openapi: 3.0.3 info: title: EPA Air Quality System (AQS) Account Type Codes Apportioned Ozone Emissions API description: 'The Air Quality System (AQS) Data Mart API provides programmatic access to ambient air sample data collected by state, local, tribal and federal air pollution control agencies from thousands of monitors across the United States. The API exposes monitor metadata, raw sample observations, daily/quarterly/annual aggregates, and quality assurance results. ' version: '1.0' contact: name: AQS Data Mart Support email: aqsdatamart@epa.gov url: https://aqs.epa.gov/aqsweb/documents/data_api.html license: name: U.S. Government Work / Public Domain url: https://www.usa.gov/government-works servers: - url: https://aqs.epa.gov/data/api description: Production AQS Data Mart API security: - emailKey: [] tags: - name: Apportioned Ozone Emissions paths: /emissions-mgmt/emissions/apportioned/ozone: get: operationId: OzoneApportionedEmissionsController_getEmissions parameters: - name: stateCode required: false in: query description: Two letter abbreviation for the State. style: pipeDelimited explode: false schema: type: array items: type: string enum: - AL - AK - AS - AZ - AR - CA - CO - CT - DE - DC - FM - FL - GA - GU - HI - ID - IL - IN - IA - KS - KY - LA - ME - MH - MD - MA - MI - MN - MS - MO - MT - NE - NV - NH - NJ - NM - NY - NC - ND - MP - OH - OK - OR - PW - PA - PR - RI - SC - SD - TN - TX - UT - VT - VI - VA - WA - WV - WI - WY example: - AL - name: facilityId required: false in: query description: The Facility ID code assigned by the Department of Energy's Energy Information Administration. The Energy Information Administration Plant ID code is also referred to as the "ORIS code", "ORISPL code", "Facility ID", or "Facility code", among other names. If a Plant ID code has not been assigned by the Department of Energy's Energy Information Administration, then plant code means a code beginning with "88" assigned by the EPA's Clean Air Markets Division for electronic reporting. style: pipeDelimited explode: false schema: type: array items: type: number example: - 0.0 - name: unitType required: false in: query description: Type of unit or boiler. style: pipeDelimited explode: false schema: type: array items: type: string enum: - Arch-fired boiler - Bubbling fluidized bed boiler - Cyclone boiler - Cell burner boiler - Combined cycle - Circulating fluidized bed boiler - Combustion turbine - Dry bottom wall-fired boiler - Dry bottom turbo-fired boiler - Dry bottom vertically-fired boiler - Internal combustion engine - Integrated gasification combined cycle - Cement Kiln - Other boiler - Other turbine - Pressurized fluidized bed boiler - Process Heater - Stoker - Tangentially-fired - Wet bottom wall-fired boiler - Wet bottom turbo-fired boiler - Wet bottom vertically-fired boiler example: - Arch-fired boiler - name: unitFuelType required: false in: query description: Primary or Secondary fuel types combusted by the unit. style: pipeDelimited explode: false schema: type: array items: type: string enum: - Coal - Coal Refuse - Diesel Oil - Liquified Petroleum Gas - Natural Gas - Other Gas - Other Oil - Other Solid Fuel - Petroleum Coke - Pipeline Natural Gas - Process Gas - Process Sludge - Refuse - Residual Oil - Tire Derived Fuel - Waste Liquid - Wood example: - Coal - name: controlTechnologies required: false in: query description: Method or equipment used by the combustion unit to minimize Hg, NOx, PM, or SO2 emissions. style: pipeDelimited explode: false schema: type: array items: type: string enum: - Additives to Enhance PAC and Existing Equipment Performance - Ammonia Injection - Baghouse - Catalyst (gold, palladium, or other) used to oxidize mercury - Combustion Modification/Fuel Reburning - Cyclone - Dry Lime FGD - Dry Low NOx Burners - Dry Sorbent Injection - Dual Alkali - Electrostatic Precipitator - Fluidized Bed Limestone Injection - Halogenated PAC Sorbent Injection - Hybrid ESP - Low NOx Burner Technology (Dry Bottom only) - Low NOx Burner Technology w/ Closed-coupled OFA - Low NOx Burner Technology w/ Closed-coupled/Separated OFA - Low NOx Burner Technology w/ Overfire Air - Low NOx Burner Technology w/ Separated OFA - Low NOx Cell Burner - Magnesium Oxide - Other - Other (Non PAC) Sorbent Injection - Overfire Air - Regenerative Activated Coke Technology - Selective Catalytic Reduction - Selective Non-catalytic Reduction - Sodium Based - Steam Injection - Untreated PAC Sorbent Injection - Water Injection - Wet ESP - Wet Lime FGD - Wet Limestone - Wet Scrubber example: - Additives to Enhance PAC and Existing Equipment Performance - name: programCodeInfo required: false in: query description: Statutory or regulatory based options for tracking and reducing air pollution emissions. style: pipeDelimited explode: false schema: type: array items: type: string enum: - ARP - CAIRNOX - CAIROS - CAIRSO2 - CSNOX - CSNOXOS - CSOSG1 - CSOSG2 - CSOSG2E - CSOSG3 - CSSO2G1 - CSSO2G2 - NBP - NHNOX - NSPS4T - OTC - RGGI - SIPNOX - TXSO2 example: - ARP - name: year required: true in: query description: The calendar year during which activity occurred. style: pipeDelimited explode: false schema: type: array items: type: number example: - 2024 - name: page required: true in: query description: Page number of data being requested. schema: type: number example: 0.0 - name: perPage required: true in: query description: Number of results per page. schema: type: number example: 0.0 responses: '200': description: Retrieves Ozone Apportioned Emissions per filter criteria content: application/json: schema: type: object properties: items: type: array items: $ref: '#/components/schemas/OzoneUnitDataView' examples: OzoneApportionedEmissionsController_getEmissions200Example: summary: Default OzoneApportionedEmissionsController_getEmissions 200 response x-microcks-default: true value: status: ok message: Example response text/csv: schema: type: string example: State,Facility Name,Facility ID,Unit ID,unit_id,Associated Stacks,Year,Operating Time Count,Sum of the Operating Time,Gross Load (MWh),Steam Load (1000 lb),SO2 Mass (short tons),SO2 Rate (lbs/mmBtu),CO2 Mass (short tons),CO2 Rate (short tons/mmBtu),NOx Mass (short tons),NOx Rate (lbs/mmBtu),Heat Input (mmBtu),Primary Fuel Type,Secondary Fuel Type,Unit Type,SO2 Controls,NOx Controls,PM Controls,Hg Controls,Program Code examples: OzoneApportionedEmissionsController_getEmissions200Example: summary: Default OzoneApportionedEmissionsController_getEmissions 200 response x-microcks-default: true value: status: ok message: Example response '400': description: Invalid Request '404': description: Resource Not Found security: - APIKey: [] tags: - Apportioned Ozone Emissions x-microcks-operation: delay: 0 dispatcher: FALLBACK /emissions-mgmt/emissions/apportioned/ozone/by-facility: get: operationId: OzoneApportionedEmissionsController_getEmissionsFacilityAggregation parameters: - name: stateCode required: false in: query description: Two letter abbreviation for the State. style: pipeDelimited explode: false schema: type: array items: type: string enum: - AL - AK - AS - AZ - AR - CA - CO - CT - DE - DC - FM - FL - GA - GU - HI - ID - IL - IN - IA - KS - KY - LA - ME - MH - MD - MA - MI - MN - MS - MO - MT - NE - NV - NH - NJ - NM - NY - NC - ND - MP - OH - OK - OR - PW - PA - PR - RI - SC - SD - TN - TX - UT - VT - VI - VA - WA - WV - WI - WY example: - AL - name: facilityId required: false in: query description: The Facility ID code assigned by the Department of Energy's Energy Information Administration. The Energy Information Administration Plant ID code is also referred to as the "ORIS code", "ORISPL code", "Facility ID", or "Facility code", among other names. If a Plant ID code has not been assigned by the Department of Energy's Energy Information Administration, then plant code means a code beginning with "88" assigned by the EPA's Clean Air Markets Division for electronic reporting. style: pipeDelimited explode: false schema: type: array items: type: number example: - 0.0 - name: unitType required: false in: query description: Type of unit or boiler. style: pipeDelimited explode: false schema: type: array items: type: string enum: - Arch-fired boiler - Bubbling fluidized bed boiler - Cyclone boiler - Cell burner boiler - Combined cycle - Circulating fluidized bed boiler - Combustion turbine - Dry bottom wall-fired boiler - Dry bottom turbo-fired boiler - Dry bottom vertically-fired boiler - Internal combustion engine - Integrated gasification combined cycle - Cement Kiln - Other boiler - Other turbine - Pressurized fluidized bed boiler - Process Heater - Stoker - Tangentially-fired - Wet bottom wall-fired boiler - Wet bottom turbo-fired boiler - Wet bottom vertically-fired boiler example: - Arch-fired boiler - name: unitFuelType required: false in: query description: Primary or Secondary fuel types combusted by the unit. style: pipeDelimited explode: false schema: type: array items: type: string enum: - Coal - Coal Refuse - Diesel Oil - Liquified Petroleum Gas - Natural Gas - Other Gas - Other Oil - Other Solid Fuel - Petroleum Coke - Pipeline Natural Gas - Process Gas - Process Sludge - Refuse - Residual Oil - Tire Derived Fuel - Waste Liquid - Wood example: - Coal - name: controlTechnologies required: false in: query description: Method or equipment used by the combustion unit to minimize Hg, NOx, PM, or SO2 emissions. style: pipeDelimited explode: false schema: type: array items: type: string enum: - Additives to Enhance PAC and Existing Equipment Performance - Ammonia Injection - Baghouse - Catalyst (gold, palladium, or other) used to oxidize mercury - Combustion Modification/Fuel Reburning - Cyclone - Dry Lime FGD - Dry Low NOx Burners - Dry Sorbent Injection - Dual Alkali - Electrostatic Precipitator - Fluidized Bed Limestone Injection - Halogenated PAC Sorbent Injection - Hybrid ESP - Low NOx Burner Technology (Dry Bottom only) - Low NOx Burner Technology w/ Closed-coupled OFA - Low NOx Burner Technology w/ Closed-coupled/Separated OFA - Low NOx Burner Technology w/ Overfire Air - Low NOx Burner Technology w/ Separated OFA - Low NOx Cell Burner - Magnesium Oxide - Other - Other (Non PAC) Sorbent Injection - Overfire Air - Regenerative Activated Coke Technology - Selective Catalytic Reduction - Selective Non-catalytic Reduction - Sodium Based - Steam Injection - Untreated PAC Sorbent Injection - Water Injection - Wet ESP - Wet Lime FGD - Wet Limestone - Wet Scrubber example: - Additives to Enhance PAC and Existing Equipment Performance - name: programCodeInfo required: false in: query description: Statutory or regulatory based options for tracking and reducing air pollution emissions. style: pipeDelimited explode: false schema: type: array items: type: string enum: - ARP - CAIRNOX - CAIROS - CAIRSO2 - CSNOX - CSNOXOS - CSOSG1 - CSOSG2 - CSOSG2E - CSOSG3 - CSSO2G1 - CSSO2G2 - NBP - NHNOX - NSPS4T - OTC - RGGI - SIPNOX - TXSO2 example: - ARP - name: year required: true in: query description: The calendar year during which activity occurred. style: pipeDelimited explode: false schema: type: array items: type: number example: - 2024 - name: page required: true in: query description: Page number of data being requested. schema: type: number example: 0.0 - name: perPage required: true in: query description: Number of results per page. schema: type: number example: 0.0 responses: '200': description: Retrieves Ozone Apportioned Emissions per filter criteria aggregated by facility content: application/json: schema: type: object properties: items: type: array items: $ref: '#/components/schemas/OzoneApportionedEmissionsFacilityAggregationDTO' examples: OzoneApportionedEmissionsController_getEmissionsFacilityAggregation200Example: summary: Default OzoneApportionedEmissionsController_getEmissionsFacilityAggregation 200 response x-microcks-default: true value: status: ok message: Example response text/csv: schema: type: string example: State,Facility Name,Facility ID,Year,Gross Load (MWh),Steam Load (1000 lb),SO2 Mass (short tons),CO2 Mass (short tons),NOx Mass (short tons),Heat Input (mmBtu) examples: OzoneApportionedEmissionsController_getEmissionsFacilityAggregation200Example: summary: Default OzoneApportionedEmissionsController_getEmissionsFacilityAggregation 200 response x-microcks-default: true value: status: ok message: Example response '400': description: Invalid Request '404': description: Resource Not Found security: - APIKey: [] tags: - Apportioned Ozone Emissions x-microcks-operation: delay: 0 dispatcher: FALLBACK /emissions-mgmt/emissions/apportioned/ozone/by-state: get: operationId: OzoneApportionedEmissionsController_getEmissionsStateAggregation parameters: - name: stateCode required: false in: query description: Two letter abbreviation for the State. style: pipeDelimited explode: false schema: type: array items: type: string enum: - AL - AK - AS - AZ - AR - CA - CO - CT - DE - DC - FM - FL - GA - GU - HI - ID - IL - IN - IA - KS - KY - LA - ME - MH - MD - MA - MI - MN - MS - MO - MT - NE - NV - NH - NJ - NM - NY - NC - ND - MP - OH - OK - OR - PW - PA - PR - RI - SC - SD - TN - TX - UT - VT - VI - VA - WA - WV - WI - WY example: - AL - name: facilityId required: false in: query description: The Facility ID code assigned by the Department of Energy's Energy Information Administration. The Energy Information Administration Plant ID code is also referred to as the "ORIS code", "ORISPL code", "Facility ID", or "Facility code", among other names. If a Plant ID code has not been assigned by the Department of Energy's Energy Information Administration, then plant code means a code beginning with "88" assigned by the EPA's Clean Air Markets Division for electronic reporting. style: pipeDelimited explode: false schema: type: array items: type: number example: - 0.0 - name: unitType required: false in: query description: Type of unit or boiler. style: pipeDelimited explode: false schema: type: array items: type: string enum: - Arch-fired boiler - Bubbling fluidized bed boiler - Cyclone boiler - Cell burner boiler - Combined cycle - Circulating fluidized bed boiler - Combustion turbine - Dry bottom wall-fired boiler - Dry bottom turbo-fired boiler - Dry bottom vertically-fired boiler - Internal combustion engine - Integrated gasification combined cycle - Cement Kiln - Other boiler - Other turbine - Pressurized fluidized bed boiler - Process Heater - Stoker - Tangentially-fired - Wet bottom wall-fired boiler - Wet bottom turbo-fired boiler - Wet bottom vertically-fired boiler example: - Arch-fired boiler - name: unitFuelType required: false in: query description: Primary or Secondary fuel types combusted by the unit. style: pipeDelimited explode: false schema: type: array items: type: string enum: - Coal - Coal Refuse - Diesel Oil - Liquified Petroleum Gas - Natural Gas - Other Gas - Other Oil - Other Solid Fuel - Petroleum Coke - Pipeline Natural Gas - Process Gas - Process Sludge - Refuse - Residual Oil - Tire Derived Fuel - Waste Liquid - Wood example: - Coal - name: controlTechnologies required: false in: query description: Method or equipment used by the combustion unit to minimize Hg, NOx, PM, or SO2 emissions. style: pipeDelimited explode: false schema: type: array items: type: string enum: - Additives to Enhance PAC and Existing Equipment Performance - Ammonia Injection - Baghouse - Catalyst (gold, palladium, or other) used to oxidize mercury - Combustion Modification/Fuel Reburning - Cyclone - Dry Lime FGD - Dry Low NOx Burners - Dry Sorbent Injection - Dual Alkali - Electrostatic Precipitator - Fluidized Bed Limestone Injection - Halogenated PAC Sorbent Injection - Hybrid ESP - Low NOx Burner Technology (Dry Bottom only) - Low NOx Burner Technology w/ Closed-coupled OFA - Low NOx Burner Technology w/ Closed-coupled/Separated OFA - Low NOx Burner Technology w/ Overfire Air - Low NOx Burner Technology w/ Separated OFA - Low NOx Cell Burner - Magnesium Oxide - Other - Other (Non PAC) Sorbent Injection - Overfire Air - Regenerative Activated Coke Technology - Selective Catalytic Reduction - Selective Non-catalytic Reduction - Sodium Based - Steam Injection - Untreated PAC Sorbent Injection - Water Injection - Wet ESP - Wet Lime FGD - Wet Limestone - Wet Scrubber example: - Additives to Enhance PAC and Existing Equipment Performance - name: programCodeInfo required: false in: query description: Statutory or regulatory based options for tracking and reducing air pollution emissions. style: pipeDelimited explode: false schema: type: array items: type: string enum: - ARP - CAIRNOX - CAIROS - CAIRSO2 - CSNOX - CSNOXOS - CSOSG1 - CSOSG2 - CSOSG2E - CSOSG3 - CSSO2G1 - CSSO2G2 - NBP - NHNOX - NSPS4T - OTC - RGGI - SIPNOX - TXSO2 example: - ARP - name: year required: true in: query description: The calendar year during which activity occurred. style: pipeDelimited explode: false schema: type: array items: type: number example: - 2024 - name: page required: true in: query description: Page number of data being requested. schema: type: number example: 0.0 - name: perPage required: true in: query description: Number of results per page. schema: type: number example: 0.0 responses: '200': description: Retrieves Ozone Apportioned Emissions per filter criteria aggregated by state content: application/json: schema: type: object properties: items: type: array items: $ref: '#/components/schemas/OzoneApportionedEmissionsStateAggregationDTO' examples: OzoneApportionedEmissionsController_getEmissionsStateAggregation200Example: summary: Default OzoneApportionedEmissionsController_getEmissionsStateAggregation 200 response x-microcks-default: true value: status: ok message: Example response text/csv: schema: type: string example: State,Year,Gross Load (MWh),Steam Load (1000 lb),SO2 Mass (short tons),CO2 Mass (short tons),NOx Mass (short tons),Heat Input (mmBtu) examples: OzoneApportionedEmissionsController_getEmissionsStateAggregation200Example: summary: Default OzoneApportionedEmissionsController_getEmissionsStateAggregation 200 response x-microcks-default: true value: status: ok message: Example response '400': description: Invalid Request '404': description: Resource Not Found security: - APIKey: [] tags: - Apportioned Ozone Emissions x-microcks-operation: delay: 0 dispatcher: FALLBACK /emissions-mgmt/emissions/apportioned/ozone/nationally: get: operationId: OzoneApportionedEmissionsController_getEmissionsNationalAggregation parameters: - name: stateCode required: false in: query description: Two letter abbreviation for the State. style: pipeDelimited explode: false schema: type: array items: type: string enum: - AL - AK - AS - AZ - AR - CA - CO - CT - DE - DC - FM - FL - GA - GU - HI - ID - IL - IN - IA - KS - KY - LA - ME - MH - MD - MA - MI - MN - MS - MO - MT - NE - NV - NH - NJ - NM - NY - NC - ND - MP - OH - OK - OR - PW - PA - PR - RI - SC - SD - TN - TX - UT - VT - VI - VA - WA - WV - WI - WY example: - AL - name: facilityId required: false in: query description: The Facility ID code assigned by the Department of Energy's Energy Information Administration. The Energy Information Administration Plant ID code is also referred to as the "ORIS code", "ORISPL code", "Facility ID", or "Facility code", among other names. If a Plant ID code has not been assigned by the Department of Energy's Energy Information Administration, then plant code means a code beginning with "88" assigned by the EPA's Clean Air Markets Division for electronic reporting. style: pipeDelimited explode: false schema: type: array items: type: number example: - 0.0 - name: unitType required: false in: query description: Type of unit or boiler. style: pipeDelimited explode: false schema: type: array items: type: string enum: - Arch-fired boiler - Bubbling fluidized bed boiler - Cyclone boiler - Cell burner boiler - Combined cycle - Circulating fluidized bed boiler - Combustion turbine - Dry bottom wall-fired boiler - Dry bottom turbo-fired boiler - Dry bottom vertically-fired boiler - Internal combustion engine - Integrated gasification combined cycle - Cement Kiln - Other boiler - Other turbine - Pressurized fluidized bed boiler - Process Heater - Stoker - Tangentially-fired - Wet bottom wall-fired boiler - Wet bottom turbo-fired boiler - Wet bottom vertically-fired boiler example: - Arch-fired boiler - name: unitFuelType required: false in: query description: Primary or Secondary fuel types combusted by the unit. style: pipeDelimited explode: false schema: type: array items: type: string enum: - Coal - Coal Refuse - Diesel Oil - Liquified Petroleum Gas - Natural Gas - Other Gas - Other Oil - Other Solid Fuel - Petroleum Coke - Pipeline Natural Gas - Process Gas - Process Sludge - Refuse - Residual Oil - Tire Derived Fuel - Waste Liquid - Wood example: - Coal - name: controlTechnologies required: false in: query description: Method or equipment used by the combustion unit to minimize Hg, NOx, PM, or SO2 emissions. style: pipeDelimited explode: false schema: type: array items: type: string enum: - Additives to Enhance PAC and Existing Equipment Performance - Ammonia Injection - Baghouse - Catalyst (gold, palladium, or other) used to oxidize mercury - Combustion Modification/Fuel Reburning - Cyclone - Dry Lime FGD - Dry Low NOx Burners - Dry Sorbent Injection - Dual Alkali - Electrostatic Precipitator - Fluidized Bed Limestone Injection - Halogenated PAC Sorbent Injection - Hybrid ESP - Low NOx Burner Technology (Dry Bottom only) - Low NOx Burner Technology w/ Closed-coupled OFA - Low NOx Burner Technology w/ Closed-coupled/Separated OFA - Low NOx Burner Technology w/ Overfire Air - Low NOx Burner Technology w/ Separated OFA - Low NOx Cell Burner - Magnesium Oxide - Other - Other (Non PAC) Sorbent Injection - Overfire Air - Regenerative Activated Coke Technology - Selective Catalytic Reduction - Selective Non-catalytic Reduction - Sodium Based - Steam Injection - Untreated PAC Sorbent Injection - Water Injection - Wet ESP - Wet Lime FGD - Wet Limestone - Wet Scrubber example: - Additives to Enhance PAC and Existing Equipment Performance - name: programCodeInfo required: false in: query description: Statutory or regulatory based options for tracking and reducing air pollution emissions. style: pipeDelimited explode: false schema: type: array items: type: string enum: - ARP - CAIRNOX - CAIROS - CAIRSO2 - CSNOX - CSNOXOS - CSOSG1 - CSOSG2 - CSOSG2E - CSOSG3 - CSSO2G1 - CSSO2G2 - NBP - NHNOX - NSPS4T - OTC - RGGI - SIPNOX - TXSO2 example: - ARP - name: year required: true in: query description: The calendar year during which activity occurred. style: pipeDelimited explode: false schema: type: array items: type: number example: - 2024 - name: page required: true in: query description: Page number of data being requested. schema: type: number example: 0.0 - name: perPage required: true in: query description: Number of results per page. schema: type: number example: 0.0 responses: '200': description: Retrieves Ozone Apportioned Emissions per filter criteria aggregated nationally content: application/json: schema: type: object properties: items: type: array items: $ref: '#/components/schemas/OzoneApportionedEmissionsNationalAggregationDTO' examples: OzoneApportionedEmissionsController_getEmissionsNationalAggregation200Example: summary: Default OzoneApportionedEmissionsController_getEmissionsNationalAggregation 200 response x-microcks-default: true value: status: ok message: Example response text/csv: schema: type: string example: Year,Gross Load (MWh),Steam Load (1000 lb),SO2 Mass (short tons),CO2 Mass (short tons),NOx Mass (short tons),Heat Input (mmBtu) examples: OzoneApportionedEmissionsController_getEmissionsNationalAggregation200Example: summary: Default OzoneApportionedEmissionsController_getEmissionsNationalAggregation 200 response x-microcks-default: true value: status: ok message: Example response '400': description: Invalid Request '404': description: Resource Not Found security: - APIKey: [] tags: - Apportioned Ozone Emissions x-microcks-operation: delay: 0 dispatcher: FALLBACK /streaming-services/emissions/apportioned/ozone: get: operationId: OzoneApportionedEmissionsController_streamEmissions parameters: - name: stateCode required: false in: query description: Two letter abbreviation for the State. style: pipeDelimited explode: false schema: type: array items: type: string enum: - AL - AK - AS - AZ - AR - CA - CO - CT - DE - DC - FM - FL - GA - GU - HI - ID - IL - IN - IA - KS - KY - LA - ME - MH - MD - MA - MI - MN - MS - MO - MT - NE - NV - NH - NJ - NM - NY - NC - ND - MP - OH - OK - OR - PW - PA - PR - RI - SC - SD - TN - TX - UT - VT - VI - VA - WA - WV - WI - WY example: - AL - name: facilityId required: false in: query description: The Facility ID code assigned by the Department of Energy's Energy Information Administration. The Energy Information Administration Plant ID code is also referred to as the "ORIS code", "ORISPL code", "Facility ID", or "Facility code", among other names. If a Plant ID code has not been assigned by the Department of Energy's Energy Information Administration, then plant code means a code beginning with "88" assigned by the EPA's Clean Air Markets Division for electronic reporting. style: pipeDelimited explode: false schema: type: array items: type: number example: - 0.0 - name: unitType required: false in: query description: Type of unit or boiler. style: pipeDelimited explode: false schema: type: array items: type: string enum: - Arch-fired boiler - Bubbling fluidized bed boiler - Cyclone boiler - Cell burner boiler - Combined cycle - Circulating fluidized bed boiler - Combustion turbine - Dry bottom wall-fired boiler - Dry bottom turbo-fired boiler - Dry bottom vertically-fired boiler - Internal combustion engine - Integrated gasification combined cycle - Cement Kiln - Other boiler - Other turbine - Pressurized fluidized bed boiler - Process Heater - Stoker - Tangentially-fired - Wet bottom wall-fired boiler - Wet bottom turbo-fired boiler - Wet bottom vertically-fired boiler example: - Arch-fired boiler - name: unitFuelType required: false in: query description: Primary or Secondary fuel types combusted by the unit. style: pipeDelimited explode: false schema: type: array items: type: string enum: - Coal - Coal Refuse - Diesel Oil - Liquified Petroleum Gas - Natural Gas - Other Gas - Other Oil - Other Solid Fuel - Petroleum Coke - Pipeline Natural Gas - Process Gas - Process Sludge - Refuse - Residual Oil - Tire Derived Fuel - Waste Liquid - Wood example: - Coal - name: controlTechnologies required: false in: query description: Method or equipment used by the combustion unit to minimize Hg, NOx, PM, or SO2 emissions. style: pipeDelimited explode: false schema: type: array items: type: string enum: - Additives to Enhance PAC and Existing Equipment Performance - Ammonia Injection - Baghouse - Catalyst (gold, palladium, or other) used to oxidize mercury - Combustion Modification/Fuel Reburning - Cyclone - Dry Lime FGD - Dry Low NOx Burners - Dry Sorbent Injection - Dual Alkali - Electrostatic Precipitator - Fluidized Bed Limestone Injection - Halogenated PAC Sorbent Injection - Hybrid ESP - Low NOx Burner Technology (Dry Bottom only) - Low NOx Burner Technology w/ Closed-coupled OFA - Low NOx Burner Technology w/ Closed-coupled/Separated OFA - Low NOx Burner Technology w/ Overfire Air - Low NOx Burner Technology w/ Separated OFA - Low NOx Cell Burner - Magnesium Oxide - Other - Other (Non PAC) Sorbent Injection - Overfire Air - Regenerative Activated Coke Technology - Selective Catalytic Reduction - Selective Non-catalytic Reduction - Sodium Based - Steam Injection - Untreated PAC Sorbent Injection - Water Injection - Wet ESP - Wet Lime FGD - Wet Limestone - Wet Scrubber example: - Additives to Enhance PAC and Existing Equipment Performance - name: programCodeInfo required: false in: query description: Statutory or regulatory based options for tracking and reducing air pollution emissions. style: pipeDelimited explode: false schema: type: array items: type: string enum: - ARP - CAIRNOX - CAIROS - CAIRSO2 - CSNOX - CSNOXOS - CSOSG1 - CSOSG2 - CSOSG2E - CSOSG3 - CSSO2G1 - CSSO2G2 - NBP - NHNOX - NSPS4T - OTC - RGGI - SIPNOX - TXSO2 example: - ARP - name: year required: true in: query description: The calendar year during which activity occurred. style: pipeDelimited explode: false schema: type: array items: type: number example: - 2024 - name: exclude required: false in: query description: Selected items will be excluded from the response style: pipeDelimited explode: false schema: type: array items: type: string enum: - co2Rate - countOpTime - grossLoad - hgControlInfo - noxControlInfo - pmControlInfo - primaryFuelInfo - secondaryFuelInfo - so2ControlInfo - so2Rate - steamLoad - sumOpTime - unitType - unit_id example: - co2Rate responses: '200': description: Streams Ozone Apportioned Emissions per filter criteria content: application/json: schema: $ref: '#/components/schemas/OzoneApportionedEmissionsDTO' examples: OzoneApportionedEmissionsController_streamEmissions200Example: summary: Default OzoneApportionedEmissionsController_streamEmissions 200 response x-microcks-default: true value: status: ok message: Example response text/csv: schema: type: string example: State,Facility Name,Facility ID,Unit ID,unit_id,Associated Stacks,Year,Operating Time Count,Sum of the Operating Time,Gross Load (MWh),Steam Load (1000 lb),SO2 Mass (short tons),SO2 Rate (lbs/mmBtu),CO2 Mass (short tons),CO2 Rate (short tons/mmBtu),NOx Mass (short tons),NOx Rate (lbs/mmBtu),Heat Input (mmBtu),Primary Fuel Type,Secondary Fuel Type,Unit Type,SO2 Controls,NOx Controls,PM Controls,Hg Controls,Program Code examples: OzoneApportionedEmissionsController_streamEmissions200Example: summary: Default OzoneApportionedEmissionsController_streamEmissions 200 response x-microcks-default: true value: status: ok message: Example response '400': description: Invalid Request '404': description: Resource Not Found security: - APIKey: [] tags: - Apportioned Ozone Emissions x-microcks-operation: delay: 0 dispatcher: FALLBACK /streaming-services/emissions/apportioned/ozone/by-facility: get: operationId: OzoneApportionedEmissionsController_streamEmissionsFacilityAggregation parameters: - name: stateCode required: false in: query description: Two letter abbreviation for the State. style: pipeDelimited explode: false schema: type: array items: type: string enum: - AL - AK - AS - AZ - AR - CA - CO - CT - DE - DC - FM - FL - GA - GU - HI - ID - IL - IN - IA - KS - KY - LA - ME - MH - MD - MA - MI - MN - MS - MO - MT - NE - NV - NH - NJ - NM - NY - NC - ND - MP - OH - OK - OR - PW - PA - PR - RI - SC - SD - TN - TX - UT - VT - VI - VA - WA - WV - WI - WY example: - AL - name: facilityId required: false in: query description: The Facility ID code assigned by the Department of Energy's Energy Information Administration. The Energy Information Administration Plant ID code is also referred to as the "ORIS code", "ORISPL code", "Facility ID", or "Facility code", among other names. If a Plant ID code has not been assigned by the Department of Energy's Energy Information Administration, then plant code means a code beginning with "88" assigned by the EPA's Clean Air Markets Division for electronic reporting. style: pipeDelimited explode: false schema: type: array items: type: number example: - 0.0 - name: unitType required: false in: query description: Type of unit or boiler. style: pipeDelimited explode: false schema: type: array items: type: string enum: - Arch-fired boiler - Bubbling fluidized bed boiler - Cyclone boiler - Cell burner boiler - Combined cycle - Circulating fluidized bed boiler - Combustion turbine - Dry bottom wall-fired boiler - Dry bottom turbo-fired boiler - Dry bottom vertically-fired boiler - Internal combustion engine - Integrated gasification combined cycle - Cement Kiln - Other boiler - Other turbine - Pressurized fluidized bed boiler - Process Heater - Stoker - Tangentially-fired - Wet bottom wall-fired boiler - Wet bottom turbo-fired boiler - Wet bottom vertically-fired boiler example: - Arch-fired boiler - name: unitFuelType required: false in: query description: Primary or Secondary fuel types combusted by the unit. style: pipeDelimited explode: false schema: type: array items: type: string enum: - Coal - Coal Refuse - Diesel Oil - Liquified Petroleum Gas - Natural Gas - Other Gas - Other Oil - Other Solid Fuel - Petroleum Coke - Pipeline Natural Gas - Process Gas - Process Sludge - Refuse - Residual Oil - Tire Derived Fuel - Waste Liquid - Wood example: - Coal - name: controlTechnologies required: false in: query description: Method or equipment used by the combustion unit to minimize Hg, NOx, PM, or SO2 emissions. style: pipeDelimited explode: false schema: type: array items: type: string enum: - Additives to Enhance PAC and Existing Equipment Performance - Ammonia Injection - Baghouse - Catalyst (gold, palladium, or other) used to oxidize mercury - Combustion Modification/Fuel Reburning - Cyclone - Dry Lime FGD - Dry Low NOx Burners - Dry Sorbent Injection - Dual Alkali - Electrostatic Precipitator - Fluidized Bed Limestone Injection - Halogenated PAC Sorbent Injection - Hybrid ESP - Low NOx Burner Technology (Dry Bottom only) - Low NOx Burner Technology w/ Closed-coupled OFA - Low NOx Burner Technology w/ Closed-coupled/Separated OFA - Low NOx Burner Technology w/ Overfire Air - Low NOx Burner Technology w/ Separated OFA - Low NOx Cell Burner - Magnesium Oxide - Other - Other (Non PAC) Sorbent Injection - Overfire Air - Regenerative Activated Coke Technology - Selective Catalytic Reduction - Selective Non-catalytic Reduction - Sodium Based - Steam Injection - Untreated PAC Sorbent Injection - Water Injection - Wet ESP - Wet Lime FGD - Wet Limestone - Wet Scrubber example: - Additives to Enhance PAC and Existing Equipment Performance - name: programCodeInfo required: false in: query description: Statutory or regulatory based options for tracking and reducing air pollution emissions. style: pipeDelimited explode: false schema: type: array items: type: string enum: - ARP - CAIRNOX - CAIROS - CAIRSO2 - CSNOX - CSNOXOS - CSOSG1 - CSOSG2 - CSOSG2E - CSOSG3 - CSSO2G1 - CSSO2G2 - NBP - NHNOX - NSPS4T - OTC - RGGI - SIPNOX - TXSO2 example: - ARP - name: year required: true in: query description: The calendar year during which activity occurred. style: pipeDelimited explode: false schema: type: array items: type: number example: - 2024 responses: '200': description: Streams Ozone Apportioned Emissions data per filter criteria aggregated by facility content: application/json: schema: $ref: '#/components/schemas/OzoneApportionedEmissionsFacilityAggregationDTO' examples: OzoneApportionedEmissionsController_streamEmissionsFacilityAggregation200Example: summary: Default OzoneApportionedEmissionsController_streamEmissionsFacilityAggregation 200 response x-microcks-default: true value: status: ok message: Example response text/csv: schema: type: string example: State,Facility Name,Facility ID,Year,Gross Load (MWh),Steam Load (1000 lb),SO2 Mass (short tons),CO2 Mass (short tons),NOx Mass (short tons),Heat Input (mmBtu) examples: OzoneApportionedEmissionsController_streamEmissionsFacilityAggregation200Example: summary: Default OzoneApportionedEmissionsController_streamEmissionsFacilityAggregation 200 response x-microcks-default: true value: status: ok message: Example response '400': description: Invalid Request '404': description: Resource Not Found security: - APIKey: [] tags: - Apportioned Ozone Emissions x-microcks-operation: delay: 0 dispatcher: FALLBACK /streaming-services/emissions/apportioned/ozone/by-state: get: operationId: OzoneApportionedEmissionsController_streamEmissionsStateAggregation parameters: - name: stateCode required: false in: query description: Two letter abbreviation for the State. style: pipeDelimited explode: false schema: type: array items: type: string enum: - AL - AK - AS - AZ - AR - CA - CO - CT - DE - DC - FM - FL - GA - GU - HI - ID - IL - IN - IA - KS - KY - LA - ME - MH - MD - MA - MI - MN - MS - MO - MT - NE - NV - NH - NJ - NM - NY - NC - ND - MP - OH - OK - OR - PW - PA - PR - RI - SC - SD - TN - TX - UT - VT - VI - VA - WA - WV - WI - WY example: - AL - name: facilityId required: false in: query description: The Facility ID code assigned by the Department of Energy's Energy Information Administration. The Energy Information Administration Plant ID code is also referred to as the "ORIS code", "ORISPL code", "Facility ID", or "Facility code", among other names. If a Plant ID code has not been assigned by the Department of Energy's Energy Information Administration, then plant code means a code beginning with "88" assigned by the EPA's Clean Air Markets Division for electronic reporting. style: pipeDelimited explode: false schema: type: array items: type: number example: - 0.0 - name: unitType required: false in: query description: Type of unit or boiler. style: pipeDelimited explode: false schema: type: array items: type: string enum: - Arch-fired boiler - Bubbling fluidized bed boiler - Cyclone boiler - Cell burner boiler - Combined cycle - Circulating fluidized bed boiler - Combustion turbine - Dry bottom wall-fired boiler - Dry bottom turbo-fired boiler - Dry bottom vertically-fired boiler - Internal combustion engine - Integrated gasification combined cycle - Cement Kiln - Other boiler - Other turbine - Pressurized fluidized bed boiler - Process Heater - Stoker - Tangentially-fired - Wet bottom wall-fired boiler - Wet bottom turbo-fired boiler - Wet bottom vertically-fired boiler example: - Arch-fired boiler - name: unitFuelType required: false in: query description: Primary or Secondary fuel types combusted by the unit. style: pipeDelimited explode: false schema: type: array items: type: string enum: - Coal - Coal Refuse - Diesel Oil - Liquified Petroleum Gas - Natural Gas - Other Gas - Other Oil - Other Solid Fuel - Petroleum Coke - Pipeline Natural Gas - Process Gas - Process Sludge - Refuse - Residual Oil - Tire Derived Fuel - Waste Liquid - Wood example: - Coal - name: controlTechnologies required: false in: query description: Method or equipment used by the combustion unit to minimize Hg, NOx, PM, or SO2 emissions. style: pipeDelimited explode: false schema: type: array items: type: string enum: - Additives to Enhance PAC and Existing Equipment Performance - Ammonia Injection - Baghouse - Catalyst (gold, palladium, or other) used to oxidize mercury - Combustion Modification/Fuel Reburning - Cyclone - Dry Lime FGD - Dry Low NOx Burners - Dry Sorbent Injection - Dual Alkali - Electrostatic Precipitator - Fluidized Bed Limestone Injection - Halogenated PAC Sorbent Injection - Hybrid ESP - Low NOx Burner Technology (Dry Bottom only) - Low NOx Burner Technology w/ Closed-coupled OFA - Low NOx Burner Technology w/ Closed-coupled/Separated OFA - Low NOx Burner Technology w/ Overfire Air - Low NOx Burner Technology w/ Separated OFA - Low NOx Cell Burner - Magnesium Oxide - Other - Other (Non PAC) Sorbent Injection - Overfire Air - Regenerative Activated Coke Technology - Selective Catalytic Reduction - Selective Non-catalytic Reduction - Sodium Based - Steam Injection - Untreated PAC Sorbent Injection - Water Injection - Wet ESP - Wet Lime FGD - Wet Limestone - Wet Scrubber example: - Additives to Enhance PAC and Existing Equipment Performance - name: programCodeInfo required: false in: query description: Statutory or regulatory based options for tracking and reducing air pollution emissions. style: pipeDelimited explode: false schema: type: array items: type: string enum: - ARP - CAIRNOX - CAIROS - CAIRSO2 - CSNOX - CSNOXOS - CSOSG1 - CSOSG2 - CSOSG2E - CSOSG3 - CSSO2G1 - CSSO2G2 - NBP - NHNOX - NSPS4T - OTC - RGGI - SIPNOX - TXSO2 example: - ARP - name: year required: true in: query description: The calendar year during which activity occurred. style: pipeDelimited explode: false schema: type: array items: type: number example: - 2024 responses: '200': description: Retrieves Ozone Apportioned Emissions data per filter criteria aggregated by state content: application/json: schema: $ref: '#/components/schemas/OzoneApportionedEmissionsStateAggregationDTO' examples: OzoneApportionedEmissionsController_streamEmissionsStateAggregation200Example: summary: Default OzoneApportionedEmissionsController_streamEmissionsStateAggregation 200 response x-microcks-default: true value: status: ok message: Example response text/csv: schema: type: string example: State,Year,Gross Load (MWh),Steam Load (1000 lb),SO2 Mass (short tons),CO2 Mass (short tons),NOx Mass (short tons),Heat Input (mmBtu) examples: OzoneApportionedEmissionsController_streamEmissionsStateAggregation200Example: summary: Default OzoneApportionedEmissionsController_streamEmissionsStateAggregation 200 response x-microcks-default: true value: status: ok message: Example response '400': description: Invalid Request '404': description: Resource Not Found security: - APIKey: [] tags: - Apportioned Ozone Emissions x-microcks-operation: delay: 0 dispatcher: FALLBACK /streaming-services/emissions/apportioned/ozone/nationally: get: operationId: OzoneApportionedEmissionsController_streamEmissionsNationalAggregation parameters: - name: stateCode required: false in: query description: Two letter abbreviation for the State. style: pipeDelimited explode: false schema: type: array items: type: string enum: - AL - AK - AS - AZ - AR - CA - CO - CT - DE - DC - FM - FL - GA - GU - HI - ID - IL - IN - IA - KS - KY - LA - ME - MH - MD - MA - MI - MN - MS - MO - MT - NE - NV - NH - NJ - NM - NY - NC - ND - MP - OH - OK - OR - PW - PA - PR - RI - SC - SD - TN - TX - UT - VT - VI - VA - WA - WV - WI - WY example: - AL - name: facilityId required: false in: query description: The Facility ID code assigned by the Department of Energy's Energy Information Administration. The Energy Information Administration Plant ID code is also referred to as the "ORIS code", "ORISPL code", "Facility ID", or "Facility code", among other names. If a Plant ID code has not been assigned by the Department of Energy's Energy Information Administration, then plant code means a code beginning with "88" assigned by the EPA's Clean Air Markets Division for electronic reporting. style: pipeDelimited explode: false schema: type: array items: type: number example: - 0.0 - name: unitType required: false in: query description: Type of unit or boiler. style: pipeDelimited explode: false schema: type: array items: type: string enum: - Arch-fired boiler - Bubbling fluidized bed boiler - Cyclone boiler - Cell burner boiler - Combined cycle - Circulating fluidized bed boiler - Combustion turbine - Dry bottom wall-fired boiler - Dry bottom turbo-fired boiler - Dry bottom vertically-fired boiler - Internal combustion engine - Integrated gasification combined cycle - Cement Kiln - Other boiler - Other turbine - Pressurized fluidized bed boiler - Process Heater - Stoker - Tangentially-fired - Wet bottom wall-fired boiler - Wet bottom turbo-fired boiler - Wet bottom vertically-fired boiler example: - Arch-fired boiler - name: unitFuelType required: false in: query description: Primary or Secondary fuel types combusted by the unit. style: pipeDelimited explode: false schema: type: array items: type: string enum: - Coal - Coal Refuse - Diesel Oil - Liquified Petroleum Gas - Natural Gas - Other Gas - Other Oil - Other Solid Fuel - Petroleum Coke - Pipeline Natural Gas - Process Gas - Process Sludge - Refuse - Residual Oil - Tire Derived Fuel - Waste Liquid - Wood example: - Coal - name: controlTechnologies required: false in: query description: Method or equipment used by the combustion unit to minimize Hg, NOx, PM, or SO2 emissions. style: pipeDelimited explode: false schema: type: array items: type: string enum: - Additives to Enhance PAC and Existing Equipment Performance - Ammonia Injection - Baghouse - Catalyst (gold, palladium, or other) used to oxidize mercury - Combustion Modification/Fuel Reburning - Cyclone - Dry Lime FGD - Dry Low NOx Burners - Dry Sorbent Injection - Dual Alkali - Electrostatic Precipitator - Fluidized Bed Limestone Injection - Halogenated PAC Sorbent Injection - Hybrid ESP - Low NOx Burner Technology (Dry Bottom only) - Low NOx Burner Technology w/ Closed-coupled OFA - Low NOx Burner Technology w/ Closed-coupled/Separated OFA - Low NOx Burner Technology w/ Overfire Air - Low NOx Burner Technology w/ Separated OFA - Low NOx Cell Burner - Magnesium Oxide - Other - Other (Non PAC) Sorbent Injection - Overfire Air - Regenerative Activated Coke Technology - Selective Catalytic Reduction - Selective Non-catalytic Reduction - Sodium Based - Steam Injection - Untreated PAC Sorbent Injection - Water Injection - Wet ESP - Wet Lime FGD - Wet Limestone - Wet Scrubber example: - Additives to Enhance PAC and Existing Equipment Performance - name: programCodeInfo required: false in: query description: Statutory or regulatory based options for tracking and reducing air pollution emissions. style: pipeDelimited explode: false schema: type: array items: type: string enum: - ARP - CAIRNOX - CAIROS - CAIRSO2 - CSNOX - CSNOXOS - CSOSG1 - CSOSG2 - CSOSG2E - CSOSG3 - CSSO2G1 - CSSO2G2 - NBP - NHNOX - NSPS4T - OTC - RGGI - SIPNOX - TXSO2 example: - ARP - name: year required: true in: query description: The calendar year during which activity occurred. style: pipeDelimited explode: false schema: type: array items: type: number example: - 2024 responses: '200': description: Retrieves Ozone Apportioned Emissions data per filter criteria aggregated by nationally content: application/json: schema: $ref: '#/components/schemas/OzoneApportionedEmissionsNationalAggregationDTO' examples: OzoneApportionedEmissionsController_streamEmissionsNationalAggregation200Example: summary: Default OzoneApportionedEmissionsController_streamEmissionsNationalAggregation 200 response x-microcks-default: true value: status: ok message: Example response text/csv: schema: type: string example: Year,Gross Load (MWh),Steam Load (1000 lb),SO2 Mass (short tons),CO2 Mass (short tons),NOx Mass (short tons),Heat Input (mmBtu) examples: OzoneApportionedEmissionsController_streamEmissionsNationalAggregation200Example: summary: Default OzoneApportionedEmissionsController_streamEmissionsNationalAggregation 200 response x-microcks-default: true value: status: ok message: Example response '400': description: Invalid Request '404': description: Resource Not Found security: - APIKey: [] tags: - Apportioned Ozone Emissions x-microcks-operation: delay: 0 dispatcher: FALLBACK components: schemas: OzoneApportionedEmissionsNationalAggregationDTO: type: object properties: grossLoad: type: number description: Electrical generation in MW produced by combusting a given heat input of fuel. example: 146 steamLoad: type: number description: Rate of steam pressure generated by a unit or source produced by combusting a given heat input of fuel. (1000 lb/hr) example: 387 so2Mass: type: number description: SO2 Mass Emissions (lbs) example: 15.7 co2Mass: type: number description: CO2 mass emissions (short tons) example: 150.8 noxMass: type: number description: NOx mass emissions (lbs) example: 552.8 heatInput: type: number description: Quantity of heat in mmBtu calculated by multiplying the quantity of fuel by the fuels heat content. example: 1470.2 year: type: number description: The calendar year during which activity occurred. example: 2020 required: - year OzoneUnitDataView: type: object properties: stateCode: type: string example: NC facilityName: type: string example: EPA Facility facilityId: type: number example: 0.0 unit_id: type: string example: '12345' unitId: type: string example: '12345' associatedStacks: type: string example: string year: type: number example: 2024 countOpTime: type: number example: 100 sumOpTime: type: number example: 0.0 grossLoad: type: number example: 0.0 steamLoad: type: number example: 0.0 so2Mass: type: number example: 0.0 so2Rate: type: number example: 0.0 co2Mass: type: number example: 0.0 co2Rate: type: number example: 0.0 noxMass: type: number example: 0.0 noxRate: type: number example: 0.0 heatInput: type: number example: 0.0 primaryFuelInfo: type: string example: string secondaryFuelInfo: type: string example: string unitType: type: string example: string so2ControlInfo: type: string example: string noxControlInfo: type: string example: string pmControlInfo: type: string example: string hgControlInfo: type: string example: string programCodeInfo: type: string example: string required: - stateCode - facilityName - facilityId - unit_id - unitId - associatedStacks - year - countOpTime - sumOpTime - grossLoad - steamLoad - so2Mass - so2Rate - co2Mass - co2Rate - noxMass - noxRate - heatInput - primaryFuelInfo - secondaryFuelInfo - unitType - so2ControlInfo - noxControlInfo - pmControlInfo - hgControlInfo - programCodeInfo OzoneApportionedEmissionsFacilityAggregationDTO: type: object properties: grossLoad: type: number description: Electrical generation in MW produced by combusting a given heat input of fuel. example: 146 steamLoad: type: number description: Rate of steam pressure generated by a unit or source produced by combusting a given heat input of fuel. (1000 lb/hr) example: 387 so2Mass: type: number description: SO2 Mass Emissions (lbs) example: 15.7 co2Mass: type: number description: CO2 mass emissions (short tons) example: 150.8 noxMass: type: number description: NOx mass emissions (lbs) example: 552.8 heatInput: type: number description: Quantity of heat in mmBtu calculated by multiplying the quantity of fuel by the fuels heat content. example: 1470.2 year: type: number description: The calendar year during which activity occurred. example: 2020 facilityId: type: number description: The Facility ID code assigned by the Department of Energy's Energy Information Administration. The Energy Information Administration Plant ID code is also referred to as the "ORIS code", "ORISPL code", "Facility ID", or "Facility code", among other names. If a Plant ID code has not been assigned by the Department of Energy's Energy Information Administration, then plant code means a code beginning with "88" assigned by the EPA's Clean Air Markets Division for electronic reporting. example: 3 facilityName: type: string description: The name given by the owners and operators to a facility example: Barry stateCode: type: string description: Two letter abbreviation for the State. example: AK required: - year - facilityName - stateCode OzoneApportionedEmissionsStateAggregationDTO: type: object properties: grossLoad: type: number description: Electrical generation in MW produced by combusting a given heat input of fuel. example: 146 steamLoad: type: number description: Rate of steam pressure generated by a unit or source produced by combusting a given heat input of fuel. (1000 lb/hr) example: 387 so2Mass: type: number description: SO2 Mass Emissions (lbs) example: 15.7 co2Mass: type: number description: CO2 mass emissions (short tons) example: 150.8 noxMass: type: number description: NOx mass emissions (lbs) example: 552.8 heatInput: type: number description: Quantity of heat in mmBtu calculated by multiplying the quantity of fuel by the fuels heat content. example: 1470.2 year: type: number description: The calendar year during which activity occurred. example: 2020 stateCode: type: string description: Two letter abbreviation for the State. example: AK required: - year - stateCode OzoneApportionedEmissionsDTO: type: object properties: stateCode: type: string description: Two letter abbreviation for the State. example: AK facilityName: type: string description: The name given by the owners and operators to a facility example: Barry facilityId: type: number description: The Facility ID code assigned by the Department of Energy's Energy Information Administration. The Energy Information Administration Plant ID code is also referred to as the "ORIS code", "ORISPL code", "Facility ID", or "Facility code", among other names. If a Plant ID code has not been assigned by the Department of Energy's Energy Information Administration, then plant code means a code beginning with "88" assigned by the EPA's Clean Air Markets Division for electronic reporting. example: 3 unitId: type: string description: Unique identifier for each unit at a facility. example: 5 unit_id: type: number description: Database id for each unit at a facility. example: 5 unitType: type: string description: Type of unit or boiler. example: Tangentially-fired associatedStacks: type: string description: Stacks associated with the unit. example: CS001 primaryFuelInfo: type: string description: The primary type of fuel combusted by the unit. example: Coal secondaryFuelInfo: type: string description: The secondary type of fuel(s) combusted by the unit. example: Diesel Oil so2ControlInfo: type: string description: Method or equipment used by the combustion unit to minimize SO2 emissions. example: Wet Limestone pmControlInfo: type: string description: Method or equipment used by the combustion unit to minimize PM emissions. example: Electrostatic Precipitator noxControlInfo: type: string description: Method or equipment used by the combustion unit to minimize NOx emissions. example: Selective Catalytic Reduction, Low NOx Burner Technology w/ Separated OFA hgControlInfo: type: string description: Method or equipment used by the combustion unit to minimize Hg emissions. example: Catalyst (gold, palladium, or other) used to oxidize mercury programCodeInfo: type: string description: Statutory or regulatory based options for tracking and reducing air pollution emissions. example: ARP,CSNOX,CSSO2G2,MATS grossLoad: type: number description: Electrical generation in MW produced by combusting a given heat input of fuel. example: 900773 steamLoad: type: number description: Rate of steam pressure generated by a unit or source produced by combusting a given heat input of fuel. (1000 lb/hr) example: 153647 so2Mass: type: number description: SO2 Mass Emissions (short tons) example: 91.2 so2Rate: type: number description: Average SO2 hourly emissions rate (lbs/mmBtu) example: 0.011 noxMass: type: number description: NOx mass emissions (short tons) example: 367.9 noxRate: type: number description: The average rate of NOx emissions (lbs/mmBtu) example: 0.376 co2Mass: type: number description: CO2 mass emissions (short tons) example: 150.8 co2Rate: type: number description: Average CO2 hourly emissions rate (short tons/mmBtu) example: 0.103 heatInput: type: number description: Quantity of heat in mmBtu calculated by multiplying the quantity of fuel by the fuels heat content. example: 1470.2 heatInputMeasureFlg: type: string description: Describes how the Heat Input values were determined. example: string year: type: number description: The calendar year during which activity occurred. example: 2020 sumOpTime: type: number description: Sum of operating time for the time interval example: 1795.25 countOpTime: type: number description: Number of hours during which the unit operated for this time interval example: 1797 addDate: format: date-time type: string description: Date and time in which record was added. example: '2019-04-23' userId: type: string description: User account or source of data that added or updated record. example: abcdef required: - stateCode - facilityName - unitId - unit_id - unitType - associatedStacks - primaryFuelInfo - secondaryFuelInfo - so2ControlInfo - pmControlInfo - noxControlInfo - hgControlInfo - programCodeInfo - year securitySchemes: emailKey: type: apiKey in: query name: key description: 'AQS requires `email` and `key` query parameters on every request. Register at `/signup?email=YOUR_EMAIL` to receive a key by email. '