Address: 10746 Innovation Rd
City: Cottage Grove
State: MN
Postal Code: 55016

CO2 equivalent emissions from facility subparts C-II, SS, and TT (metric tons):48,358.2
CO2 equivalent emissions from supplier subparts LL-QQ (metric tons):
Biogenic CO2 emissions from facility subparts C-II, SS, and TT (metric tons):2,006.9
Cogeneration Unit Emissions Indicator:N
GHG Report Start Date:2020-01-01
GHG Report End Date:2020-12-31
Description of Changes to Calculation Methodology:
Plant Code Indicator:N
Primary NAICS Code:325998
Second Primary NAICS Code:
Additional NAICS Codes: 326121 325613 562211 327910
Parent Company Details:

Subpart C: General Stationary Fuel Combustion

Subpart L: Fluorinated Gas Production

Summary Information

Did the facility produce only one fluorinated gas product, including fluorinated gas products that are intermediates?	No
Did the facility emit 1,000 or more metric tons of CO2e of any one fluorinated GHG from production and transformation processes, summed across the facility as a whole?	No
Did the facility destroy previously produced fluorinated GHGs in destruction processes that are not part of a fluorinated gas production process or fluorinated gas transformation process?	Yes
Did the facility vent residual fluorinated GHGs from containers?	No

Destruction Process Emissions

Gas Name	Device Name	Gas Description	CAS No.	GWP Group	Destruction process emissions (metric tons)	Optional Comments
Perfluoro Compounds, C-5-18	On Site Incinerator	C5 to C8 F compounds	86508-42-1	Fully fluorinated GHGs	0.1136
1-​Butanesulfonamide, 1,​1,​2,​2,​3,​3,​4,​4,​4-​nonafluoro-​N,​N-​bis(2-​hydroxyethyl)​-	On Site Incinerator	C8H10F9NO4S	34455-00-0	Other fluorinated GHGs	0.3025
1,1,2,2,3,3,3-Heptafluoro-1-propanesulfonyl Fluoride	On Site Incinerator	C3F8O2S	423-40-5	Other fluorinated GHGs	0.2650
N-(2-Hydroxyethyl)-Perfluorobutylsulfonamide	On Site Incinerator	C6H6F9NO3S	34454-99-4	Other fluorinated GHGs	0.2113
HFC-134a	On Site Incinerator	CH2FCF3	811-97-2		0.0767
HFE-449sl, (HFE-7100) Isomer blend	On Site Incinerator	C4F9OCH3, (CF3)2CFCF2OCH3	163702-07-6, 163702-08-7		0.1298
HFE-569sf2, (HFE-7200) Isomer blend	On Site Incinerator	C4F9OC2H5, (CF3)2CFCF2OC2H5	163702-05-4, 163702-06-5		0.0505
2-(perfluoropropoxy)perfluoropropyl trifluorovinyl ether	On Site Incinerator	C8F16O2	1644-11-7	Fluorotelomer alcohols	0.0595
Perfluoropropyl vinyl ether	On Site Incinerator	C5F10O	1623-05-8		0.0343
1,1,2,2,3,3,4,4-OCTAFLUORO-4-[(TRIFLUOROETHENYL)OXY]-1-BUTANESULFONYL FLUORIDE	On Site Incinerator	C6F12O3S	88190-28-7	Other fluorinated GHGs	0.0242
HFE-7300 (1,1,1,2,2,3,4,5,5,5-decafluoro-3-methoxy-4-trifluoromethyl-pentane)	On Site Incinerator	CF3CF2CF(OCH3)CF(CF3)2	132182-92-4		0.0217
PERFLUOROBUTANOIC ACID	On Site Incinerator	C4HF7O2	375-22-4	Other fluorinated GHGs	0.0092
1-Octanesulfonamide, N-butyl-heptadecafluoro-N-(2-hydroxyethyl)	On Site Incinerator	C14H14F17NO3S	2263-09-4	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0089
Acetamide,N-[2,4-dimethyl-5-[[(trifluoromethyl)sulfonyl]amino]phenyl]-	On Site Incinerator	C11H13F3N2O3S	53780-34-0	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0088
HFC-227ea	On Site Incinerator	C3HF7	431-89-0		0.0077
HFC-161	On Site Incinerator	CH3CH2F	353-36-6		0.0076
Perfluoroethanesulfonyl Fluoride	On Site Incinerator	C2F6O2S	354-87-0	Other fluorinated GHGs	0.0075
1-Octanesulfonamide,N-ethyl-1,1,2,2,3,3,4,4,5,5,6,6,7,7,8,8,8-heptadecafluoro-	On Site Incinerator	C10H6F17NO2S	4151-50-2	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0075
Octafluorotetrahydrofuran	On Site Incinerator	C4F8O	773-14-8		0.0064
Nonafluoro-1-Butanesulfonic Acid	On Site Incinerator	C4HF9O3S	375-73-5	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0055
HFC-365mfc	On Site Incinerator	CH3CF2CH2CF3	406-58-6		0.0054
Methyl pentafluoropropionate	On Site Incinerator	C4H3F5O2	378-75-6	Other fluorinated GHGs	0.0102
Propanamide, 2,3,3,3-tetrafluoro-2-(trifluoromethyl)-	On Site Incinerator	C4H2F7NO	662-20-4	Other fluorinated GHGs	0.0083
Perfluorobutanesulfonyl fluoride	On Site Incinerator	CF3(CF2)3SO2F	375-72-4		0.0035
PERFLUOROISOBUTYRIC ACID FLUORIDE	On Site Incinerator	C4F8O	677-84-9	Other fluorinated GHGs	0.0033
Propanenitrile, 2,3,3,3-tetrafluoro-2-(trifluoromethyl)-	On Site Incinerator	C4F7N	42532-60-5	Other fluorinated GHGs	0.0032
PERFLUORODIETHYLSULFONE	On Site Incinerator	C4F10O2S	14930-22-4	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0029
HFE-347mcc3	On Site Incinerator	CH3OCF2CF2CF3	375-03-1		0.0037
2-Pentene, 1,1,1,2,3,4,5,5,5-nonafluoro-4- (trifluoromethyl)-	On Site Incinerator	C6F12	84650-68-0	Saturated HFCs with 3 or more carbon-hydrogen bonds	0.0025
Perfluorodiisopropyl Ketone	On Site Incinerator	C7F14O	813-44-5	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0023
Bis(trifluoromethyl)-methanol	On Site Incinerator	(CF3)2CHOH	920-66-1		0.0020
1-BUTANOL, 2,2,3,3,4,4,4-HEPTAFLUORO-, METHACRYLATE	On Site Incinerator	C8H7F7O2	13695-31-3	Fluorotelomer alcohols	0.0020
3-Hexanone,1,1,1,2,4,4,5,5,6,6,6-Undecafluoro-2-(trifluoro	On Site Incinerator	C7F14O	813-45-6	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0015
PENTAFLUOROPROPANOIC ACID	On Site Incinerator	C3HF5O2	422-64-0	Other fluorinated GHGs	0.0014
Benzamide,N-(2-piperidinylmethyl)-2,5-bis(2,2,2-trifluoroethoxy)-,acetate(...C19H24F6N2O5	On Site Incinerator	C17H20F6N2O3 · C2H4O2	54143-56-5	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0007
Fluorosurfactant	On Site Incinerator	(C2H4O)n(CF2)nC2H5FO	65545-80-4	Fully fluorinated GHGs	0.0007
Propanoyl fluoride, 2,​3,​3,​3-​tetrafluoro-​2-​[1,​1,​2,​2,​3,​3,​4,​4-​octafluoro-​4-​(fluorosulfonyl)​butoxy]​-	On Site Incinerator	C7F14O4S	117516-16-2	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0007
Flunisolide	On Site Incinerator	C24H31FO6	3385-03-3	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0005
1-Ethoxy-1,1,2,3,3,3-hexafluoropropane	On Site Incinerator	CF3CHFCF2OCH2CH3	380-34-7		0.0004
Hexafluorobenzene	On Site Incinerator	C6F6	392-56-3	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0003
PERFLUOROMETHANESULFONIC ACID	On Site Incinerator	CHF3O3S	1493-13-6	Other fluorinated GHGs	0.0003
Hexafluoropropylene Epoxide	On Site Incinerator	(C3F6O)mult-C5F12O	60164-51-4	Fully fluorinated GHGs	0.0003
Methyl(nonafluorobutylethyl)Methylhydrogen siloxane trimethylsiloxy te	On Site Incinerator	C40H18BF20	178233-65-3	Other fluorinated GHGs	0.0003
HFC-1234ze(E)	On Site Incinerator	C3H2F4; trans-CF3CH=CHF	1645-83-6		0.0003
Fluorochemical Adduct	On Site Incinerator	C3H6O)mult-C12H10F17-NO3S	37338-48-0	Fully fluorinated GHGs	0.0002
1H,1H,6H,6H-Perfluoro-1,6-hexanediol diacrylate	On Site Incinerator	C12H10F8O4	2264-01-9	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0002
iso-C3F7CO2CH3	On Site Incinerator	C5H3F7O2	680-05-7	Other fluorinated GHGs	0.0003
Iodonium, Diphenyl-Alkyl Derivatives Hexafluoroantimonate	On Site Incinerator	C13H11IO3	155716-01-1	Fluorinated GHGs with carbon-iodine bond(s)	0.0002
Perfluorodimethyl Sulfone	On Site Incinerator	C2F6O2S	72971-96-1	Other fluorinated GHGs	0.0002
Perfluoropropionyl fluoride	On Site Incinerator	C3F6O	422-61-7		0.0002
FC-3283/FC-8270 (Perfluorotripropylamine)	On Site Incinerator	(C3F7)3N	338-83-0		0.1642
n-Methyl Perfluorooctyl Sulfonamide	On Site Incinerator	C9H4F17NO2S	31506-32-8	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0001
2,2,3,3,4,4,4-Heptafluorobutan-1-ol	On Site Incinerator	C3F7CH2OH	375-01-9		0.0001
HCFC-1233zd(E)	On Site Incinerator	C3H2ClF3; CHCl=CHCF3	102687-65-0		0.0001
Trifluoroacetic Anhydride	On Site Incinerator	C4F6O3	407-25-0	Other fluorinated GHGs	0.0001
Novec 649/1230, FK 5-1-12, perfluoro(2-methyl-3-pentanone)	On Site Incinerator	C6F12O	756-13-8		0.0006
Propene, Hexafluoro Dimer	On Site Incinerator	C6F12	13429-24-8	Other fluorinated GHGs	0.0001
Methyl 2,2,2-trifluoroacetate	On Site Incinerator	CF3COOCH3	431-47-0		0.0001
2,3,5,6-Tetrafluoro-7,7,8,8-Tetracyanoquinodimethane	On Site Incinerator	C12F4N4	29261-33-4	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0001
Hexafluoro-1,3-propanedisulfonyldifluoride	On Site Incinerator	C3F8O4S2	82727-16-0	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0001
Trifluoromethane Sulfonic Anhydride	On Site Incinerator	C2F6O5S2	358-23-6	Other fluorinated GHGs	0.0001
LTM Diol	On Site Incinerator	C8H6F12O6	114366-89-1	Saturated HFEs and HCFEs with 3 or more carbon-hydrogen bonds	0.0000
Methyl Perfluoromethoxypropionate	On Site Incinerator	C5H3F7O3	356-69-4	Other fluorinated GHGs	0.0000
Perfluorosulfolane	On Site Incinerator	C4F8O2S	42060-64-0	Other fluorinated GHGs	0.0000
Tetrafluoroethylene/Perfluoro(methy-Dioxa-7-octene-1-sulfonylfluoride)	On Site Incinerator	C7F14O4S	26654-97-7	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0000
HFC-125	On Site Incinerator	C2HF5	354-33-6		0.0000
HFC-143a	On Site Incinerator	C2H3F3	420-46-2		0.0012
Diphenyliodonium Trifluoromethanesulfonate	On Site Incinerator	C12H10I.CF3O3S	66003-76-7	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0000
Triphenylsulfonium Perfluoro-1-butanesulfonate	On Site Incinerator	C22H15F9O3S2	144317-44-2	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0000
Fluorobenzene	On Site Incinerator	C6H5F	462-06-6	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0000
Diphenyl Iodonium Hexafluoro Phosphate	On Site Incinerator	C12H10F6IP	58109-40-3	Fluorinated GHGs with carbon-iodine bond(s)	0.0000
HFC-236fa	On Site Incinerator	C3H2F6	690-39-1		0.0000
Trifluoromethanesulfonimide	On Site Incinerator	C2HF6NO4S2	82113-65-3	Other fluorinated GHGs	0.0000
FC-3284 (Perfluoromethylmorpholine)	On Site Incinerator	C5F11NO	382-28-5		0.0000
Heptafluoroisopropyltrifluoromethyl ketone	On Site Incinerator	C5F10O	756-12-7	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0000
2,3,3,3-Tetrafluoro-2-(heptafluoropropoxy)propanoyl fluoride	On Site Incinerator	C6F12O2	2062-98-8		0.0000
Ammonium Perfluorooctanoate	On Site Incinerator	C8H4F15NO2	3825-26-1	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0000
Heptadecafluoro-1-octanesulfonic Acid	On Site Incinerator	C8HF17O3S	1763-23-1	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0000
4-Fluorobenzenesulfonyl isocyanate	On Site Incinerator	C7H4FNO3S	3895-25-8	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0000
Ammonium Perfluoroalkyl Sulfonate	On Site Incinerator	C10H4F21NO3S	67906-42-7	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0000
Fluoroalkyl Quaternary Ammonium Iodide (C8)	On Site Incinerator	C14H16F17IN2O2S	1652-63-7	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0000
C11F25N	On Site Incinerator	C11F25N	86714-31-0	Fully fluorinated GHGs	0.0002
PERFLUOROTRIBUTYLAMINE	On Site Incinerator	C12F27N	311-89-7	Fully fluorinated GHGs	0.8895
C3F6HCOF	On Site Incinerator	C4HF7O	70411-21-1	Other fluorinated GHGs	0.0211
C7F16O	On Site Incinerator	C7F16O	92978-07-9	Fully fluorinated GHGs	0.0211
C3F5H2COF	On Site Incinerator	C4H2F6O	102526-08-9	Other fluorinated GHGs	0.0106
C4F9OCOF	On Site Incinerator	C5F10O2	55064-79-4	Fluorinated acetates, carbonofluoridates, and fluorinated alcohols other than fluorotelomer alcohols	0.0106
C5F11OCOF	On Site Incinerator	C7F14O2	881176-15-4	Other fluorinated GHGs	0.0106
PERFLUOROHEPTANOYL FLUORIDE	On Site Incinerator	C7F14O	375-84-8	Other fluorinated GHGs	0.0106
Pentane, 1,​1,​1,​2,​3,​3-​hexafluoro-​4-​(1,​1,​2,​3,​3,​3-​hexafluoropropoxy)​-	On Site Incinerator	C8H6F12O	870778-34-0	Saturated HFEs and HCFEs with 3 or more carbon-hydrogen bonds	0.0071
PFC-4-1-12 (Perfluoropentane)	On Site Incinerator	C5F12	678-26-2		0.0120
Propanoic acid, 2,3,3,3-tetrafluoro-2-(1,1,2,2,3,3,3-heptafluoropropoxy)-, methyl ester	On Site Incinerator	C7H3F11O3	13140-34-6	Other fluorinated GHGs	0.0010
Propanoic acid, pentafluoro-, methyl ester	On Site Incinerator	C4H3F5O2	378-75-6	Other fluorinated GHGs	0.0102
PFC-3-1-10 (Perfluorobutane)	On Site Incinerator	C4F10	355-25-9		0.0478
PFC-218 (Perfluoropropane)	On Site Incinerator	C3F8	76-19-7		0.0239
CF3CFHCF2CH(CH3)OH	On Site Incinerator	C5H6F6O	2711-81-1	Fluorinated acetates, carbonofluoridates, and fluorinated alcohols other than fluorotelomer alcohols	0.0016
Butane, 1,1,1,2,3,4,4,4-octafluoro-2-methoxy-3-(trifluoromethyl)-	On Site Incinerator	C6H3F11O	181214-73-3	Saturated HFEs and HCFEs with 3 or more carbon-hydrogen bonds	0.0004

Destruction Device Information

Device name	Description (optional)	Was based on a missing data procedure?	Data element for which missing data procedures were used, and the reason for the missing data	Number of hours a missing data procedure was used to determine F-GHG emissions from destruction device	Provide the method used to estimate the missing data	If the data element is reportable under subpart L, provide estimates of the missing data
On_Site_Incinerator		No

Production and Transformation Process GHG Group Emissions

Fluorinated GHG Group	Production and transformation process GHG group emissions (metric tons CO2e)	Optional Comments
Other fluorinated GHGs	449.3630
Saturated HFEs and HCFEs with 3 or more carbon-hydrogen bonds	15.1336
Fluorinated acetates, carbonofluoridates, and fluorinated alcohols other than fluorotelomer alcohols	0.2374
Fluorotelomer alcohols	0.0048
Fully fluorinated GHGs	288.3663
Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones	0.0000

Production and Transformation Processes

Unique Name/Identifier	Process 58
Process Type	Production Process
Characterize the process:
Reaction
Distillation
Packaging	Yes
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Fluorinated acetates, carbonofluoridates, and fluorinated alcohols other than fluorotelomer alcohols
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	0.0
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Fluorinated acetates, carbonofluoridates, and fluorinated alcohols other than fluorotelomer alcohols
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 33
Process Type	Production Process
Characterize the process:
Reaction	Yes
Distillation
Packaging
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Saturated HFEs and HCFEs with 3 or more carbon-hydrogen bonds
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	0.8
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Saturated HFEs and HCFEs with 3 or more carbon-hydrogen bonds
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 79
Process Type	Production Process
Characterize the process:
Reaction
Distillation	Yes
Packaging
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Other fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	0.0
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Other fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 20
Process Type	Production Process
Characterize the process:
Reaction
Distillation
Packaging	Yes
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Saturated HFEs and HCFEs with 3 or more carbon-hydrogen bonds
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	0.0
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Saturated HFEs and HCFEs with 3 or more carbon-hydrogen bonds
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 72
Process Type	Production Process
Characterize the process:
Reaction
Distillation
Packaging	Yes
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Saturated HFEs and HCFEs with 3 or more carbon-hydrogen bonds
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	0.0
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Saturated HFEs and HCFEs with 3 or more carbon-hydrogen bonds
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 59
Process Type	Production Process
Characterize the process:
Reaction
Distillation
Packaging	Yes
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Saturated HFEs and HCFEs with 3 or more carbon-hydrogen bonds
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	0.4
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Saturated HFEs and HCFEs with 3 or more carbon-hydrogen bonds
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 54
Process Type	Production Process
Characterize the process:
Reaction
Distillation	Yes
Packaging
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Saturated HFEs and HCFEs with 3 or more carbon-hydrogen bonds
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	10.3
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Saturated HFEs and HCFEs with 3 or more carbon-hydrogen bonds
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 5
Process Type	Production Process
Characterize the process:
Reaction	Yes
Distillation
Packaging
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Other fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	1.3
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Other fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 63
Process Type	Production Process
Characterize the process:
Reaction
Distillation	Yes
Packaging
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Fluorotelomer alcohols
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	0.0
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Fluorotelomer alcohols
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 67
Process Type	Transformation Process
Characterize the process:
Reaction	Yes
Distillation
Packaging
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Fluorinated acetates, carbonofluoridates, and fluorinated alcohols other than fluorotelomer alcohols
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	0.0
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Fluorinated acetates, carbonofluoridates, and fluorinated alcohols other than fluorotelomer alcohols
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 80
Process Type	Transformation Process
Characterize the process:
Reaction	Yes
Distillation
Packaging
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Other fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	9.3
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Other fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 65
Process Type	Production Process
Characterize the process:
Reaction	Yes
Distillation
Packaging
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Fully fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	85.6
Effective destruction efficiency range (CO2e basis)

Fluorinated GHG Group	Other fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	12.0
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Fully fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Fluorinated GHG Group	Other fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 10
Process Type	Transformation Process
Characterize the process:
Reaction	Yes
Distillation
Packaging
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Other fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	325.5
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Other fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 51
Process Type	Production Process
Characterize the process:
Reaction	Yes
Distillation
Packaging
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Other fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	0.7
Effective destruction efficiency range (CO2e basis)

Fluorinated GHG Group	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	0.0
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Other fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Fluorinated GHG Group	Unsaturated perfluorocarbons (PFCs), unsaturated HFCs, unsaturated hydrochlorofluorocarbons (HCFCs), unsaturated halogenated ethers, unsaturated halogenated esters, fluorinated aldehydes, and fluorinated ketones
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 81
Process Type	Production Process
Characterize the process:
Reaction	Yes
Distillation
Packaging
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Fully fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	154.2
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Fully fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 60
Process Type	Production Process
Characterize the process:
Reaction
Distillation	Yes
Packaging
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Saturated HFEs and HCFEs with 3 or more carbon-hydrogen bonds
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	0.0
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Saturated HFEs and HCFEs with 3 or more carbon-hydrogen bonds
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 40
Process Type	Production Process
Characterize the process:
Reaction
Distillation
Packaging	Yes
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Saturated HFEs and HCFEs with 3 or more carbon-hydrogen bonds
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	0.5
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Saturated HFEs and HCFEs with 3 or more carbon-hydrogen bonds
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 9
Process Type	Transformation Process
Characterize the process:
Reaction	Yes
Distillation
Packaging
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Saturated HFEs and HCFEs with 3 or more carbon-hydrogen bonds
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	0.5
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Saturated HFEs and HCFEs with 3 or more carbon-hydrogen bonds
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.4

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 16
Process Type	Production Process
Characterize the process:
Reaction	Yes
Distillation
Packaging
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Other fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	16.1
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Other fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 28
Process Type	Production Process
Characterize the process:
Reaction	Yes
Distillation
Packaging
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Other fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	47.7
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Other fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 77
Process Type	Production Process
Characterize the process:
Reaction
Distillation	Yes
Packaging
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Fully fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	48.6
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Fully fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 68
Process Type	Production Process
Characterize the process:
Reaction
Distillation	Yes
Packaging
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Fluorinated acetates, carbonofluoridates, and fluorinated alcohols other than fluorotelomer alcohols
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	0.1
Effective destruction efficiency range (CO2e basis)

Fluorinated GHG Group	Other fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	7.1
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Fluorinated acetates, carbonofluoridates, and fluorinated alcohols other than fluorotelomer alcohols
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Fluorinated GHG Group	Other fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 75
Process Type	Production Process
Characterize the process:
Reaction
Distillation
Packaging	Yes
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Fluorotelomer alcohols
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	0.0
Effective destruction efficiency range (CO2e basis)

Fluorinated GHG Group	Saturated HFEs and HCFEs with 3 or more carbon-hydrogen bonds
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	2.2
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Fluorotelomer alcohols
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Fluorinated GHG Group	Saturated HFEs and HCFEs with 3 or more carbon-hydrogen bonds
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 69
Process Type	Production Process
Characterize the process:
Reaction
Distillation	Yes
Packaging
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Fluorinated acetates, carbonofluoridates, and fluorinated alcohols other than fluorotelomer alcohols
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	0.1
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Fluorinated acetates, carbonofluoridates, and fluorinated alcohols other than fluorotelomer alcohols
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 17
Process Type	Transformation Process
Characterize the process:
Reaction	Yes
Distillation
Packaging
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Other fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	13.2
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Other fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 70
Process Type	Production Process
Characterize the process:
Reaction
Distillation
Packaging	Yes
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Other fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	0.0
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Other fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Unique Name/Identifier	Process 31
Process Type	Transformation Process
Characterize the process:
Reaction	Yes
Distillation
Packaging
Optional Comments
The range (Table L-2) that encompasses the effective destruction efficiency, DEeffective, calculated for this process using Equation L-35.	>=0% to <75%

Process Vent Emissions

Fluorinated GHG Group	Other fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from process vents
Process Vent Emission Calculation Factor	Yes
Process Vent Specific Emission Factor
GWP-weighted mass of all fluorinated GHGs in this group emitted from all process vents combined (metric tons CO2e)	16.4
Effective destruction efficiency range (CO2e basis)

Were the annual emissions of one or more F-GHG groups based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from process vents
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of missing data

Equipment Leak Emissions

Fluorinated GHG Group	Other fluorinated GHGs
Methods used to determine the mass emissions of each fluorinated GHG group emitted from equipment leaks
Average EF Approach	Yes
Screening Ranges Approach w/ M21
EPA Correlation Approach w/ M21
Unit Specific Correlation Approach w/ M21
Screening Ranges Approach w/ Site Specific Leak Monitoring Method
EPA Correlation Approach w/ Site Specific Leak Monitoring Method
Unit Specific Correlation Approach w/ Site Specific Leak Monitoring Method
Other Site Specific Leak Monitoring
GWP-weighted mass of all fluorinated GHGs in this group emitted from equipment leaks (metric tons CO2e)	0.0

Were the annual emissions from equipment leaks based on a missing data procedure?	No
Data element for which missing data procedures were used, and the reason for the missing data
Number of hours a missing data procedure was used to determine F-GHG emissions from equipment leaks
Provide the method used to estimate the missing data
If the data element is reportable under subpart L, provide estimates of the missing data

Subpart N: Glass Manufacturing