Content and Layout of the Annual Electric Generator Report (EIA-860) Data Files for 2009 (v1.0)Note:The actual file names include a suffix with the applicable datayear. For more information and historic datago to www.eia.doe.gov/cneaf/electricity/page/eia860.html.Field Name Description Notes Utility Plant Generator / Exist Generator / Prop Generator / Ret_IP Owner MultiFuel / Exist MultiFuel / Prop MultiFuel / Ret_IP Interconnect EnviroAssoc / Boiler_Gen EnviroAssoc / Boiler_Cool EnviroAssoc / Boiler_FGD EnviroAssoc / Boiler_FGP EnviroAssoc / Boiler_SF EnviroEquip / Boiler EnviroEquip / Controls EnviroEquip / Cooling EnviroEquip / FGD EnviroEquip / FGP EnviroEquip / StackFlueUTILITY_IDEIA-assigned identification number for thecompany that is responsible for the day-to-dayoperations of the generatorxxxxxxxxxxxxxxxxxxxxxUTILITY_NAMELegal name of the company that is responsiblefor the day-to-day operations of the generatorx xxxxxxxx xxxxxxPLANT_CODE EIA-assigned plant codexxxxxxxxxxxxxxxxxxxxPLANT_NAME Plant namexxxxxxxxx xxxxxxSTATE Plant statexxxxxxxxx xxxxxxCOUNTY Plant countyxxxx xxxx xxxxxxGENERATOR_ID Generator identification numberxxxxxxxxxINTERCONNECTION_MONTH Month that the interconnection occurredxINTERCONNECTION_YEAR Year that the interconnection occurredxINTERCONNECTION_REQUEST_MONTHMonth that the first request for interconnectionwas filed with the grid operatorxINTERCONNECTION_REQUEST_YEARYear that the first request for interconnectionwas filed with the grid operatorxINTERCONNECTION_CITYNearest city or town where the interconnectionequipment is locatedxINTERCONNECTION_STATEState of nearest city or town where theinterconnection equipment is locatedxGRID_VOLTAGEGrid voltage in kV at the point ofinterconnection between the generator and thegridxTRANSMISSION_OWNERNAMEName of the owner of the transmission ordistribution facilities to which the generator isinterconnectedxINTERCONNECTION_COSTTotal cost incurred (in thousand dollars) toaccomplish the physical interconnectionxTRANSMISSION_LINEIndicates whether the transmission ordistribution lines, transformers, protectivedevices, substation or switching stations,and/or other equipment, as appropriate, areincluded in the interconnection costYes / NoxTRANSFORMERIndicates whether the transmission ordistribution lines, transformers, protectivedevices, substation or switching stations,and/or other equipment, as appropriate, areincluded in the interconnection costYes / NoxPROTECTIVE_DEVICESIndicates whether the transmission ordistribution lines, transformers, protectivedevices, substation or switching stations,and/or other equipment, as appropriate, areincluded in the interconnection costYes / NoxSUBSTATIONIndicates whether the transmission ordistribution lines, transformers, protectivedevices, substation or switching stations,and/or other equipment, as appropriate, areincluded in the interconnection costYes / NoxOTHER_EQUIPMENTIndicates whether the transmission ordistribution lines, transformers, protectivedevices, substation or switching stations,and/or other equipment, as appropriate, areincluded in the interconnection costYes / NoxGRID_ENHANCEMENT_COSTAmount incurred for any other gridenhancements or reinforcements that wereneeded to accommodate power deliveriesfrom the new generatorxGRID_COST_REPAIDIndicates whether the grid enhancement costs,or some portion of them, will be repaid to thecompany at some point by the owner of thegrid, or by the party with whom the companycontracted for the interconnectionYes / NoxTRANSMISSION_RIGHTS_SECUREDIndicates whether the specific transmissionuse rights were secured as a result of theinterconnection costs incurredYes / NoxField Name Description Notes Utility Plant Generator / Exist Generator / Prop Generator / Ret_IP Owner MultiFuel / Exist MultiFuel / Prop MultiFuel / Ret_IP Interconnect EnviroAssoc / Boiler_Gen EnviroAssoc / Boiler_Cool EnviroAssoc / Boiler_FGD EnviroAssoc / Boiler_FGP EnviroAssoc / Boiler_SF EnviroEquip / Boiler EnviroEquip / Controls EnviroEquip / Cooling EnviroEquip / FGD EnviroEquip / FGP EnviroEquip / StackFluePRIME_MOVEREIA assigned code for the prime mover (i.e.the engine, turbine, water wheel, or similarmachine that drives an electric generator)See Table 1 in tab 'ReferenceTables I'xxx xxxSTATUSThe operating status of the generatorSee Tables 3a, 3b and 3c in tab'Reference Tables I'xxxxOWNERSHIP_ID EIA-assigned owner's identification numberxOWNER_NAME Name of ownerxOWNER_STATE State for ownerxPERCENT_OWNED Percent of generator ownershipxMULTIPLE_FUELSIndicates whether the combustion system thatwill power each proposed generator expects tohave the regulatory permits necessary to fuelswitchYes / No x x x x x xCOFIRE_FUELSIndicates whether the combustion system thatwill power each proposed generator expects tohave the regulatory permits necessary to cofire fuelsYes / NoxxxCOFIRE_ENERGY_SOURCE_1The codes representing the type of fuel thatwill be co-firedSee Table 2 in tab 'ReferenceTables I'xxxCOFIRE_ENERGY_SOURCE_2The codes representing the type of fuel thatwill be co-firedSee Table 2 in tab 'ReferenceTables I'xxxCOFIRE_ENERGY_SOURCE_3The codes representing the type of fuel thatwill be co-firedSee Table 2 in tab 'ReferenceTables I'xxxCOFIRE_ENERGY_SOURCE_4The codes representing the type of fuel thatwill be co-firedSee Table 2 in tab 'ReferenceTables I'xxxCOFIRE_ENERGY_SOURCE_5The codes representing the type of fuel thatwill be co-firedSee Table 2 in tab 'ReferenceTables I'xxxCOFIRE_ENERGY_SOURCE_6The codes representing the type of fuel thatwill be co-firedSee Table 2 in tab 'ReferenceTables I'xxxCOFIRE_OIL_GASIndicates whether the proposed unit expects tobe able to co-fire fuel oil with natural gasYes / NoxxxCOFIRE_100_OILIndicates whether the proposed unit isexpected to be able to run on 100 percent oilYes / NoxxxMAX_OIL_HEATThe maximum oil heat input (% of MMBtus)expected for proposed unit when co-firing withnatural gasxxxMAX_OIL_OUTPUTThe maximum output (net MW) expected forproposed unit, when making the maximum useof oil and co-firing natural gasxxxFUEL_SWITCHIndicates whether unit will be able to switchfuelsYes / NoxxxFUEL_SWITCH_OIL_GASIndicates whether the unit can co-fire fuel oilwith natural gasYes / NoxxxNET_SUMMER_CAPACITY_NGThe maximum output (summer net MW) thatthe unit is expected to achieve, taking intoaccount all applicable legal, regulatory, andtechnical limits, when running on natural gasxxxNET_SUMMER_CAPACITY_OILThe maximum output (summer net MW) thatthe unit is expected to achieve, taking intoaccount all applicable legal, regulatory, andtechnical limits, when running on oilxxxTIME_TO_SWITCHThe amount of time it is expected to take toswitch the generator from using 100 percentnatural gas to 100 percent oil0 to 6 hoursover 6 to 24 hoursover 24 to 72 hoursover 72 hours.Unknown or uncertainxxxREGULATORY_LIMITSIndicates whether there are factors that limitthe operation of the generator when runningon 100 percent oilYes / NoxxxSTORAGE_LIMITSIndicates that limited on site fuel storage is afactor that limits the operation of the generatorwhen running on 100 percent oilYes / NoxxxAIRPERMIT_LIMITSIndicates that air permit limits is a factor thatlimits the operation of the generator whenrunning on 100 percent oilYes / NoxxxOTHER_LIMITSIndicates that there are other factors that limitthe operation of the generator when runningon 100 percent oilYes / NoxxxField Name Description Notes Utility Plant Generator / Exist Generator / Prop Generator / Ret_IP Owner MultiFuel / Exist MultiFuel / Prop MultiFuel / Ret_IP Interconnect EnviroAssoc / Boiler_Gen EnviroAssoc / Boiler_Cool EnviroAssoc / Boiler_FGD EnviroAssoc / Boiler_FGP EnviroAssoc / Boiler_SF EnviroEquip / Boiler EnviroEquip / Controls EnviroEquip / Cooling EnviroEquip / FGD EnviroEquip / FGP EnviroEquip / StackFlueFUEL_SWITCH_ENERGY_SOURCE_1The codes representing the type of fuel thatwill be able to be used as a sole source of fuelfor this unitSee Table 2 in tab 'ReferenceTables I'xxxFUEL_SWITCH_ENERGY_SOURCE_2The codes representing the type of fuel thatwill be able to be used as a sole source of fuelfor this unitSee Table 2 in tab 'ReferenceTables I'xxxFUEL_SWITCH_ENERGY_SOURCE_3The codes representing the type of fuel thatwill be able to be used as a sole source of fuelfor this unitSee Table 2 in tab 'ReferenceTables I'xxxFUEL_SWITCH_ENERGY_SOURCE_4The codes representing the type of fuel thatwill be able to be used as a sole source of fuelfor this unitSee Table 2 in tab 'ReferenceTables I'xxxFUEL_SWITCH_ENERGY_SOURCE_5The codes representing the type of fuel thatwill be able to be used as a sole source of fuelfor this unitSee Table 2 in tab 'ReferenceTables I'xxxFUEL_SWITCH_ENERGY_SOURCE_6The codes representing the type of fuel thatwill be able to be used as a sole source of fuelfor this unitSee Table 2 in tab 'ReferenceTables I'xxxNAMEPLATEThe highest value on the generator nameplatein megawatts rounded to the nearest tenthxxxSUMMER_CAPABILITY The net summer capacityxxxWINTER_CAPABILITY The net winter capacityxxxSUMMER_ESTIMATED_CAPABILITY EIA estimated summer capacity (in MWh)xWINTER_ESTIMATED_CAPABILITY EIA estimated winter capacity (in MWh)xUNIT_CODEMulti-generator code that identifies allgenerators that are operated with othergenerators as a single unitOPERATING_MONTHMonth the generator began commercialoperationx xOPERATING_YEARYear the generator began commercialoperationx xRETIREMENT_MONTH Month the generator retiredxRETIREMENT_YEAR Year the generator retiredxEFFECTIVE_MONTHThe original effective month on which thegenerator was scheduled to start operationxEFFECTIVE_YEARThe original effective year on which thegenerator was scheduled to start operationxCURRENT_MONTHThe most recently updated effective month onwhich the generator is scheduled to startoperationxCURRENT_YEARThe most recently updated effective year onwhich the generator is scheduled to startoperationxENERGY_SOURCE_1The code representing the most predominanttype of energy that fuels the generatorSee Table 2 in tab 'ReferenceTables I'xxxENERGY_SOURCE_2The code representing the second mostpredominant type of energy that fuels thegeneratorSee Table 2 in tab 'ReferenceTables I'xxxENERGY_SOURCE_3The code representing the third, fourth, fifthand sixth most predominant type of energythat fuels the generatorSee Table 2 in tab 'ReferenceTables I'xxxENERGY_SOURCE_4The code representing the third, fourth, fifthand sixth most predominant type of energythat fuels the generatorSee Table 2 in tab 'ReferenceTables I'xxxENERGY_SOURCE_5The code representing the third, fourth, fifthand sixth most predominant type of energythat fuels the generatorSee Table 2 in tab 'ReferenceTables I'xxxENERGY_SOURCE_6The code representing the third, fourth, fifthand sixth most predominant type of energythat fuels the generatorSee Table 2 in tab 'ReferenceTables I'xxxOPERATING_SWITCHIndicates whether the proposed unit will beable to switch fuels while operatingYes / NoxxxDELIVER_POWER_TRANSGRIDIndicate whether the generator can deliverpower to the transmission gridx xSYNCHRONIZED_GRIDIndicates whether standby generators (SBstatus) can be synchronized to the gridYes / No x xOWNERSHIP Identifies the ownership for each generatorS=Single ownershipJ= Joint ownershipW=Wholly owned by an other entityxxxTURBINESNumber of wind turbinesxxxField Name Description Notes Utility Plant Generator / Exist Generator / Prop Generator / Ret_IP Owner MultiFuel / Exist MultiFuel / Prop MultiFuel / Ret_IP Interconnect EnviroAssoc / Boiler_Gen EnviroAssoc / Boiler_Cool EnviroAssoc / Boiler_FGD EnviroAssoc / Boiler_FGP EnviroAssoc / Boiler_SF EnviroEquip / Boiler EnviroEquip / Controls EnviroEquip / Cooling EnviroEquip / FGD EnviroEquip / FGP EnviroEquip / StackFlueCOGENERATORIndicates whether the generator is associatedwith a combined heat and power systemYes / No x x xSECTOR_NAMEPlant-level sector name, designated by theprimary purpose, regulatory status and plantlevel combined heat and power statusCommercial; Electric Utility;Industrial; Non-Combined Heat andPower Independent Power Producer(IPP); Combined Heat and Power(IPP CHP)x xSECTOR_NUMBERPlant-level sector number, designated by theprimary purpose, regulatory status and plantlevel combined heat and power status1 = Electric Utility2 = Independent Power Producer,Non-Combined Heat and Power3 = Independent Power Producer,Combined Heat and Power4 = Commercial, Non-CombinedHeat and Power5 = Commercial, Combined Heatand Power6 = Industrial, Non-Combined Heatand Power7 = Industrial, Combined Heat andPowerx xTOPPING_BOTTOMINGIf the generator is associated with a combinedheat and power system, indicates whether thegenerator is part of a topping cycle or abottoming cycleT = ToppingB = Bottomingx xDUCT_BURNERSIndicates whether the unit has duct-burners forsupplementary firing of the turbine exhaustgasx xPLANNED_MODIFICATIONSIndicates whether there are any plannedcapacity uprates/derates, repowering, othermodifications, or generator retirementsscheduled for the next 5 yearsYes / No x xPLANNED_UPRATES_NET_SUMMER_CAPIncrease in summer capacity expected to berealized from the modification to theequipmentx xPLANNED_UPRATES_NET_WINTER_CAPIncrease in winter capacity expected to berealized from the uprate modification to theequipmentx xPLANNED_UPRATES_MONTHPlanned effective month that the generator isscheduled to enter operation after the upratemodificationx xPLANNED_UPRATES_YEARPlanned effective year that the generator isscheduled to enter operation after the upratemodificationx xPLANNED_DERATES_NET_SUMMER_CAPDecrease in summer capacity expected to berealized from the derate modification to theequipmentx xPLANNED_DERATES_NET_WINTER_CAPDecrease in winter capacity expected to berealized from the derate modification to theequipmentx xPLANNED_DERATES_MONTHPlanned effective month that the generator isscheduled to enter operation after the deratemodificationx xPLANNED_DERATES_YEARPlanned effective year that the generator isscheduled to enter operation after the deratemodificationx xPLANNED_NEW_PRIMEMOVERNew prime mover for the planned repoweredgeneratorSee Table 1 in tab 'ReferenceTables I'x xPLANNED_ENERGY_SOURCE_1New energy source code for the plannedrepowered generatorSee Table 2 in tab 'ReferenceTables I'x xPLANNED_REPOWER_MONTHPlanned effective month that the generator isscheduled to enter operation after therepowering is completex xPLANNED_REPOWER_YEARPlanned effective year that the generator isscheduled to enter operation after therepowering is completex xOTHER_MODSIndicates whether there are there othermodifications planned for the generatorYes / No x xOTHER_MOD_MONTHPlanned effective month that the generator isscheduled to enter commercial operation afterany other planned modification is completex xField Name Description Notes Utility Plant Generator / Exist Generator / Prop Generator / Ret_IP Owner MultiFuel / Exist MultiFuel / Prop MultiFuel / Ret_IP Interconnect EnviroAssoc / Boiler_Gen EnviroAssoc / Boiler_Cool EnviroAssoc / Boiler_FGD EnviroAssoc / Boiler_FGP EnviroAssoc / Boiler_SF EnviroEquip / Boiler EnviroEquip / Controls EnviroEquip / Cooling EnviroEquip / FGD EnviroEquip / FGP EnviroEquip / StackFlueOTHER_MOD_YEARPlanned effective year that the generator isscheduled to enter commercial operation afterany other planned modofication is completex xPLANNED_RETIREMENT_MONTHPlanned effective month of the scheduledretirement of the generatorxPLANNED_RETIREMENT_YEARPlanned effective year of the scheduledretirement of the generatorxSFG_SYSTEMIndicates whether the generator is part of asolid fuel gasification systemYes / No x x xPULVERIZED_COALIndicates that the generator uses pulverizedcoal technologyxxxFLUIDIZED_BEDIndicates that the generator uses fluidized bedtechnologyxxxSUBCRITICALIndicates that the generator uses subcriticaltechnologyxxxSUPERCRITICALIndicates that the generator uses supercriticaltechnologyxxxULTRASUPERCRITICALIndicates that the generator uses ultra-supercritical technologyxxxCARBONCAPTUREIndicates that the generator uses carboncapture technologyxxxSTARTUP_SOURCE_1The code representing the first, second, thirdor fourth start-up and flame stabilizationenergy source used by the combustion unit(s)associated with this generatorSee Table 2 in tab 'ReferenceTables I'xxxSTARTUP_SOURCE_2The code representing the first, second, thirdor fourth start-up and flame stabilizationenergy source used by the combustion unit(s)associated with this generatorSee Table 2 in tab 'ReferenceTables I'xxxSTARTUP_SOURCE_3The code representing the first, second, thirdor fourth start-up and flame stabilizationenergy source used by the combustion unit(s)associated with this generatorSee Table 2 in tab 'ReferenceTables I'xxxSTARTUP_SOURCE_4The code representing the first, second, thirdor fourth start-up and flame stabilizationenergy source used by the combustion unit(s)associated with this generatorSee Table 2 in tab 'ReferenceTables I'xxxUTILITY_ATTENTION_LINEMail attention name of the operator/owner xUTILITY_PO_BOX_LINEPost office box address of the operator/ownerxUTILITY_STREET_ADDRESSStreet address of the operator/ownerxUTILITY_CITYName of the city in which operator/owner islocatedxUTILITY_STATEState of the operator/ownerxUTILITY_ZIP5Zip code of the operator/ownerxUTILITY_ZIP4Zip code extension of the operator/ownerxCONTACT_FIRSTNAMEFirst name of primary contactxCONTACT_NAMELast name of primary contactxCONTACT_TITLETitle of primary contactxCONTACT_FIRSTNAME2First name of primary contact's supervisorxCONTACT_NAME2Last name of primary contact's supervisorxCONTACT_TITLE2Title of primary contact's supervisorxSTREET_ADDRESS Street address of the power plant xCITY Name of the city in which the plant is located xZIP5 Zip code of the plantxNAME_OF_WATER_SOURCEName of the principal source from whichcooling water for thermal-electric plants andwater for generating power for hydroelectricplants is directly obtainedxxxxxxxNERC NERC region in which the plant is locatedSee Table 4 in tab 'ReferenceTables I'xPRIMARY_PURPOSENorth American Industry Classification System(NAICS) code that best describes the primarypurpose of the reporting plantxOWNERTRANSDISTName of the owner of the transmission ordistribution system to which the plant isinterconnectedxField Name Description Notes Utility Plant Generator / Exist Generator / Prop Generator / Ret_IP Owner MultiFuel / Exist MultiFuel / Prop MultiFuel / Ret_IP Interconnect EnviroAssoc / Boiler_Gen EnviroAssoc / Boiler_Cool EnviroAssoc / Boiler_FGD EnviroAssoc / Boiler_FGP EnviroAssoc / Boiler_SF EnviroEquip / Boiler EnviroEquip / Controls EnviroEquip / Cooling EnviroEquip / FGD EnviroEquip / FGP EnviroEquip / StackFlueOWNERTRANSIDEIA-assigned code for owner oftransmission/distribution system to which theplant is interconnectedxOWNERSTATEState location for owner oftransmission/distribution system to which theplant is interconnectedxREGULATORY_STATUSIndicates whether the plant is regulated or non-regulatedxFERC_COGENIndicates of whether the plant has FERCqualifying facility cogenerator statusYes / No xFERC_COGEN_DOCKETThe docket number relating to the FERCqualifying facility cogenerator statusxFERC_SMALL_POWERIndicates of whether the plant has FERCqualifying facility small power producer statusYes / No xFERC_SMALL_POWER_DOCKETThe docket number relating to the FERCqualifying facility small power producer statusxFERC_EXEMPT_WHOLESALEIndicates of whether the plant has FERCqualifying facility exempt wholesale generatorstatusYes / No xFERC_EXEMPT_WHOLESALE_DOCKETThe docket number relating to the FERCqualifying facility exempt wholesale generatorstatusxBOILER_ID Boiler identification numberxxxxxxxGENERATOR_ASSOCIATIONIndicates whether boiler associations withgenerator during the year were actual ortheoreticalA = ActualT = TheoreticalxCOOLING_ID Cooling system identification numberx xFGD_ID Flue gas desulfurization identification numberx xFGP_IDFlue gas particulate collector identificationnumberx xFLUE_ID Flue identification numberx xSTACK_ID Stack identification numberx xBOILER_STATUS Boiler statusSee Table 3d in tab 'ReferenceTables I'x xPLANT_SUM_CAPThe plany summer capacity associated withthe operating generators at the plantxxxxxxTYPE_OF_BOILERIndicates the standards under which the boileris operating as described in the U.S.Environmental Protection Agency regulationunder 40 CFRSee Table 10 in tab 'ReferenceTables II'xNSRIndicates whether the boiler is subject to NewSource Review requirementsYes / NoxNSR_DATE_MM Month of issued New Source Review permitxNSR_DATE_YR Year of issued New Source Review permitxNSR_PERMIT New Source Review permit numberxREGULATION_PARTICULATEMost stringent type of statute or regulationcode under which the boiler is operating forparticulate matterFD = FederalST=StateLO=LocalNA=Not ApplicablexREGULATION_SULFURMost stringent type of statute or regulationcode under which the boiler is operating forsulfur dioxideFD = FederalST=StateLO=LocalNA=Not ApplicablexREGULATION_NITROGENMost stringent type of statute or regulationcode under which the boiler is operating fornitrogen oxidesFD = FederalST=StateLO=LocalNA=Not ApplicablexSTANDARD_PARTICULATE_RATENumeric value for the unit of measurementspecified for particulate matterxSTANDARD_SULFUR_RATENumeric value for the unit of measurementspecified for sulfur dioxidexSTANDARD_NITROGEN_RATENumeric value for the unit of measurementspecified for nitrogen oxidexUNIT_PARTICULATEUnit of measurement specified for particulatematterSee Table 11a in tab 'ReferenceTables III'xUNIT_SULFURUnit of measurement specified for sulfurDioxideSee Table 11b in tab 'ReferenceTables III'xUNIT_NITROGENUnit of measurement specified for NitrogenOxidesSee Table 11c in tab 'ReferenceTables III'xPERIOD_PARTICULATEPeriod of time over which measurements forparticulate matter were averagedSee Table 5 in tab 'ReferenceTables I'xField Name Description Notes Utility Plant Generator / Exist Generator / Prop Generator / Ret_IP Owner MultiFuel / Exist MultiFuel / Prop MultiFuel / Ret_IP Interconnect EnviroAssoc / Boiler_Gen EnviroAssoc / Boiler_Cool EnviroAssoc / Boiler_FGD EnviroAssoc / Boiler_FGP EnviroAssoc / Boiler_SF EnviroEquip / Boiler EnviroEquip / Controls EnviroEquip / Cooling EnviroEquip / FGD EnviroEquip / FGP EnviroEquip / StackFluePERIOD_SULFURPeriod of time over which measurements forsulfur dioxide were averagedSee Table 5 in tab 'ReferenceTables I'xPERIOD_NITROGENPeriod of time over which measurements fornitrogen oxides were averagedSee Table 5 in tab 'ReferenceTables I'xCOMP_YEAR_PARTICULATEYear boiler was or is expected to be incompliance with federal, state and/or localregulations for particulate matterxCOMP_YEAR_SULFURYear boiler was or is expected to be incompliance with federal, state and/or localregulations for sulfur dioxidexCOMP_YEAR_NITROGENYear boiler was or is expected to be incompliance with federal, state and/or localregulations for nitrogen oxidexSTRATEGY_PARTICULATE1If boiler is not in compliance with particulatematter regulations, strategy for complianceSee Table 12a in tab 'ReferenceTables III'xSTRATEGY_PARTICULATE2If boiler is not in compliance with particulatematter regulations, strategy for complianceSee Table 12a in tab 'ReferenceTables III'xSTRATEGY_PARTICULATE3If boiler is not in compliance with particulatematter regulations, strategy for complianceSee Table 12a in tab 'ReferenceTables III'xSTRATEGY_SULFUR1If boiler is not in compliance with sulfur dioxideregulations, strategy for complianceSee Table 12b in tab 'ReferenceTables III'xSTRATEGY_SULFUR2If boiler is not in compliance with sulfur dioxideregulations, strategy for complianceSee Table 12b in tab 'ReferenceTables III'xSTRATEGY_SULFUR3If boiler is not in compliance with sulfur dioxideregulations, strategy for complianceSee Table 12b in tab 'ReferenceTables III'xSTRATEGY_NITROGEN1If boiler is not in compliance with nitrogenoxides regulations, strategy for complianceSee Table 12c in tab 'ReferenceTables III'xSTRATEGY_NITROGEN2If boiler is not in compliance with nitrogenoxides regulations, strategy for complianceSee Table 12c in tab 'ReferenceTables III'xSTRATEGY_NITROGEN3If boiler is not in compliance with nitrogenoxides regulations, strategy for complianceSee Table 12c in tab 'ReferenceTables III'xSTRATEGY_FOR_CAAA1Existing strategies to meet the sulfur dioxiderequirements of Title IV of the Clean Air ActAmendment of 1990See Table 12b in tab 'ReferenceTables III'xSTRATEGY_FOR_CAAA2Existing strategies to meet the sulfur dioxiderequirements of Title IV of the Clean Air ActAmendment of 1990See Table 12b in tab 'ReferenceTables III'xSTRATEGY_FOR_CAAA3Existing strategies to meet the sulfur dioxiderequirements of Title IV of the Clean Air ActAmendment of 1990See Table 12b in tab 'ReferenceTables III'xPLANNED_FOR_CAAA1Planned strategies to meet the sulfur dioxiderequirements of Title IV of the Clean Air ActAmendment of 1990See Table 12b in tab 'ReferenceTables III'xPLANNED_FOR_CAAA2Planned strategies to meet the sulfur dioxiderequirements of Title IV of the Clean Air ActAmendment of 1990See Table 12b in tab 'ReferenceTables III'xPLANNED_FOR_CAAA3Planned strategies to meet the sulfur dioxiderequirements of Title IV of the Clean Air ActAmendment of 1990See Table 12b in tab 'ReferenceTables III'xBOILER_MANUFACTURER Boiler manufacturer codeSee Table 13 in tab 'ReferenceTables IV'xINSERVICE_MMActual or projected month of commercialoperation of the Boiler/Cooling System/FGDunit/FGP unit/Stack (or Flue)x xxxxINSERVICE_YRActual or projected year of commercialoperation of the Boiler/Cooling System/FGDunit/FGP unit/Stack (or Flue)x xxxxRETIREMENT_MM Actual or projected month of retirementxRETIREMENT_YR Actual or projected month of retirementxMAX_STEAM_FLOWMaximum continuous steam flow at 100percent load (thousand pounds per hour)xCOAL_FIRE_STEAM_FLOWDesign firing rate at maximum continuoussteam flow for coal (nearest 0.1 ton per hour)xPET_FIRE_STEAM_FLOWDesign firing rate at maximum continuoussteam flow for pet coke (nearest 0.1 barrelsper hour)xGAS_FIRE_STEAM_FLOWDesign firing rate at maximum continuoussteam flow for gas (nearest 0.1 cubic feet perhour)xOTHER_FIRE_STEAM_FLOWDesign firing rate at maximum continuoussteam flow for waste heatxField Name Description Notes Utility Plant Generator / Exist Generator / Prop Generator / Ret_IP Owner MultiFuel / Exist MultiFuel / Prop MultiFuel / Ret_IP Interconnect EnviroAssoc / Boiler_Gen EnviroAssoc / Boiler_Cool EnviroAssoc / Boiler_FGD EnviroAssoc / Boiler_FGP EnviroAssoc / Boiler_SF EnviroEquip / Boiler EnviroEquip / Controls EnviroEquip / Cooling EnviroEquip / FGD EnviroEquip / FGP EnviroEquip / StackFlueWASTE_HEAT_INPUTDesign waste-heat input rate at maximumcontinuous steam flow where a waste-heatboiler is a boiler that receives all or asubstantial portion of its energy input from thenoncumbustible exhaust gases of a separatefuel-burning process (million Btu per hour)xPRIMARY_FUEL1 Primary fuels used in order of predominanceSee Table 2 in tab 'ReferenceTables I'xPRIMARY_FUEL2 Primary fuels used in order of predominanceSee Table 2 in tab 'ReferenceTables I'xPRIMARY_FUEL3 Primary fuels used in order of predominanceSee Table 2 in tab 'ReferenceTables I'xPRIMARY_FUEL4 Primary fuels used in order of predominanceSee Table 2 in tab 'ReferenceTables I'xPRIMARY_FUEL5 Primary fuels used in order of predominanceSee Table 2 in tab 'ReferenceTables I'xPRIMARY_FUEL6 Primary fuels used in order of predominanceSee Table 2 in tab 'ReferenceTables I'xPRIMARY_FUEL7 Primary fuels used in order of predominanceSee Table 2 in tab 'ReferenceTables I'xPRIMARY_FUEL8 Primary fuels used in order of predominanceSee Table 2 in tab 'ReferenceTables I'xFIRE_PRIMARY_FUEL1Indicates the first, second and third type offiring used with primary fuelsSee Table 6c in tab 'ReferenceTables II'xFIRE_PRIMARY_FUEL2Indicates the first, second and third type offiring used with primary fuelsSee Table 6c in tab 'ReferenceTables II'xFIRE_PRIMARY_FUEL3Indicates the first, second and third type offiring used with primary fuelsSee Table 6c in tab 'ReferenceTables II'xEFFICIENCY_100_PCT_LOADBoiler efficiency when burning at 100 percentload (nearest 0.1 percent)xEFFICIENCY_50_PCT_LOADBoiler efficiency when burning at 50 percentload (nearest 0.1 percent)xAIR_FLOW_100_PCT_LOADTotal air flow including excess air at 100percent load, reported at standard temperatureand pressure (i.e. 68 F and one atmospherepressure)xWET_DRY_BOTTOMWet or Dry Bottom where Wet Bottom isdefined as slag tanks that are installed atfurnace throat to contain and remove moltenash from the furnace, and Dry Bottom isdefined as having no slag tanks at furnacethroat area, throat area is clear, and bottomash drops through throat to bottom ash waterhoppers.W=WetD=DryxFLY_ASH_REINJECTIONIndicates whether the boiler has fly ash re-injectionYes / NoxNOX_CONTROL_STATUS Nitrogen oxide control status codeSee Table 6b in tab 'ReferenceTables II'xLOW_NOX_PROCESS1 Low nitrogen oxide control processSee Table 6a in tab 'ReferenceTables II'xLOW_NOX_PROCESS2 Low nitrogen oxide control processSee Table 6a in tab 'ReferenceTables II'xLOW_NOX_PROCESS3 Low nitrogen oxide control processSee Table 6a in tab 'ReferenceTables II'xLOW_NOX_MANUFACTURERCode indicating the low nitrogen oxide controlburner manufacturerSee Table 13 in tab 'ReferenceTables IV'xMERCURY_EMISSION_CONTROLIndicates whether the boiler has mercuryemission controlsYes / NoxMERCURY_EMISSION_ACJIndicates whether the boiler has an activatedcarbon injection systemxMERCURY_EMISSION_BH Indicates whether the boiler has a baghousexMERCURY_EMISSION_DS Indicates whether the boiler has a dry scrubberxMERCURY_EMISSION_EPIndicates whether the boiler has anelectrostatic precipitatorxMERCURY_EMISSION_FGDIndicates whether the boiler has a flue gasdesulfurization systemxMERCURY_EMISSION_LIIndicates whether the boiler has a limeinjection systemxMERCURY_EMISSION_WSIndicates whether the boiler has a wetscrubberxField Name Description Notes Utility Plant Generator / Exist Generator / Prop Generator / Ret_IP Owner MultiFuel / Exist MultiFuel / Prop MultiFuel / Ret_IP Interconnect EnviroAssoc / Boiler_Gen EnviroAssoc / Boiler_Cool EnviroAssoc / Boiler_FGD EnviroAssoc / Boiler_FGP EnviroAssoc / Boiler_SF EnviroEquip / Boiler EnviroEquip / Controls EnviroEquip / Cooling EnviroEquip / FGD EnviroEquip / FGP EnviroEquip / StackFlueMERCURY_EMISSION_OTIndicates whether the boiler has other mercuryemission controlsxCOOLING_STATUS Cooling system statusSee Table 3d in tab 'ReferenceTables I'xCOOLING_TYPE1Cooling system code for the first, second, thirdand/or fourth cooling systemSee Table 7a in tab 'ReferenceTables II'xCOOLING_TYPE2Cooling system code for the first, second, thirdand/or fourth cooling systemSee Table 7a in tab 'ReferenceTables II'xCOOLING_TYPE3Cooling system code for the first, second, thirdand/or fourth cooling systemSee Table 7a in tab 'ReferenceTables II'xCOOLING_TYPE4Cooling system code for the first, second, thirdand/or fourth cooling systemSee Table 7a in tab 'ReferenceTables II'xCOOLING_WATER_SOURCEName of river, lake, or water source thatprovides cooling waterxINTAKE_RATE_AT_100_PCTDesign cooling water flow rate at 100 percentload at in-take (cubic feet per second)xCHLORINE_INSERVICE_MMActual or projected in-service month forchlorine discharge control structures andequipmentxCHLORINE_INSERVICE_YRActual or projected in-service year for chlorinedischarge control structures and equipmentxPOND_INSERVICE_MMCooling ponds actual or projected in-servicemonthxPOND_INSERVICE_YRCooling ponds actual or projected in-serviceyearxPOND_SURFACE_AREA Total surface area of cooling pond (in acres)xPOND_VOLUMETotal volume of water in cooling pond (in acre-feet)xTOWER_INSERVICE_MMCooling towers actual or projected in-servicemonthxTOWER_INSERVICE_YRCooling towers actual or projected in-serviceyearxTOWER_TYPE1 Code for first and/or second cooling towerSee Table 7b in tab 'ReferenceTables II'xTOWER_TYPE2 Code for first and/or second cooling towerSee Table 7b in tab 'ReferenceTables II'xTOWER_WATER_RATE_PCTMaximum design rate of water flow at 100percent loadxPOWER_REQUIREMENT_KWHMaximum power requirement at 100 percentloadxCOST_TOTALActual installed cost for the existing system orthe anticipated cost to bring the total systeminto commercial operation (thousands dollars)xCOST_PONDSActual installed cost for the existing coolingponds or the anticipated cost to bring thecooling ponds into commercial operation(thousands dollars)xCOST_TOWERSActual installed cost for the existing coolingtowers or the anticipated cost to bring thecooling towers into commercial operation(thousands dollars)xCOST_CHLORINE_EQUIPMENTActual installed cost for the existing chlorinedischarge control system or the anticipatedcost to bring the chlorine discharge controlsystem into commercial operation (thousandsdollars)xINTAKE_DISTANCE_SHOREMaximum distance from shore to intake (infeet)xOUTLET_DISTANCE_SHOREMaximum distance from shore to outlet (infeet)xINTAKE_DISTANCE_SURFACEAverage distance below water surface tointake (in feet)xOUTLET_DISTANCE_SURFACEAverage distance below water surface to outlet(in feet)xFGD_STATUS Flue gas desulfurization unit statusSee Table 3d in tab 'ReferenceTables I'xFGD_TYPE1FGD unit code for the first, second, thirdand/or fourth flue gas desulfurization unitSee Table 9a in tab 'ReferenceTables II'xFGD_TYPE2FGD unit code for the first, second, thirdand/or fourth flue gas desulfurization unitSee Table 9a in tab 'ReferenceTables II'xField Name Description Notes Utility Plant Generator / Exist Generator / Prop Generator / Ret_IP Owner MultiFuel / Exist MultiFuel / Prop MultiFuel / Ret_IP Interconnect EnviroAssoc / Boiler_Gen EnviroAssoc / Boiler_Cool EnviroAssoc / Boiler_FGD EnviroAssoc / Boiler_FGP EnviroAssoc / Boiler_SF EnviroEquip / Boiler EnviroEquip / Controls EnviroEquip / Cooling EnviroEquip / FGD EnviroEquip / FGP EnviroEquip / StackFlueFGD_TYPE3FGD unit code for the first, second, thirdand/or fourth flue gas desulfurization unitSee Table 9a in tab 'ReferenceTables II'xFGD_TYPE4FGD unit code for the first, second, thirdand/or fourth flue gas desulfurization unitSee Table 9a in tab 'ReferenceTables II'xSORBENT_TYPE1Sorbent code for the first, second, third and/orfourth sorbent usedSee Table 9b in tab 'ReferenceTables II'xSORBENT_TYPE2Sorbent code for the first, second, third and/orfourth sorbent usedSee Table 9b in tab 'ReferenceTables II'xSORBENT_TYPE3Sorbent code for the first, second, third and/orfourth sorbent usedSee Table 9b in tab 'ReferenceTables II'xSORBENT_TYPE4Sorbent code for the first, second, third and/orfourth sorbent usedSee Table 9b in tab 'ReferenceTables II'xBYPRODUCT_RECOVERYIndicate whether salable byproduct isrecovered by the unitYes / NoxFGD_MANUFACTURERFlue gas desulfurization unit manufacturercodeSee Table 13 in tab 'ReferenceTables IV'xPOND_LANDFILL_REQ Annual pond and land fill requirementsxSLUDGE_POND_LINED Indicates whether the sludge pond is lined Yes / No / NAxFLUE_GAS_BYPASS_FGDIndicates whether flue gas can bypass fluegas desulfurization unitYes / NoxSPEC_FOR_COAL_ASHDesign fuel specifications for coal for ash(nearest 0.1 percent by weight)xSPEC_FOR_COAL_SULFURDesign fuel specifications for coal for sulfur(nearest 0.1 percent by weight)xFGD_TRAINS_TOTALTotal number of flue gas desulfurization unitscrubber trainsxFGD_TRAINS_100_PCTTotal number of flue gas desulfurization unitscrubber trains operated at 100 percent loadxREMOVAL_EFF_SULFURRemoval efficiency as the percent by weight ofgases removed from the flue gas (nearest 0.1percent by weight)xSULFUR_EMISION_RATE Sulfur dioxide emission rate (pounds per hour)xFLUE_GAS_EXIT_RATEFlue gas exit rate (actual cubic feet perminute)xFLUE_GAS_EXIT_TEMP Flue gas exit temperature (degrees fahrenheit)xFLUE_GAS_ENTERINGFlue gas entering flue gas desulfurization unit(percent of total)xCOST_STRUCTUREActual installed costs for the existing systemsor the anticipated costs of structures andequipment to bring a planned system intocommercial operationxCOST_DISPOSALActual installed costs for the existing sludgetransport and disposal systems or theanticipated costs of sludge transport anddisposal systems to bring a planned systeminto commercial operationxCOST_OTHERActual installed costs for the of other itemspertaining to the installation of the existingsystems or the anticipated costs of other itemspertaining to the installation of the unit to bringa planned system into commercial operationxCOST_TOTALTotal actual installed costs for the existingsystems or the anticipated costs to bring aplanned system into commercial operationxFGP_STATUS Flue gas particulate collector statusSee Table 3d in tab 'ReferenceTables I'xCOLLECTOR_TYPE1Flue gas particulate collector code for the first,second and/or third collectorSee Table 8 in tab 'ReferenceTables II'xCOLLECTOR_TYPE2Flue gas particulate collector code for the first,second and/or third collectorSee Table 8 in tab 'ReferenceTables II'xCOLLECTOR_TYPE3Flue gas particulate collector code for the first,second and/or third collectorSee Table 8 in tab 'ReferenceTables II'xINSTALLED_COSTActual installed cost for the existing system orthe anticipated cost to bring a planned systeminto commercial operation (thousands dollars)xFUEL_SPEC_ASH_COALDesign fuel specifications for ash for coal;beginning of range for values (nearest 0.1percent by weight)xField Name Description Notes Utility Plant Generator / Exist Generator / Prop Generator / Ret_IP Owner MultiFuel / Exist MultiFuel / Prop MultiFuel / Ret_IP Interconnect EnviroAssoc / Boiler_Gen EnviroAssoc / Boiler_Cool EnviroAssoc / Boiler_FGD EnviroAssoc / Boiler_FGP EnviroAssoc / Boiler_SF EnviroEquip / Boiler EnviroEquip / Controls EnviroEquip / Cooling EnviroEquip / FGD EnviroEquip / FGP EnviroEquip / StackFlueFUEL_SPEC_ASH_COAL2Design fuel specifications for ash for coal; endof range for values (nearest 0.1 percent byweight)xFUEL_SPEC_ASH_PETDesign fuel specifications for ash forpetroleum; beginning of range for values(nearest 0.1 percent by weight)xFUEL_SPEC_ASH_PET2Design fuel specifications for ash forpetroleum; end of range for values (nearest0.1 percent by weight)xFUEL_SPEC_SULFUR_COALDesign Fuel Specifications for sulfur for Coal;Beginning of range for values (nearest 0.1percent by weight)xFUEL_SPEC_SULFUR_COAL2Design fuel specifications for sulfur for coal;end of range for values (nearest 0.1 percentby weight)xFUEL_SPEC_SULFUR_PETDesign fuel specifications for sulfur forpetroleum; beginning of range for values(nearest 0.1 percent by weight)xFUEL_SPEC_SULFUR_PET2Design fuel specifications for sulfur forpetroleum; end of range for values (nearest0.1 percent by weight)xCOLLECTION_EFFICIENCYCollection efficiency at 100 percent generatorload (nearest 0.1 percent)xEMISSION_RATEParticulate emission rate at 100 percentgenerator load (pounds per hour)xGAS_EXIT_RATEParticulate collector gas exit rate at 100percent generator load (actual cubic feet perminute)xGAS_EXIT_TEMPParticulate collector gas exit temperature at100 percent generator load (degreesfahrenheit)xSTACK_FLUE_STATUS Equipment status code for the stack or flueSee Table 3d in tab 'ReferenceTables I'xFLUE_HEIGHT Flue height at top from ground level (feet)xAREA_AT_TOPCross-sectional area at top of flue (nearestsquare foot)xEXIT_RATE_100_PCTDesign flue gas exit rate at 100 percent load(actual cubic feet per minute)xEXIT_RATE_50_PCTDesign flue gas exit rate at 50 percent load(actual cubic feet per minute)xEXIT_TEMP_100_PCTDesign flue gas exit temperature at 100percent load (degrees fahrenheit)xEXIT_TEMP_50_PCTDesign flue gas exit temperature at 50 percentload (degrees fahrenheit)xEXIT_VELOCITY_100_PCTDesign flue gas exit velocity at 100 percentload (feet per second)xEXIT_VELOCITY_50_PCTDesign flue gas exit velocity at 50 percent load(feet per second)xEXIT_TEMP_SUMMERAverage flue gas exit temperatures based onthe arithmetic mean of measurements duringoperating hours of June, July, and AugustxEXIT_TEMP_WINTERAverage flue gas exit temperatures based onthe arithmetic mean of measurements duringoperating hours of January, February, andDecemberxEXIT_TEMP_SOURCE Source of seasonal flue gas temperaturesM = MeasuredE = EstimatedxLATITUDE_DEGREES The degrees latitude of the plant Available upon requestLATITUDE_MINUTES The minutes latitude of the plant Available upon requestLATITUDE_SECONDS The seconds latitude of the plant Available upon requestLONGITUDE_DEGREES The degrees longitude of the plant Available upon requestLONGITUDE_MINUTES The minutes longitude of the plant Available upon requestLONGITUDE_SECONDS The seconds longitude of the plant Available upon requestTable 1: Prime Mover Codes Table 2: Energy Source CodesTable 3a: Existing Generator Status CodesCode Prime Mover Description Code Energy Source DescriptionCorrespondingPrime Mover(s)Code Existing Status DescriptionBA Energy Storage, Battery AB Agriculture Crop Byproducts/Straw/Energy Crops OPOperating - in service (commercial operation) and producing someelectricity. Includes peaking units that are run on an as needed (intermittentor seasonal) basis.CP Energy Storage, Concentrated Solar Power ANT Anthracite Coal ST, CT SBStandby/Backup - available for service but not normally used (has little or nogeneration during the year) for this reporting period.FW Energy Storage, Flywheel BFG Blast-Furnace GasOAOut of service - was not used for some or all of the reporting period but waseither returned to service on December 31 or will be returned to service inthe next calendar year.ES Energy Storage, Other BIT Bituminous CoalOSOut of service – was not used for some or all of the reporting period and isNOT expected to be returned to service in the next calendar year.STSteam Turbine, including nuclear, geothermal and solar steam (does notinclude combined cycle)BLQ Black LiquorGT Combustion (Gas) Turbine (includes jet engine design) CUR Water, Current HA, HKTable 3b: Proposed Generator Status CodesIC Internal Combustion Engine (diesel, piston, reciprocating) DFO Disillate Fuel Oil (all Diesel, and No. 1, No. 2, and No. 4 Fuel Oils)CA Combined Cycle Steam Part EP Electric Power BA, CP, ES, FWCode Proposed Status DescriptionCTCombined Cycle Combustion Turbine Part (type of coal or solid must bereported as energy source for integrated coal gasification).GEO GeothermalTSConstruction complete, but not yet in commercial operation (including lowpower testing of nuclear units)CSCombined Cycle Single Shaft (combustion turbine and steam turbine sharea single generator)JF Jet FuelPPlanned for installation but regulatory approvals not initiated; Not underconstructionCCCombined Cycle Total Unit (use only for plants/generators that are inplanning stage, for which specific generator details cannot be provided)KER KeroseneLRegulatory approvals pending. Not under construction but site preparationcould be underwayHA Hydrokinetic, Axial Flow Turbine LFG Landfill GasTRegulatory approvals received. Not under construction but site preparationcould be underwayHB Hydrokinetic, Wave Buoy LIG LigniteUUnder construction, less than or equal to 50 percent complete (based onconstruction time to date of operation)HK Hydrokinetic, Other MSW Municipal Solid WasteVUnder construction, more than 50 percent complete (based on constructiontime to date of operation)HYHydroelectric Turbine (includes turbines associated with delivery of water bypipeline)NA Not Available at this TimePS Hydraulic Turbine, Reversible (pumped storage) NG Natural GasTable 3c: Other Generator Status CodesBTTurbines Used in a Binary Cycle (including those used for geothermalapplications)NUC Nuclear (Uranium, Plutonium, Thorium)PV PhotovoltaicOBG Other Biomass Gases (Digester Gas, Methane, and other Biomass Gases)Code Other Status DescriptionWT Wind TurbineOBLOther Biomass Liquids (Fish Oil, Liquid Acetonitrite Waste, Medical Waste,Tall Oil, ethanol, Waste Alcohol, and other Biomass Liquids not specified)RE Retired - no longer in service and not expected to be returned to service.CE Compressed Air Energy Storage OBSOther Biomass Solids (Animal Manure and Waste, Solid Byproducts, andOther Solid Biomass not specified)IPPlanned new generator canceled, indefinitely postponed, or no longer inresource planFC Fuel CellOG Other Gas (Coke-Oven, Coal Processes, Butane, Refinery, Other Process) OT OtherOT OtherOTHOther (Batteries, Chemicals. Hydrogen, Pitch, Sulfur, Miscellaneoustechnologies)PC Petroleum CokeTable 3c: Boiler and Environmental Equipment Status CodesPG PropanePUR Purchased SteamCode Boiler and Environmental Equipment Status DescriptionRC Refined Coal ST, CT CN Cancelled (previously reported as “planned”)RFO Residual Fuel Oil (Include No. 5, and No. 6 Fuel Oil, and Bunker C Fuel Oil) CO New unit under constructionSG Synthetic Gas, other than coal-derived OP Operating (in commercial service or out of service less than 365 days)SGC Coal-Derived Synthetic GasOS Out of service (365 days or longer)SLW Sludge wastePL Planned (expected to go into commercial service within 10 years)SUB Subbituminous CoalRE Retired (no longer in service and not expected to be returned to service)SUN Solar (Photovoltaic, Thermal)SBStandby (or inactive reserve); i.e., not normally used, but available forserviceTDF TiresSCCold Standby (Reserve); deactivated (usually requires 3 to 6 months toreactivate)TID Water, Tides HA, HK TS Operating under test conditions (not in commercial service)WAT Water, Conventional or Pumped StorageWC Waste/Other Coal (Culm, Gob, Coke, and Breeze)WDLWoos Waste Liquids (Red Liquor, Sludge Wood, Spent Sulfite Liquor, andother Wood Related Liquids not specified)WDSWood/Wood Waste Solids (Paper Pellets, Railroad Ties, Utility Poles, WoodChips, and Other Wood Solids)WH Waste HeatWND WindWOOil-Other, and Waste Oil (Butane (liquid), Crude Oil, Liquid Byproducts,Propane (liquid), Oil Waste, Re-Refined Motor Oil, Sludge Oil, Tar Oil)WV Water, Waves HB, HKTable 4: NERC Region Type and Description Codes Table 5: Time Period CodesCode NERC Region Description NERC Type Code Time Period DescriptionASCC Alaska Systems Coordinating Council N NV Never to exceedFRCC Florida Reliability Coordinating Council N FM 5 minutesHICC Hawaii Coordinating Council N SM 6 minutesMRO Midwest Reliability Organization N FT 15 minutesMROC MRO Canada S OH 1 hourMROU MRO United States S WO 2 hoursNPCC Northeast Power Coordinating Council N TH 3 hoursNPCCI NPCC ISO New England S EH 8 hoursNPCCM NPCC Maritime S DA 24 hoursNPCCN NPCC New York S WA 1 weekNPCCO NPCC Ontario S MO 30 DaysNPCCQ NPCC Quebec S ND 90 DaysRFC Reliability First Corporation N YR AnnualSERC Southeastern Electric Reliability Council N PS Periodic Stack TestingSERCE SERC Entergy S DT Defined By TestingSERCG SERC Gateway S NS Not SpecifiedSERCS SERC Southern S OT OtherSERCT SERC TVASSERCV SERC VACAR SSPP Southwest Power Pool NSPPN Southwest Power Pool Northern SSPPS Southwest Power Pool Southern STRE Texas Regional Entity NWECC Western Systems Coordinating Council NWECCA Western Systems Coordinating Council - AZNMSNV SWECCC Western Systems Coordinating Council - California SWECCN Western Systems Coordinating Council - NWPP SWECCR Western Systems Coordinating Council - RMPA STable 6a: Low NOX Control Process Codes Table 7a: Cooling System Type Codes Table 8: FGP Type CodesCode Low NOX Control Process Description Code Cooling System Type Description Code FGP Type DescriptionAA Advanced Overfire Air DC Dry (air) cooling system BS Baghouse, shake and deflateBF Biased FiringHRC Hybrid: recirculating cooling pond(s) or canal(s) with dry cooling BP Baghouse, pulseCF Fluidized Bed Combuster HRF Hybrid: recirculating with forced draft cooling tower(s) with dry cooling BR Baghouse, reverse airFR Flue Gas Recirculation HRI Hybrid: recirculating with induced draft cooling tower(s) with dry cooling EC Electrostatic precipitator, cold side, with flue gas conditioningFU Fuel ReburningOC Once through with cooling pond(s) or canal(s) EH Electrostatic precipitator, hot side, with flue gas conditioningH20 Water InjectionOF Once through, fresh water EK Electrostatic precipitator, cold side, without flue gas conditioningLA Low Excess AirOS Once through, saline water EW Electrostatic precipitator, hot side, without flue gas conditioningLN Low NOX BurnerRC Recirculating with cooling pond(s) or canal(s) MC Multiple CycloneNA Not ApplicableRF Recirculating with forced draft cooling tower(s) SC Single CycloneNH3 Ammonia InjectionRI Recirculating with induced draft cooling tower(s) WS Wet ScrubberOT OtherRN Recirculating with natural draft cooling tower(s) OT OtherOV Overfire AirOT OtherSC SlaggingSN Selective Noncatalytic ReductionTable 7b: Cooling Tower Type CodesSR Selective Catalytic ReductionSTM Steam InjectionCode Cooling Tower Type DescriptionNC No change in historic operation of unit anticipated MD Mechanical draft, dry processRP Repower UnitMW Mechanical draft, wet processUEDecrease utilization - rely on energy conservation and/or improvedefficiencyND Natural draft, dry processND Not determined at this time NW Natural draft, wet processNC No change in historic operation of unit anticipated WD Combination wet and dry processRP Repower UnitOT OtherUFDecrease utilization - rely on energy conservation and/or improvedefficiencyTable 6b: NOX Control Status CodesCode NOX Control Status DescriptionCN CancelledCO New Unit Under ConstructionNA Not ApplicableNC No plans to controlOP OperatingOS Out of ServiceOZ Operating during the Ozone SeasonPL PlannedRE RetiredSB StandbySC Cold StandbyTS Operating under Test CondtionsTable 11c: NOX Control Firing Type CodesCode NOX Control Firing Type DescriptionAF Arch FiringCB Cell BurnerCF Concentric FiringCY Cyclone FiringDB Duct BurnerFB Fluidized Bed FiringFF Front FiringOF Opposed FiringRF Rear FiringSF Side FiringSS Spreader StokerTF Tangential FiringVF Vertical FiringOT OtherPage 14Table 9a: FGD Type Codes Table 10: Boiler Standard CodesCode FGD Type Description Type of Boiler Standard TypeBR Jet Bubbling ReactorDStandards of Performance for fossil-fuel fired steam boilers for whichconstruction began after August 17, 1971.CD Circulating Dry ScrubberDaStandards of Performance for fossil-fuel fired steam boilers for whichconstruction began after September 18, 1978.DP Dry Powder Injection typeDbStandards of Performance for fossil-fuel fired steam boilers for whichconstruction began after June 19, 1984.MA Mechanically aided typeDcStandards of Performance for small industrial-commercial-institutionalsteam generating units.PA Packed typeN Not covered under New Source Performance Standards.SD Spray dryer typeSP Spray typeTR Tray typeVE Venture typeOT OtherTable 9b: Sorbent Type CodesCode Sorbent Type DescriptionAF Alkaline fly ashCC Calcium carbide slurryCEF CE filtrateCSH Caustic Sodium hydroxideDB Dibasic acidDL Dolomitic limestoneLA Lime and alkaline fly ashLF Limestone and alkaline fly ashLI LimeLS LimestoneMO Magnesium oxideSA Soda ashSB Sodium bicarbonateSC Sodium carbonateSF Sodium formateSL Soda liquidSS Sodium sulfiteTW Treated wastewaterWT WaterOT OtherPage 15Table 11a: Particulate Matter Measurement Type Codes Table 12a: Particulate Matter Compliance Strategy CodesTable 12c: Nitrogen Oxides Compliance Strategy CodesCode Particulate Matter Measurement Type Description Code Particulate Matter Compliance StrategyDescriptionCode Nitrogen Oxides Compliance StrategyDescriptionOP Percent of opacityBO Burner out of serviceBO Burner out of servicePB Pounds of PM per million Btu in fuel (preferred measurement)FR Flue gas recirculationFR Flue gas recirculationPC Grains of PM per std. cubic foot stack gasLA Low excess airLA Low excess airPG Pounds of PM per thousand pounds stack gasLN Low nitrogen oxide burner LN Low nitrogen oxide burnerPH Pounds of PM emitted per hourMS Currently meeting standard MS Currently meeting standardUG Micrograms of PM per cubic metereNC No plans to controlNC No plans to controlOT OtherOV Overfire airOV Overfire airSE Seeking revision of governing regulation SE Seeking revision of governing regulationTable 11b: Sulfur Dioxide Measurement Type CodesOT OtherOT OtherAA Advanced Overfire AirCode Sulfur Dioxide Measurement Type DescriptionTable 12b: Sulfur Dioxide Compliance Strategy CodesBF Biased Firing (alternative burners)DC Ambient air quality concentration of SO2CF Fluidized Bed CombustorDH Pounds of SO2 emitted per hourCode Sulfur Dioxide Compliance StrategyDescriptionFR Flue Gas RecirculationDL Annual SO2 emission level less than previous yearBO Burner out of serviceFU Fuel ReburningDM Parts per million of SO2 in stack gasFR Flue gas recirculationH2O Water InjectionDP Pounds of SO2 per million BTU in fuel (preferred measurement)LA Low excess airLA Low Excess AirSB Pounds of Sulfur per million BTU in fuelLN Low nitrogen oxide burnerLN Low NOx BurnerSR Percent Sulfur removal efficiencyMS Currently meeting standardNH3 Ammonia InjectionSU Percent Sulfur content by fuelNC No plans to controlNC No change in historic operation of unit anticipatedOT OtherOV Overfire airND Not determined at this timeSE Seeking revision of governing regulationOV Overfire AirTable 11c: Nitrogen Oxides Measurement Type CodesOT OtherRP Repower UnitCF Fluidized Bed Combustor SC SlaggingCode Nitrogen Oxides Measurement Type DescriptionCU Control unit under Phase I extension plan SN Selective Noncatalytic ReductionNH Pounds of NO emitted per hour IF Install flue gas desulfurization unit (other than Phase I extension plan) SR Selective CatalyticReductionNL Annual NO emission level less than previous year NC No change in historic operation of unit anticipated STM Steam InjectionNM Parts per million of NO in stack gas ND Not determined at this time UEDecrease utilization - rely on energy conservation and/or improvedefficiencyNP Pounds of Nitrogen Oxide per million BTU in fuel (preferred measurement) RP Repower UnitNA Not ApplicableOT OtherSS Switch to lower sulfur fuel OT OtherNO Ambient air quality concentration of nitrogen oxides (parts per million) SU Designate Phase II unit(s) as substitution unit(s)TU Transfer unit under Phase I extension planUC Decrease utilization - designate Phase II unit(s) as compensating unit(s)UEDecrease utilization - rely on energy conservation and/or improvedefficiencyUS Decrease utilization - designate sulfur-free generators to compensateUP Decrease utilization - purchase powerWA Allocated allowances and purchase allowancesOT Other

# Table 13: Environmental Equipment Manufacturer Codes

Code Manufacturer Description BOILER NOX FGD

AA Advanced Air Technologies N N Y

AB Advanced Burner Technologies N Y N

ABB ABB Environmental Systems N Y Y

AC Advanced Combustion Technology N Y N

AEE AEE Von Roll N Y N

AES Alliant Environmental Solutions N N Y

AM American Air Filter N N Y

AN Andritz NNY

AP AirPol NYY

API Air Polution Industries N N Y

AU Applied Utility Systems (AUS) N Y N

AX Amerex Industries N N Y

AZ Alzeta NYN

BC Babcock Borsig Power N Y N

BE Bact Engineering N N Y

BI Bleco Industries N N Y

BL Bechtel Corporation N N Y

BM Bloom NYN

BMD Burns & McDonnell N Y Y

BO Bionomics N N Y

BPC Belco Pollution Control N N Y

BPE Babcock Power Environmental Inc (BPEI) N N Y

BT Belco Technologies N N Y

CA Chiyoda N N Y

CB Clyde Bergeman EEC N N Y

CC Chemico N N Y

CM Combustion Components Associates Inc N Y N

CO Combustion Equipment N N Y

CSI Combustion Solutions Inc N Y N

CT Callidus Technologies N Y N

DA Delta Conveying Systems N N Y

DB Deutsche-Babcock N Y N

DC Ducon NNY

DD Damper Design Inc N Y N

DM Davey McKee N N Y

DQ Duquense Light Company & Energy Systems Associates N Y N

DV Davis NYN

DX Deltex NYN

EA Eagle Air N Y N

EE Environmental Engineering N N Y

EEC Environmental Elements Corporation N N Y

EG Energy and Environmental Research Corp (EER) N Y N

EI Entollter Inc N N Y

EL Electric Power Technologies N Y N

EP EPRI NYN

EPI Energy Products of Idaho N N Y

ETE Entropy Technology and Environmental Consultants (ETEC Inc) N Y N

FB Faber NYN

FL Flakt Inc N N Y

FM FMC NNY

FN Forney NYN

FT Fuel Tech Inc N Y N

GF Grafwolff N N Y

# Table 13: Environmental Equipment Manufacturer Codes

Code Manufacturer Description BOILER NOX FGD

GR GE Energy and Environmental Research Corp (GEEER) N Y N

HA Hamon NNY

HL Holman NYN

IC International Combustion Limited N Y N

JO Joy Manufacturing N N Y

JZ John Zink Todd Combustion/Todd Combustion N Y N

KC Korea Cottrell N N Y

KE M. W. Kellogg N N Y

KR Krebs Engineers N N Y

LLB Lurgi Lentjes Bischoff N N Y

MB Mitsui-Babcock N Y N

MC Macrotek N N Y

MG McGill Air Clean N N Y

MI Mitsubishi Heavy Industries N Y Y

MK Merrick Industries N N Y

MT Mobotec N Y Y

MX Marselex N N Y

NA Not Applicable N Y N

NC Natcom Inc N Y N

NE NEI NYN

NL Noell Inc N Y N

NPA Neptune Airpol N N Y

NSP NSP NNY

PA Procedair N Y Y

PI Power and Industrial N Y N

PL Pillard NYN

PPC PPC Industries N N Y

PS Peerless Manufacturing Company N Y N

PU Pure Air N N Y

PX Phoenix Combustion N Y N

RC Research Cottrell N N Y

RD Rodenhuis and Verloop N Y N

RI Riley NYN

RJ RJM NYN

RR Rolls Royce N Y N

RV RV Industries N Y N

SB SmartBurn N Y N

SC Southern Company N Y N

SHU Saarberg-Holter Umweltechnick GmbH N N Y

SK Schenck Weigh Feeders N N Y

SM Smoot Company N N Y

SW Siemens-Westinghouse N Y N

TC Turbosonic N Y Y

TEC Thermal Equipment Corporation N Y N

TH Thyssen/CEA N N Y

TK Turbotak N N Y

TP Tempala Power N N Y

UE Utility Engineering N N Y

UM United McGill N N Y

UO Universal Oil Products N N Y

WAP Wheelabrator Air Pollution Control N N Y

ZC Zeeco NYN

AI Aalborg Industries Y N N

# Table 13: Environmental Equipment Manufacturer Codes

Code Manufacturer Description BOILER NOX FGD

AL Alstom YYY

AS American Shack Y N N

AT Applied Thermal Systems Y Y N

BR BROS YNN

BW Babcock and Wilcox Y Y Y

CE Combustion Engineering Y Y Y

CMI CMI YNN

CN Coen YYN

DJ De Jong Coen bv Y N N

DL Deltak YNN

DS Doosan YNN

EC Econotherm Y N N

ER Eerie City Iron Works Y N N

ET Entek YYN

FW Foster Wheeler Y Y Y

GE General Electric Y Y Y

GT Gotaverken Y N N

HT Hitachi YYY

ID Indeck YYN

IH In house design Y Y Y

IHI Ishikawajima-Harima Heavy Industries (IHI Corp) Y Y N

IS Innovative Steam Technology Y N N

KL Keeler Dorr Oliver Y Y N

KP Kvaerner Pulping Y N N

KW Kawaski Heavy Industires Y N N

ME Mitchell Engineering Y N N

NB Nebraska Boiler Y Y N

NM NEM YNN

NT Nooter Erickson Y N N

OT Other (specify in a Footnote on SCHEDULE 7, COMMENTS) Y Y Y

PB Peabody Y Y Y

PR Pyro Power Y N Y

RS Riley-Stoker/Riley Power Y Y Y

ST Sterling YNN

TM Tampella Power Corporation Y Y N

TS Toshiba YYN

VO Vogt Machine Company/Vogt Power Y Y N

WE Westinghouse Y N N

WG Weigl Engineering Y Y N

WI Wickes YNN

ZN Zurn YNYDescription of Revisions to the 2009 EIA-860 Data FileFriday, December 10, 2010 2009 EIA-860 data files postedTuesday, January 4, 2011 GeneratorY09 file reposted with revised energy source data for generators CS7, CS9, CS10 andCS11 at plant 56833 and generator CS8 at plant 56880, both in Montana