1,2 WYCAMPBELL WYODAKTRAIN0.26 6.77 12,02810,012 1,2 WYCAMPBELL WYODAKTRAIN0.3 6.69 12,0099,671 1,2 WYCAMPBELL WYODAKTRAIN0.33 6.44 11,9909,811 1,2 WYCAMPBELL WYODAKTRAIN0.29 5.89 12,01510,011 1,2 WYCAMPBELL WYODAKTRAIN0.3 6.97 11,9489,986 1,2 WYCAMPBELL WYODAKTRAIN0.3 6.8 11,90610,059 1,2 WYCAMPBELL WYODAKTRAIN0.3 6.18 12,0689,968 1,2 WYCAMPBELL WYODAKTRAIN0.31 6.34 12,01710,038 1,2 WYCAMPBELL WYODAKTRAIN0.31 6.69 11,95210,040 1,2 WYCAMPBELL WYODAKTRAIN0.33 6.29 11,9869,992 1,2 WYCAMPBELL WYODAKTRAIN0.27 6.56 11,9969,867 1,2 WYCAMPBELL WYODAKTRAIN0.28 6.8 11,9908,673 1,2 WYCAMPBELL WYODAKTRAIN0.24 6.68 12,0379,871 1,2 WYCAMPBELL WYODAKTRAIN0.27 6.29 12,0249,962 1,2 WYCAMPBELL WYODAKTRAIN0.32 7.07 11,9009,949 1,2 WYCAMPBELL WYODAKTRAIN0.26 6.26 12,1329,996 1,2 WYCAMPBELL WYODAKTRAIN0.29 6.67 12,00110,027 1,2 WYCAMPBELL WYODAKTRAIN0.3 6.16 11,99110,054 1,2 WYCAMPBELL WYODAKTRAIN0.3 6.17 12,01310,002 1,2 WYCAMPBELL WYODAKTRAIN0.28 6.7 12,03210,130 1,2 WYCAMPBELL WYODAKTRAIN0.33 5.88 12,1179,990 1,2 WYCAMPBELL WYODAKTRAIN0.32 6.2 12,035D.B. D.B. D.B.State/CountryCounty42Coalseam43%Sulf %Ash Btu/lbVendorAnalysesFuelsourceAmountreceived,drybasis,shorttons40ID#ofboiler(s)firingfuel41Fuelshipmentmethod10,058 1,2 WYCAMPBELL WYODAKTRAIN0.27 6.31 12,0449,988 1,2 WYCAMPBELL WYODAKTRAIN0.3 6.9 11,9319,928 1,2 WYCAMPBELL WYODAKTRAIN0.26 6.32 12,01010,076 1,2 WYCAMPBELL WYODAKTRAIN0.28 6.05 12,07510,031 1,2 WYCAMPBELL WYODAKTRAIN0.29 6.72 11,94710,006 1,2 WYCAMPBELL WYODAKTRAIN0.31 6.29 12,03110,062 1,2 WYCAMPBELL WYODAKTRAIN0.3 6.03 12,0409,965 1,2 WYCAMPBELL WYODAKTRAIN0.29 6.77 11,91410,075 1,2 WYCAMPBELL WYODAKTRAIN0.25 6.4 12,0569,939 1,2 WYCAMPBELL WYODAKTRAIN0.29 6.26 12,05410,047 1,2 WYCAMPBELL WYODAKTRAIN0.25 6.05 12,1359,891 1,2 WYCAMPBELL WYODAKTRAIN0.28 6.01 11,9599,799 1,2 WYCAMPBELL WYODAKTRAIN0.28 6.61 11,9039,732 1,2 WYCAMPBELL WYODAKTRAIN0.26 6.32 12,06510,141 1,2 WYCAMPBELL WYODAKTRAIN0.28 5.96 12,1609,828 1,2 WYCAMPBELL WYODAKTRAIN0.29 6.67 11,9909,959 1,2 WYCAMPBELL WYODAKTRAIN0.28 6.16 12,0359,930 1,2 WYCAMPBELL WYODAKTRAIN0.27 6.24 12,0159,865 1,2 WYCAMPBELL WYODAKTRAIN0.28 6.59 12,0419,856 1,2 WYCAMPBELL WYODAKTRAIN0.34 6.73 11,9699,410 1,2 WYCAMPBELL WYODAKTRAIN0.3 6.54 11,9858,905 1,2 WYCAMPBELL WYODAKTRAIN0.26 6.25 12,14210,006 1,2 WYCAMPBELL WYODAKTRAIN0.3 6.31 12,0929,946 1,2 WYCAMPBELL WYODAKTRAIN0.29 5.95 12,05810,165 1,2 WYCAMPBELL WYODAKTRAIN0.25 5.86 12,16510,010 1,2 WYCAMPBELL WYODAKTRAIN0.3 6.37 12,0069,958 1,2 WYCAMPBELL WYODAKTRAIN0.32 5.99 12,0859,895 1,2 WYCAMPBELL WYODAKTRAIN0.29 6.1 12,0809,995 1,2 WYCAMPBELL WYODAKTRAIN0.31 6.39 12,1699,837 1,2 WYCAMPBELL WYODAKTRAIN0.3 6.1 12,0339,887 1,2 WYCAMPBELL WYODAKTRAIN0.26 6.29 11,99913,821 1,2 WYCAMPBELL WYODAKTRAIN9,330 1,2 WYCAMPBELL WYODAKTRAIN0.27 6.51 12,1729,222 1,2 WYCAMPBELL WYODAKTRAIN0.29 6.48 12,06410,0491,2 WYCAMPBELL WYODAKTRAIN0.3 6.19 12,0648,492 1,2 WYCAMPBELL WYODAKTRAIN0.28 6.85 11,99069,441 1,2 COLOMBIAN/A GRANMADRE SHIP0.72 7.94 12,85469,505 1,2 COLOMBIAN/A GRANMADRE SHIP0.69 9.52 12,60370,345 1,2 COLOMBIAN/A GRANMADRE SHIP0.73 8.72 12,63981,722 1,2 COLOMBIAN/A GRANMADRE SHIP0.71 8.96 12,67870,206 1,2 COLOMBIAN/A GRANMADRE SHIP0.54 9.13 12,64882,002 1,2 COLOMBIAN/A GRANMADRE SHIP0.63 7.17 12,986Note:"N/A"meansnotavailable.40EPArecognizesthatfacilitieshave(sometimes)severalmonthsinventoryandthattheamountreceivedisnotnecessarilythesameastheamountfired.41BoilerID(asreportedonU.S.DOE/EIAFormEIA‐860(2007),"AnnualElectricGeneratingReport,"schedule6,partA,line1,page53,[forplantsequaltoorgreaterthan10MWbutlessthan100MW]oronschedule6,partB,line1,page54,[forplantsgreaterthan100MW])ORGeneratorID(asreportedonU.S.DOE/EIAFormEIA‐923(2008),"PowerPlantOperationsReport,"schedule5,partA,page8).42Ifknown.43Ifknown.Note:Theinformationbeingprovidedisonashipmentbyshipmentbasis.MississippiPowercannotguaranteethatwhatwasshippedinthepreceeding12calendarmonthsiswhatwasburnedinthepreceeding12calendarmonths.State/CountryCounty42Coalseam4314,826 1,2 Mississippi/USAN/AN/A Truck7,403 1,2 Mississippi/USAN/AN/A Truck14,868 1,2 Mississippi/USAN/AN/A Truck14,872 1,2 Mississippi/USAN/AN/A Truck7,448 1,2 Mississippi/USAN/AN/A Truck7,448 1,2 Mississippi/USAN/AN/A Truck7,434 1,2 Mississippi/USAN/AN/A Truck7,400 1,2 Mississippi/USAN/AN/A Truck7,410 1,2 Mississippi/USAN/AN/A Truck14,854 1,2 Mississippi/USAN/AN/A Truck7,434 1,2 Mississippi/USAN/AN/A Truck29,708 1,2 Mississippi/USAN/AN/A Truck14,834 1,2 Mississippi/USAN/AN/A Truck14,725 1,2 Mississippi/USAN/AN/A Truck22,145 1,2 Mississippi/USAN/AN/A Truck12,393 1,2 Mississippi/USAN/AN/A Truck22,184 1,2 Mississippi/USAN/AN/A Truck7,358 1,2 Mississippi/USAN/AN/A Truck22,093 1,2 Mississippi/USAN/AN/A Truck7,400 1,2 Mississippi/USAN/AN/A Truck14,732 1,2 Mississippi/USAN/AN/A Truck7,366 1,2 Mississippi/USAN/AN/A Truck7,373 1,2 Mississippi/USAN/AN/A Truck14,666 1,2 Mississippi/USAN/AN/A Truck7,345 1,2 Mississippi/USAN/AN/A Truck22,063 1,2 Mississippi/USAN/AN/A Truck14,608 1,2 Mississippi/USAN/AN/A Truck14,614 1,2 Mississippi/USAN/AN/A Truck14,622 1,2 Mississippi/USAN/AN/A Truck7,331 1,2 Mississippi/USAN/AN/A Truck7,318 1,2 Mississippi/USAN/AN/A Truck7,318 1,2 Mississippi/USAN/AN/A Truck14,814 1,2 Mississippi/USAN/AN/A Truck14,826 1,2 Mississippi/USAN/AN/A Truck14,842 1,2 Mississippi/USAN/AN/A Truck14,834 1,2 Mississippi/USAN/AN/A Truck14,834 1,2 Mississippi/USAN/AN/A TruckNote:"N/A"meansnotavailable.40EPArecognizesthatfacilitieshave(sometimes)severalmonthsinventoryandthattheamountreceivedisnotnecessarilythesameastheamountfired.41BoilerID(asreportedonU.S.DOE/EIAFormEIA‐860(2007),"AnnualElectricGeneratingReport,"schedule6,partA,line1,page53,[forplantsequaltoorgreaterthan10MWbutlessthan100MW]oronschedule6,partB,line1,page54,[forplantsgreaterthan100MW])ORGeneratorID(asreportedonU.S.DOE/EIAFormEIA‐923(2008),"PowerPlantOperationsReport,"schedule5,partA,page8).42Ifknown.43Ifknown.Note:Theinformationbeingprovidedisonashipmentbyshipmentbasis.MississippiPowercannotguaranteethatwhatwasshippedinthepreceeding12calendarmonthsiswhatwasburnedinthepreceeding12calendarmonths.FUELOILSHIPMENTSAmountreceived,gallons40ID#ofboiler(s)firingfuel41FuelsourceFuelshipmentmethod3Foreachindividualcoalandoilshipmentreceivedduringthepreceding12calendarmonths,providethefollowinginformation44,asavailable(drybasis)(indicateN/Aifnotavailable):Antimony Arsenic Beryllium Cadmium Chromium Cobalt Lead Manganese Selenium09‐30611,746 0.55 10.55 12,773 0.028 76 59 4.0<1 0.9 0.7 0.06 5.3 2.3 6.013.2 1.0 COGunnison DTrain09‐70679,854 0.75 9.61 12,618 0.089 40 68 7.81.8 6.1 0.8 0.26 8.3 3.0 3.124.4 4.7 Colombia,SACesar/LaLoma GranMadre Ship09‐30214,519 0.286 11,962 0.065 60 67 3.0<1 0.5 0.4 0.05 3.9 2.5 3.18.5 0.6 WYCampbell Wyodak Train09‐31811,875 0.53 12.1 12,398 0.045 47 65 2.5<1 0.6 0.8 <0.02 4.1 1.9 6.49.8 1.1 CORouteWadge Train09‐31912,281 0.57 9.66 12,894 0.030 131 56 3.7<1 1.0 0.6 0.03 5.0 2.1 5.421.7 0.9 COGunnison DTrain09‐71480,478 0.75 8.78 12,643 0.095 48 59 9.72.3 6.4 0.8 0.25 8.9 3.9 3.131.3 4.7 Colombia,SACesar/LaLoma GranMadre Ship09‐31214,588 0.28 5.95 12,055 ND ND 32 3.5ND 0.3 0.3 ND 3.1 2.9 2.46.7 0.7 WYCampbell Wyodak Train09‐32516,045 0.27 6.5 12,079 0.079 37 48 2.8<1 0.5 0.4 <0.02 2.9 2.5 2.25.6 0.7 WYCampbell Wyodak Train09‐33312,286 0.53 10.91 13,086 0.033 231 57 4.0<1 1.0 0.7 0.03 5.9 2.2 5.613.7 0.9 COGunnison DTrain09‐33412,310 0.56 11.79 12,437 0.059 43 96 2.8<1 0.8 0.6 0.06 4.4 2.0 6.48.5 1.1 CORouteWadge Train09‐72293,664 0.72 9.06 12,604 0.090 39 48 7.81.3 4.7 0.5 0.23 8.3 2.7 4.224.7 4.4 Colombia,SACesar/LaLoma GranMadre Ship09‐33711,901 0.46 11.79 12,406 0.052 31 61 2.0<1 1.0 0.7 0.03 4.3 2.3 7.19.1 1.0 CORouteWadge Train09‐33812,197 0.46 9.97 13,087 0.032 266 56 4.1<1 1.1 0.6 0.05 6.4 2.9 6.516.9 0.9 COGunnison "D"Train09‐34314,718 0.37 6.36 11,990 ND 88 62 3.7ND 0.5 0.4 ND 3.3 3.3 2.96.8 0.6 WYCampbell Wyodak TrainNote:"ND"meansnon‐detect.Note:MississippiPowercollectsthisinformationonselectcoalshipments,butdoesnothavethisinformationavailableonashipmentbyshipmentbasis.TheinformationMississippiPowerprovidesinthisresponsecannotbelinkedtotheinformationinPartII,Question2becausetheinformationcomesfromtwoseparatedatabases.Thus,theinformationprovidedinthisresponserepresentsonlyaverysmallportionofouractualshipments.44TotheextentthatavendorprovidesthesedataorthatafacilityisrequiredbyStateorlocalagencytoanalyzeitsfuelforHAPconstituents(e.g.,Cl,F),andanymetallicHAP(e.g.,Hg,Pb,As,Se,etc.),EPAwishestherespondingfacilitytoprovidethosefuelanalysesresults.Otherwise,this12‐monthfuelanalysisrequirementcanbebypassedbytherespondent.45MetalHAPincludescompoundsofantimony,arsenic,beryllium,cadmium,chromium,cobalt,lead,manganese,nickel,phosphorus,andselenium.CoalSeamFuelShipmentMethodTotalamountoffuelrepresentedbysample,tonsSampleID#State/Country CountyNickel,ppmOthertracemetalHAP,ppm45TotalSulfur,%AshContent,%HeatingValue,Btu/lbMercury,ppmChlorine,ppmFluorine,ppm4WerethedataprovidedinPartII,question3above,acquiredpursuantto:_X__permitrequirements_X__contractualobligations_X__standardoperationalprocedures_X__other(pleasespecify)tosupportR&Dprojects,plantperformance,andTRIreporting)5AnalysesprovidedinPartII,question3above,suppliedby____Fuelsupplier(nameandaddress)_X__Other(nameandaddress)AnalyticalservicesareconductedbyAlabamaPowerCompany'sin‐houselaboratory.AlabamaPowerCompany,GeneralServicesLaboratory744Highway87,GSC#8Calera,AL350406Nameandaddressoflaboratoryperforminganalyses:AlabamaPowerCompany,GeneralServicesLaboratory744Highway87,GSC#8Calera,AL350407InadditiontotheanalysesrequiredinPartII,question3above,forsamplesforwhichanalysesofchlorineand/oranyoftheHAPmetalswereconducted,pleaseprovidecopiesofanyanalysesconductedoverthepreceding12calendarmonthsfor(a)completeproximateandultimateanalyses,(b)additionaltracemetals,and(c)themineralogyoftheashthatarereadilyavailablefortheoil(s)orcoal(s)listedinPartII,question2above.TheAgencyisrequestingthesedataonlyastheymayalreadybeavailable;noadditionalsamplingoranalysesarerequiredtoprovidethesedata.TotalMoistureVolatilesAshFixedCarbonCarbon Hydrogen NitrogenTotalSulfurOxygen Barium Copper Magnesium Sodium Vanadium Zinc Al2O3 Fe2O3 CaO MgO MnO2 P2O5 K2O SiO2 Na2O SO3 TiO209‐3068.8 38.09 10.55 51.36 74.14 4.84 1.54 0.55 8.38 240 8.5 0.081 0.050 15.5 11.0 27.37 5.02 3.32 1.27 0.01981 0.62 1.35 55.88 0.63 3.3 0.8609‐70612.34 38.19 9.61 52.2 74.11 4.51 1.42 0.75 9.6 250 8.1 0.081 0.139 25.9 15.0 21.18 7.43 2.48 1.4 0.04016 0.2 1.91 58.47 1.95 3.68 0.9109‐30226.54 44.79 6 49.21 69.39 4.45 0.86 0.28 19.03 361 11.0 0.206 0.083 13.5 6.9 15 4.54 18.2 4.24 ND 1.29 ND 35.6 1.28 15.1 1.1109‐31810.22 37.34 12.1 50.56 69.57 4.9 1.73 0.53 11.17 350 6.0 0.094 0.092 9.3 7.9 24.85 3.44 3.63 1.29 0.0128 0.87 1.32 59.46 1.03 2.78 0.7909‐3198.81 37.86 9.66 52.48 72.92 5.03 1.64 0.57 10.18 250 8.2 0.075 0.051 14.2 14.4 25.88 6.26 4.06 1.3 0.0355 0.68 1.37 54.6 0.72 3.76 0.909‐71412.4 38.68 8.78 52.54 73.12 4.93 1.49 0.75 10.93 250 8.1 0.076 0.110 31.0 13.3 19.88 8.92 3.23 1.42 0.0565 0.13 1.8 56.44 1.68 5.13 0.9409‐31228.27 44.91 5.95 49.14 70.27 4.6 0.99 0.28 17.9 346 11.3 0.198 0.074 11.9 9.0 15.4 5.33 21.8 5.17 ND 1.29 ND 35.2 1.53 12.4 1.3509‐32527.29 43.79 6.5 49.71 69.81 4.79 0.65 0.27 17.98 340 10.3 0.189 0.074 11.2 7.4 17.12 5.07 20.27 4.83 0.01363 1.11 0.4 35.15 1.53 12.51 1.1309‐3337.58 36.91 10.91 52.18 73.35 5.03 1.34 0.53 8.84 240 9.0 0.079 0.074 15.5 10.6 23.62 5.05 3.01 1.2 0.01991 0.52 1.83 59.66 0.92 2.96 0.8909‐33410.27 37.09 11.79 51.12 70.39 4.96 1.85 0.56 10.45 320 5.8 0.078 0.110 10.0 7.6 26.25 3.29 3.36 1.09 0.01139 0.94 1.47 58.19 1.25 2.81 0.8509‐72211.78 38.07 9.06 52.87 72.78 4.96 1.06 0.72 11.42 240 7.5 0.082 0.102 24.6 12.9 19.61 7.92 2.8 1.5 0.0432 0.16 1.95 59.82 1.52 3.41 0.9109‐33710.36 37.14 11.79 51.07 69.85 4.96 1.82 0.46 11.12 330 5.3 0.079 0.093 9.6 8.4 26.39 3.12 3.31 1.11 0.01226 0.79 1.31 59.47 1.06 2.14 0.8509‐3387.8 37.33 9.97 52.7 73.85 5.15 1.71 0.46 8.86 220 9.9 0.078 0.071 17.6 13.6 24.33 5.36 4.07 1.3 0.0269 0.54 1.55 56.81 0.96 3.78 0.9309‐34328.18 44.34 6.36 49.31 68.87 4.53 1.09 0.37 18.77 375 11.1 0.209 0.071 12.9 8.9 15.3 4.7 20.4 4.96 ND 1.22 ND 33.6 1.55 9.47 1.13Note:"ND"meansnon‐detect.SampleID#ProximateAnalyses,%bywtUltimateAnalyses,%bywtAshMineralogy,%bywtOtherTraceMetals,ppm8aWhatemissiontestreport(s),parametricmonitoringdata,andotherdataormonitoringareavailablefortheboilersnotedinPartI,question15,fortestsconductedsinceJanuary1,2005.Pleaseconsiderreportspreparedforalltestingandmonitoringprograms,forallpollutants,including(butnotlimitedto)thoserequiredunderTitleV,compliancewithStateorlocalrequirements,fulfillmentofcontractualobligations,U.S.DepartmentofEnergy(DOE)programs,etc.(NOTE:EPAisnotrequestingcopiesofthetestreportsordataatthistime;howeverwemayrequestactualcopiesinthefuture.)Useadditionalpagesasnecessary.Report1Unit1NitricOxides&SulfurDioxideEmissionsReport‐Septemeber20‐21,2005Report2Unit1SulfurDioxide&NitricOxidesEmissionsReport‐August29,2006Report3 Unit1SulfurDioxide&NitricOxidesEmissionsReport‐October13,2008Report4 Unit1ParticulateEmissionsTestReport‐May19,2009Report5 Unit2NitricOxides&SulfurDioxideEmissionsReport‐September19‐20,2005Report6Unit2SulfurDioxide&NitricOxidesEmissionsReport‐August30,2006Report7 Unit2SulfurDioxide&NitricOxidesEmissionsReport‐September5,2008Report8 Unit2ParticulateEmissions‐June5,2009Report8ParticulateEmissionsTestReportReport9 Unit1COTestReport‐January24‐26,2006Report10 Unit2COTestReport‐January21‐22,2009Report11 EvaluationofHgControlusingSorbenInjection‐April23‐May21,20058bPleaseindicatethedate(s)andtypes(e.g.,stack,fuel,parametric,etc.)ofthetest(s)andtheconstituents(includingcriteriaandhazardousairpollutants)sampledfor:Report1Date:September20‐21,2005Type:StackConstituents:NOx&SO2Report2Date:29‐Aug‐06Type:StackConstituents:SO2&NOxReport3Date:13‐Oct‐08Type:StackConstituents:SO2&NOxReport4Date:19‐May‐09Type:StackConstituents:PMReport5Date:September19‐20,2005Type:StackConstituents:NOx&SO2Report6Date:30‐Aug‐06Type:StackConstituents:SO2&NOxReport 7Date:5 Sep 08Type:StackConstituents:SO2&NOxReport75‐Sep‐08Constituents:SO2&NOxReport8Date:5‐Jun‐09Type:StackConstituents:PMReport9Date:01/24‐26/2006Type:DuctConstituents:CO,CO2&NOxReport10Date:01/21‐22/2009Type:DuctConstituents:CO,CO2&NOxReport11Date: April23‐May21,2005Type:ParametricConstituents:Mercury8cDoanyofthesetestreportsreflecttestingatalocationupstreamofanyemissioncontroldevices?Yes__X_No_____ Ifyes,pleasenotewhichreportsandprovideadetaileddescriptionofthelocationoftheemissionssamplingpoint(s).Reports9&10‐testsperformedattheeconomizeroutlet.Report11‐testperformedpriortoESP.8dWereanyofthesetestreportsconductedwhenuseofothermaterial(s)ornon‐fossilfuelswerefiredintheboiler?Yes____No__X__Ifyes,pleasenotwhichreportsandidentifytheothermaterial(s)ornon‐fossilfuelsused.8eDoanyofthesetestreportsreflecttestingduringperiodsofstartup,shutdown,andmalfunction?Yes____No__X__Ifyes,pleasenotewhichreports.8fDidtheunit'scontrolconfigurationdifferfromthatshowninPartI,question16,atthetimeofthesetestresults?Yes__X__ No_____Ifyes,pleaselisttheunit'scompletecontrolconfigurationattimeoftestinginasimilarformattoPartI,question16.Yes‐duetoinstallationofLowNOxburnersonDanielunit2first,andthen,onDanielunit1.8gDoanyofthesetestreportsreflecttestingatalocationupstreamofapostcombustionSO2emissioncontroldevice(e.g.,FGD,SDA,DryScrubber)?Yes__X__No_____ Ifyes,pleasenotewhichreportsand,inadditiontothedetaileddescriptionofthelocationofthesamplingpoint(s)(question8cabove),includedetailabouthowmuch,ifany,bypassofunscrubbedfluegaswasutilizedatatthetimeoftesting(includingpercentageoftotalscrubberfluegasflow).Notebydiagramwheresamplingportswerelocatedinrelationtothebypassductwork.HgtestingwasperformedupstreamofESPforPlantDanielunit1duringAprilandMay2005.9Whattypeofdeviationreportingisrequiredforviolationsofpermitrequirements?ExcessemissionreportsviaTVOPSection1.24.CAMexcursionsreportsviaTVOPSection5.C.8.Note:Notallreporteddeviationsareconsideredviolationsofpermitrequirements.10Aredeviationreportsavailableformalfunctionsorotherperiodsofnoncompliancewithpermittermsandconditions?Yes_X_No____Ifyes,pleasenotewhichreports.UpsetreportsviaTVOPSection1.24.Semi‐annualreportsviaTVOPSection5.C.8.Note:Amalfunctionisnotnecessarilyaperiodofnoncompliancewithpermittermsandconditions.Note:Notallreporteddeviationsareconsideredviolationsofpermitrequirements.11Arecontinuousemissionsmonitoringsystem(CEMS)dataavailable(e.g.,mercury,continuousopacitymonitoringsystems)thatarenotalreadybeingprovidedtotheU.S.EPA,eveniffromshort‐termtesting?Yes_X_ No____ Ifyes46,pleasenoteforwhichpollutantsCEMSdataareavailableandtheperiodoftime(bothtotalperiodandcalendarperiod)forwhichthedataareavailable.IfCEMdataarebeingprovidedtoEPA,pleasenotetowhichOfficethedataarebeingprovided.Opacity‐quarterlyCOMSreportssubmittedtotheMSDeptofEnvironmentalQualitydescribingexcessemissions.46WhereunitsaremonitoredbyCEMs(eitherfollowingCAMR,State,orNISTQA/QCprocedures),andwheredataareavailable,EPArequeststhatthisCEMdatabysubmittedbytherespondent.Therespondentshouldalsomarktheperiodsofstartup,shutdownandmalfunctionevents(SSM)inthedatasets.12ForeachboilernotedinPartI,question15,providethefollowinginformation:DateoftestPM49SO2HCl/HF/HCNMetalHAP50Hg51COOtherorganics(specify)1 5/19/2009 0.0085lbs/mmBtu‐Att7N/AN/AN/AN/AN/AN/A1 9/20‐21/2005N/A0.672lbs/mmBtu‐Att4N/AN/AN/AN/AN/A1 8/29/2006 N/A 0.748lbs/mmBtu‐Att5N/AN/AN/AN/AN/A1 10/13/2008N/A0.608lbs/mmBtu‐Att6N/AN/AN/AN/AN/A1 1/24‐26/2006N/AN/AN/AN/AN/A SeeAttach.1 N/A2 6/5/2009 0.0088lbs/mmBtu‐Att11N/AN/AN/AN/AN/AN/A2 9/20‐21‐2005N/A0.740lbs/mmBtu‐Att8N/AN/AN/AN/AN/A2 8/30/2006N/A0.820lbs/mmBtu‐Att9N/AN/AN/AN/AN/A2 9/5/2008N/A0.865lbs/mmBtu‐Att10 N/AN/AN/AN/AN/A2 1/21‐22/2009N/AN/AN/AN/AN/A SeeAttach.2N/ANote:"N/A"meansnotapplicable.47ProvideemissiontestdataforalltestsconductedsinceJanuary1,2005.Pleaseindicatetestdataacquiredbothbeforeandafteranycontroldevice.Useadditionalpagesasnecessary.EPAmay,atsomefuturedate,requestacopyofoneormoreemissiontestreports.DatageneratedtofulfillbothFederalandStaterequirementsmustbeprovided.NotethatdatageneratedpursuanttoCAATitleVmustbemaintainedandavailablefor5years.Alsoincludeaveragingtimesandmeasurementunitsforallpollutants.48Foreachemissionstestruntherespondentshouldprovidethefollowingprocessinformation:UnitLoad(MW),Netgenerationduringrun(MWhnet),Fluegasmoisturecontent(%),Fluegasflowrate(dscfmorNm3/hr),Fluegasoxygencontent(%,dry),Fluegascarbondioxidecontent(%,dry),Fluegastemperatureatsamplingpoint(oF),Fluegaspressureatsamplingpoint(atm),Standardtemperature(oF),Standardpressure(atm).49IfemissiontestingrecordedtheemissionsoffilterableandcondensablePM,separately,pleaseincludethoseseparateemissionresults.Also,pleaseincludeseparateemissionresultsfortotalPM,PM10,andPM2.5.50MetalHAPincludecompoundsofantimony,arsenic,beryllium,cadmium,chromium,cobalt,lead,manganese,nickel,phosphorus,andselenium;indicateemissionlevelforallmetalHAPforwhichanemissiontesthasbeenconducted.51PleaseprovideseparateresultsfortotalHg,elementalHg,oxidizedHg,andparticulateHg,asavailable.Iftheemissionstestingrecordedtheamountofunburnedcarboninflyash(asreflectedbythe"LossofIgnition"[L.O.I])atthetimeofanyHgtesting,pleaseincludethesedata.40CFRPart60AppendixAReferenceMethods1,2,3A,4&17.PMtestresultsviaanaverageof3one‐hourruns.40CFRPart60AppendixAReferenceMethods3A,6C&7ESO2testresultsviadataextractedfromRATAtestdata.BoilerIDEmissionstestresults(indicateformatofemissiondata)47,48ATTACHMENT1‐DanielReport9TestResultsTitleofRunDescriptionDate StartTime EndTime GrossLoadAvg.Econ.GasOutletCOAvg.Econ.GasOutletO2Avg.Econ.GasOutletCO2Avg.Econ.GasOutletTempMilitary Military MW ppm%Dry%Dry DegFTest02fullload,horizontalburnertilts1/24/2006 10:42 11:42 533.4 222 2.6 16.38 632.6Test03fullload,horizontalburnertilts1/24/2006 14:35 15:35 533.4 386 2.37 16.5 637.4Test04fullload,CCOFA@50%1/25/2006 9:00 10:00 534.1 18 3.5 15.58 637.7Test06intermediateload1/25/2006 12:59 13:59 370.2 76 3.35 15.63 577.1Test07minimumload1/25/2006 15:07 16:07 200.2 1 5.26 13.7 492.5Test08fullload,CCOFA@50%1/26/2006 11:00 11:50 535.2 851 2.15 16.61 628.7Test10intermediateload1/26/2006 13:27 14:27 369.9 0 3.95 14.95 575.7Test11minimumload1/26/2006 15:39 16:30 201.1 0 5.24 13.75 498.9Test12fullload,horizontalburnertilts1/26/2006 17:55 18:50 530.1 233 2.71 16.05 631.6SCRBASELINETESTRESULTSMISSISSIPPIPOWERCOMPANYVICTORJDANIELJR.UNIT1ATTACHMENT2‐DanielReport10TestResultsTitleofRunDescription Date StartTime EndTime TestLoadAvg.EconGasOutletCOAvg.EconGasOutletO2Avg.EconGasOutletCO2Avg.EconGasOutletTempMilitary Military MW ppmc%dry%dryDEGF31FullLoad 1/21/2009 14:06 14:54 532 47 3.02 15.92 71632FullLoad 1/21/2009 15:01 15:11 533 69 2.96 15.94 71633FullLoad 1/21/2009 15:14 16:02 533 61 2.93 16.01 71634FullLoad 1/21/2009 16:11 16:21 533 55 2.98 15.93 71735FullLoad 1/21/2009 16:25 17:13 534 41 3 15.94 71837FullLoad 1/21/2009 17:19 18:07 534 50 3.02 15.94 71938Int.Load 1/22/2009 17:23 18:11 301 15 3.91 15.14 61239Int.Load 1/22/2009 18:17 18:27 300 13 3.92 15.11 61340Int.Load 1/22/2009 18:30 19:18 300 8 4.1 14.97 61441Int.Load 1/22/2009 19:23 19:33 301 8 4.07 14.99 61542Int.Load 1/22/2009 19:37 20:25 302 8 4.17 14.92 61743Int.Load 1/22/2009 20:28 21:16 301 8 4.16 14.94 617LNBGUARANTEETESTRESULTSMISSISSIPPIPOWERCOMPANYVICTORJDANIELJR.UNIT2ATTACHMENT3‐DanielReport11TestResultsEVALUATIONOFMERCURYCONTROLUSINGSORBENTINJECTIONMISSISSIPPIPOWERCOMPANYVICTORJDANIELJRTypicalAverageVICTORJDANIELJR.UNIT1Table1.CoalAnalysesParameter Units TypicalWestElkTypicalTwentyMileTypicalBlackThunderTypicalAntelopeAverageBlend60%/40%HHVBtu/lb14,700 12,340 11,898 12,005 11,256Moisturewt%0 00 09.6Carbonwt%80.7 72.2 65.3 70.1 65.4Hydrogenwt%55 5.94.9 4.3Nitrogenwt%1.91.8 1.11.1 4.4Oxygenwt%8.9 10.3 16.5 16.5 7.2Sulfurwt%0 50 610 60 30 5.....Ashwt%3 10.2 10.67.2 8.7Mercuryμg/g0.02 0.03 0.08 0.06 0.034Chlorinewt%0.05<0.0050.03 0.01<0.001DateTimeBlendHgTμg/Nm3Hg0μg/Nm3Hg0%Hg2+% HgTμg/Nm3Hg0μg/Nm3Hg0%Hg2+%4/23/0520 0060%/40%3 412 4271293 212 26931Table5.MercurySpeciationDataESPInlet ESPOutlet4/23/0520:0060%/40%3.41 2.4271 29 3.21 2.2 69 314/24/0513:0060%/40%2.83 1.8264 36 3.44 1.87 54 464/24/0520:0060%/40%2.55 1.5962 38 3.87 1.93 50 504/25/055:0060%/40%2.5 1.6365 35 3.1 1.58 51 494/30/055:0060%/40%1.971.065446n/an/an/an/a4/30/0560%/40%5/5/0512:0060%/40%5.08 3.6572 28n/an/an/an/a5/8/058:0060%/40%4.81 3.8680 20n/an/an/an/a5/9/058:0060%/40%4.67 2.7860 40n/an/an/an/a5/15/058:0080%/20%3.89 2.564 36n/an/an/an/a5/17/058:0080%/20%3.58 2.1861 39n/an/an/an/aInletOutletTable6.SnapShotsofNativeCaptureResultsDate/TimeCoalBlendBituminousCoalSO3InjectionMercuryESPCaptureInletμg/Nm3Outletμg/Nm34/2560%/40%TwentyMile6 3.7 3.5 5%4/26,170060%/40%TwentyMile6 4.83.5 27%4/26,203060%/40%TwentyMile6 4.13.4 17%Date/TimeCoalBlendBituminousCoalppm%4/27,110060%/40%TwentyMile6 4.3 4.1 5%5/1,060060%/40%TwentyMile0 3.11.5 52%5/1,230060%/40%TwentyMile0 4.11.4 66%5/8,031260%/40%TwentyMile0 5.53.1 44%5/860%/40%Twentye052 159%,103560%/40%Mil.5/9,000060%/40%WestElk0 4.41.1 75%5/9,160060%/40%WestElk0 5.30.8 85%5/13,020080%/20%TwentyMile0 3.30.8 75%5/13,060080%/20%TwentyMile0 3.10.9 71%5/13,120080%/20%TwentyMile0 31.4 53%5/13,230080%/20%TwentyMile0 4.73.3 30%5/14,100080%/20%TwentyMile0 3.31.8 45%*Inletmercuryon5/1andafterismeasuredupstreamoftheAPHATTACHMENT3‐DanielReport11TestResultsInjectionSO3InjectionInletMercuryOutletApproximateTable8.ParametricTestResults:DARCOHg,60%/40%BlendDate Concentrationlb/MmacfSO3InjectionppmInletMercuryμg/Nm3Mercuryμg/Nm3RemovalESP%4/28/053 6 43.6 104/28/05564.2 3.3214963.315/29/053.94/29/051263.9 2.5364/30/05962.8 229Table9.ParametricTestResults:DARCOHg‐LH,60%/40%BlendDateInjectionConcentrationlb/MmacfSO3InjectionppmInletMercuryμg/Nm3OutletMercuryμg/Nm3ApproximateRemovalESP%5/2/05304.9 1.6675/3/05563.2304.65/3/05504.6 1.5675/4/051064.7 2.1555/4/051034.7 1.5685/4/051004.7 0.8835/5/05365 23 238..5/5/05335.1 2.8455/5/05305.1 2.1595/5/057.505 1.5705/21/053++0 4.8 1.3 735/21/055++0 4.5 0.5 895/21/059++0 4.7 0.1 98++Datatakenduringthein‐flighttest,conductedattheendoftheprogramwithamodifiedinjectionconfiguration.Table10.ParametricTestResults:DARCOHg‐LH80%/20%BlendDateInjectionConcentrationlb/MmacfSO3InjectionppmInletMercuryμg/Nm3OutletMercuryμg/Nm3ApproximateRemovalESP%5/15/05304.1 176/ /Table10.ParametricTestResults:DARCOHg‐LH,80%/20%Blend5/16/05504.3 0.7845/17/057.503.7 0.8785/17/051004.1 0.9785/17/051064.1 1.563DateInjectionConcentrationlb/MmacfSO3InjectionppmInletMercuryμg/Nm3OutletMercuryμg/Nm3ApproximateRemovalESP%/ /Table11.ParametricTestResults:DARCOHg,80%/20%Blend5/18/05363.8 2.4375/18/053 0 42 505/18/05504.2 1.8575/18/05564.4 2.2505/19/05106. 1.83 8535/19/051004.2 1.4675/19/057.504.4 1.370Table14.SnapShotResultsfromConstantRateInjectionTestat5PointBackgroundSO3ppmESPInletMercury(μg/Nm3,3%)1ESPOutletMercury(μg/Nm3,3%)1Capturelb/MMacfInjectionO2)1O2)15/6/20050.254.66 1.36 72%5/7/20050.244.79 1.49 69%5/8/20050.244.82 1.43 70%5/9/20050.244.830.8283%5/10/20050.245.22 1.04 81%5/11/20050.23.24 0.42 87%1ResultspresentedarefromtheSCEMsATTACHMENT3‐DanielReport11TestResultsTable15.RelativePerformancesofTwentyMileandWestElkCoalswith5lb/MMacfInjectionMay8May8May8May9May8May9May9May9312 1035 1435 2330 2108 1 807 1556μg/Nm35.49 4.98 4.89 5.07 4.12 4.36 4.66 5.33TwentyMile WestElkDateTimeInletMercuryTestSideμg/Nm31 1.38 1.29 1.34 0.83 0.82 0.73 0.7%8272 7474 80 81 84 87μg/Nm33.05 2.05 2.09 2.28 0.85 1.11 0.91 0.81ControlSideTestSideOutletMercuryMercuryCaptureOutletMercury%4459 5755 79 75 80 85%38 13 17 19 1 6 4 2APHInletESPInletESPOutletMercuryCaptureImprovementDuetoSorbentInjectionTable16.SummaryDatafromIn‐FlightCaptureTestTimeSO3InjectionppmSorbentInjectionlb/MmacfAPHInletMercuryμg/Nm3ESPInletMercuryμg/Nm3ESPOutletMercuryμg/Nm3In‐FlightCapture%ESPCapture%OverallCapture%0000‐0345604.6 4.13.1 1122 330345‐1012004.1 3.52.6 1522 371012‐1205034.8 1.41.3 712 731205‐1315004.6 2.52.1 469 551315‐1554054.5 0.60.5 872 891554‐1755094.7 0.20.1 962 981755 12300570661755‐123004.2.24151230‐0900605.2 4.22.9 1925 44ATTACHMENT3‐DanielReport11TestResultsCoalHgInletHgInletHgSTMAbsoluteRelativeTable19.ComparisonofInletMercuryLevelsbyCoal,SCEM,andSTMDate TestPhase FuelBlendCoalHglb/TbtuSCEMlb/TbtuInletHgSTMlb/TbtuConsistencylb/TbtuRelativeConsistency4/28/2005Parametric,DARCOHg,3&5lb/MMacf60%/40%4.34.010.3 7%lb/MMacf4/29/2005Parametric,DARCOHgInjection,10lb/MMacf60%/40%4.013.3 0.7 18%4/29/2005Parametric,DARCOHgInjection,10lb/MMacf60%/40%4.014.5 0.5 11%5/7/2005Constant60%/40%4 44 30 12%5/7/2005ConstantRate,DARCOHg‐LH,5lb/MMacf60%/40%4.44.30.12%5/8/2005ConstantRate,60%/40%4.3 4.20.1 2%DARCOHg‐LH,5lb/MMacf5/13/2005Baseline80%/20%3.8 3.30.5 13%1NotethatSCEMdatafrombefore5/8/05wastakenattheairpreheateroutletDate TestPhase FuelBlendInletHgSCEMlb/TbtuInletHgSTMlb/TbtuAbsoluteConsistencylb/TbtuRelativeConsistencyTable20.ComparisonofOutletMercuryLevelsbySCEMandSTMlb/Tbtulb/Tbtu4/27/2005Baseline60%/40%3.4 3.50.1 3%4/27/2005Baseline60%/40%3.4 3.30.1 3%5/9/2005ConstantRate,DARCOHg‐LH,560%/40%0.8 0.40.4 50%lb/MMacf5/9/2005ConstantRate,DARCOHg‐LH,5lb/MMacf60%/40%0.8 0.40.4 50%5/11/2005ConstantRate,DARCOHg‐LH,5lb/MMacf60%/40%0.3 0.20.1 33%5/11/2005Constant60%/40%0 30 20 133%5/11/2005ConstantRate,DARCOHg‐LH,5lb/MMacf60%/40%0.30.20.133%5/14/2005Baseline80%/20%2.1 1.30.8 38%5/14/2005Baseline80%/20%2 11 50 629%5/14/2005Baseline80%/20%...5/16/2005Hg‐LHInjection80%/20%2.1 1.90.2 10%5/16/2005Hg‐LHInjection80%/20%2.1 1.90.2 10%LoadRange OpacityRange OpacityAverage OpacityRangeOpacityA erageDifferential(CRIBase)Table24.Unit6OpacityWithandWithoutSorbentInjectionBaselineDataConstantRateInjectionoada geOpac tya geOpac tye ageOpac tya geAverage(CRI‐Base)530to540MW3.5–8.35.23.8–8.36.0+0.8ATTACHMENT4‐DanielReport1TestResultsATTACHMENT5‐DanielReport2TestResultsATTACHMENT6‐DanielReport3TestResultsATTACHMENT7‐DanielReport4TestResultsATTACHMENT8‐DanielReport5TestResultsATTACHMENT9‐DanielReport6TestResultsATTACHMENT10‐DanielReport7TestResultsATTACHMENT11‐DanielReport7TestResults