Appendix C . Greenhouse Gas Reporting Program: Recordkeeping Requirements (as of July 9, 2015)

Subpart Recordkeeping Requirement C

– General Stationary Combustion ( §98.37) In addition to the requirements of §98.3(g), you must retain: (a) The applicable records specified in §§98.34(f) and (g), 98.35(b), and 98.36(e). (b) Verification software records. For each stationary fuel combustion source that elects to use the verification software specified in §98.5(b) rather than report data specified in paragraphs (b)(9)(iii), (c)(2)(ix), (e)(2)(i), (e)(2)(ii)(A), (e)(2)(ii)(C), (e)(2)(ii)(D), (e)(2)(iv)(A), (e)(2)(iv)(C), (e)(2)(iv)(F), and (e)(2)(ix)(D) through (F) of this section, you must keep a record of the file generated by the verification soft ware for the applicable data specified in paragraphs (b)(1) through (36) of this section. Retention of this file satisfies the recordkeeping requirement for the data in paragraphs (b)(1) through (36) of this section. (1) Mass of each solid fuel combusted (tons/year) (Equation C

- 1 of §98.33). (2) Volume of each liquid fuel combusted (gallons/year) (Equation C

- 1). (3) Volume of each gaseous fuel combusted (scf/year) (Equation C

- 1). (4) Annual natural gas usage (therms/year) (Equation C

- 1a of §98.33). (5) Annual natural gas usage (mmBtu/year) (Equation C

- 1b of §98.33). (6) Mass of each solid fuel combusted (tons/year) (Equation C

- 2a of §98.33). (7) Volume of each liquid fuel combusted (gallons/year) (Equation C

- 2a). (8) Volume of each gaseous fuel combu sted (scf/year) (Equation C

- 2a). (9) Measured high heat value of each solid fuel, for month (which may be the arithmetic average of multiple determinations), or, if applicable, an appropriate substitute data value (mmBtu per ton) (Equation C

- 2b of §98.33)

. (10) Measured high heat value of each liquid fuel, for month (which may be the arithmetic average of multiple determinations), or, if applicable, an appropriate substitute data value (mmBtu per gallons) (Equation C

- 2b). (11) Measured high heat value of each gaseous fuel, for month (which may be the arithmetic average of multiple determinations), or, if applicable, an appropriate substitute data value (mmBtu per scf) (Equation C

- 2b). (12) Mass of each solid fuel combusted during month (tons) (Equation C

- 2b). (13) Volume of each liquid fuel combusted during month (gallons) (Equation C

- 2b). (14) Volume of each gaseous fuel combusted during month (scf) (Equation C

- 2b). (15) Total mass of steam generated by municipal solid waste or each solid fuel combust ion during the reporting year (pounds steam) (Equation C

- 2c of §98.33). (16) Ratio of the boiler's maximum rated heat input capacity to its design rated steam output capacity (MMBtu/pounds steam) (Equation C

- 2c). (17) Annual mass of each solid fuel combu sted (short tons/year) (Equation C

- 3 of §98.33). (18) Annual average carbon content of each solid fuel (percent by weight, expressed as a decimal fraction) (Equation C

- 3).(19) Annual volume of each liquid fuel combusted (gallons/year) (Equation C

- 4 of § 98.33). (20) Annual average carbon content of each liquid fuel (kg C per gallon of fuel) (Equation C

- 4). (21) Annual volume of each gaseous fuel combusted (scf/year) (Equation C

- 5 of §98.33). (22) Annual average carbon content of each gaseous fuel (kg C per kg of fuel) (Equation C

- 5). (23) Annual average molecular weight of each gaseous fuel (kg/kg

- mole) (Equation C

- 5). (24) Molar volume conversion factor at standard conditions, as defined in §98.6 (scf per kg

mole) (Equation C

- 5). (25) Identify for e ach fuel if you will use the default high heat value from Table C

- 1 of this subpart, or actual high heat value data (Equation C

- 8 of §98.33). (26) High heat value of each solid fuel (mmBtu/tons) (Equation C

- 8). (27) High heat value of each liquid fuel (m mBtu/gallon) (Equation C

- 8). (28) High heat value of each gaseous fuel (mmBtu/scf) (Equation C

- 8). (29) Cumulative annual heat input from combustion of each fuel (mmBtu) (Equation C

- 10 of §98.33). (30) Total quantity of each solid fossil fuel combusted in the reporting year, as defined in §98.6 (pounds) (Equation C

- 13 of §98.33). (31) Total quantity of each liquid fossil fuel combusted in the reporting year, as defined in §98.6 (gallons) (Equation C

- 13). (32) Total quantity of each gaseous fossil fuel combusted in the reporting year, as defined in §98.6 (scf) (Equation C

- 13). (33) High heat value of the each solid fossil fuel (Btu/lb) (Equation C

- 13). (34) High heat value of the each liquid fossil fuel (Btu/gallons) (Equation C

- 13). (35) High heat va lue of the each gaseous fossil fuel (Btu/scf) (Equation C

- 13). (36) Fuel

- specific carbon based F

- factor per fuel (scf CO2/mmBtu) (Equation C

- 13). D

– Electricity Generation ( §98.47) You shall comply with the recordkeeping requirements of §§98.3(g) and 98.37. Records retained under §75.57(h) of this chapter for missing data events satisfy the recordkeeping requirements of §98.3(g)(4) for those same events.

E

– Adipic Acid Production ( §98.57) In addition to the information required by §98.3(g), you mus t retain the records specified in paragraphs (a) through (i) of this section at the facility level:
(a) Annual adipic acid production capacity (tons).
(b) Records of significant changes to process.
(c) Number of facility and unit operating hours in calenda r year.
(d) Documentation of how accounting procedures were used to estimate production rate.
(e) Documentation of how process knowledge was used to estimate abatement technology destruction efficiency.(f) Performance test reports.
(g) Measurements, recor ds and calculations used to determine reported parameters.
(h) Documentation of the procedures used to ensure the accuracy of the measurements of all reported parameters, including but not limited to, calibration of weighing equipment, flow meters, and other measurement devices. The estimated accuracy of measurements made with these devices must also be recorded, and the technical basis for these estimates must be provided.
(i) Verification software records. You must keep a record of the file generated by the verification software specified in §98.5(b) for the applicable data specified in paragraphs (i)(1) through (3) of this section. Retention of this file satisfies the recordkeeping requirement for the data in paragraphs (i)(1) through (3) of this sect ion.
(1) Annual adipic acid production from each adipic acid production unit (tons) (Equations E

- 2, E

- 3a, E

- 3b, E

- 3c, and E

- 3d of §98.53).
(2) Production rate per test run during the performance test for each production unit test run (tons adipic acid prod uced/hr) (Equation E

- 1 of §98.53).
(3) Annual adipic acid production per N 2 O abatement technology during which N 2 O abatement technology was used (tons adipic acid produced) (Equation E

- 2). F

– Aluminum Production ( §98.67) In addition to the information required by §98.3(g), you must retain the following records:
(a) Monthly aluminum production in metric tons.
(b) Type of smelter technology used.
(c) The following PFC

- specific information on a monthly basis:
(1) Perfluoromethane and perfluoroethane emissi ons from anode effects in prebake and Søderberg electolysis cells.
(2) Anode effect minutes per cell

- day (AE

- mins/cell

- day), anode effect frequency (AE/cell

- day), anode effect duration (minutes). (Or anode effect overvoltage factor ((kg CF 4 /metric ton Al)/(mV/cell day)), potline overvoltage (mV/cell day), current efficiency (%).))
(3) Smelter

- specific slope coefficients and the last date when the smelter

- specific

- slope coefficients were measured.
(d) Method used to measure the frequency and duration of anode effects (or to measure anode effect overvoltage and current efficiency).
(e) The following CO 2 - specific information for prebake cells:
(1) Annual anode consumption.
(2) Annual CO 2 emissions from the smelter.
(f) The following CO 2 - specific information for Søderberg cells:
(1) Annual paste consumption.(2) Annual CO 2 emissions from the smelter.
(g) Smelter

- specific inputs to the CO 2 process equations (e.g., levels of sulfur and ash) that were used in the calculation, on an annual basis.
(h) Exact data elements required will vary depending on smelter technology (e.g., point

feed prebake or Søderberg) and process control technology (e.g., Pechiney or other).
(i) Verification software records. You must keep a record of the file generated by the verification software specified in §98.5(b) for the applicable data specified in paragraphs (i)(1) through (30) of this section. Retention of this file satisfies the recordkeeping requirement for the data in paragraphs (i)(1) through (30) of this section.
(1) Slope coefficient per potline per month (kg CF 4 /metric ton Al)/(AE

- Mins/cell

- day)) (Equation F

- 2 of §98.63).
(2) Anode effect minutes per cell

- day per potline per month (AE

- Mins/cell

- day) (Equation F

- 2).
(3) Anode effect frequency per potline per month (AE/cell

- day) (Equation F

- 2).
(4) Anode effect duration per potline per month (minutes) (Equation F

- 2).
(5) Metal production of aluminum per potline per month (metric tons) (Equation F

- 2).
(6) Overvoltage emission factor per potline per month (kg CF4/metr ic ton Al) (Equation F

- 3 of §98.63).
(7) Metal production of aluminum per potline per month (metric tons) (Equation F

- 3).
(8) Weight fraction of C 2 F6/CF 4 per potline per month (kg C 2 F 6 /kg CF 4 ) (Equation F

- 4 of §98.63).
(9) Net annual prebaked anode consump tion (metric tons C/metric tons Al) (Equation F

5 of §98.63).
(10) Annual metal production of aluminum (metric tons) (Equation F

- 5).
(11) Sulfur content in baked anode (weight percent) (Equation F

- 5).
(12) Ash content in baked anode (weight percent) (Equat ion F

- 5).
(13) Annual paste consumption (metric ton/metric ton Al) (Equation F

- 6 of §98.63).
(14) Annual metal production of aluminum (metric tons) (Equation F

- 6).
(15) Annual emissions of cyclohexane soluble matter (kg/metric ton Al) (Equation F

- 6).
(16) Binder content of paste (weight percent) (Equation F

- 6).
(17) Sulfur content of pitch (weight percent) (Equation F

- 6).
(18) Ash content of pitch (weight percent) (Equation F

- 6).(19) Hydrogen content of pitch (weight percent) (Equation F

- 6).
(20) Sulfur co ntent in calcined coke (weight percent) (Equation F

- 6).
(21) Ash content in calcined coke (weight percent) (Equation F

- 6).
(22) Carbon in skimmed dust from Søderberg cells (metric ton C/metric ton Al) (Equation F

- 6).
(23) Initial weight of green anodes (me tric tons) (Equation F

- 7 of §98.63).
(24) Annual hydrogen content in green anodes (metric tons) (Equation F

- 7).
(25) Annual baked anode production (metric tons) (Equation F

- 7).
(26) Annual waste tar collected (metric tons) (Equation F

- 7).
(27) Annual packi ng coke consumption (metric tons/metric ton baked anode) (Equation F

- 8 of §98.63).
(28) Annual baked anode production (metric tons) (Equation F

- 8).
(29) Sulfur content in packing coke (weight percent) (Equation F

- 8).
(30) Ash content in packing coke (weigh t percent) (Equation F

- 8). G

– Ammonia Manufacturing ( §98.77) In addition to the records required by §98.3(g), you must retain the following records specified in paragraphs (a) through (c) of this section for each ammonia manufacturing unit.
(a) If a CEMS is used to measure emissions, retain records of all feedstock purchases in addition to the requirements in §98.37 for the Tier 4 Calculation Methodology.
(b) If a CEMS is not used to measure process CO 2 emissions, you must also retain the records specified in paragraphs (b)(1) through (b)(2) of this section:
(1) Records of all analyses and calculations conducted for reported data as listed in §98.76(b).
(2) Monthly records of carbon content of feedstock from supplier and/or all analyses conducted of carbon content.
(c) Verification software records. You must keep a record of the file generated by the verification software specified in §98.5(b) for the applicable data specified in paragraphs (c)(1) through (7) of this section. Retention of this file satisfies the recordkeeping requirement for the data in paragraphs (c)(1) through (7) of this section.
(1) Volume of each gaseous feedstock used in month (scf of feedstock) (in Equation G

- 1 of §98.73).
(2) Carbon content of each gaseous feedstock, for month (kg C p er kg of feedstock) (in Equation G

- 1).
(3) Molecular weight of each gaseous feedstock per ammonia manufacturing unit with gaseous feedstock (kg/kg

- mole) (Equation G

- 1).(4) Volume of each liquid feedstock used in month (gallons of feedstock) (Equation G

- 2 of §98.73).
(5) Carbon content of each liquid feedstock, for month (kg C per gallon of feedstock) (Equation G

- 2).
(6) Mass of each solid feedstock used in month (kg of feedstock) (Equation G

- 3 of §98.73).
(7) Carbon content of each solid feedstock, for mon th (kg C per kg of feedstock) (Equation G

- 3). H

– Cement Production ( §98.87) (a) If a CEMS is used to measure CO 2 emissions, then in addition to the records required by §98.3(g), you must retain under this subpart the records required for the Tier 4 Calculation Methodology in §98.37.
(b) If a CEMS is not used to measure CO 2 emissions, then in addition to the records required by §98.3(g), you must retain the records specified in this paragraph (b) for each portland cement manufacturing facility.
(1) Do cumentation of monthly calculated kiln

- specific clinker CO 2 emission factor.
(2) Documentation of quarterly calculated kiln

- specific CKD CO 2 emission factor.
(3) Measurements, records and calculations used to determine reported parameters.
(c) Verification software records. You must keep a record of the file generated by the verification software specified in §98.5(b) for the applicable data specified in paragraphs (c)(1) through (17) of this section. Retention of this file satisfies the recordkeeping requi rement for the data in paragraphs (c)(1) through (17) of this section.
(1) Identify per kiln per month if clinker is measured directly, or is calculated from raw feed (Equation H

- 2 of §98.83 and the method in §98.84(d)).
(2) Quantity of raw kiln feed in mo nth from kiln (tons) (Equation H

- 2 and the method in §98.84(d)).
(3) Kiln

- specific factor per kiln per month (ton clinker per ton raw feed) (Equation H

- 2 and the method in §98.84(d)).
(4) Quantity of clinker produced in month from kiln (tons) (Equation H

- 2 and the method in §98.84(d)).
(5) Cement kiln dust (CKD) not recycled to the kiln in quarter from kiln (tons) (Equation H

- 2 and the method in §98.84(d)).
(6) Monthly total CaO content of clinker per kiln (weight fraction) (Equation H

- 3 of §98.83).
(7) Mon thly non

- calcined CaO content of clinker per kiln (weight fraction) (Equation H

- 3).
(8) Monthly total MgO content of clinker per kiln (weight fraction) (Equation H

- 3).
(9) Monthly non

- calcined MgO content of clinker per kiln (weight fraction) (Equation H

3 ).(10) Quarterly total CaO content of cement kiln dust not recycled to each kiln (weight fraction) (Equation H

- 4 of §98.83).
(11) Quarterly non

- calcined CaO content of cement kiln dust not recycled to each kiln (weight fraction) (Equation H

- 4).
(12) Quart erly total MgO content of cement kiln dust not recycled to each kiln (weight fraction) (Equation H

- 4).
(13) Quarterly non

- calcined MgO content of cement kiln dust not recycled to each kiln (weight fraction) (Equation H

- 4).
(14) The amount of each raw material consumed annually per kiln (tons/yr (dry basis)) (Equation H

- 5 of §98.83).
(15) The amount of each raw kiln feed consumed annually per kiln (tons/yr (dry basis)) (Equation H

- 5).
(16) Organic carbon content of each raw material per kiln, as determi ned in §98.84(c). Default value is 0.002 weight fraction (Equation H

- 5).
(17) Organic carbon content of combined raw kiln feed per kiln, as determined in §98.84(c). Default value is 0.002 weight fraction (Equation H

- 5).

I

— Electronics Manufacturing ( §98.9 7) In addition to the information required by §98.3(g), you must retain the following records:
(a) All data used and copies of calculations made as part of estimating gas consumption and emissions, including all spreadsheets.
(b) [Reserved]
(c) Documentation for the fab

- specific engineering model used to apportion fluorinated GHG and N 2 O consumption. This documentation must be part of your site GHG Monitoring Plan as required under §98.3(g)(5). At a minimum, you must retain the following:
(1) A clear, detailed description of the fab

- specific model, including how it was developed; the quantifiable metric used in the model; all sources of information, equations, and formulas, each with clear definitions of terms and variables; all apportioning fact ors used to apportion fluorinated GHG and N 2 O; and a clear record of any changes made to the model while it was used to apportion fluorinated GHG and N 2 O consumption across process sub

types, process types, tools with and without abatement systems, stack s ystems, and/or fabs.
(2) Sample calculations used for developing the gas apportioning factors (f ij ) for the two fluorinated GHGs used at your facility in the largest quantities, on a mass basis, during the reporting year.
(3) If you develop apportioning fa ctors through the use of direct measurement according to §98.94(c)(3), calculations and data used to develop each gas apportioning factor.
(4) Calculations and data used to determine and document that the fab was operating at representative operating level s, as defined in §98.98, during the apportioning model verification specified in §98.94(c).(d) For all abatement systems through which fluorinated GHGs or N 2 O flow at your facility, and for which you are reporting controlled emissions, the following in pa ragraphs (d)(1) to (9) of this section:
(1) Records of the information in paragraphs (d)(1)(i) though (iv) of this section:
(i) Documentation to certify that each abatement system or group of abatement systems is installed, maintained, and operated in acco rdance with the site maintenance plan for abatement systems that is specified in paragraph (d)(9) of this section.
(ii) Documentation from the abatement system supplier describing the abatement system's designed purpose and emission control capabilities fo r fluorinated GHG and N 2 O for which the systems or group of systems is certified to abate, where available.
(iii) If you use default destruction or removal efficiency values in your emissions calculations under §98.93(a), (b), and/or (i), certification tha t the abatement systems for which emissions are being reported were specifically designed for fluorinated GHG and N 2 O abatement, as required under §98.94(f)(3), and certification that the site maintenance plan includes manufacturer's recommendations and sp ecifications for installation, operation, and maintenance for all applicable abatement systems.
(iv) Certification that you have included and accounted for all abatement systems and any respective downtime in your emissions calculations under §98.93(i)(3), as required under §98.94(f)(3).
(2) Abatement system calibration and maintenance records.
(3) Where the default destruction or removal efficiency value is used, documentation from the abatement system supplier describing the equipment's designed purpose a nd emission control capabilities for fluorinated GHG and N 2 O.
(4) Where properly measured site

- specific destruction or removal efficiencies are used to report emissions, the information in paragraphs (d)(4)(i) though (vi) of this section:
(i) Dated certifi cation by the technician who made the measurement that the destruction or removal efficiency is calculated in accordance with methods in EPA 430

- R

- 10

- 003 (incorporated by reference, see §98.7) and, if applicable Appendix A of this subpart, or an alternativ e method approved by the Administrator as specified in §98.94(k), complete documentation of the results of any initial and subsequent tests, the final report as specified in EPA 430

- R

- 10

- 003 (incorporated by reference, see §98.7) and, if applicable, the re cords and documentation specified in Appendix A of this subpart including the information required in paragraph (b)(7) of Appendix A of this subpart, or a final report as specified in an alternative method approved by the Administrator as specified in §98. 94(k).
(ii) The average destruction or removal efficiency of the abatement systems operating during the reporting year for each process type and gas combination.
(iii) A description of the calculation used to determine the average destruction or removal ef ficiency for each process type and gas combination, including all inputs to the calculation.
(iv) The records of destruction or removal efficiency measurements for abatement systems for all tests that have been used to determine the site

- specific destructi on or removal efficiencies currently being used.(v) A description of the method used for randomly selecting abatement systems for testing.
(vi) The total number of systems for which destruction or removal efficiency was properly measured for each process type and gas combination for the reporting year.
(5) In addition to the inventory specified in §98.96(p), the information in paragraphs (d)(5)(i) though (iii) of this section:
(i) The number of abatement systems of each manufacturer, and model numbers, and the manufacturer's claimed fluorinated GHG and N 2 O destruction or removal efficiency, if any.
(ii) Records of destruction or removal efficiency measurements over the in

- use life of each abatement system.
(iii) A description of the tool, with the process t ype or sub

- type, for which the abatement system treats exhaust.
(6) Records of all inputs and results of calculations made accounting for the uptime of abatement systems used during the reporting year, in accordance with Equations I

- 15 or I

- 23 of this subpart, as applicable. The inputs should include an indication of whether each value for destruction or removal efficiency is a default value or a measured site

- specific value.
(7) Records of all inputs and results of calculations made to determine the av erage weighted fraction of each gas destroyed or removed in the abatement systems for each stack system using Equation I

- 24 of this subpart, if applicable. The inputs should include an indication of whether each value for destruction or removal efficiency is a default value or a measured site

- specific value.
(8) Records of all inputs and the results of the calculation of the facility

- wide emission destruction or removal efficiency factor calculated according to Equations I

- 26, I

- 27, and I

- 28 of this subpart

. (9) A site maintenance plan for abatement systems, which must be maintained on

- site at the facility as part of the facility's GHG Monitoring Plan as described in §98.3(g)(5), and be developed and implemented according to paragraphs (d)(9)(i) through (iii ) of this section.
(i) The site maintenance plan for abatement systems must be based on the abatement system manufacturer's recommendations and specifications for installation, operation, and maintenance if you use default destruction and removal efficienc y values in your emissions calculations under §98.93(a), (b), and/or (i). If the manufacturer's recommendations and specifications for installation, operation, and maintenance are not available, you cannot use default destruction and removal efficiency val ues in your emissions calculations under §98.93(a), (b), and/or (i). If you use an average of properly measured destruction or removal efficiencies determined in accordance with the procedures in §98.94(f)(4)(i) through (vi), the site maintenance plan for abatement systems must be based on the abatement system manufacturer's recommendations and specifications for installation, operation, and maintenance, where available. If you deviate from the manufacturer's recommendations and specifications, you must inc lude documentation that demonstrates how the deviations do not negatively affect the performance or destruction or removal efficiency of the abatement systems.
(ii) The site maintenance plan for abatement systems must include a defined preventative mainten ance process and checklist.(iii) The site maintenance plan for abatement systems must include a corrective action process that you must follow whenever an abatement system is found to be not operating properly.
(e) Purchase records for gas purchased.
(f) Invoices for gas purchases and sales.
(g) Documents and records used to monitor and calculate abatement system uptime.
(h) GHG Monitoring Plans, as described in §98.3(g)(5), must be completed by April 1, 2011. You must update your GHG Monitoring Plan to co mply with §98.94(c) consistent with the requirements in §98.3(g)(5)(iii).
(i) Retain the following records for each fab for which you elect to calculate fab

- level emissions of fluorinated GHG using the procedures specified in §98.93(i)(3) or (4).
(1) Docum ent all stack systems with emissions of fluorinated GHG that are less than 10,000 metric tons of CO 2 e per year and all stack systems with emissions of 10,000 metric tons CO 2 e per year or more. Include the data and calculation used to develop the preliminar y estimate of emissions for each stack system.
(2) For each stack system, identify the method used to calculate annual emissions; either §98.93(i)(3) or (4).
(3) The identity and total annual consumption of each gas identified as an intermittent low use fl uorinated GHG as specified in §98.93(i)(4)(i) and defined in §98.98.
(4) The emissions test data and reports (see §98.94(j)(4)) and the calculations used to determine the fab

- specific emission factor, including the actual fab

- specific emission factor, the average hourly emission rate of each fluorinated GHG from the stack system during the test and the stack system activity rate during the test. The report must also contain any changes in the stack system configuration during or between tests in a reporting year.
(5) The fab

- specific emission factor and the calculations and data used to determine the fab

- specific emission factor for each fluorinated GHG and by

- product, as calculated using Equations I

- 19 and I

- 20 of §98.93(i)(3).
(6) Calculations and data use d to determine annual emissions of each fluorinated GHG for each fab.
(7) Calculations and data used to determine and document that the fab was operating at representative operating levels, as defined in §98.98, during the stack testing period.
(8) A copy of the certification that no significant changes in stack system flow configuration occurred between tests conducted for any particular fab in a reporting year, as required by §98.94(j)(1)(iv) and any calculations and data supporting the certification.
(9) The number of tools vented to each stack system in the fab.
(j) If you report the approximate percentage of total GHG emissions from research and development activities under §98.96(x), documentation for the determination of the percentage of total emissi ons of each fluorinated GHG and/or N 2 O attributable to research and development activities, as defined in §98.6.(k) Annual gas consumption for each fluorinated GHG and N 2 O as calculated in Equation I

- 11 of this subpart, including where your fab used less than 50 kg of a particular fluorinated GHG or N 2 O used at your facility for which you have not calculated emissions using Equations I

- 6, I

- 7, I

- 8, I

- 9, I

- 10, I

- 21, or I

- 22 of this subpart, the chemical name of the GHG used, the annual consumption of the ga s, and a brief description of its use.
(l) All inputs used to calculate gas consumption in Equation I

- 11 of this subpart, for each fluorinated GHG and N 2 O used.
(m) Annual amount of each fluorinated GHG consumed for process sub

- type, process type, stack sy stem, or fab, as appropriate, and the annual amount of N 2 O consumed for the aggregate of all chemical vapor deposition processes and for the aggregate of all other electronics manufacturing production processes, as calculated using Equation I

- 13 of this su bpart.
(n) Disbursements for each fluorinated GHG and N 2 O during the reporting year, as calculated using Equation I

- 12 of this subpart and all inputs used to calculate disbursements for each fluorinated GHG and N 2 O used in Equation I

- 12 of this subpart, in cluding all fab

- wide gas - specific heel factors used for each fluorinated GHG and N 2 O. If your fab used less than 50 kg of a particular fluorinated GHG during the reporting year, fab

- wide gas

- specific heel factors do not need to be reported for those gases.
(o) Fraction of each fluorinated GHG or N 2 O fed into a process sub

- type, process type, stack system, or fab that is fed into tools connected to abatement systems.
(p) Fraction of each fluorinated GHG or N 2 O destroyed or removed in abatement systems connected to process tools where process sub

- type, process type j is used, or to process tools vented to stack system j or fab f.
(q) All inputs and results of calculations made accounting for the uptime of abatement systems used during the reporting year, or during an emissions sampling period, in accordance with Equations I

- 15 and/or I

- 23 of this subpart, as applicable.
(r) For fluorinated heat transfer fluid emissions, inputs to the fluorinated heat transfer fluid mass balance equation, Equation I

- 16 of this subpart, for each fluorinated heat transfer fluid used.
(s) Where missing data procedures were used to estimate inputs into the fluorinated heat transfer fluid mass balance equation under §98.95(b), the estimates of those data. Subpart K

– Ferroalloy P roduction ( §98.117) In addition to the records required by §98.3(g), you must retain the records specified in paragraphs (a) through (e) of this section for each EAF, as applicable.
(a) If a CEMS is used to measure CO 2 emissions according to the requirements in §98.113(a), then you must retain under this subpart the records required for the Tier 4 Calculation Methodology in §98.37 and the information specified in paragraphs (a)(1) through (a)(3) of this section.
(1) Monthly EAF production quantity for each ferroalloy product (tons).
(2) Number of EAF operating hours each month.
(3) Number of EAF operating hours in a calendar year.
(b) If the carbon mass balance procedure is used to determine CO 2 emissions according to the requirements in §98.113(b)(2), then you must retain records for the information specified in paragraphs (b)(1) through (b)(5) of this section.(1) Monthly EAF production quantity for each ferroalloy product (tons).
(2) Number of EAF operating hours each month.
(3) Number of EAF operating hours in a calendar year.
(4) Monthly material quantity consumed, used, or produced for each material included for the calculations of annual process CO 2 emissions (tons).
(5) Average carbon content determined and records of the supplier p rovided information or analyses used for the determination for each material included for the calculations of annual process CO 2 emissions.
(c) You must keep records that include a detailed explanation of how company records of measurements are used to est imate the carbon input and output to each EAF, including documentation of specific input or output materials excluded from Equation K

- 1 of this subpart that contribute less than 1 percent of the total carbon into or out of the process. You also must docume nt the procedures used to ensure the accuracy of the measurements of materials fed, charged, or placed in an EAF including, but not limited to, calibration of weighing equipment and other measurement devices. The estimated accuracy of measurements made wit h these devices must also be recorded, and the technical basis for these estimates must be provided.
(d) If you are required to calculate CH 4 emissions for the EAF as specified in §98.113(d), you must maintain records of the total amount of each alloy prod uct produced for the specified reporting period, and the appropriate alloy

- product specific emission factor used to calculate the CH 4 emissions.
(e) Verification software records. You must keep a record of the file generated by the verification software sp ecified in §98.5(b) for the applicable data specified in paragraphs (e)(1) through (13) of this section. Retention of this file satisfies the recordkeeping requirement for the data in paragraphs (e)(1) through (13) of this section.
(1) Carbon content in re ducing agent (percent by weight, expressed as a decimal fraction) (Equation K

- 1 of §98.113).
(2) Annual mass of reducing agent fed, charged, or otherwise introduced into the EAF (tons) (Equation K

- 1).
(3) Carbon content of carbon electrode (percent by weig ht, expressed as a decimal fraction) (Equation K

- 1).
(4) Annual mass of carbon electrode consumed in the EAF (tons) (Equation K

- 1).
(5) Carbon content in ore (percent by weight, expressed as a decimal fraction) (Equation K

- 1).
(6) Annual mass of ore charge d to the EAF (tons) (Equation K

- 1).
(7) Carbon content in flux material (percent by weight, expressed as a decimal fraction) (Equation K

- 1).
(8) Annual mass of flux material fed, charged, or otherwise introduced into the EAF to facilitate slag formation (t ons) (Equation K

- 1).
(9) Carbon content in alloy product (percent by weight, expressed as a decimal fraction) (Equation K

- 1).(10) Annual mass of alloy product produced/tapped in the EAF (tons) (Equation K

- 1).
(11) Carbon content in non

- product outgoing ma terial (percent by weight, expressed as a decimal fraction) (Equation K

- 1).
(12) Annual mass of non

- product outgoing material removed from EAF (tons) (Equation K

- 1).
(13) CH 4 emission factor selected from Table K

- 1 of this subpart for each product (kg of C H 4 emissions/metric ton of alloy product) (Equation K

- 3 of §98.113).

Subpart L

– Fluorinated Gas Production ( §98.127) In addition to the records required by §98.3(g), you must retain the dated records specified in paragraphs (a) through (l) of this section, as applicable.
(a) Process information records. (1) Identify all products and processes subject to this subpart. Include the unit identification as appropriate, the generic process identification reported for the process under §98.126(a)(2)(i) thr ough (iii), and the product with which the process is associated.
(2) Monthly and annual records, as applicable, of all analyses and calculations conducted as required under §98.123, including the data monitored under §98.124, and all information reported as required under §98.126.
(3) Identify all fluorinated GHGs with emissions of 1,000 metric tons CO 2 e or more from production and transformation processes, summed across the facility as a whole, and identify all fluorinated GHGs with total emissions less t han 1,000 metric tons CO 2 e from production and transformation processes, summed across the facility as a whole.
(4) Calculations used to determine the total GWP

- weighted emissions of fluorinated GHGs by fluorinated GHG group for each process, in metric ton s CO 2 e.
(b) Scoping speciation. Retain records documenting the information collected under §98.124(a).
(c) Mass balance method. Retain the following records for each process for which the mass balance method was used to estimate emissions in reporting year s 2011, 2012, 2013, or 2014. If you used an element other than fluorine in the mass balance equation pursuant to the former §98.123(b)(3) as included in paragraph 1 of Appendix A of this subpart for the former mass balance method, substitute that element f or fluorine in the recordkeeping requirements of this paragraph.
(1) The data and calculations used to estimate the absolute and relative errors associated with use of the mass

- balance approach.
(2) The data and calculations used to estimate the mass of fluorine emitted from the process.
(3) The data and calculations used to determine the fractions of the mass emitted consisting of each reactant (FER d ), product (FEP), and by

- product (FEB k ), including the preliminary calculations in the former §98.123(b)(8 )(i).
(d) Emission factor and emission calculation factor method. Retain the following records for each process for which the emission factor or emission calculation factor method was used to estimate emissions.
(1) Identify all continuous process vents wi th emissions of fluorinated GHGs that are less than 10,000 metric tons CO 2 e per year and all continuous process vents with emissionsof 10,000 metric tons CO 2 e per year or more. Include the data and calculation used to develop the preliminary estimate of e missions for each process vent.
(2) Identify all batch process vents.
(3) For each vent, identify the method used to develop the factor (i.e., emission factor by emissions test or emission calculation factor).
(4) The emissions test data and reports (see § 98.124(c)(5)) and the calculations used to determine the process

- vent

- specific emission factor, including the actual process

- vent

- specific emission factor, the average hourly emission rate of each fluorinated GHG from the process vent during the test and t he process feed rate, process production rate, or other process activity rate during the test.
(5) The process

- vent

- specific emission calculation factor and the calculations used to determine the process

- vent

- specific emission calculation factor.
(6) The a nnual process production quantity or other process activity information in the appropriate units, along with the dates and time period during which the process was operating and dates and time periods the process vents are vented to the destruction device. As an alternative to date and time periods when process vents are vented to the destruction device, a facility may track dates and time periods that process vents by

- pass the destruction device.
(7) Calculations used to determine annual emissions of each fluorinated GHG for each process and the total fluorinated GHG emissions for all processes, i.e., total for facility.
(e) Destruction efficiency testing. A fluorinated GHG production facility that destroys fluorinated GHGs and reflects this destruction in §98.123 must retain the emissions performance testing reports (including revised reports) for each destruction device. The emissions performance testing report must contain all information and data used to derive the destruction efficiency for each fluorin ated GHG whose destruction the facility reflects in §98.123, as well as the key process and device conditions during the test. This information includes the following:
(1) Destruction efficiency (DE) determined for each fluorinated GHG whose destruction th e facility reflects in §98.123, in accordance with §98.124(g)(1)(i) through (iv).
(2) Chemical identity of the fluorinated GHG(s) used in the performance test conducted to determine destruction efficiency, including surrogates, and information on why the s urrogate is sufficient to demonstrate destruction efficiency for each fluorinated GHG, consistent with requirements in §98.124(g)(1)(i) through (iv), vented to the destruction device.
(3) Mass flow rate of the stream containing the fluorinated GHG(s) or su rrogate into the device during the test.
(4) Concentration (mass fraction) of each fluorinated GHG or surrogate in the stream flowing into the device during the test.
(5) Concentration (mass fraction) of each fluorinated GHG or surrogate at the outlet of t he destruction device during the test.
(6) Mass flow rate at the outlet of the destruction device during the test.(7) Test methods and analytical methods used to determine the mass flow rates and fluorinated GHG (or surrogate) concentrations of the stream s flowing into and out of the destruction device during the test.
(8) Destruction device conditions that are normally monitored for device control, such as temperature, total mass flow rates into the device, and CO or O 2 levels.
(9) Name of all applicable Federal or State regulations that may apply to the destruction process.
(f) Equipment leak records. If you are subject to §98.123(d) of this subpart, you must maintain information on the number of each type of equipment; the service of each piece of equipm ent (gas, light liquid, heavy liquid); the concentration of each fluorinated GHG in the stream; each piece of equipment excluded from monitoring requirement; the time period each piece of equipment was in service, and the emission calculations for each flu orinated GHG for all processes. Depending on which equipment leak monitoring approach you follow, you must maintain information for equipment on the associated screening data concentrations for greater than or equal to 10,000 ppmv and associated screening data concentrations for less than 10,000 ppmv; associated actual screening data concentrations; and associated screening data and leak rate data (i.e., bagging) used to develop a unit

- specific correlation. If you developed and follow a site

- specific leak d etection approach, provide the records for monitoring events and the emissions estimation calculations, as appropriate, consistent with the approach for equipment leak emission estimation in your GHG Monitoring Plan.
(g) Container heel records. If you vent residual fluorinated GHGs from containers, maintain the following records of the measurements and calculations used to estimate emissions of residual fluorinated GHGs from containers.
(i) If you measure the contents of each container, maintain records of these measurements and the calculations used to estimate emissions of each fluorinated GHG from each container size and type.
(ii) If you develop and apply container heel factors to estimate emissions, maintain records of the measurements and calculations used to develop the heel factor for each fluorinated GHG and each container size and type and of the number of containers of each fluorinated GHG and of each container size and type returned to your facility.
(h) Missing data records. Where missing data ha ve been estimated pursuant to §98.125, you must record the reason the data were missing, the length of time the data were missing, the method used to estimate the missing data, and the estimates of those data.
(i) All facilities. Dated records documenting the initial and periodic calibration of all analytical equipment used to determine the concentration of fluorinated GHGs, including but not limited to gas chromatographs, gas chromatography

- mass spectrometry (GC/MS), gas chromato graph

- electron capture detector (GC/ECD), fourier transform infrared (FTIR), and nuclear magnetic resonance (NMR) devices, and all mass measurement equipment such as weigh scales, flowmeters, and volumetric and density measures used to measure the quantiti es reported under this subpart, including the industry standards or manufacturer directions used for calibration pursuant to §98.124(e), (f), (g), (m), and (n).
(j) GHG Monitoring Plans, as described in §98.3(g)(5), must be completed by April 1, 2011.
(k) For fluorinated GHGs whose GWPs are not listed in Table A

- 1 to subpart A of this part, maintain records of the GWPs used to calculate facility

- wide CO 2 e emissions under §98.127(j). Where you used your best estimate of the GWP, maintain records of the data and analysis used to develop that GWP, including the data elements at §98.123(c)(1)(vi)(A)( 1 )through ( 3 ). If you have used QSARs to estimate the GWP, includeinformation documenting the level of accuracy of the QSAR

- derived GWP, including information on ho w the structure of the “target” fluorinated GHG is similar to the structures of the fluorinated GHGs used to model the radiative forcing and/or reaction rate of the “target” fluorinated GHG, the quality and quantity of the measurements of the radiative for cings and/or reaction rates of the fluorinated GHGs used to model these parameters for the “target” fluorinated GHG, any estimated uncertainties of the modeled forcings and/or reaction rates, and descriptions and results of any efforts to validate the QSAR model(s).
(l) Verification software records. For reporting year 2015 and thereafter, you must enter into verification software specified in §98.5(b) the data specified in paragraphs (l)(1) through (15) of this section. The data specified in paragraphs (l) (1) through (11) must be entered for each process and each process vent, as applicable. The data specified in paragraphs (l)(1) through (15) must be entered for each fluorinated GHG, as applicable. You must keep a record of the file generated by the verifi cation software specified in §98.5(b) for the applicable data specified in paragraphs (l)(1) through (15) of this section. Retention of this file satisfies the recordkeeping requirement for the data in paragraphs (l)(1) through (15) of this section.
(1) Th e identity of the process vent ( e.g., name or number assigned by the facility).
(2) The equation used to estimate emissions from the process vent (Equations L

- 21, L

22, L

- 26, or L

- 27).
(3) The type of process activity used to estimate emissions from the pr ocess vent ( e.g., product of process or reactant consumed by process) (Activity, Activity C, or Activity U ) (Equations L

- 21, L

- 22, L

- 26, L

- 27, L

- 35).
(4) The quantities of the process activity used to estimate controlled and uncontrolled emissions, respectiv ely, for the process vent, Activity, Activity U, or Activity C , ( e.g. kg product) (Equations L

- 21, L

- 22, L

- 26, L

- 27, L

- 35).
(5) The site

- specific, process

- vent

- specific emission factor, EF PV

- C, for the process vent, measured after the destruction device (kg fluorinated GHG emitted per kg activity) (Equation L

- 21).
(6) The site

- specific, process

- vent

- specific emission calculation factor, ECF PV

- U, for the process vent, for periods not vented to destruction device (kg fluorinated GHG emitted per kg activity) (Eq uations L

- 21, L

- 35).
(7) The site

- specific, process

- vent

- specific emission factor(s), EF PV

- U, for the process vent, measured before the destruction device (kg fluorinated GHG emitted per kg activity) (Equations L

- 22, L

- 35).
(8) The site

- specific, process

- v ent

- specific emission calculation factor for the process vent, ECF PV (kg fluorinated GHG emitted per kg of activity) (Equations L

- 26, L

- 27, L

- 35).
(9) Destruction efficiency, DE, of each destruction device for each fluorinated GHG whose destruction the fac ility reflects in §98.123, in accordance with §98.124(g)(1)(i) through (iv) (weight fraction) (Equations L

- 22, L

- 27, L

- 31).
(10) Emissions of each fluorinated GHG for equipment pieces for the process, E ELf (metric ton/yr) (98.123(d)(3)).
(11) The mass of t he fluorinated GHG previously produced and fed into the destruction device, RE D , (metric tons) (Equation L

- 31).(12) If applicable, the heel factor, h fj , calculated for each container size and type (decimal fraction) (Equation L

- 34).
(13) If applicable, th e number of containers of size and type j returned to the fluorinated gas production facility, N fj , (Equation L

- 34).
(14) If applicable, the full capacity of containers of size and type j containing fluorinated GHG f, F fj , (metric tons) (Equation L

- 34).
(1 5) For fluorinated GHGs that do not have a chemical

- specific GWP on Table A

- 1 of subpart A of this part, the fluorinated GHG group of which the fluorinated GHG is a member, as applicable (to permit look

- up of global warming potential, GWP f , or GWP i , for th at fluorinated GHG in Table A

- 1 of subpart A of this part (Equation A

- 1 of subpart A of this part, Equation L

- 35)).

Subpart N

– Glass Production ( §98.147) In addition to the information required by §98.3(g), you must retain the records listed in paragraphs (a) through (d) of this section.
(a) If a CEMS is used to measure emissions, then you must retain the records required under §98.37 for the Tier 4 Calculation Methodology and the following information specified in paragraphs (a)(1) and (a)(2) of this section:
(1) Monthly glass production rate for each continuous glass melting furnace (tons).
(2) Monthly amount of each carbonate

- based raw material charged to each continuous glass melting furnace (tons).
(b) If process CO 2 emissions are calculated according to the procedures specified in §98.143(b), you must retain the records in paragraphs (b)(1) through (b)(5) of this section.
(1) Monthly glass production rate for each continuous glass melting furnace (metric tons).
(2) Monthly amount of each carb onate

- based raw material charged to each continuous glass melting furnace (metric tons).
(3) Data on carbonate

- based mineral mass fractions provided by the raw material supplier for all raw materials consumed annually and included in calculating process em issions in Equation N

- 1 of this subpart.
(4) Results of all tests used to verify the carbonate

- based mineral mass fraction for each carbonate

- based raw material charged to a continuous glass melting furnace, including the data specified in paragraphs (b)(4 )(i) through (b)(4)(v) of this section.
(i) Date of test.
(ii) Method(s), and any variations of the methods, used in the analyses.
(iii) Mass fraction of each sample analyzed.
(iv) Relevant calibration data for the instrument(s) used in the analyses.
(v) Name and address of laboratory that conducted the tests.(5) The decimal fraction of calcination achieved for each carbonate

- based raw material, if a value other than 1.0 is used to calculate process mass emissions of CO 2
. (c) All other documentation used to support the reported GHG emissions.
(d) Verification software records. You must keep a record of the file generated by the verification software specified in §98.5(b) for the applicable data specified in paragraphs (d)(1) through (3) of this section. Re tention of this file satisfies the recordkeeping requirement for the data in paragraphs (d)(1) through (3) of this section.
(1) Annual average decimal mass fraction of carbonate

- based mineral in each carbonate

- based raw material for each continuous glass m elting furnace (specify the default value, if used, or the value determined according to §98.144) (percentage, expressed as a decimal) (Equation N

- 1 of §98.143).
(2) Annual amount of each carbonate

- based raw material charged to each continuous glass meltin g furnace (tons) (Equation N

- 1).
(3) Decimal fraction of each calcination achieved for carbonate

- based raw material for each continuous glass melting furnace (specify the default value, if used, or the value determined according to §98.144) (percentage, ex pressed as a decimal) (Equation N

- 1).

Subpart O

– HCFC

- 22 Production and HFC

- 23 Destruction ( §98.157) (a) In addition to the data required by §98.3(g), HCFC

- 22 production facilities shall retain the following records:
(1) The data used to estimate HFC

- 23 emissions.
(2) Records documenting the initial and periodic calibration of the gas chromatographs, weigh scales, volumetric and density measurements, and flowmeters used to measure the quantities reported under this rule, including the industry stan dards or manufacturer directions used for calibration pursuant to §98.154(p) and (q).
(b) In addition to the data required by §98.3(g), the HFC

- 23 destruction facilities shall retain the following records:
(1) Records documenting their one

- time and annual reports in §98.156(b) through (e).
(2) Records documenting the initial and periodic calibration of the gas chromatographs, weigh scales, volumetric and density measurements, and flowmeters used to measure the quantities reported under this subpart, includi ng the industry standard practice or manufacturer directions used for calibration pursuant to §98.154(p) and (q).
(c) Verification software records. You must keep a record of the file generated by the verification software specified in §98.5(b) for the app licable data specified in paragraphs (c)(1) through (16) of this section. Retention of this file satisfies the recordkeeping requirement for the data in paragraphs (c)(1) through (16) of this section.
(1) Factor to account for the loss of HCFC

- 22 upstream of the measurement over the period, determined pursuant to §98.154(e) (Equation O

- 3 of §98.153).
(2) Mass of HCFC

- 22 that is measured coming out of the production process over the period. A period can be one year (kg) (Equation O

- 3).(3) Mass of used HCFC

- 22 that is added to the production process upstream of the output measurement over the period. A period can be one year (kg) (Equation O

- 3).
(4) Mass of HFC

- 23 generated annually per HCFC

- 22 production process (metric tons) (Equation O

- 4 of §98.153).
(5) M ass of HFC

- 23 sent off site for sale annually per HCFC

- 22 production process (metric tons) (Equation O

- 4).
(6) Mass of HFC

- 23 sent off site for destruction annually per HCFC

- 22 production process (metric tons) (Equation O

- 4).
(7) Mass of HFC

- 23 destroyed o n site per HCFC

- 22 production process (metric tons) (Equation O

- 4).
(8) HFC

- 23 in storage at end of year per HCFC

- 22 production process (metric tons) (Equation O

- 4).
(9) HFC

- 23 in storage at beginning of year per HCFC

- 22 production process (metric tons) (E quation O

- 4).
(10) Mass of HFC

- 23 fed into each destruction device annually per HCFC

- 22 production process (metric tons) (Equation O

- 9 of §98.153 and the calculation method in either §98.154(l)(1) or (2)).
(11) Identify if each destruction efficiency for e ach HCFC

- 22 production process is entered directly, or is calculated using §98.154(l)(1), or is calculated using §98.154(l)(2) (Equation O

- 9 and the calculation method in either §98.154(l)(1) or (2)).
(12) Destruction efficiency of each destruction device for each HCFC

- 22 production process (decimal fraction) (Equation O

- 9 and the calculation method in either §98.154(l)(1) or (2)).
(13) Volumetric flow rate at the inlet of each destruction device for each HCFC

- 22 production process from previous test (kg/hr ) (Equation O

- 9 and the calculation method in either §98.154(l)(1) or (2)).
(14) Volumetric flow rate at the inlet of destruction device during test for each HCFC

- 22 production process (kg/hr) (Equation O

- 9 and the calculation method in either §98.154(l)(1 ) or (2)).
(15) Concentration of HFC

- 23 at the inlet of destruction device for each HCFC

- 22 production process from previous test (weight fraction) (Equation O

- 9 and the calculation method in either §98.154(l)(1) or (2)).
(16) Concentration of HFC

- 23 at th e inlet of destruction device for each HCFC

- 22 production process during test (weight fraction) (Equation O

- 9 and the calculation method in either §98.154(l)(1) or (2)).

Subpart P

– Hydrogen Production ( §98.167) In addition to the information required by §98.3(g), you must retain the records specified in paragraphs (a) through (e) of this section for each hydrogen production facility.
(a) If a CEMS is used to measure CO 2 emissions, then you must retain under this subpart the records required for the Tie r 4 Calculation Methodology in §98.37.(b) If a CEMS is not used to measure CO 2 emissions, then you must retain records of all analyses and calculations conducted as listed in §§98.166(b), (c), and (d).
(c) For units using the calculation methodologies described in §98.163(b), the records required under §98.3(g) must include both the company records and a detailed explanation of how company records are used to estimate the following:
(1) Fuel and feedstock consumption, when solid fuel and feedstock is co mbusted and a CEMS is not used to measure GHG emissions.
(2) Fossil fuel consumption, when, pursuant to §98.33(e), the owner or operator of a unit that uses CEMS to quantify CO 2 emissions and that combusts both fossil and biogenic fuels separately reports the biogenic portion of the total annual CO 2 emissions.
(3) Sorbent usage, if the methodology in §98.33(d) is used to calculate CO 2 emissions from sorbent.
(d) The owner or operator must document the procedures used to ensure the accuracy of the estimates of fuel and feedstock usage and sorbent usage (as applicable) in §98.163(b), including, but not limited to, calibration of weighing equipment, fuel and feedstock flow meters, and other measurement devices. The estimated accuracy of measurements made with t hese devices must also be recorded, and the technical basis for these estimates must be provided.
(e) Verification software records. You must keep a record of the file generated by the verification software specified in §98.5(b) for the applicable data specified in paragraphs (e)(1) through (12) of this section. Retention of this file satisfies the recordkeeping requirement for the dat a in paragraphs (e)(1) through (12) of this section.
(1) Indicate whether the monthly consumption of each gaseous fuel or feedstock is measured as mass or volume (Equation P

- 1 of §98.163).
(2) Monthly volume of the gaseous fuel or feedstock (scf at standar d conditions of 68 °F and atmospheric pressure) (Equation P

- 1).
(3) Monthly mass of the gaseous fuel or feedstock (kg of fuel or feedstock) (Equation P

1).
(4) Average monthly carbon content of the gaseous fuel or feedstock (kg C per kg of fuel or feedstoc k) (Equation P

- 1).
(5) Average monthly molecular weight of the gaseous fuel or feedstock (kg/kg

- mole) (Equation P

- 1).
(6) Indicate whether the monthly consumption of each liquid fuel or feedstock is measured as mass or volume (Equation P

- 2 of §98.163).
(7) Monthly volume of the liquid fuel or feedstock (gallons of fuel or feedstock) (Equation P

- 2).
(8) Monthly mass of the liquid fuel or feedstock (kg of fuel or feedstock) (Equation P

- 2).
(9) Average monthly carbon content of the liquid fuel or feedstock (kg C per gallon of fuel or feedstock) (Equation P

- 2).(10) Average monthly carbon content of the liquid fuel or feedstock (kg C per kg of fuel or feedstock) (Equation P

- 2).
(11) Monthly mass of solid fuel or feedstock (kg of fuel and feedstock) (Equation P

- 3 of §98.163).
(12) Average monthly carbon content of the solid fuel or feedstock (kg C per kg of fuel and feedstock) (Equation P

- 3).

Subpart Q

– Iron and Steel Production ( §98.177) In addition to the records required by §98.3(g), you must retain the records specified in paragraphs (a) through (f) of this section, as applicable. Facilities that use CEMS to measure emissions must also retain records of the verification data required for the Tier 4 Calculating Methodology in §98.36(e).
(a) Records of all analyses and calculations conducted, including all information reported as required under §98.176.
(b) When the carbon mass balance method is used to estimate emissions for a process, the monthly mass of each process input and output that are used to dete rmine the annual mass, except that no determination of the mass of steel output from decarburization vessels is required.
(c) Production capacity (in metric tons per year) for the production of taconite pellets, coke, sinter, iron, and raw steel.
(d) Annua l operating hours for each taconite indurating furnace, basic oxygen furnace, non - recovery coke oven battery, sinter process, electric arc furnace, decarburization vessel, and direct reduction furnace.
(e) Facilities must keep records that include a detail ed explanation of how company records or measurements are used to determine all sources of carbon input and output and the metric tons of coal charged to the coke ovens (e.g., weigh belts, a combination of measuring volume and bulk density). You also must document the procedures used to ensure the accuracy of the measurements of fuel usage including, but not limited to, calibration of weighing equipment, fuel flow meters, coal usage including, but not limited to, calibration of weighing equipment and other measurement devices. The estimated accuracy of measurements made with these devices must also be recorded, and the technical basis for these estimates must be provided.
(f) Verification software records. You must keep a record of the file generated by the verification software specified in §98.5(b) for the applicable data specified in paragraphs (f)(1) through (9) of this section. Retention of this file satisfies the recordkeeping requirement for the data in paragraphs (f)(1) through (9) of this section.
(1 ) The data in paragraphs (f)(1)(i) through (xxv) of this section for each applicable taconite indurating furnace for which the carbon mass balance method of reporting is used.
(i) Annual mass of each solid fuel (metric tons) (Equation Q

- 1 of §98.173).
(ii) Carbon content of each solid fuel, from the fuel analysis (expressed as a decimal fraction) (Equation Q

- 1).
(iii) Annual volume of each gaseous fuel (scf) (Equation Q

- 1).(iv) Average carbon content of each gaseous fuel, from the fuel analysis results (kg C per kg of fuel) (Equation Q

- 1).
(v) Molecular weight of each gaseous fuel (kg/kg

- mole) (Equation Q

- 1).
(vi) Annual volume of each liquid fuel (gallons) (Equation Q

- 1).
(vii) Carbon content of each liquid fuel, from the fuel analysis results (kg C per ga llon of fuel) (Equation Q

- 1).
(viii) Annual mass of the greenball (taconite) pellets fed to the furnace (metric tons) (Equation Q

- 1).
(ix) Carbon content of the greenball (taconite) pellets, from the carbon analysis results (expressed as a decimal fraction ) (Equation Q

- 1).
(x) Annual mass of fired pellets produced by the furnace (metric tons) (Equation Q

- 1).
(xi) Carbon content of the fired pellets, from the carbon analysis results (expressed as a decimal fraction) (Equation Q

- 1).
(xii) Annual mass of air pollution control residue collected (metric tons) (Equation Q

- 1).
(xiii) Carbon content of the air pollution control residue, from the carbon analysis results (expressed as a decimal fraction) (Equation Q

- 1).
(xiv) Annual mass of each other solid input con taining carbon fed to each furnace (metric tons) (Equation Q

- 1).
(xv) Carbon content of each other solid input containing carbon fed to each furnace (expressed as a decimal fraction) (Equation Q

- 1).
(xvi) Annual mass of each other solid output containing c arbon produced by each furnace (metric tons) (Equation Q

- 1).
(xvii) Carbon content of each other solid output containing carbon (expressed as a decimal fraction) (Equation Q

- 1).
(xviii) Annual mass of each other gaseous input containing carbon fed to each furnace (metric tons) (Equation Q

- 1).
(xix) Carbon content of each other gaseous input containing carbon fed to each furnace (expressed as a decimal fraction) (Equation Q

- 1).
(xx) Annual mass of each other gaseous output containing carbon produced by each furnace (metric tons) (Equation Q

- 1).
(xxi) Carbon content of each other gaseous output containing carbon produced by each furnace (expressed as a decimal fraction) (Equation Q

- 1).
(xxii) Annual mass of each other liquid input containing carbon fed to each furnace (metric tons) (Equation Q

- 1).(xxiii) Carbon content of each other liquid input containing carbon fed to each furnace (expressed as a decimal fraction) (Equation Q

- 1).
(xxiv) Annual mass of each other liquid output containing carbon produced by ea ch furnace (metric tons) (Equation Q

- 1).
(xxv) Carbon content of each other liquid output containing carbon produced by each furnace (expressed as a decimal fraction) (Equation Q

- 1).
(2) The data in paragraphs (f)(2)(i) through (xxvi) of this section for e ach applicable basic oxygen process furnace for which the carbon mass balance method of reporting is used.
(i) Annual mass of molten iron charged to the furnace (metric tons) (Equation Q

- 2 of §98.173).
(ii) Carbon content of the molten iron charged to the furnace, from the carbon analysis results (expressed as a decimal fraction) (Equation Q

- 2).
(iii) Annual mass of ferrous scrap charged to the furnace (metric tons) (Equation Q

- 2).
(iv) Carbon content of the ferrous scrap charged to the furnace, from the ca rbon analysis results (expressed as a decimal fraction) (Equation Q

- 2).
(v) Annual mass of the flux materials (e.g., limestone, dolomite) charged to the furnace (metric tons) (Equation Q

- 2).
(vi) Carbon content of the flux materials charged to the furnace, from the carbon analysis results (expressed as a decimal fraction) (Equation Q

- 2).
(vii) Annual mass of the carbonaceous materials (e.g., coal, coke) charged to the furnace (metric tons) (Equation Q

- 2).
(viii) Carbon content of the carbonaceous materials charged to the furnace, from the carbon analysis results (expressed as a decimal fraction) (Equation Q

- 2).
(ix) Annual mass of molten raw steel produced by the furnace (metric tons) (Equation Q

2).
(x) Carbon content of the steel produced by the furnace, from the carbon analysis results (expressed as a decimal fraction) (Equation Q

- 2).
(xi) Annual mass of slag produced by the furnace (metric tons) (Equation Q

- 2).
(xii) Carbon content of the slag produced by the furnace, from the carbon analysis (expressed as a decimal fraction) (Equation Q

- 2).
(xiii) Annual mass of air pollution control residue collected for the furnace (metric tons) (Equation Q

- 2).
(xiv) Carbon content of the air pollution control residue collected for the furnace, from the carbon analysis results (expressed as a decimal fraction) (Equation Q

- 2).
(xv) Annual mass of each other solid input containing carbon fed to each furnace (metric tons) (Equation Q

- 2).(xvi) Carbon content of each other solid input containing carbon fed to each furnace ( expressed as a decimal fraction) (Equation Q

- 2).
(xvii) Annual mass of each other solid output containing carbon produced by each furnace (metric tons) (Equation Q

- 2).
(xviii) Carbon content of each other solid output containing carbon (expressed as a deci mal fraction) (Equation Q

- 2).
(xix) Annual mass of each other gaseous input containing carbon fed to each furnace (metric tons) (Equation Q

- 2).
(xx) Carbon content of each other gaseous input containing carbon fed to each furnace (expressed as a decimal fr action) (Equation Q

- 2).
(xxi) Annual mass of each other gaseous output containing carbon produced by each furnace (metric tons) (Equation Q

- 2).
(xxii) Carbon content of each other gaseous output containing carbon produced by each furnace (expressed as a de cimal fraction) (Equation Q

- 2).
(xxiii) Annual mass of each other liquid input containing carbon fed to each furnace (metric tons) (Equation Q

- 2).
(xxiv) Carbon content of each other liquid input containing carbon fed to each furnace (expressed as a decima l fraction) (Equation Q

- 2).
(xxv) Annual mass of each other liquid output containing carbon produced by each furnace (metric tons) (Equation Q

- 2).
(xxvi) Carbon content of each other liquid output containing carbon produced by each furnace (expressed as a decimal fraction) (Equation Q

- 2).
(3) The data in paragraphs (f)(3)(i) through (xviii) of this section for each applicable non

recovery coke oven battery for which the carbon mass balance method of reporting is used.
(i) Annual mass of coal charged to the battery (metric tons) (Equation Q

- 3 of §98.173).
(ii) Carbon content of the coal, from the carbon analysis results (expressed as a decimal fraction) (Equation Q

- 3).
(iii) Annual mass of coke produced by the battery (metric tons) (Equation Q

- 3).
(iv) Carbon content of the coke, from the carbon analysis results (expressed as a decimal fraction) (Equation Q

- 3).
(v) Annual mass of air pollution control residue collected (metric tons) (Equation Q

- 3).
(vi) Carbon content of the air pollution control residue, from the carbon analysis results (expressed as a decimal fraction) (Equation Q

- 3).
(vii) Annual mass of each other solid input containing carbon fed to each battery (metric tons) (Equation Q

- 3).(viii) Carbon content of each other solid input containing carbon fed to each battery (expressed as a decimal fraction) (Equation Q

- 3).
(ix) Annual mass of each other solid output containing carbon produced by each battery (metric tons) (Equation Q

- 3).
(x) Carbon content of each other solid output containing carbon (exp ressed as a decimal fraction) (Equation Q

- 3).
(xi) Annual mass of each other gaseous input containing carbon fed to each battery (metric tons) (Equation Q

- 3).
(xii) Carbon content of each other gaseous input containing carbon fed to each battery (expressed as a decimal fraction) (Equation Q

- 3).
(xiii) Annual mass of each other gaseous output containing carbon produced by each battery (metric tons) (Equation Q

- 3).
(xiv) Carbon content of each other gaseous output containing carbon produced by each battery (e xpressed as a decimal fraction) (Equation Q

- 3).
(xv) Annual mass of each other liquid input containing carbon fed to each battery (metric tons) (Equation Q

- 3).
(xvi) Carbon content of each other liquid input containing carbon fed to each battery (expressed as a decimal fraction) (Equation Q

- 3).
(xvii) Annual mass of each other liquid output containing carbon produced by each battery (metric tons) (Equation Q

- 3).
(xviii) Carbon content of each other liquid output containing carbon produced by each battery (e xpressed as a decimal fraction) (Equation Q

- 3).
(4) The data in paragraphs (f)(4)(i) through (xxi) of this section for each applicable sinter process for which the carbon mass balance method of reporting is used.
(i) Annual volume of the gaseous fuel (scf) (Equation Q

- 4 of §98.173).
(ii) Carbon content of the gaseous fuel, from the fuel analysis results (kg C per kg of fuel) (Equation Q

- 4).
(iii) Molecular weight of the gaseous fuel (kg/kg

- mole) (Equation Q

- 4).
(iv) Annual mass of sinter feed material (metr ic tons) (Equation Q

- 4).
(v) Carbon content of the mixed sinter feed materials that form the bed entering the sintering machine, from the carbon analysis results (expressed as a decimal fraction) (Equation Q

- 4).
(vi) Annual mass of sinter produced (metric tons) (Equation Q

- 4).
(vii) Carbon content of the sinter pellets, from the carbon analysis results (expressed as a decimal fraction) (Equation Q

- 4).(viii) Annual mass of air pollution control residue collected (metric tons) (Equation Q

- 4).
(ix) Carbon con tent of the air pollution control residue, from the carbon analysis results (expressed as a decimal fraction) (Equation Q

- 4).
(x) Annual mass of each other solid input containing carbon fed to each sinter process (metric tons) (Equation Q

- 4).
(xi) Carbon c ontent of each other solid input containing carbon fed to each sinter process (expressed as a decimal fraction) (Equation Q

- 4).
(xii) Annual mass of each other solid output containing carbon produced by each sinter process (metric tons) (Equation Q

- 4).
(xi ii) Carbon content of each other solid output containing carbon (expressed as a decimal fraction) (Equation Q

- 4).
(xiv) Annual mass of each other gaseous input containing carbon fed to each sinter process (metric tons) (Equation Q

- 4).
(xv) Carbon content of each other gaseous input containing carbon fed to each sinter process (expressed as a decimal fraction) (Equation Q

- 4).
(xvi) Annual mass of each other gaseous output containing carbon produced by each sinter process (metric tons) (Equation Q

- 4).
(xvii) Carbon content of each other gaseous output containing carbon produced by each sinter process (expressed as a decimal fraction) (Equation Q

- 4).
(xviii) Annual mass of each other liquid input containing carbon fed to each sinter process (metric tons) (Equa tion Q

- 4).
(xix) Carbon content of each other liquid input containing carbon fed to each sinter process (expressed as a decimal fraction) (Equation Q

- 4).
(xx) Annual mass of each other liquid output containing carbon produced by each sinter process (metric tons) (Equation Q

- 4).
(xxi) Carbon content of each other liquid output containing carbon produced by each sinter process (expressed as a decimal fraction) (Equation Q

- 4).
(5) The data in paragraphs (f)(5)(i) through (xxxi) of this section for each applica ble electric arc furnace for which the carbon mass balance method of reporting is used.
(i) Annual mass of direct reduced iron (if any) charged to the furnace (metric tons) (Equation Q

- 5 of §98.173).
(ii) Carbon content of the direct reduced iron, from the carbon analysis results (expressed as a decimal fraction) (Equation Q

- 5)
(iii) Annual mass of ferrous scrap charged to the furnace (metric tons) (Equation Q

- 5).
(iv) Carbon content of the ferrous scrap, from the carbon analysis results (expressed as a dec imal fraction) (Equation Q

- 5).(v) Annual mass of flux materials (e.g., limestone, dolomite) charged to the furnace (metric tons) (EquationQ

- 5).
(vi) Carbon content of the flux materials, from the carbon analysis results (expressed as a decimal fraction) ( Equation Q

- 5).
(vii) Annual mass of carbon electrode consumed (metric tons) (Equation Q

- 5).
(viii) Carbon content of the carbon electrode, from the carbon analysis results (expressed as a decimal fraction) (Equation Q

- 5).
(ix) Annual mass of carbonaceous m aterials (e.g., coal, coke) charged to the furnace (metric tons) (Equation Q

- 5).
(x) Carbon content of the carbonaceous materials, from the carbon analysis results (expressed as a decimal fraction) (Equation Q

- 5).
(xi) Annual mass of molten raw steel produ ced by the furnace (metric tons) (Equation Q

5).
(xii) Carbon content of the steel, from the carbon analysis results (expressed as a decimal fraction) (Equation Q

- 5).
(xiii) Annual volume of the gaseous fuel (scf at 60F and 1 atm) (Equation Q

- 5).
(xiv) Ave rage carbon content of the gaseous fuel, from the fuel analysis results (kg C per kg of fuel) (Equation Q

- 5).
(xv) Molecular weight of the gaseous fuel (kg/kg

- mole) (Equation Q

- 5).
(xvi) Annual mass of slag produced by the furnace (metric tons) (Equation Q

- 5).
(xvii) Carbon content of the slag, from the carbon analysis (expressed as a decimal fraction) (Equation Q

- 5).
(xviii) Annual mass of air pollution control residue collected (metric tons) (Equation Q

- 5).
(xix) Carbon content of the air pollution control residue, from the carbon analysis results (expressed as a decimal fraction) (Equation Q

- 5).
(xx) Annual mass of each other solid input containing carbon fed to each furnace (metric tons) (Equation Q

- 5).
(xxi) Carbon content of each other solid inpu t containing carbon fed to each furnace (expressed as a decimal fraction) (Equation Q

- 5).
(xxii) Annual mass of each other solid output containing carbon produced by each furnace (metric tons) (Equation Q

- 5).
(xxiii) Carbon content of each other solid ou tput containing carbon (expressed as a decimal fraction) (Equation Q

- 5).
(xxiv) Annual mass of each other gaseous input containing carbon fed to each furnace (metric tons) (Equation Q

- 5).(xxv) Carbon content of each other gaseous input containing carbon f ed to each furnace (expressed as a decimal fraction) (Equation Q

- 5).
(xxvi) Annual mass of each other gaseous output containing carbon produced by each furnace (metric tons) (Equation Q

- 5).
(xxvii) Carbon content of each other gaseous output containing car bon produced by each furnace (expressed as a decimal fraction) (Equation Q

- 5).
(xxviii) Annual mass of each other liquid input containing carbon fed to each furnace (metric tons) (Equation Q

- 5).
(xxix) Carbon content of each other liquid input containing c arbon fed to each furnace (expressed as a decimal fraction) (Equation Q

- 5).
(xxx) Annual mass of each other liquid output containing carbon produced by each furnace (metric tons) (Equation Q

- 5).
(xxxi) Carbon content of each other liquid output containing carbon produced by each furnace (expressed as a decimal fraction) (Equation Q

- 5).
(6) The data in paragraphs (f)(6)(i) through (xvii) of this section for each applicable decarburization vessel for which the carbon mass balance method of reporting is used.
(i) Annual mass of molten steel charged to the vessel (metric tons) (Equation Q

- 6 of §98.173).
(ii) Carbon content of the molten steel before decarburization, from the carbon analysis results (expressed as a decimal fraction) (Equation Q

- 6).
(iii) Carbon c ontent of the molten steel after decarburization, from the carbon analysis results (expressed as a decimal fraction) (Equation Q

- 6).
(iv) Annual mass of air pollution control residue collected (metric tons) (Equation Q

- 6).
(v) Carbon content of the air pol lution control residue, from the carbon analysis results (expressed as a decimal fraction) (Equation Q

- 6).
(vi) Annual mass of each other solid input containing carbon fed to each decarburization vessel (metric tons) (Equation Q

- 6).
(vii) Carbon content of each other solid input containing carbon fed to each decarburization vessel (expressed as a decimal fraction) (Equation Q

- 6).
(viii) Annual mass of each other solid output containing carbon produced by each decarburization vessel (metric tons) (Equation Q

- 6).
(ix) Carbon content of each other solid output containing carbon (expressed as a decimal fraction) (Equation Q

- 6).
(x) Annual mass of each other gaseous input containing carbon fed to each decarburization vessel (metric tons) (Equation Q

- 6).(xi) Carbon content of each other gaseous input containing carbon fed to each decarburization vessel (expressed as a decimal fraction) (Equation Q

- 6).
(xii) Annual mass of each other gaseous output containing carbon produced by each decarburization vessel (metr ic tons) (Equation Q

- 6).
(xiii) Carbon content of each other gaseous output containing carbon produced by each decarburization vessel (expressed as a decimal fraction) (Equation Q

- 6).
(xiv) Annual mass of each other liquid input containing carbon fed to ea ch decarburization vessel (metric tons) (Equation Q

- 6).
(xv) Carbon content of each other liquid input containing carbon fed to each decarburization vessel (expressed as a decimal fraction) (Equation Q

- 6).
(xvi) Annual mass of each other liquid output cont aining carbon produced by each decarburization vessel (metric tons) (Equation Q

- 6).
(xvii) Carbon content of each other liquid output containing carbon produced by each decarburization vessel (expressed as a decimal fraction) (Equation Q

- 6).
(7) The data i n paragraphs (f)(7)(i) through (xxvii) of this section for each applicable direct reduction furnace for which the carbon mass balance method of reporting is used.
(i) Annual volume of the gaseous fuel (scf at 68F and 1 atm) (Equation Q

- 7 of §98.173).
(ii) Average carbon content of the gaseous fuel, from the fuel analysis results (kg C per kg of fuel) (Equation Q

- 7).
(iii) Molecular weight of the gaseous fuel (kg/kg

- mole) (Equation Q

- 7).
(iv) Annual mass of iron ore or iron pellets fed to the furnace (metric tons) (Equation Q

7).
(v) Carbon content of the iron ore or iron pellets, from the carbon analysis (expressed as a decimal fraction) (Equation Q

- 7).
(vi) Annual mass of carbonaceous materials (e.g., coal, coke) charged to the furnace (metric tons) (Equati on Q

- 7).
(vii) Carbon content of the carbonaceous materials, from the carbon analysis results (expressed as a decimal fraction) (Equation Q

- 7).
(viii) Annual mass of each other material charged to the furnace (metric tons) (Equation Q

- 7).
(ix) Average carb on content of each other material charged to the furnace, from the carbon analysis results (expressed as a decimal fraction) (Equation Q

- 7).
(x) Annual mass of iron produced (metric tons) (Equation Q

- 7).
(xi) Carbon content of the iron produced, from the c arbon analysis results (expressed as a decimal fraction) (Equation Q

- 7).(xii) Annual mass of non

- metallic materials produced by the furnace (metric tons) (Equation Q

- 7).
(xiii) Carbon content of the non

- metallic materials produced, from the carbon analysi s results (expressed as a decimal fraction) (Equation Q

- 7).
(xiv) Annual mass of air pollution control residue collected (metric tons) (Equation Q

- 7).
(xv) Carbon content of the air pollution control residue collected, from the carbon analysis results (exp ressed as a decimal fraction) (Equation Q

- 7).
(xvi) Annual mass of each other solid input containing carbon fed to each furnace (metric tons) (Equation Q

- 7).
(xvii) Carbon content of each other solid input containing carbon fed to each furnace (expressed as a decimal fraction) (Equation Q

- 7).
(xviii) Annual mass of each other solid output containing carbon produced by each furnace (metric tons) (Equation Q

- 7).
(xix) Carbon content of each other solid output containing carbon (expressed as a decimal fractio n) (Equation Q

- 7).
(xx) Annual mass of each other gaseous input containing carbon fed to each furnace (metric tons) (Equation Q

- 7).
(xxi) Carbon content of each other gaseous input containing carbon fed to each furnace (expressed as a decimal fraction) (Eq uation Q

- 7).
(xxii) Annual mass of each other gaseous output containing carbon produced by each furnace (metric tons) (Equation Q

- 7).
(xxiii) Carbon content of each other gaseous output containing carbon produced by each furnace (expressed as a decimal fra ction) (Equation Q

- 7).
(xxiv) Annual mass of each other liquid input containing carbon fed to each furnace (metric tons) (Equation Q

- 7).
(xxv) Carbon content of each other liquid input containing carbon fed to each furnace (expressed as a decimal fraction) (Equation Q

- 7).
(xxvi) Annual mass of each other liquid output containing carbon produced by each furnace (metric tons) (Equation Q

- 7).
(xxvii) Carbon content of each other liquid output containing carbon produced by each furnace (expressed as a decimal f raction) (Equation Q

- 7).
(8) The data in paragraphs (f)(8)(i) and (ii) of this section for each process unit for which the site

- specific emission factor method was used.
(i) Average hourly feed or production rate, as applicable, during the test (metric ton s/hour) (as used in §98.173(b)(2)(iii)).(ii) Annual total feed or production, as applicable (metric tons) (as used in §98.173(b)(2)(iv)).
(9) Total coal charged to the coke ovens for each process (metric tons/year)(as used in §98.173(c)). Subpart R

– Lea d Production ( §98.187) In addition to the records required by §98.3(g), you must retain the records of the information specified in paragraphs (a) through (d) of this section, as applicable to the smelting furnaces at your facility.
(a) If a CEMS is used to measure combined process and combustion CO 2 emissions according to the requirements in §98.183(a) or (b)(1), then you must retain the records required for the Tier 4 Calculation Methodology in §98.37 and the information specified in paragraphs (a)(1) through (a)(3) of this section.
(1) Monthly smelting furnace production quantity for each lead product (tons).
(2) Number of smelting furnace operating hours each month.
(3) Number of smelting furnace operating hours in calendar year.
(b) If the carbon mas s balance procedure is used to determine process CO 2 emissions according to the requirements in §98.183(b)(2)(i) and (b)(2)(ii), then you must retain under this subpart the records specified in paragraphs (b)(1) through (b)(5) of this section.
(1) Monthly smelting furnace production quantity for each lead product (tons).
(2) Number of smelting furnace operating hours each month.
(3) Number of smelting furnace operating hours in calendar year.
(4) Monthly material quantity consumed, used, or produced for eac h material included for the calculations of annual process CO 2 emissions using Equation R

- 1 of this subpart (tons).
(5) Average carbon content determined and records of the supplier provided information or analyses used for the determination for each mater ial included for the calculations of annual process CO 2 emissions using Equation R

- 1 of this subpart.
(c) You must keep records that include a detailed explanation of how company records of measurements are used to estimate the carbon input to each smeltin g furnace, including documentation of any materials excluded from Equation R

- 1 of this subpart that contribute less than 1 percent of the total carbon into or out of the process. You also must document the procedures used to ensure the accuracy of the meas urements of materials fed, charged, or placed in an smelting furnace including, but not limited to, calibration of weighing equipment and other measurement devices. The estimated accuracy of measurements made with these devices must also be recorded, and t he technical basis for these estimates must be provided.
(d) Verification software records. You must keep a record of the file generated by the verification software specified in §98.5(b) for the applicable data specified in paragraphs (d)(1) through (10) of this section. Retention of this file satisfies the recordkeeping requirement for the data in paragraphs (d)(1) through (10) of this section.
(1) Annual mass of lead ore charged to each smelting furnace (tons) (Equation R

- 1 of §98.183).(2) Carbon conten t of the lead ore per furnace, from the carbon analysis results (percent by weight, expressed as a decimal fraction) (Equation R

- 1).
(3) Annual mass of lead scrap charged to each smelting furnace (tons) (Equation R

- 1).
(4) Carbon content of the lead scrap per furnace, from the carbon analysis (percent by weight, expressed as a decimal fraction) (Equation R

- 1).
(5) Annual mass of flux materials (e.g., limestone, dolomite) charged to each smelting furnace (tons) (Equation R

- 1).
(6) Carbon content of the flux materials per furnace, from the carbon analysis (percent by weight, expressed as a decimal fraction) (Equation R

- 1).
(7) Annual mass of carbonaceous materials (e.g., coal, coke) charged to each smelting furnace (tons) (Equation R

- 1).
(8) Carbon content of the carbonaceous materials per furnace, from the carbon analysis (percent by weight, expressed as a decimal fraction) (Equation R

- 1).
(9) Annual mass of each other material containing carbon, other than fuel, fed, charged, or otherwise introduced into the smelting furnace (tons) (Equation R

- 1).
(10) Carbon content of each other material, from the carbon analysis results per furnace (percent by weight, expressed as a decimal fraction) (Equation R

- 1).

Subpart S

– Lime Production ( §98.197) In addition to the records required by §98.3(g), you must retain the records specified in paragraphs (a) through (c) of this section.
(a) Annual operating hours in calendar year.
(b) Records of all analyses (e.g. chemical composition of lime products, by type) and calcul ations conducted.
(c) Verification software records. You must keep a record of the file generated by the verification software specified in §98.5(b) for the applicable data specified in paragraphs (c)(1) through (9) of this section. Retention of this file satisfies the recordkeeping requirement for the data in paragraphs (c)(1) through (9) of this section.
(1) Monthly calcium oxide content for each lime type, determined according to §98.194(c) (metric tons CaO/metric ton lime) (Equation S

- 1 of §98.193).
(2) Monthly magnesium oxide content for each lime type, determined according to §98.194(c) (metric tons MgO/metric ton lime) (Equation S

- 1).
(3) Monthly calcium oxide content for each calcined lime byproduct or waste type sold (metric tons CaO/metric ton lime) (Equation S

- 2 of §98.193).
(4) Monthly magnesium oxide content for each calcined lime byproduct or waste type sold (metric tons MgO/metric ton lime) (Equation S

- 2).
(5) Calcium oxide content for each calcined lime byproduct or waste type that is not sold (metric tons CaO/metric ton lime) (Equation S

- 3 of §98.193).(6) Magnesium oxide content for each calcined lime byproduct or waste type that is not sold (metric tons MgO/metric ton lime) (Equation S

- 3).
(7) Annual weight or mass of calcined byproducts or wastes for lime type that is not sold (tons) (Equation S

- 3).
(8) Monthly weight or mass of each lime type produced (tons) (Equation S

- 4 of §98.193).
(9) Monthly weight or mass of each calcined byproducts or wastes sold (tons) (Equation S

- 4). Subpart T

– Magnesium Production ( §98.207) In addition to the records specified in §98.3(g), you must retain the following information at the facility level:
(a) Check

- out and weigh

- in sheets and procedures for gas cylinders.
(b) Accuracy certifications and calibr ation records for scales including the method or manufacturer's specification used for calibration.
(c) Residual gas amounts (heel) in cylinders sent back to suppliers.
(d) Records, including invoices, for gas purchases, sales, and disbursements for all GH Gs. Subpart U

– Miscellaneous Uses of Carbonate ( §98.217) In addition to the records required by §98.3(g), you must retain the records specified in paragraphs (a) through (e) of this section:
(a) Monthly carbonate consumption (by carbonate type in tons).
(b) You must document the procedures used to ensure the accuracy of the monthly measurements of carbonate consumption, carbonate input or carbonate output including, but not limited to, calibration of weighing equipment and other measurement devices.
(c) R ecords of all analyses conducted to meet the requirements of this rule.
(d) Records of all calculations conducted.
(e) Verification software records. You must keep a record of the file generated by the verification software specified in §98.5(b) for the ap plicable data specified in paragraphs (e)(1) through (4) of this section. Retention of this file satisfies the recordkeeping requirement for the data in paragraphs (e)(1) through (4) of this section.
(1) Fraction calcination achieved for each particular ca rbonate type. As an alternative to measuring the calcination fraction, a value of 1.0 can be used (decimal fraction) (Equation U

- 1 of §98.213).
(2) Annual mass of each carbonate type consumed (tons) (Equation U

- 1).
(3) Annual mass of each input carbonate t ype (tons) (Equation U

- 2 of §98.213).
(4) Annual mass of each output carbonate type (tons) (Equation U

- 2). Subpart V

– Nitric Acid Production ( §98.227) In addition to the information required by §98.3(g), you must retain the records specified in paragraphs (a) through (h) of this section for each nitric acid production facility:
(a) Records of significant changes to process.(b) Documentation of how process knowledge was used to estimate abatement technology destruction efficiency (if applicable).
(c) Performance test reports.
(d) Number of operating hours in the calendar year for each nitric acid train (hours).
(e) Annual nitric acid permitted production capacity (tons).
(f) Measurements, records, and calculations used to determine reported parame ters.
(g) Documentation of the procedures used to ensure the accuracy of the measurements of all reported parameters, including but not limited to, calibration of weighing equipment, flow meters, and other measurement devices. The estimated accuracy of mea surements made with these devices must also be recorded, and the technical basis for these estimates must be provided.
(h) Verification software records. You must keep a record of the file generated by the verification software specified in §98.5(b) for th e applicable data specified in paragraphs (h)(1) through (10) of this section. Retention of this file satisfies the recordkeeping requirement for the data in paragraphs (h)(1) through (10) of this section.
(1) Annual nitric acid produced from each nitric a cid train (tons nitric acid produced, 100% acid basis).
(2) Indicate which equation was used to calculate emissions for each nitric acid train.
(3) N 2 O concentration per test run during the performance test (ppm N 2 O) (Equation V

1 of §98.223).
(4) Volumetr ic flow rate of effluent gas per test run during the performance test (dscf/hr) (Equation V

- 1).
(5) Production rate per test run during the performance test (tons nitric acid produced per hour, 100 percent acid basis) (Equation V

- 1).
(6) Annual nitric acid production from each nitric acid train during which each N 2 O abatement technology was operational (tons nitric acid produced, 100 percent acid basis) (Equation V

- 2 of §98.223).
(7) Destruction efficiency of N 2 O abatement technology that is used on each ni tric acid train (decimal fraction of N 2 O removed from vent stream) (Equation V

- 3a of §98.223).
(8) Destruction efficiency of each N 2 O abatement technology that is used on each nitric acid train (decimal fraction of N 2 O removed from vent stream) (Equation V

- 3b of §98.223).
(9) Destruction efficiency of each N 2 O abatement technology that is used on each nitric acid train (decimal fraction of N 2 O removed from vent stream) (Equation V

- 3c of §98.223).
(10) Fraction control factor of each N 2 O abatement technology that is used on each nitric acid train (decimal fraction of total emissions from nitric acid train “t” that are sent to abatement technology “n”) (Equation V

- 3c). Subpart W

– Petroleum and Natural Gas Systems Monitoring Plans, as described in §98.3(g)(5), must be completed by April 1, 2011. In addition to the information required by §98.3(g), you must retain the following records:( §98.237) (a) Dates on which measurements were conducted.
(b) Results of all emissions detected and measurements.
(c) Calibra tion reports for detection and measurement instruments used.
(d) Inputs and outputs of calculations or emissions computer model runs used for engineering estimation of emissions.
(e) The records required under §98.3(g)(2)(i) shall include an explanation of how company records, engineering estimation, or best available information are used to calculate each applicable parameter under this subpart.
(f) For each time a missing data procedure was used, keep a record listing the emission source type, a descripti on of the circumstance that resulted in the need to use missing data procedures, the missing data provisions in §98.235 that apply, the calculation or analysis used to develop the substitute value, and the substitute value.

Subpart X

– Petrochemical Prod uction ( §98.247) In addition to the recordkeeping requirements in §98.3(g), you must retain the records specified in paragraphs (a) through (d) of this section, as applicable.
(a) If you comply with the CEMS measurement methodology in §98.243(b), then you must retain under this subpart the records required for the Tier 4 Calculation Methodology in §98.37, records of the procedures used to develop estimates of the fraction of total emissions attributable to combustion of petrochemical process off

- gas as req uired in §98.246(b), and records of any annual average HHV calculations.
(b) If you comply with the mass balance methodology in §98.243(c), then you must retain records of the information listed in paragraphs (b)(1) through (4) of this section.
(1) Results of feedstock or product composition determinations conducted in accordance with §98.243(c)(4).
(2) Start and end times for time periods when off

- specification product is produced, if you comply with the alternative methodology in §98.243(c)(4) for determi ning carbon content of product.
(3) As part of the monitoring plan required under §98.3(g)(5), record the estimated accuracy of measurement devices and the technical basis for these estimates.
(4) The dates and results ( e.g., percent calibration error) of the calibrations of each measurement device.
(c) If you comply with the combustion methodology in §98.243(d), then you must retain under this subpart the records required for the applicable Tier Calculation Methodologies in §98.37. If you comply with §98.2 43(d)(2), you must also keep records of the annual average flow calculations.
(d) Verification software records. You must keep a record of the file generated by the verification software specified in §98.5(b) for the applicable data specified in paragraphs (d)(1) through (30) of this section. Retention of this file satisfies the recordkeeping requirement for the data in paragraphs (d)(1) through (30) of this section.(1) Indicate whether the feedstock is measured as mass or volume (Equation X

- 1 of §98.243).
(2) Indicate whether you used the alternative to sampling and analysis specified in §98.243(c)(4) (Equation X

- 1).
(3) Volume of gaseous feedstock introduced per month (scf) (Equation X

- 1).
(4) Mass of gaseous feedstock introduced per month (kg) (Equation X

- 1).
(5) Average carbon content of the gaseous feedstock per month (kg C per kg of feedstock) (Equation X

- 1).
(6) Molecular weight of gaseous feedstock per month (kg per kg

- mole) (Equation X

- 1).
(7) Indicate whether the gaseous product is measured as mass or volume (Equation X

1).
(8) Volume of gaseous product produced per month (scf) (Equation X

- 1).
(9) Mass of gaseous product produced per month (kg) (Equation X

- 1).
(10) Average carbon content of gaseous product (including streams containing CO 2 recovered for sale or use in another process) per month (kg C per kg of product) (Equation X

- 1).
(11) Molecular weight of gaseous product per month (kg per kg

- mole) (Equation X

- 1).
(12) Molar volume conversion factor of product (scf per kg

- mole) (Equation X

- 1).
(13 ) Indicate whether feedstock is measured as mass or volume (Equation X

- 2 of §98.243).
(14) Indicate whether you used the alternative to sampling and analysis specified in §98.243(c)(4) (Equation X

- 2).
(15) Volume of liquid feedstock introduced per month (gallons) (Equation X

- 2).
(16) Mass of liquid feedstock introduced per month (kg) (Equation X

- 2).
(17) Average carbon content of liquid feedstock per month (kg C per gallon) (Equation X

- 2).
(18) Average carbon content of liquid feedstock per month (kg C pe r kg of feedstock) (Equation X

- 2).
(19) Indicate whether product is measured as mass or volume per month (Equation X

2).
(20) Volume of liquid product produced per month (gallons) (Equation X

- 2).
(21) Mass of liquid product produced per month (kg) (Equatio n X

- 2).(22) Average carbon content of liquid product per month, including organic liquid wastes (kg C per gallon) (Equation X

- 2).
(23) Average carbon content of liquid product, including organic liquid wastes (kg C per kg of product) (Equation X

- 2).
(24) Indicate whether you used the alternative to sampling and analysis specified in §98.243(c)(4) (Equation X

- 3 of §98.243).
(25) Mass of solid feedstock introduced per month (kg) (Equation X

- 3).
(26) Average carbon content of solid feedstock per month (kg C p er kg of feedstock) (Equation X

- 3).
(27) Mass of solid product produced per month (kg) (Equation X

- 3).
(28) Average carbon content of solid product per month (kg C per kg of product) (Equation X

- 3).
(29) Records required in §98.257(b)(1) through (8) of thi s section for each flare that burns ethylene process off

- gas. (30) Records required in §98.37 for each stationary fuel combustion unit (or group of stationary sources with a common pipe) that burns ethylene process off

- gas, except flares. Subpart Y

– Petroleum Refineries ( §98.257) In addition to the records required by §98.3(g), you must retain the records specified in paragraphs (a) and (b) of this section.
(a) The records of all parameters monitored under §98.255. If you comply with the combustion methodology in §98.252(a), then you must retain under this subpart the records required for the Tier 3 and/or Tier 4 Calculation Methodologies in §98.37 and you must keep records of the annual average flow calculations.
(b) Verification software records. Y ou must keep a record of the file generated by the verification software specified in §98.5(b) for the applicable data specified in paragraphs (b)(1) through (67) of this section. Retention of this file satisfies the recordkeeping requirement for the data in paragraphs (b)(1) through (67) of this section.
(1) Volume of flare gas combusted during measurement period (scf) (Equation Y

- 1b of §98.253).
(2) Mole percent CO 2 concentration in the flare gas stream during the measurement period (mole percent) (Equati on Y

- 1b).
(3) Mole percent concentration of compound “x” in the flare gas stream during the measurement period (mole percent) (Equation Y

- 1b).
(4) Carbon mole number of compound “x” in the flare gas stream during the measurement period (mole carbon atoms p er mole compound) (Equation Y

- 1b).
(5) Molar volume conversion factor (scf per kg

- mole) (Equation Y

- 1b).
(6) Annual volume of flare gas combusted for each flare during normal operations from company records (million (MM) standard cubic feet per year, MMscf /year) (Equation Y

- 3 of §98.253).(7) Higher heating value for fuel gas or flare gas for each flare from company records (British thermal units per scf, Btu/scf = MMBtu/MMscf) (Equation Y

- 3).
(8) Volume of flare gas combusted during indexed start

- up, shutd own, or malfunction event from engineering calculations (scf) (Equation Y

- 3).
(9) Average molecular weight of the flare gas, from the analysis results or engineering calculations for the event (kg/kg

- mole) (Equation Y

- 3).
(10) Molar volume conversion facto r (scf per kg

- mole) (Equation Y

- 3).
(11) Average carbon content of the flare gas, from analysis results or engineering calculations for the event (kg C per kg flare gas) (Equation Y

- 3).
(12) Weight fraction of carbon in the flare gas prior to combustion in each flare that is contributed by methane from measurement values or engineering calculations (kg C in methane in flare gas/kg C in flare gas) (Equation Y

- 4 of §98.253).
(13) Annual throughput of unit from company records for each catalytic cracking unit or fluid coking unit (barrels/year) (Equation Y

- 8 of §98.253).
(14) Coke burn

- off factor from engineering calculations (default for catalytic cracking units = 7.3; default for fluid coking units = 11) (kg coke per barrel of feed) (Equation Y

- 8).
(15) Carbo n content of coke based on measurement or engineering estimate (kg C per kg coke) (Equation Y

- 8).
(16) Value of unit

- specific CH 4 emission factor, including the units of measure, for each catalytic cracking unit, traditional fluid coking unit, catalytic re forming unit, and coke calcining unit (calculation method in §98.253(c)(4)).
(17) Annual activity data (e.g., input or product rate), including the units of measure, in units of measure consistent with the emission factor, for each catalytic cracking unit, traditional fluid coking unit, catalytic reforming unit, and coke calcining unit (calculation method in §98.253(c)(4)).
(18) Value of unit

- specific N 2 O emission factor, including the units of measure, for each catalytic cracking unit, traditional fluid co king unit, catalytic reforming unit, and coke calcining unit (calculation method in §98.253(c)(5)).
(19) Annual activity data (e.g., input or product rate), including the units of measure, in units of measure consistent with the emission factor, for each c atalytic cracking unit, traditional fluid coking unit, catalytic reforming unit, and coke calcining unit (calculation method in §98.253(c)(5)).
(20) Carbon content of coke based on measurement or engineering estimate (default = 0.94) (kg C per kg coke) (Eq uation Y

- 11 of §98.253).
(21) Volumetric flow rate of sour gas (including sour water stripper gas) feed sent off site for sulfur recovery in the year (scf/year) (Equation Y

- 12 of §98.253).
(22) Mole fraction of carbon in the sour gas feed sent off site for sulfur recovery (kg

mole C/kg

- mole gas) (Equation Y

- 12).(23) Molar volume conversion factor for sour gas sent off site (scf per kg

- mole) (Equation Y

- 12).
(24) Volumetric flow rate of sour gas (including sour water stripper gas) fed to the onsite sulfur r ecovery plant (scf/year) (Equation Y

- 12).
(25) Mole fraction of carbon in the sour gas fed to the onsite sulfur recovery plant (kg

mole C/kg

- mole gas) (Equation Y

- 12).
(26) Molar volume conversion factor for onsite sulfur recovery plant (scf per kg

- mole) ( Equation Y

- 12).
(27) Annual mass of green coke fed to the coke calcining unit from facility records (metric tons/year) (Equation Y

- 13 of §98.253).
(28) Annual mass of marketable petroleum coke produced by the coke calcining unit from facility records (metr ic tons/year) (Equation Y

- 13).
(29) Annual mass of petroleum coke dust removed from the process through the dust collection system of the coke calcining unit from facility records. For coke calcining units that recycle the collected dust, the mass of coke dust removed from the process is the mass of coke dust collected less the mass of coke dust recycled to the process (metric tons/year) (Equation Y

- 13).
(30) Average mass fraction carbon content of green coke from facility measurement data (metric tons C pe r metric ton green coke) (Equation Y

- 13).
(31) Average mass fraction carbon content of marketable petroleum coke produced by the coke calcining unit from facility measurement data (metric tons C per metric ton petroleum coke (Equation Y

- 13).
(32) Quantity of asphalt blown for each asphalt blowing unit (million barrels per year (MMbbl/year)) (Equation Y

- 14 of §98.253).
(33) Emission factor for CO 2 from uncontrolled asphalt blowing from facility

- specific test data for each asphalt blowing unit (metric tons CO 2 /MMbbl asphalt blown) (Equation Y

- 14).
(34) Emission factor for CH 4 from uncontrolled asphalt blowing from facility

- specific test data for each asphalt blowing unit (metric tons CH 4 /MMbbl asphalt blown) (Equation Y

- 15 of §98.253).
(35) Quantity of asphalt blown (million barrels/year (MMbbl/year)) (Equation Y

- 16a of §98.253).
(36) Carbon emission factor from asphalt blowing from facility

- specific test data (metric tons C/MMbbl asphalt blown) (Equation Y

- 16a).
(37) Quantity of asphalt blown for each asphalt blowing unit (million barrels per year (MMbbl/year)) (Equation Y

- 16b of §98.253).
(38) Emission factor for CO 2 from uncontrolled asphalt blowing from facility

- specific test data for each asphalt blowing unit (metric tons CO 2 /MMbbl asphalt blown) (Equation Y

- 16b).
(39) Carbon emission factor from asphalt blowing from facility

- specific test data for each asphalt blowing unit (metric tons C/MMbbl asphalt blown) (Equation Y

- 16b).(40) Emission factor for CH 4 from uncontrolled asphalt blowing from facility

- speci fic test data for each asphalt blowing unit (metric tons CH 4 /MMbbl asphalt blown) (Equation Y

- 17 of §98.253).
(41) Cumulative number of vessel openings for all delayed coking unit vessels of the same dimensions during the year (Equation Y

- 18 of §98.253).
( 42) Height of coking unit vessel for each set of coke drums or vessels of the same size (feet) (Equation Y

- 18).
(43) Gauge pressure of the coking vessel when opened to the atmosphere prior to coke cutting or, if the alternative method provided in §98.253(i )(2) is used, gauge pressure of the coking vessel when depressurization gases are first routed to the atmosphere for each set of coke drums or vessels of the same size (pounds per square inch gauge (psig)) (Equation Y

18).
(44) Volumetric void fraction of coking vessel prior to steaming for each set of coke drums or vessels of the same size (cf gas/cf of vessel) (Equation Y

- 18).
(45) Diameter of coking unit vessel for each set of coke drums or vessels of the same size (feet) (Equation Y

- 18).
(46) Molar volu me conversion factor for each set of coke drums or vessels of the same size (scf per kg

- mole) (Equation Y

- 18).
(47) Average volumetric flow rate of process gas during the event from measurement data, process knowledge, or engineering estimates for each set of coke drums or vessels of the same size (scf per hour) (Equation Y

- 19 of §98.253).
(48) Mole fraction of methane in process vent during the event from measurement data, process knowledge, or engineering estimates for each set of coke drums or vessels of the same size (kg

- mole CH 4 /kg

- mole gas) (Equation Y

- 19).
(49) Venting time for the event for each set of coke drums or vessels of the same size (hours) (Equation Y

- 19).
(50) Molar volume conversion factor for each set of coke drums or vessels of the same size (scf per kg

- mole) (Equation Y

- 19).
(51) Quantity of crude oil plus the quantity of intermediate products received from off site that are processed at the facility (MMbbl/year) (Equation Y

- 20 of §98.253).
(52) Molar volume conversion factor (scf per kg

- mole) (Equation Y

- 20).
(53) Methane emission factor for uncontrolled blown systems (scf CH 4 /MMbbl) (Equation Y

- 20).
(54) Quantity of crude oil plus the quantity of intermediate products received from off site that are processed at the facility (MMbbl/year ) (Equation Y

- 22 of §98.253).
(55) Quantity of unstabilized crude oil received at the facility (MMbbl/year) (Equation Y

23 of §98.253).
(56) Pressure differential from the previous storage pressure to atmospheric pressure (psi) (Equation Y

- 23).(57) Averag e mole fraction of CH 4 in vent gas from the unstabilized crude oil storage tanks from facility measurements (kg

- mole CH 4 /kg

- mole gas) (Equation Y

- 23).
(58) Molar volume conversion factor (scf per kg

- mole) (Equation Y

- 23).
(59) Specify whether the calculate d or default loading factor L specified in §98.253(n) is entered, for each liquid loaded to each (methods specified in §98.253(n)).
(60) Saturation factor specified in §98.253(n), for each liquid loaded to each vessel (methods specified in §98.253(n)).
(61) True vapor pressure of liquid loaded, for each liquid loaded to each vessel (psia) (methods specified in §98.253(n)).
(62) Molecular weight of vapors (lb per lb

- mole), for each liquid loaded to each vessel (methods specified in §98.253(n)).
(63) Tempe rature of bulk liquid loaded, for each liquid loaded to each vessel (°R, degrees Rankine) (methods specified in §98.253(n)).
(64) Total loading loss (without efficiency correction), for each liquid loaded to each vessel (pounds per 1000 gallons loaded) (me thods specified in §98.253(n)).
(65) Overall emission control system reduction efficiency, including the vapor collection system efficiency and the vapor recovery or destruction efficiency (enter zero if no emission controls), for each liquid loaded to eac h vessel (percent) (methods specified §98.253(n)).
(66) Vapor phase concentration of methane in liquid loaded, for each liquid loaded to each vessel (percent by volume) (methods specified in §98.253(n)).
(67) Quantity of material loaded, for each liquid lo aded to each vessel (thousand gallon per year) (methods specified in §98.253(n)).

Subpart Z

– Phosphoric Acid Production ( §98.267) In addition to the records required by §98.3(g), you must retain the records specified in paragraphs (a) through (d) of this section for each wet

- process phosphoric acid production facility.
(a) Monthly mass of phosphate rock consumed by origin (tons).
(b) Records of all phosphate rock purchases and/or deliveries (if vertically integrated with a mine).
(c) Documentation of the procedures used to ensure the accuracy of monthly phosphate rock consumption by origin.
(d) Verification software records. You must keep a record of the file generated by the verification software specified in §98.5(b) for the applicable data specified in paragraphs (d)(1) through (4) of this section. Retention of this file satisfies the recordkeeping requirement for the data in paragraphs (d)(1) through (4) of this section.
(1) Inorganic carbon content of a grab sample batch of phosphate rock by origin obtained during month by wet

- process phosphoric acid process line, from the carbon analysis results (percent by weight, expressed as a decimal fraction) (Equation Z

- 1a of §98.263).(2) Mass of phosphate rock by origin consumed in month by wet

- process phos phoric acid process line (tons) (Equation Z

- 1a).
(3) Carbon dioxide content of a grab sample batch of phosphate rock by origin obtained during month by wet

- process phosphoric acid process line (percent by weight, expressed as a decimal fraction) (Equation Z

- 1b of §98.263).
(4) Mass of phosphate rock by origin consumed in month by wet

- process phosphoric acid process line (tons) (Equation Z

- 1b). Subpart AA

– Pulp and Paper Manufacturing ( §98.2 77 ) In addition to the information required by §98.3(g), you must retain the records in paragraphs (a) through (g) of this section.
(a) GHG emission estimates (including separate estimates of biogenic CO 2 ) for each emissions source listed under §98.270(b).
(b) Annual analyses of spent pulping liquor HHV for each chemical recovery furnace at kraft and soda facilities.
(c) Annual analyses of spent pulping liquor carbon content for each chemical recovery combustion unit at a sulfite or semichemical pulp facility.
(d) Annual quantity of spent liquor solids combusted in each c hemical recovery furnace and chemical recovery combustion unit, and the basis for detemining the annual quantity of the spent liquor solids combusted (whether based on T650 om

- 05 Solids Content of Black Liquor, TAPPI (incorporated by reference, see §98.7) or an online measurement system). If an online measurement system is used, you must retain records of the calculations used to determine the annual quantity of spent liquor solids combusted from the continuous measurements.
(e) Annual steam purchases.
(f) Annual quantities of makeup chemicals used.
(g) Verification software records. You must keep a record of the file generated by the verification software specified in §98.5(b) for the applicable data specified in paragraphs (g)(1) through (27) of this secti on. Retention of this file satisfies the recordkeeping requirement for the data in paragraphs (g)(1) through (27) of this section.
(1) Mass of the solid fuel combusted (tons/year) (Equation C

- 1 of §98.33).
(2) Volume of the liquid fuel combusted (gallons/y ear) (Equation C

- 1).
(3) Volume of the gaseous fuel combusted (scf/year) (Equation C

- 1).
(4) Annual natural gas usage (therms/year) (Equation C

- 1a of §98.33).
(5) Annual natural gas usage (mmBtu/year) (Equation C

- 1b of §98.33).
(6) Mass of the solid fuel c ombusted (tons/year) (Equation C

- 2a of §98.33).
(7) Volume of the liquid fuel combusted (gallons/year) (Equation C

- 2a).
(8) Volume of the gaseous fuel combusted (scf/year) (Equation C

- 2a).(9) Annual mass of the solid fuel combusted (short tons/year) (Equa tion C

- 3 of §98.33).
(10) Annual average carbon content of the solid fuel (percent by weight, expressed as a decimal fraction) (Equation C

- 3).
(11) Annual volume of the liquid fuel combusted (gallons/year) (Equation C

- 4 of §98.33).
(12) Annual average carb on content of the liquid fuel (kg C per gallon of fuel) (Equation C

- 4).
(13) Annual volume of the gaseous fuel combusted (scf/year) (Equation C

- 5 of §98.33).
(14) Annual average carbon content of the gaseous fuel (kg C per kg of fuel) (Equation C

- 5).
(15) Annual average molecular weight of the gaseous fuel (kg/kg

- mole) (Equation C

- 5).
(16) Molar volume conversion factor at standard conditions, as defined in §98.6 (scf per kg

- mole) (Equation C

- 5).
(17) Identify if you will use the default high heat value fro m Table C

- 1 of subpart C of this part, or actual HHV data (Equation C

- 8 of §98.33).
(18) High heat value of the fuel (mmBTU/tons) (Equation C

- 8).
(19) High heat value of the fuel (mmBTU/gallons) (Equation C

- 8).
(20) High heat value of the fuel (mmBTU/scf) (Equation C

- 8).
(21) Mass of spent liquor solids combusted from each chemical recovery furnace located at a kraft or soda facility, in short tons in year, determined according to §98.274(b) (tons/year) (Equation AA

- 1 of §98.273).
(22) Annual high heat valu e of the spent liquor solids from each chemical recovery furnace located at a kraft or soda facility determined according to §98.274(b) (mmBtu per kilogram) (Equation AA

- 1).
(23) Annual high heat value of the spent liquor solids from each chemical recovery combustion unit located at a sulfite or stand

- alone semichemical facility, determined according to §98.274(b) (mmBtu per kilogram) (Equation AA

- 1).
(24) Mass of the spent li quor solids combusted in short tons per year determined according to §98.274(b) (tons/year) (Equation AA

- 2 of §98.273).
(25) Annual carbon content of the spent liquor solids, determined according to §98.274(b) (percent by weight, expressed as a decimal fra ction (e.g., 95% = 0.95)) (Equation AA

- 2).
(26) Make

- up quantity of CaCO 3 used for the reporting year (metric tons/year) (Equation AA

- 3 of §98.273).
(27) Make

- up quantity of Na 2 CO 3 used for the reporting year metric tons/year) (Equation AA

- 3).Subpart BB

– Silicon Carbide Production ( §98.287) In addition to the records required by §98.3(g), you must retain the records specified in paragraphs (a) through (c) of this section for each silicon carbide production facility.
(a) If a CEMS is used to measure CO 2 emissions, you must retain under this subpart the records required for the Tier 4 Calculation Methodology in §98.37 and the information listed in this paragraph (a):
(1) Records of all petroleum coke purchases.
(2) Annual operating hours.
(b) If a CEMS is not used to measure emissions, you must retain records for the information listed in this paragraph (b):
(1) Records of all analyses and calculations conducted for reported data listed in §98.286(b).
(2) Records of all petroleum coke purchases.
(3) Annual operating hours.
(c) Verification software records. You must keep a record of the file generated by the verification software specified in §98.5(b) for the applicable data specified in paragraphs (c)(1) and (2) of this section. Retention of this file satisfies the recordkeeping requirement for the data in paragraphs (c)(1) and (2) of this section.
(1) Carbon content factor for petroleum coke consumed in month from the supplier or as measured by the applicable method (percent by weight expressed as a de cimal fraction) (Equation BB

- 1 of §98.283).
(2) Petroleum coke consumption in month (tons) (Equation BB

- 2 of §98.283). Subpart CC

– Soda Ash Manufacturing ( §98.297) In addition to the records required by §98.3(g), you must retain the records specified in paragraphs (a) through (c) of this section for each soda ash manufacturing line.
(a) If a CEMS is used to measure CO 2 emissions, then you must retain under this subpart the records required for the Tier 4 Calculation Methodology specified in subpart C of t his part and the information listed in this paragraph (a):
(1) Monthly production of soda ash (tons)
(2) Monthly consumption of trona or liquid alkaline feedstock (tons)
(3) Annual operating hours (hours).
(b) If a CEMS is not used to measure emissions, th en you must retain records for the information listed in this paragraph (b):
(1) Records of all analyses and calculations conducted for determining all reported data as listed in §98.296(b).
(2) If using Equation CC

- 1 or CC

- 2 of this subpart, weekly inorga nic carbon content factor of trona or soda ash, depending on method chosen, as measured by the applicable method in §98.294(b) (percent by weight expressed as a decimal fraction).(3) Annual operating hours for each manufacturing line used to produce soda ash (hours).
(4) You must document the procedures used to ensure the accuracy of the monthly trona consumption or soda ash production measurements including, but not limited to, calibration of weighing equipment and other measurement devices. The estimated accuracy of measurements made with these devices must also be recorded, and the technical basis for these estimates must be provided.
(5) If you produce soda ash using the liquid alkaline feedstock process and use the site

specific emission factor method to estimate emissions (§98.293(b)(3)) then you must also retain the following relevant information:
(i) Records of performance test results.
(ii) You must document the procedures used to ensure the accuracy of the annual average vent flow measurements incl uding, but not limited to, calibration of flow rate meters and other measurement devices. The estimated accuracy of measurements made with these devices must also be recorded, and the technical basis for these estimates must be provided.
(c) Verification s oftware records. You must keep a record of the file generated by the verification software specified in §98.5(b) for the applicable data specified in paragraphs (c)(1) through (4) of this section. Retention of this file satisfies the recordkeeping requirem ent for the data in paragraphs (c)(1) through (4) of this section
(1) Inorganic carbon content in trona input, from the carbon analysis results for month (percent by weight, expressed as a decimal fraction) (Equation CC

- 1 of §98.293).
(2) Mass of trona inp ut in month (tons) (Equation CC

- 1).
(3) Inorganic carbon content in soda ash output, from the carbon analysis results for month (percent by weight, expressed as a decimal fraction) (Equation CC

- 2 of §98.293).
(4) Mass of soda ash output in month (tons) (Eq uation CC

- 2).

Subpart DD

Electrical Transmission and Distribution Equipment Use ( §98.307) In addition to the information required by §98.3(g), you must retain records of the information reported and listed in §98.306.

Subpart EE

– Titanium Dioxide Production ( §98.317) In addition to the records required by §98.3(g), you must retain the records specified in paragraphs (a) through (c) of this section for each titanium dioxide production facility.
(a) If a CEMS is used to measure CO 2 emissions, then yo u must retain under this subpart required for the Tier 4 Calculation Methodology in §98.37 and the information listed in this paragraph (a):
(1) Records of all calcined petroleum coke purchases.
(2) Annual operating hours for each titanium dioxide process line.
(b) If a CEMS is not used to measure CO 2 emissions, then you must retain records for the information listed in this paraghraph:(1) Records of all calcined petroleum coke purchases (tons).
(2) Records of all analyses and calculations conducted for al l reported data as listed in §98.316(b).
(3) Sampling analysis results for carbon content of consumed calcined petroleum coke (percent by weight expressed as a decimal fraction).
(4) Sampling analysis results for the carbon content of carbon containing waste (percent by weight expressed as a decimal fraction), if applicable.
(5) Monthly production of carbon

- containing waste (tons).
(6) You must document the procedures used to ensure the accuracy of the monthly petroleum coke consumption and quantity of c arbon

- containing waste measurement including, but not limited to, calibration of weighing equipment and other measurement devices. The estimated accuracy of measurements made with these devices must also be recorded, and the technical basis for these estim ates must be provided.
(7) Annual operating hours for each titanium dioxide process line (hours).
(c) Verification software records. You must keep a record of the file generated by the verification software specified in §98.5(b) for the applicable data specified in paragraphs (c)(1) and (2) of this section. Retention of this file satisfies the recordkeeping requirement for the data in paragraphs (c)(1) and (2) of this section.
(1) Carbon content factor for petroleum coke consumed in month from the suppli er or as measured by the applicable method incorporated by reference in §98.7 according to §98.314(c) (percent by weight, expressed as a decimal fraction) (Equation EE

- 2 of §98.313).
(2) Calcined petroleum coke consumption for process line in month (tons) (Equation EE

2). Subpart FF

– Underground Coal Mines ( §98.327) In addition to the information required by §98.3(g), you must retain the following records:
(a) Calibration records for all monitoring equipment, including the method or manufacturer's specifi cation used for calibration.
(b) Records of gas sales.
(c) Logbooks of parameter measurements.
(d) Laboratory analyses of samples. Subpart GG

– Zinc Production ( §98.337) In addition to the records required by §98.3(g), you must retain the records specified in paragraphs (a) through (c) of this section for each zinc production facility.
(a) If a CEMS is used to measure emissions, then you must retain under this subpart the records required for the Tier 4 Calculation Methodology in §98.37 and the inf ormation listed in this paragraph (a):
(1) Monthly facility production quantity for each zinc product (tons).
(2) Annual operating hours for all Waelz kilns and electrothermic furnaces used in zinc production.(b) If a CEMS is not used to measure emissions , you must also retain the records specified in paragraphs (b)(1) through (b)(7) of this section.
(1) Records of all analyses and calculations conducted for data reported as listed in §98.336(b).
(2) Annual operating hours for Waelz kilns and electrothermi c furnaces used in zinc production.
(3) Monthly production quantity for each zinc product (tons).
(4) Monthly mass of zinc bearing materials, flux materials (e.g., limestone, dolomite), and carbonaceous materials (e.g., coal, coke) charged to the kiln or f urnace (tons).
(5) Sampling and analysis records for carbon content of zinc bearing materials, flux materials (e.g., limestone, dolomite), carbonaceous materials (e.g., coal, coke), charged to the kiln or furnace (percent by weight, expressed as a decimal fraction).
(6) Monthly mass of carbon electrode consumed in for each electrothermic furnace (tons).
(7) Sampling and analysis records for carbon content of electrode materials.
(8) You must keep records that include a detailed explanation of how company records of measurements are used to estimate the carbon input to each Waelz kiln or electrothermic furnace, as applicable to your facility, including documentation of any material s excluded from Equation GG

- 1 of this subpart that contribute less than 1 percent of the total carbon inputs to the process. You also must document the procedures used to ensure the accuracy of the measurements of materials fed, charged, or placed in an af fected unit including, but not limited to, calibration of weighing equipment and other measurement devices. The estimated accuracy of measurements made with these devices must also be recorded, and the technical basis for these estimates must be provided.
(c) Verification software records. You must keep a record of the file generated by the verification software specified in §98.5(b) for the applicable data specified in paragraphs (c)(1) through (9) of this section. Retention of this file satisfies the reco rdkeeping requirement for the data in paragraphs (c)(1) through (9) of this section.
(1) Annual mass of zinc bearing material charged to kiln or furnace (tons) (Equation GG

1 of §98.333).
(2) Carbon content of the zinc bearing material, from the annual car bon analysis for kiln or furnace (percent by weight, expressed as a decimal fraction) (Equation GG

- 1).
(3) Annual mass of flux materials (e.g., limestone, dolomite) charged to each kiln or furnace (tons) (Equation GG

- 1).
(4) Carbon content of the flux mate rials charged to each kiln or furnace, from the annual carbon analysis (percent by weight, expressed as a decimal fraction) (Equation GG

- 1).
(5) Annual mass of carbon electrode consumed in each furnace (tons) (Equation GG

- 1).
(6) Carbon content of the carb on electrode consumed in each furnace, from the annual carbon analysis (percent by weight, expressed as a decimal fraction) (Equation GG

- 1).(7) Annual mass of carbonaceous materials (e.g., coal, coke) charged to each kiln or furnace (tons) (Equation GG

- 1)

. (8) Carbon content of the carbonaceous materials charged to each kiln or furnace, from the annual carbon analysis (percent by weight, expressed as a decimal fraction) (Equation GG

- 1).
(9) Identify whether each unit is a Waelz kiln or an electrothermic fu rnace.

Subpart HH

– Municipal Solid Waste Landfills ( §98.347) In addition to the information required by §98.3(g), you must retain the calibration records for all monitoring equipment, including the method or manufacturer's specification used for calibration. You must retain records of all measurements made to determine tare weights and working capacities by vehicle/container type if these are used to determine the annual waste quantities. Subpart II

– Industrial Wastewater Management ( §98.357) In addition to the information required by §98.3(g), you must retain the calibration records for all monitoring equipment, including the method or manufacturer's specification used for calibration.

Subpart JJ

– Manure Management ( §98.367) In addition to the information required by §98.3(g), you must retain the calibration records for all monitoring equipment, including the method or manufacturer's specification used for calibration. Subpart LL

– Suppliers of Coal

- Based Liquid Fuels ( §98.387) You must retain records according to the requirements in §98.397 as if they applied to the appropriate coal

- to

- liquid product supplier (e.g., retaining copies of all reports submitted to EPA under §98.386 and records to support information contained in those reports). An y records for petroleum products that are required to be retained in §98.397 are also required for coal

- to

- liquid products. Subpart MM

– Suppliers of Petroleum Products ( §98.397) (a) All reporters shall retain copies of all reports submitted to EPA under §98.396. In addition, all reporters shall maintain sufficient records to support information contained in those reports, including but not limited to information on the characteris tics of their feedstocks and products.
(b) Reporters shall maintain records to support quantities that are reported under this subpart, including records documenting any estimations of missing data and the number of calendar days in the reporting year for which substitute data procedures were followed. For all reported quantities of petroleum products, natural gas liquids, and biomass, reporters shall maintain metering, gauging, and other records normally maintained in the course of business to document pro duct and feedstock flows including the date of initial calibration and the frequency of recalibration for the measurement equipment used.
(c) Reporters shall retain laboratory reports, calculations and worksheets used to estimate the CO 2 emissions of the quantities of petroleum products, natural gas liquids, biomass, and feedstocks reported under this subpart.
(d) Reporters shall maintain laboratory reports, calculations and worksheets used in the measurement of density and carbon share f or any petroleum product or natural gas liquid for which CO 2 emissions were calculated using Calculation Method 2.
(e) Estimates of missing data shall be documented and records maintained showing the calculations.
(f) Reporters described in this subpart sh all also retain all records described in §98.3(g).Subpart NN

– Suppliers of Natural Gas and Natural Gas Liquids ( §98.407) In addition to the information required by §98.3(g), the reporter shall retain the following records:
(a) Records of all meter readings and documentation to support volumes of natural gas and NGLs that are reported under this part.
(b) Records documenting any estimates of missing metered data and showing the calculations of the values used for the missing data.
(c) Calculations an d worksheets used to estimate CO 2 emissions for the volumes reported under this part.
(d) Records related to the large end

- users identified in §98.406(b)(7).
(e) Records relating to measured Btu content or carbon content showing specific industry standards used to develop reporter

- specific higher heating values and emission factors.
(f) Records of such audits as required by Sarbanes Oxley regulations on the accuracy of measurements of volumes of natural gas and NGLs delivered to customers or on behalf of cu stomers. Subpart OO

– Suppliers of Industrial Greenhouse Gases ( §98.417) (a) In addition to the data required by §98.3(g), the fluorinated GHG production facility shall retain the following records:
(1) Dated records of the data used to estimate the data reported under §98.416.
(2) Records documenting the initial and periodic calibration of the analytical equipment (including but not limited to GC, IR, FTIR, or NMR), weigh scales, flowmeters, and volumetric and density measures used to measure the quantiti es reported under this subpart, including the manufacturer directions or industry standards used for calibration pursuant to §98.414(m) and (o).
(3) Dated records of the total mass in metric tons of each reactant fed into the F

- GHG or nitrous oxide product ion process, by process.
(4) Dated records of the total mass in metric tons of the reactants, by

- products, and other wastes permanently removed from the F

- GHG or nitrous oxide production process, by process. (b) In addition to the data required by paragrap h (a) of this section, any fluorinated GHG production facility that destroys fluorinated GHGs shall keep records of test reports and other information documenting the facility's one

- time destruction efficiency report in §98.416(b).
(c) In addition to the data required by §98.3(g), the bulk importer shall retain the following records substantiating each of the imports that they report:
(1) A copy of the bill of lading for the import.
(2) The invoice for the import.
(3) The U.S. Customs entry form.
(d) In ad dition to the data required by §98.3(g), the bulk exporter shall retain the following records substantiating each of the exports that they report:(1) A copy of the bill of lading for the export and
(2) The invoice for the export.
(e) Every person who impo rts a container with a heel that is not reported under §98.416(c) shall keep records of the amount brought into the United States that document that the residual amount in each shipment is less than 10 percent of the volume of the container and will:
(1) R emain in the container and be included in a future shipment.
(2) Be recovered and transformed.
(3) Be recovered and destroyed.
(4) Be recovered and included in a future shipment.
(f) Isolated intermediates that are produced and transformed at the same faci lity are exempt from the recordkeeping requirements of this section.
(g) Low

- concentration constituents are exempt from the recordkeeping requirements of this section. Subpart PP

– Suppliers of Carbon Dioxide ( §98.427) In addition to the records required by §98.3(g) of subpart A of this part, you must retain the records specified in paragraphs (a) through (c) of this section, as applicable.
(a) The owner or operator of a facility containing production process units must retain quarterly records of captured or transferred CO 2 streams and composition.
(b) The owner or operator of a CO 2 production well facility must maintain quarterly records of the mass flow or volumetric flow of the extracted or transferred CO 2 stream and concentration and density if volumet ric flow meters are used.
(c) Importers or exporters of CO 2 must retain annual records of the mass flow, volumetric flow, and mass of CO 2 imported or exported. Subpart QQ

– Importers and Exporters of Fluorinated Greenhouse Gases Contained in Pre

- Charged Eq uipment or Closed

- Cell Foams ( §98.437) (a) In addition to the data required by §98.3(g), importers of fluorinated GHGs in pre

charged equipment and closed

- cell foams must retain the following records substantiating each of the imports that they report:
(1) A copy of the bill of lading for the import.
(2) The invoice for the import.
(3) The U.S. Customs entry form.
(4) Ports of entry through which the pre

- charged equipment or closed

- cell foams passed.
(5) Countries from which the pre

- charged equipment or closed

- cell foams were imported.
(6) For importers that report the mass of fluorinated GHGs within closed

- cell foams on a CO 2 e basis, correspondence or other documents that show the importer was unable to obtain information on the identity and mass of fluorinated GHG within closed

- cell foams from the foam manufacturer.(b) In addition to the data required by §98.3(g), exporters of fluorinated GHGs in pre

charged equipment and closed

- cell foams must retain the following records substantiating each of the exports that they report:
(1) A copy of the bill of lading for the export and
(2) The invoice for the export.
(3) Ports of exit through which the pre

- charged equipment or closed

- cell foams passed.
(4) Countries to which the pre

- charged equipment or closed

- cell foams were exported.
(5) For exporters that report the mass of fluorinated GHGs within closed

- cell foams on a CO 2 e basis, correspondence or other documents that show the exporter was unable to obtain information on the identity and mass of fluorinate d GHG within closed

- cell foams from the foam manufacturer.
(c) For importers and exports of fluorinated GHGs inside pre

- charged equipment and closed

- cell foams, the GHG Monitoring Plans, as described in §98.3(g)(5), must be completed by April 1, 2011.
(d) Persons who transship pre

- charged equipment and closed

- cell foams containing fluorinated GHGs must maintain records that indicated that the pre

- charged equipment or foam originated in a foreign country and was destined for another foreign country and did n ot enter into commerce in the United States. Subpart RR

– Geologic Sequestration of Carbon Dioxide ( §98.477) (a) You must follow the record retention requirements specified by §98.3(g). In addition to the records required by §98.3(g), you must retain the records specified in paragraphs (a)(1) through (7) of this section, as applicable. You must retain all required records for at least 3 years.
(1) Quarterly records of CO 2 received, including mass flow rate of contents of containers (mass or volumetric) at standard conditions and operating conditions, operating temperature and pressure, and concentration of these streams.
(2) Quarterly records of produced CO 2 , including mass flow or volumetric flow at standard conditions and operating conditions, operating t emperature and pressure, and concentration of these streams.
(3) Quarterly records of injected CO 2 including mass flow or volumetric flow at standard conditions and operating conditions, operating temperature and pressure, and concentration of these stream s.
(4) Annual records of information used to calculate the CO 2 emitted by surface leakage from leakage pathways.
(5) Annual records of information used to calculate the CO 2 emitted from equipment leaks and vented emissions of CO 2 from equipment located on the surface between the flow meter used to measure injection quantity and the injection wellhead.
(6) Annual records of information used to calculate the CO 2 emitted from equipment leaks and vented emissions of CO 2 from equipment located on the surface bet ween the production wellhead and the flow meter used to measure production quantity.
(7) Any other records as specified for retention in your EPA

- approved MRV plan.(b) You must complete your monitoring plans, as described in §98.3(g)(5), by April 1 of the year you begin collecting data.

Subpart SS

– Electrical Equipment Manufacture or Refurbishment ( §98.457) In addition to the information required by §98.3(g), you must retain the following records:
(a) All information reported and listed in §98.456.
(b) Accuracy certifications and calibration records for all scales and monitoring equipment, including the method or manufacturer's specification used for calibration.
(c) Certifications of the quantity of gas, in pounds, charged into equipment at the electric al equipment manufacturer or refurbishment facility as well as the actual quantity of gas, in pounds, charged into equipment at installation.
(d) Check

- out and weigh

- in sheets and procedures for cylinders.
(e) Residual gas amounts, in pounds, in cylinders sent back to suppliers.
(f) Invoices for gas purchases and sales.
(g) GHG Monitoring Plans, as described in §98.3(g)(5), must be completed by April 1, 2011.

Subpart TT

— Industrial Waste Landfills ( §98.467) (a) The calibration records for all monitoring equipment, including the method or manufacturer's specification used for calibration, and all measurement data used for the purposes of §98.460(c)(2)(xii) or (xiii) or used to determine waste stream

- specific DOC X values for use in Equation TT

- 1 of §98.463.
(b) Verification software records. You must keep a record of the file generated by the verification software specified in §98.5(b) for the applicable data specified in paragraphs (b)(1) and (2) of this section. Retention of this file satisfies the recordk eeping requirement for the data in paragraphs (b)(1) and (2) of this section.
(1) Quantity of each product produced or feedstock entering the process or facility per waste stream per year, from measurement data and/or other company records. You must use th e same basis for all years in the calculation (i.e., based on production or based on quantity of feedstock) (metric tons) (Equation TT

- 2 of §98.463).
(2) [Reserved] Subpart UU

– Injection of Carbon Dioxide ( §98.477) (a) You must follow the record retention requirements specified by §98.3(g). In addition to the records required by §98.3(g), you must retain quarterly records of CO 2 received, including mass flow rate or contents of containers (mass or volumetric) at standard conditions and operating c onditions, operating temperature and pressure, and concentration of these streams. You must retain all required records for at least 3 years.
(b) You must complete your monitoring plans, as described in §98.3(g)(5), by April 1 of the year you begin collect ing data. Mobile Sources §86.542

- 90 Records required.
The following information shall be recorded with respect to each test:
(a) Test number.(b) System or device tested (brief description).
(c) Date and time of day for each part of the test schedule.
(d) Instrument operator.
(e) Driver or operator.
(f) Vehicle: Make, Vehicle identification number, Model year, Transmission type, Odometer reading at initiation of preconditioning, Engine displacement, Engine family, Emission control system, Recommended id le RPM, Nominal fuel tank capacity, Inertial loading, Actual curb mass recorded at 0 kilometers, and Drive wheel tire pressure.
(g) Dynamometer serial number: As an alternative to recording the dynamometer serial number, a reference to a vehicle test cell number may be used, with the advance approval of the Administrator, provided the test cell records show the pertinent instrument information.
(h) All pertinent instrument information such as tuning

- gain

- serial number

- detector number

- range. As an alternativ e, a reference to a vehicle test cell number may be used, with the advance approval of the Administrator, provided test cell calibration records show the pertinent instrument information.
(i) Recorder Charts: Identify zero, span, exhaust gas, and dilution air sample traces.
(j) Test cell barometric pressure, ambient temperature and humidity.
Note: A central laboratory barometer may be used; Provided, that individual test cell barometric pressures are shown to be within ±0.1 percent of the barometric pressur e at the central barometer location.
(k) [Reserved]
(l) Pressure of the mixture of exhaust and dilution air entering the CVS metering device, the pressure increase across the device, and the temperature at the inlet. The temperature may be recorded continu ously or digitally to determine temperature variations.
(m) The number of revolutions of the positive displacement pump accumulated during each test phase while exhaust samples are being collected. The number of standard cubic meters metered by a critical flow venturi during each test phase would be the equivalent record for a CFV

- CVS.
(n) The humidity of the dilution air.
Note: If conditioning columns are not used (see §§86.522 and 86.544) this measurement can be deleted. If the conditioning columns are us ed and the dilution air is taken from the test cell, the ambient humidity can be used for this measurement.
(o) The driving distance for each of the three phases of test, calculated from the measured roll or shaft revolutions.
(p) Additional required recor ds for methanol

- fueled vehicles:
(1) Specification of the methanol fuel, or fuel mixtures, used during testing.(2) Volume of sample passed through the methanol sampling system and the volume of deionized water in each impinger.
(3) The methanol calibratio n information from the GC standards.
(4) The concentration of the GC analyses of the test samples (methanol).
(5) Volume of sample passed through the formaldehyde sampling system.
(6) The formaldehyde calibration information from the HPLC standards.
(7) The concentration of the HPLC analysis of the test sample (formaldehyde).
(q) Additional required records for natural gas

- fueled vehicles. Composition, including all carbon containing compounds; e.g. CO2, of the natural gas

- fuel used during the test. C1 an d C2 compounds shall be individually reported. C3 and heavier hydrocarbons and C6 and heavier compounds may be reported as a group.
(r) Additional required records for liquefied petroleum gas

- fueled vehicles. Composition of the liquefied petroleum gas

- fuel used during the test. Each hydrocarbon compound present, through C4 compounds, shall be individually reported. C5 and heavier hydrocarbons may be reported as a group.
§87.46 Recordkeeping.
(a) You must keep a copy of any reports or other information you submit to us for at least three years.
(b) Store these records in any format and on any media, as long as you can promptly send us organized, written records in English if we ask for them. You must keep these records readily available. We may review them at any time.
§89.124 Record retention, maintenance, and submission.
(a) The manufacturer of any nonroad compression

- ignition engine must maintain the following adequately organized records:
(1) Copies of all applications filed with the Administrator.
(2) A detailed history of each test engine used for certification including the following:
(i) A description of the test engine's construction, including a general description of the origin and buildup of the engine, steps taken to ensure that it is represent ative of production engines, description of components specially built for the test engine, and the origin and description of all emission

- related components;
(ii) A description of the method used for service accumulation, including date(s) and the number of hours accumulated;
(iii) A description of all maintenance, including modifications, parts changes, and other servicing performed, and the date(s) and reason(s) for such maintenance;(iv) A description of all emission tests performed (except tests perfor med by the EPA directly) including routine and standard test documentation, as specified in subpart E of this part, date(s) and the purpose of each test;
(v) A description of all tests performed to diagnose engine or emission control performance, giving th e date and time of each and the reason(s) for the test; and
(vi) A description of any significant event(s) affecting the engine during the period covered by the history of the test engine but not described by an entry under one of the previous paragraphs o f this section.
(3) Information required to be kept by the manufacturer in §89.118(e)(3) for alternatives to service accumulation and testing for the determination of a deterioration factor.
(b) Routine emission test data, such as those reporting test cell temperature and relative humidity at start and finish of test and raw emission results from each mode or test phase, must be retained for a period of one year after issuance of all certificates of conformity to which they relate. All other information spe cified in paragraph (a) of this section must be retained for a period of eight years after issuance of all certificates of conformity to which they relate.
(c) Records may be kept in any format and on any media, provided that at the Administrator's request , organized, written records in English are promptly supplied by the manufacturer.
(d) The manufacturer must supply, at the Administrator's request, copies of any engine maintenance instructions or explanations issued by the manufacturer.
§90.121 Certification procedure

— recordkeeping.
(a) The engine manufacturer must maintain the following adequately organized records:
(1) Copies of all applications filed with the Administrator;
(2) A copy of all data obtained through the in

- use testing p rogram; and
(3) A detailed history of each test engine used for certification including the following:
(i) A description of the test engine's construction, including a general description of the origin and buildup of the engine, steps taken to insure that it is representative of production engines, description of components specially built for the test engine, and the origin and description of all emission

- related components;
(ii) A description of the method used for engine service accumulation, including d ate(s) and the number of hours accumulated;
(iii) A description of all maintenance, including modifications, parts changes, and other servicing performed, and the date(s), and reason(s) for such maintenance;
(iv) A description of all emission tests perform ed including routine and standard test documentation, as specified in subpart E of this part, date(s), and the purpose of each test;
(v) A description of all tests performed to diagnose engine or emission control performance, giving the date and time of ea ch and the reason(s) for the test; and(vi) A description of any significant event(s) affecting the engine during the period covered by the history of the test engine but not described by an entry under one of the previous paragraphs of this section.
(b) R outine emission test data, such as those reporting test cell temperature and relative humidity at start and finish of test and raw emission results from each mode or test phase, must be retained for a period of one year after issuance of all certificates o f conformity to which they relate. All other information specified in paragraph (a) of this section must be retained for a period of eight years after issuance of all certificates of conformity to which they relate.
(c) Records may be kept in any format an d on any media, provided that, at the Administrator's request, organized, written records in English are promptly supplied by the manufacturer.
(d) The manufacturer must supply, at the Administrator's request, copies of any engine maintenance instructions or explanations issued by the manufacturer.
§94.215 Maintenance of records; submittal of information; right of entry.
(a) Any manufacturer subject to any of the standards or procedures prescribed in this subpart shall establish, maintain and retain the f ollowing adequately organized and indexed records:
(1) General records. The records required to be maintained by this paragraph (a) shall consist of:
(i) Identification and description of all certification engines for which testing is required under this s ubpart.
(ii) A description of all emission control systems which are installed on or incorporated in each certification engine.
(iii) A description of all procedures used to test each such certification engine.
(iv) A copy of all applications for certifica tion, filed with the Administrator.
(2) Individual records. (i) A brief history of each engine used for certification under this subpart including:
(A) In the case where a current production engine is modified for use as a certification engine, a description of the process by which the engine was selected and of the modifications made. In the case where the certification engine is not derived from a current production engine, a general description of the buildup of the engine ( e.g., whether experim ental heads were cast and machined according to supplied drawings). In the cases in the previous two sentences, a description of the origin and selection process for fuel system components, ignition system components (as applicable), intake air pressurizat ion and cooling system components, cylinders, pistons and piston rings, exhaust smoke control system components, and exhaust aftertreatment devices as applicable, shall be included. The required descriptions shall specify the steps taken to assure that the certification engine, with respect to its engine, drivetrain, fuel system, emission control system components, exhaust aftertreatment devices, or any other devices or components as applicable, that can reasonably be expected to influence exhaust emissions will be representative of production engines and that either: all components and/or engine, construction processes, component inspection and selection techniques, and assembly techniques employed in constructing such engines arereasonably likely to be im plemented for production engines; or that they are as close as practicable to planned construction and assembly process.
(B) A complete record of all emission tests performed (except tests performed by EPA directly), including test results, the date and pu rpose of each test, and the number of hours accumulated on the engine.
(C) A record and description of all maintenance and other servicing performed, giving the date of the maintenance or service and the reason for it.
(D) A record and description of each test performed to diagnose engine or emission control system performance, giving the date and time of the test and the reason for it.
(E) A brief description of any significant events affecting the engine during the period covered by the history and not de scribed by an entry under one of the previous headings, including such extraordinary events as accidents involving the engine or dynamometer runaway.
(ii) Each such history shall be started on the date that the first of any of the selection or buildup acti vities in paragraph (a)(2)(i)(A) of this section occurred with respect to the certification engine and shall be kept in a designated location.
(3) All records, other than routine emission test records, required to be maintained under this subpart shall be retained by the manufacturer for a period of 8 years after issuance of all certificates of conformity to which they relate. Routine emission test records shall be retained by the manufacturer for a period of one (1) year after issuance of all certificates of conformity to which they relate. Records may be retained as hard copy or reduced to computer disks, etc., depending on the record retention procedures of the manufacturer: Provided, that in every case all the information contained in the hard copy shall be retained.
(4) Nothing in this section limits the Administrator's discretion in requiring the manufacturer to retain additional records or submit information not specifically required by this section.
(5) Pursuant to a request made by the Administrator, the manufacturer shall submit to him/her the information that is required to be retained.
(6) EPA may void a certificate of conformity ab initio for an engine family for which the manufacturer fails to retain the records required in this section or to pro vide such information to the Administrator upon request.
(b) The manufacturer of engines subject to any of the standards prescribed in this part shall submit to the Administrator, at the time of issuance by the manufacturer, copies of all instructions or e xplanations regarding the use, repair, adjustment, maintenance, or testing of such engine, relevant to the control of crankcase, or exhaust emissions issued by the manufacturer, for use by other manufacturers, assembly plants, distributors, dealers, owners and operators. Any material not translated into the English language need not be submitted unless specifically requested by the Administrator.
(c) Any manufacturer participating in averaging, banking and trading program of subpart D of this part must comp ly with the maintenance of records requirements of §94.308.
(d)(1) Any manufacturer who has applied for certification of a new engine subject to certification testing under this subpart shall admit or cause to be admitted any EPA Enforcement Officer during operating hours on presentation of credentials to any of the following:(i) Any facility where any such tests or any procedures or activities connected with such test are or were performed;
(ii) Any facility where any engine which is being tested (or was tested, or is to be tested) is present;
(iii) Any facility where any construction process or assembly process used in the modification or buildup of such an engine into a certification engine is taking place or has taken place; or
(iv) Any facility where a ny record or other document relating to any of the activities listed in this paragraph (d)(1).
(2) Upon admission to any facility referred to in paragraph (d)(1) of this section, any EPA Enforcement Officer shall be allowed:
(i) To inspect and monitor any part or aspect of such procedures, activities and testing facilities including, but not limited to, monitoring engine preconditioning, emissions tests, service accumulation, maintenance, and engine storage procedures, and to verify correlation or calibrati on of test equipment;
(ii) To inspect and make copies of any such records, designs, or other documents, including those records specified in Subpart D of this part; and
(iii) To inspect and/or photograph any part or aspect of any such certification engine and any components to be used in the construction thereof.
(3) In order to allow the Administrator to determine whether or not production engines, conform to the conditions upon which a certificate of conformity has been issued, or conform in all material respects to the design specifications applicable to those engines, as described in the application for certification for which a certificate of conformity has been issued, any manufacturer shall admit any EPA Enforcement Officer on presentation of credenti als to:
(i) Any facility where any document, design or procedure relating to the translation of the design and construction of engines and emission related components described in the application for certification or used for certification testing into pro duction engines is located or carried on;
(ii) Any facility where any engines to be introduced into commerce are manufactured; and
(iii) Any facility where records specified this section are located.
(4) On admission to any such facility referred to in paragraph (d)(3) of this section, any EPA Enforcement Officer shall be allowed:
(i) To inspect and monitor any aspects of such manufacture and other procedures;
(ii) To inspect and make copies of any such records, documents or designs;
(iii) To inspect and photograph any part or aspect of any such engine(s) and any component used in the assembly thereof that are reasonably related to the purpose of his/her entry; and
(iv) To inspect and make copies of any records and documents specified in this section.(5) Any EPA Enforcement Officer shall be furnished by those in charge of a facility being inspected with such reasonable assistance as he/she may request to help him/her discharge any function listed in this part. Each applicant for or recipient of certificat ion is required to cause those in charge of a facility operated for its benefit to furnish such reasonable assistance without charge to EPA whether or not the applicant controls the facility.
(6) The duty to admit or cause to be admitted any EPA Enforcemen t Officer applies to any facility involved in the manufacturing or assembling of engines, whether or not the manufacturer owns or controls the facility in question and applies both to domestic and to foreign manufacturers and facilities. EPA will not attem pt to make any inspections which it has been informed that local law forbids. However, if local law makes it impossible to do what is necessary to insure the accuracy of data generated at a facility, no informed judgment that an engine is certifiable or is covered by a certificate can properly be based on those data. It is the responsibility of the manufacturer to locate its testing and manufacturing facilities in jurisdictions where this situation will not arise.
(7) For purposes of this section:
(i) “Pres entation of credentials” shall mean display of the document designating a person as an EPA Enforcement Officer.
(ii) Where component or engine storage areas or facilities are concerned, “operating hours” shall mean all times during which personnel other th an custodial personnel are at work in the vicinity of the area or facility and have access to it.
(iii) Where facilities or areas other than those covered by paragraph (d)(7)(ii) of this section are concerned, “operating hours” shall mean all times during which an assembly line is in operation or all times during which testing, maintenance, service accumulation, production or compilation of records, or any other procedure or activity related to certification testing, to translation of designs from the test stage to the production stage, or to engine manufacture, or assembly is being carried out in a facility.
(iv) “Reasonable assistance” includes, but is not limited to, clerical, copying, interpretation and translation services, the making available on reque st of personnel of the facility being inspected during their working hours to inform the EPA Enforcement Officer of how the facility operates and to answer his questions, and the performance on request of emissions tests on any engine which is being, has b een, or will be used for certification testing. Such tests shall be nondestructive, but may require appropriate service accumulation. A manufacturer may be compelled to cause the personal appearance of any employee at such a facility before an EPA Enforcem ent Officer by written request for his appearance, signed by the Assistant Administrator for Air and Radiation or the Assistant Administrator for Enforcement and Compliance Assurance, served on the manufacturer. Any such employee who has been instructed by the manufacturer to appear will be entitled to be accompanied, represented and advised by counsel.
(v) Any entry without 24 hour prior written or oral notification to the affected manufacturer shall be authorized in writing by the Assistant Administrator for Air and Radiation or the Assistant Administrator for Enforcement and Compliance Assurance.
(8) EPA may void a certificate of conformity ab initio for engines introduced into commerce if the manufacturer (or contractor for the manufacturer, if applicabl e) fails to comply with any provision of this section.
§1033.250 Reporting and recordkeeping.(a) Within 45 days after the end of the model year, send the Designated Compliance Officer a report describing the following information about locomotives you p roduced during the model year:
(1) Report the total number of locomotives you produced in each engine family by locomotive model and engine model.
(2) If you produced exempted locomotives, report the number of exempted locomotives you produced for each loc omotive model and identify the buyer or shipping destination for each exempted locomotive. You do not need to report under this paragraph (a)(2) locomotives that were temporarily exempted, exported locomotives, locomotives exempted as manufacturer/remanufa cturer

- owned locomotives, or locomotives exempted as test locomotives.
(b) Organize and maintain the following records:
(1) A copy of all applications and any summary information you send us.
(2) Any of the information we specify in §1033.205 that you were not required to include in your application.
(3) A detailed history of each emission

- data locomotive. For each locomotive, describe all of the following:
(i) The emission

- data locomotive's construction, including its origin and buildup, steps you took to ensure that it represents production locomotives, any components you built specially for it, and all the components you include in your application for certification.
(ii) How you accumulated locomotive operating hours (service accumulation), including the dates and the number of hours accumulated.
(iii) All maintenance, including modifications, parts changes, and other service, and the dates and reasons for the maintenance.
(iv) All your emission tests, including documentation on routine and standard tests , as specified in part 40 CFR part 1065, and the date and purpose of each test.
(v) All tests to diagnose locomotive or emission control performance, giving the date and time of each and the reasons for the test.
(vi) Any other significant events.
(4) If y ou test a development engine for certification, you may omit information otherwise required by paragraph (b)(3) of this section that is unrelated to emissions and emission

- related components.
(5) Production figures for each engine family divided by assembl y plant.
(6) Keep a list of locomotive identification numbers for all the locomotives you produce under each certificate of conformity.
(c) Keep data from routine emission tests (such as test cell temperatures and relative humidity readings) for one year a fter we issue the associated certificate of conformity. Keep allother information specified in paragraph (a) of this section for eight years after we issue your certificate.
(d) Store these records in any format and on any media, as long as you can prompt ly send us organized, written records in English if we ask for them. You must keep these records readily available. We may review them at any time.
(e) Send us copies of any locomotive maintenance instructions or explanations if we ask for them.
§1039.250 What records must I keep and what reports must I send to EPA?
(a) Within 45 days after the end of the model year, send the Designated Compliance Officer a report describing the following information about engines you produced during the model year:
(1) R eport the total number of engines you produced in each engine family by maximum engine power, total displacement, and the type of fuel system.
(2) If you produced exempted engines under the provisions of §1039.625, report the number of exempted engines you produced for each engine model and identify the buyer or shipping destination for each exempted engine.
(b) Organize and maintain the following records:
(1) A copy of all applications and any summary information you send us.
(2) Any of the information we specify in §1039.205 that you were not required to include in your application.
(3) A detailed history of each emission

- data engine. For each engine, describe all of the following:
(i) The emission

- data engine's construction, including its origin and build up, steps you took to ensure that it represents production engines, any components you built specially for it, and all the components you include in your application for certification.
(ii) How you accumulated engine operating hours (service accumulation), including the dates and the number of hours accumulated.
(iii) All maintenance, including modifications, parts changes, and other service, and the dates and reasons for the maintenance.
(iv) All your emission tests, including documentation on routine and standard tests, as specified in part 40 CFR part 1065, and the date and purpose of each test.
(v) All tests to diagnose engine or emission

- control performance, giving the date and time of each and the reasons for the test.
(vi) Any other significant events

. (4) Production figures for each engine family divided by assembly plant.(5) Keep a list of engine identification numbers for all the engines you produce under each certificate of conformity.
(c) Keep data from routine emission tests (such as test cell t emperatures and relative humidity readings) for one year after we issue the associated certificate of conformity. Keep all other information specified in this section for eight years after we issue your certificate.
(d) Store these records in any format an d on any media, as long as you can promptly send us organized, written records in English if we ask for them. You must keep these records readily available. We may review them at any time.
§1042.250 Recordkeeping and reporting.
(a) Send the Designated Co mpliance Officer information related to your U.S.

- directed production volumes as described in §1042.345. In addition, within 45 days after the end of the model year, you must send us a report describing information about engines you produced during the mod el year as follows:
(1) State the total production volume for each engine family that is not subject to reporting under §1042.345.
(2) State the total production volume for any engine family for which you produce engines after completing the reports requir ed in §1042.345.
(b) Organize and maintain the following records:
(1) A copy of all applications and any summary information you send us.
(2) Any of the information we specify in §1042.205 that you were not required to include in your application.

(3) A d etailed history of each emission

- data engine. For each engine, describe all of the following:
(i) The emission

- data engine's construction, including its origin and buildup, steps you took to ensure that it represents production engines, any components you built specially for it, and all the components you include in your application for certification.
(ii) How you accumulated engine operating hours (service accumulation), including the dates and the number of hours accumulated.
(iii) All maintenance, includ ing modifications, parts changes, and other service, and the dates and reasons for the maintenance.
(iv) All your emission tests (valid and invalid), including documentation on routine and standard tests, as specified in part 40 CFR part 1065, and the date and purpose of each test.
(v) All tests to diagnose engine or emission control performance, giving the date and time of each and the reasons for the test.
(vi) Any other significant events.(4) Production figures for each engine family divided by assembly plant.
(5) Keep a list of engine identification numbers for all the engines you produce under each certificate of conformity.
(c) Keep data from routine emission tests (such as test cell temperatures and relative humidity readings) for one year after we i ssue the associated certificate of conformity. Keep all other information specified in this section for eight years after we issue your certificate.
(d) Store these records in any format and on any media, as long as you can promptly send us organized, writ ten records in English if we ask for them. You must keep these records readily available. We may review them at any time.
§1045.250 What records must I keep and what reports must I send to EPA?
(a) Send the Designated Compliance Officer information relat ed to your U.S.

- directed production volumes as described in §1045.345. In addition, within 45 days after the end of the model year, you must send us a report describing information about engines you produced during the model year as follows:
(1) State the total production volume for each engine family that is not subject to reporting under §1045.345.
(2) State the total production volume for any engine family for which you produce engines after completing the reports required in §1045.345.
(3) For productio n volumes you report under this paragraph (a), identify whether or not the figures include California sales. Include a separate count of production volumes for California sales if those figures are available.
(b) Organize and maintain the following records : (1) A copy of all applications and any summary information you send us.
(2) Any of the information we specify in §1045.205 that you were not required to include in your application.
(3) A detailed history of each emission

- data engine. For each engine, de scribe all of the following:
(i) The emission

- data engine's construction, including its origin and buildup, steps you took to ensure that it represents production engines, any components you built specially for it, and all the components you include in you r application for certification.
(ii) How you accumulated engine operating hours (service accumulation), including the dates and the number of hours accumulated.
(iii) All maintenance, including modifications, parts changes, and other service, and the date s and reasons for the maintenance.
(iv) All your emission tests, including documentation on routine and standard tests, as specified in part 40 CFR part 1065, and the date and purpose of each test.
(v) All tests to diagnose engine or emission control performance, giving the date and time of each and the reasons for the test.(vi) Any other significant events.
(4) Production figures for each engine family divided by assembly plant.
(5) Keep a list of engine identification numbers for all the engines you produce under each certificate of conformity.
(c) Keep data from routine emission tests (such as test cell temperatures and relative humidity readings) for one year after we issue the associated certificate of conformity. Keep all other information specif ied in this section for eight years after we issue your certificate.
(d) Store these records in any format and on any media as long as you can promptly send us organized, written records in English if we ask for them. You must keep these records readily av ailable. We may review them at any time.
§1048.250 What records must I keep and make available to EPA?
(a) Send the Designated Compliance Officer information related to your U.S.

- directed production volumes as described in §1048.345. In addition, within 45 days after the end of the model year, you must send us a report describing information about engines you produced during the model year as follows:
(1) State the total production volume for each engine family that is not subject to reporting under §1048 .345.
(2) State the total production volume for any engine family for which you produce engines after completing the reports required in §1048.345.
(3) For production volumes you report under this paragraph (a), identify whether or not the figures include California sales. Include a separate count of production volumes for California sales if those figures are available.
(b) Organize and maintain the following records:
(1) A copy of all applications and any summary information you send us.
(2) Any of the in formation we specify in §1048.205 that you were not required to include in your application.
(3) A detailed history of each emission

- data engine. For each engine, describe all of the following:
(i) The emission

- data engine's construction, including its ori gin and buildup, steps you took to ensure that it represents production engines, any components you built specially for it, and all the components you include in your application for certification.
(ii) How you accumulated engine operating hours (service a ccumulation), including the dates and the number of hours accumulated.
(iii) All maintenance, including modifications, parts changes, and other service, and the dates and reasons for the maintenance.
(iv) All your emission tests, including documentation on routine and standard tests, as specified in part 40 CFR part 1065, and the date and purpose of each test.(v) All tests to diagnose engine or emission

- control performance, giving the date and time of each and the reasons for the test.
(vi) Any other signi ficant events.
(4) Production figures for each engine family divided by assembly plant.
(5) Keep a list of engine identification numbers for all the engines you produce under each certificate of conformity.
(c) Keep data from routine emission tests (such as test cell temperatures and relative humidity readings) for one year after we issue the associated certificate of conformity. Keep all other information specified in this section for eight years after we issue your certificate.
(d) Store these records in any format and on any media, as long as you can promptly send us organized, written records in English if we ask for them. You must keep these records readily available. We may review them at any time.
§1051.250 What records must I keep and make availab le to EPA?
(a) Send the Designated Compliance Officer information related to your U.S.

- directed production volumes as described in §1051.345. In addition, within 45 days after the end of the model year, you must send us a report describing information abou t vehicles you produced during the model year as follows:
(1) State the total production volume for each engine family that is not subject to reporting under §1051.345.
(2) State the total production volume for any engine family for which you produce vehic les after completing the reports required in §1051.345.
(3) For production volumes you report under this paragraph (a), identify whether or not the figures include California sales. Include a separate count of production volumes for California sales if tho se figures are available.
(b) Organize and maintain the following records:
(1) A copy of all applications and any summary information you send us.
(2) Any of the information we specify in §1051.205 that you were not required to include in your application.
(3) A detailed history of each emission

- data vehicle. For each vehicle, describe all of the following:
(i) The emission

- data vehicle's construction, including its origin and buildup, steps you took to ensure that it represents production vehicles, any com ponents you built specially for it, and all the components you include in your application for certification.
(ii) How you accumulated vehicle or engine operating hours, including the dates and the number of hours accumulated.
(iii) All maintenance, includ ing modifications, parts changes, and other service, and the dates and reasons for the maintenance.(iv) All your emission tests, including documentation on routine and standard tests, as specified in 40 CFR part 1065, and the date and purpose of each test

. (v) All tests to diagnose engine or emission

- control performance, giving the date and time of each and the reasons for the test.
(vi) Any other significant events.
(4) Production figures for each engine family divided by assembly plant.
(5) Keep a list o f engine identification numbers for all the engines you produce under each certificate of conformity.
(c) Keep data from routine emission tests (such as test cell temperatures and relative humidity readings) for one year after we issue the associated certi ficate of conformity. Keep all other information specified in this section for eight years after we issue your certificate.
(d) Store these records in any format and on any media, as long as you can promptly send us organized, written records in English if we ask for them. You must keep these records readily available. We may review them at any time.
§1054.250 What records must I keep and what reports must I send to EPA?
(a) Send the Designated Compliance Officer information related to your U.S.

- directed production volumes as described in §1054.345. In addition, within 45 days after the end of the model year, you must send us a report describing information about engines you produced during the model year as follows:
(1) State the total production volume for each engine family that is not subject to reporting under §1054.345.
(2) State the total production volume for any engine family for which you produce engines after completing the reports required in §1054.345.
(3) If you produced exempted engines unde r the provisions of §1054.625(j)(1), report the number of exempted engines you produced for each engine model and identify the buyer or shipping destination for each exempted engine.
(4) For production volumes you report under this paragraph (a), identify whether or not the figures include California sales. Include a separate count of production volumes for California sales if those figures are available.
(b) Organize and maintain the following records:
(1) A copy of all applications and any summary informa tion you send us.
(2) Any of the information we specify in §1054.205 that you were not required to include in your application.
(3) A detailed history of all emission

- data engines. For each engine, describe all of the following:
(i) The emission

- data engin e's construction, including its origin and buildup, steps you took to ensure that it represents production engines, any components you built specially for it, and all the components you include in your application for certification.(ii) How you accumulate d engine operating hours (service accumulation), including the dates and the number of hours accumulated.
(iii) All maintenance, including modifications, parts changes, and other service, and the dates and reasons for the maintenance.
(iv) All your emissio n tests, including documentation on routine and standard tests, as specified in part 40 CFR part 1065, and the date and purpose of each test.
(v) All tests to diagnose engine or emission control performance, giving the date and time of each and the reasons for the test.
(vi) Any other significant events.
(4) Production figures for each emission family divided by assembly plant.
(5) Keep a list of engine identification numbers for all the engines you produce under each certificate of conformity.
(c) Keep dat a from routine emission tests (such as test cell temperatures and relative humidity readings) for one year after we issue the associated certificate of conformity. Keep all other information specified in this section for eight years after we issue your cer tificate.
(d) Store these records in any format and on any media as long as you can promptly send us organized, written records in English if we ask for them. You must keep these records readily available. We may review them at any time.
§1065.25 Recordk eeping.
(a) The procedures in this part include various requirements to record data or other information. Refer to the standard

- setting part and §1065.695 regarding specific recordkeeping requirements.
(b) You must promptly send us organized, written recor ds in English if we ask for them. We may review them at any time.
(c) We may waive specific reporting or recordkeeping requirements we determine to be unnecessary for the purposes of this part and the standard

- setting part. Note that while we will generall y keep the records required by this part, we are not obligated to keep records we determine to be unnecessary for us to keep. For example, while we require you to keep records for invalid tests so that we may verify that your invalidation was appropriate, it is not necessary for us to keep records for our own invalid tests.

Note: Many facilities that would be affected by the rule emit GHGs from multiple sources. The facility must assess every source category that could potentially apply to each when determining if a threshold has been exceeded. If the threshold is exceed for any source category, the facility must report and keep records from emissions from all source categories, including those source categories that do not exceed the applicable thres hold.