Reciprocating or Turbine Engines Fired heaters, Treaters and Boilers Incinerator Flare Stacks make and model number identification designation of each individual unit used at the plant site rated power(kW) fuel type exhaust stack diameter (m) diameter (m) diameter (m) exhaust stack height above grade (m) height (m) height (m) exhaust gas temperature(ºC) exit temperature (ºC) -net heating value of gas to be combusted in the flare under normal and emergency conditions exit velocity (m/s) of exhaust gas velocity (m/s) the flare, under normal and emergency conditions -emission rate of the oxides of nitrogen (grams of NOx)/(kW*hr) -SOX peak height of the building with which each engine is associated confirm the engine meets the low NOx emission requirement and/or emissions standard and by what method -NOx emissions for each heater, boiler, steam generator, etc. (ppm and g/GJ) -SOX *NPRI, **COPC, and GHG; confirm the heater, boiler, or steam generator meets the low NOx emission requirement and/or emissions standards NOx emissions for each incinerator (ppm and g/GJ) -SOX *NPRI, **COPC, and GHG; -SOX, NPRI method used to control combustion, e.g., assisted by air, steam or flare tip design type of igniter, pilots, etc *NPRI- National Pollutant release Inventory **COPC- Chemicals of Potential Concern Provide the following details for any flare pits on site: under what conditions is it used; type of proposed liner; frequency of use, and what goes into the pit; and type of flare design (e.g., igniter, pilot).
Energy Regulator Appendix C: Aboveground and Underground Tanks Storage Tank Data Tank Identification Description Location Contents Tank Size Placement Material of Primary Container Corrosion Control Secondary Containment Method of Lead Detection Maximum True Vapour Pressure Type of Vents Fugitive Emission Controls (VR) The headings in this table are a guide to the nature of information that is to be submitted, along with those identified in the articles in the main body of the Guide. In responding to the articles in the main body of the Guide, the applicant should detail how groupings of tankage and other containment structures are located to minimize overall footprint and therefore minimize the required extent of mitigation strategies. In responding to the articles in the main body of the Guide, the applicant should detail that the mitigation strategies to detect and confine container contents are an appropriate match to the risks presented by the overall structure of containment and the nature of material held within. Containment infrastructure and operation, including leak detection and housekeeping, reduces the risks associated with substances releases; and therefore reduces costs associated with lost product, and with increased management of waste, and remediation of soil and groundwater. Soil and groundwater monitoring frequency and parameter selection on a site must reflect the primary and secondary containment philosophy and infrastructure. Housekeeping procedures also play a role in determining appropriate soil and groundwater monitoring for a site.
Example 2: Plant or Facility Point Source Parameter Table AAAEI Facility ID Point Source No Point Source Name Source Type Source SCC EPA SCC Description Source Start up Date Source Decommissioning Date Source Latitude in NAD 83 Source Longitude in NAD 83 Source UTM Zone Source NAD 83 UTM E (m) Source NAD 83 UTM N (m) Source Base Elevation (in ASL) Source Stack Height (m) Source Stack Diameter (m) Source Exit Velocity (m/s) Source Exit Temperature (K) Source Power Rating (MW) Nitrogen Oxide (NO) Nitrogen Dioxide (NO2) Sulphur Dioxide (SO2) Ammonia (NH3) PM2.5 PM10 Total Particulate Matter (TPM) Carbon Monoxide (CO) Volatile Organic Compounds (VOC) Arsenic Cadmium Chromium Mercury Nickel Selenium Vanadium Naphthalene Benzo(a)pyrene Acetaldehyde Acrolein Formeldehyde Hexane Benzene Hydrogen Sulphide Carbon Disulphide Total Reduced Sulphur (TRS) Carbon Nitrous Oxide Methane Other Specified Gases Other NPRI substances
Example 3: Plant or Facility Non-point Source Parameter Table AAAEI Facility ID Non-point Source No Non-point Source Name Source Type Source SCC EPA SCC Description Source Start up Date Source Decommissioning Date Source Effective Height (m) Source Initial Sigma z (m) Source UTM Zone Source NAD 83 NW UTM E (m) Source NAD 83 NW UTM N (m) Source NAD 83 NE UTM E (m) Source NAD 83 NE UTM N (m) Source NAD 83 SW UTM E (m) Source NAD 83 SW UTM N (m) Source NAD 83 SE UTM E (m) Source NAD 83 SE UTM N (m) Source Area (m2) Source Base Elevation (in ASL) Nitrogen Oxide (NO) Nitrogen Dioxide (NO2) Sulphur Dioxide (SO2) Ammonia (NH3) PM2.5 PM10 Total Particulate Matter (TPM) Carbon Monoxide (CO) Volatile Organic Compounds (VOC) Arsenic Cadmium Chromium Mercury Nickel Selenium Vanadium Naphthalene Benzo(a)pyrene Acetaldehyde Acrolein Formeldehyde Hexane Benzene Hydrogen Sulphide Carbon Disulphide Total Reduced Sulphur (TRS) Carbon (CO2) Methane Other Specified Gases Other NPRI Substances